*HEADER TRANSPORT PROTEIN 10-AUG-10 2L21 *TITLE CHICKEN IGF2R DOMAIN 11 *COMPND MOL_ID: 1; *COMPND 2 MOLECULE: CATION-INDEPENDENT MANNOSE-6-PHOSPHATE RECEPTOR; *COMPND 3 CHAIN: A; *COMPND 4 FRAGMENT: DOMAIN 11, RESIDUES 1485-1630; *COMPND 5 ENGINEERED: YES *SOURCE MOL_ID: 1; *SOURCE 2 ORGANISM_SCIENTIFIC: GALLUS GALLUS; *SOURCE 3 ORGANISM_COMMON: BANTAM,CHICKENS; *SOURCE 4 ORGANISM_TAXID: 9031; *SOURCE 5 GENE: IGF2R; *SOURCE 6 EXPRESSION_SYSTEM: ESCHERICHIA COLI; *SOURCE 7 EXPRESSION_SYSTEM_TAXID: 562; *SOURCE 8 EXPRESSION_SYSTEM_STRAIN: BL21 (DE3); *SOURCE 9 EXPRESSION_SYSTEM_VECTOR_TYPE: PLASMID; *SOURCE 10 EXPRESSION_SYSTEM_PLASMID: PET26A *KEYWDS GENOMIC IMPRINTING, INSULIN-LIKE GROWTH FACTOR 2, MANNOSE 6 PHOSPHATE *KEYWDS 2 RECEPTOR, PROTEIN EVOLUTION, TRANSPORT PROTEIN *EXPDTA SOLUTION NMR *NUMMDL 20 *AUTHOR C.WILLIAMS, H.HOPPE, M.STRICKLAND, S.FRAGO, R.Z.ELLIS, P.WATTANA- *AUTHOR 2 AMORN, S.N.PRINCE, O.J.ZACCHEO, B.FORBES, E.Y.JONES, D.Z.REZGUI, *AUTHOR 3 M.P.CRUMP, A.B.HASSAN 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and resid 85 and name HB2 )) 2.300 0.700 0.700 peak 310 spectrum 1 weight 0.10000E+01 volume 0.83689E-02 ppm1 1.162 ppm2 1.632 CV 1 OR { 310} ( segid " " and resid 78 and name HG2%) (( segid " " and resid 85 and name HB1 )) OR { 310} ( segid " " and resid 59 and name HG2%) (( segid " " and resid 72 and name HG2 )) ASSI { 312} ( segid " " and resid 32 and name HG2%) (( segid " " and resid 33 and name HG12)) 3.200 1.300 1.300 peak 312 spectrum 1 weight 0.10000E+01 volume 0.66778E-02 ppm1 1.161 ppm2 1.412 CV 1 OR { 312} ( segid " " and resid 62 and name HG2%) (( segid " " and resid 66 and name HG1 )) OR { 312} ( segid " " and resid 32 and name HG2%) (( segid " " and resid 33 and name HG11)) OR { 312} ( segid " " and resid 59 and name HG2%) (( segid " " and resid 72 and name HG1 )) OR { 312} ( segid " " and resid 62 and name HG2%) (( segid " " and resid 66 and name HG2 )) OR { 312} ( segid " " and resid 32 and name HG2%) (( segid " " and resid 120 and name HG2 )) OR { 312} ( segid " " and resid 59 and name HG2%) (( segid " " and resid 41 and name HG12)) OR { 312} ( segid " " and resid 32 and name HG2%) (( segid " " and resid 120 and name HB2 )) OR { 312} ( segid " " and resid 59 and name HG2%) (( segid " " and resid 41 and name HG11)) ASSI { 324} ( segid " " and resid 87 and name HG2%) ( segid " " and resid 105 and name HD% ) 3.800 1.800 1.800 peak 324 spectrum 1 weight 0.10000E+01 volume 0.18606E-02 ppm1 0.767 ppm2 6.966 CV 1 OR { 324} ( segid " " and resid 87 and name HG2%) ( segid " " and resid 133 and name HD% ) ASSI { 325} ( segid " " and resid 87 and name HG2%) ( segid " " and resid 105 and name HE% ) 3.700 1.700 1.700 peak 325 spectrum 1 weight 0.10000E+01 volume 0.25442E-02 ppm1 0.766 ppm2 6.732 CV 1 OR { 325} ( segid " " and resid 87 and name HG2%) ( segid " " and resid 106 and name HD% ) ASSI { 332} ( segid " " and resid 87 and name HG2%) (( segid " " and resid 89 and name HB2 )) 4.000 2.200 2.000 peak 332 spectrum 1 weight 0.10000E+01 volume 0.28021E-02 ppm1 0.768 ppm2 2.106 CV 1 ASSI { 343} ( segid " " and resid 54 and name HB% ) (( segid " " and resid 53 and name HB2 )) 4.300 2.300 1.700 peak 343 spectrum 1 weight 0.10000E+01 volume 0.20527E-02 ppm1 1.429 ppm2 2.787 CV 1 ASSI { 4546} ( segid " " and resid 53 and name HA ) (( segid " " and resid 57 and name HB% )) 4.500 2.500 1.500 peak 4546 spectrum 1 weight 0.10000E+01 volume 0.20527E-02 ppm1 4.380 ppm2 1.203 CV 1 ASSI { 368} ( segid " " and resid 100 and name HE% ) (( segid " " and resid 101 and name HN )) 3.300 1.500 1.500 peak 368 spectrum 1 weight 0.10000E+01 volume 0.26744E-02 ppm1 2.105 ppm2 8.455 CV 1 ASSI { 370} ( segid " " and resid 100 and name HE% ) (( segid " " and resid 97 and name HN )) 4.000 2.200 2.000 peak 370 spectrum 1 weight 0.10000E+01 volume 0.13363E-02 ppm1 2.103 ppm2 7.071 CV 1 ASSI { 404} (( segid " " and resid 21 and name HB1 )) (( segid " " and resid 22 and name HN )) 4.400 2.400 1.600 peak 404 spectrum 1 weight 0.10000E+01 volume 0.10613E-02 ppm1 2.903 ppm2 8.209 CV 1 OR { 404} (( segid " " and resid 27 and name HD1 )) (( segid " " and resid 29 and name HN )) OR { 404} (( segid " " and resid 27 and name HD1 )) (( segid " " and resid 27 and name HN )) ASSI { 412} (( segid " " and resid 27 and name HD1 )) (( segid " " and resid 27 and name HG2 )) 2.600 0.800 0.800 peak 412 spectrum 1 weight 0.10000E+01 volume 0.19499E-02 ppm1 2.901 ppm2 1.457 CV 1 OR { 412} (( segid " " and resid 21 and name HB1 )) (( segid " " and resid 19 and name HG )) ASSI { 440} (( segid " " and resid 63 and name HB1 )) (( segid " " and resid 66 and name HB1 )) 3.300 1.400 1.400 peak 440 spectrum 1 weight 0.10000E+01 volume 0.11588E-02 ppm1 2.778 ppm2 1.837 CV 1 OR { 440} (( segid " " and resid 63 and name HB1 )) (( segid " " and resid 66 and name HB2 )) OR { 440} (( segid " " and resid 63 and name HB1 )) (( segid " " and resid 65 and name HG2 )) ASSI { 452} (( segid " " and resid 85 and name HE1 )) ( segid " " and resid 83 and name HG1%) 3.000 1.100 2.100 peak 452 spectrum 1 weight 0.10000E+01 volume 0.27728E-02 ppm1 2.716 ppm2 0.861 CV 1 OR { 452} (( segid " " and resid 9 and name HB1 )) ( segid " " and resid 73 and name HD2%) OR { 452} (( segid " " and resid 85 and name HE2 )) ( segid " " and resid 83 and name HG2%) ASSI { 457} (( segid " " and resid 117 and name HB2 )) (( segid " " and resid 118 and name HB2 )) 4.400 2.400 1.600 peak 457 spectrum 1 weight 0.10000E+01 volume 0.10912E-02 ppm1 2.835 ppm2 4.350 CV 1 OR { 457} (( segid " " and resid 117 and name HB2 )) (( segid " " and resid 118 and name HB1 )) OR { 457} (( segid " " and resid 117 and name HB1 )) (( segid " " and resid 118 and name HB2 )) OR { 457} (( segid " " and resid 117 and name HB1 )) (( segid " " and resid 118 and name HB1 )) OR { 457} (( segid " " and resid 117 and name HB1 )) (( segid " " and resid 119 and name HA )) OR { 457} (( segid " " and resid 81 and name HB1 )) (( segid " " and resid 80 and name HA )) ASSI { 461} (( segid " " and resid 116 and name HB2 )) (( segid " " and resid 117 and name HN )) 4.000 2.000 2.000 peak 461 spectrum 1 weight 0.10000E+01 volume 0.15663E-02 ppm1 2.729 ppm2 8.676 CV 1 OR { 461} (( segid " " and resid 31 and name HB2 )) (( segid " " and resid 32 and name HN )) OR { 461} (( segid " " and resid 31 and name HB1 )) (( segid " " and resid 32 and name HN )) ASSI { 464} (( segid " " and resid 90 and name HB2 )) (( segid " " and resid 72 and name HN )) 4.100 2.100 1.900 peak 464 spectrum 1 weight 0.10000E+01 volume 0.10146E-02 ppm1 2.682 ppm2 8.799 CV 1 OR { 464} (( segid " " and resid 122 and name HB2 )) (( segid " " and resid 122 and name HN )) ASSI { 465} (( segid " " and resid 122 and name HB2 )) ( segid " " and resid 122 and name HD% ) 3.200 1.300 1.300 peak 465 spectrum 1 weight 0.10000E+01 volume 0.10556E-02 ppm1 2.676 ppm2 6.633 CV 1 OR { 465} (( segid " " and resid 122 and name HB2 )) ( segid " " and resid 134 and name HD% ) ASSI { 469} (( segid " " and resid 122 and name HB2 )) ( segid " " and resid 33 and name HD1%) 4.600 2.700 1.400 peak 469 spectrum 1 weight 0.10000E+01 volume 0.78927E-03 ppm1 2.672 ppm2 0.901 CV 1 OR { 469} (( segid " " and resid 122 and name HB2 )) ( segid " " and resid 121 and name HG2%) OR { 469} (( segid " " and resid 122 and name HB2 )) ( segid " " and resid 121 and name HG1%) ASSI { 473} (( segid " " and resid 4 and name HB2 )) (( segid " " and resid 4 and name HA )) 2.800 1.000 1.000 peak 473 spectrum 1 weight 0.10000E+01 volume 0.27589E-02 ppm1 2.799 ppm2 4.794 CV 1 OR { 473} (( segid " " and resid 4 and name HB2 )) (( segid " " and resid 3 and name HA )) ASSI { 475} (( segid " " and resid 53 and name HB2 )) ( segid " " and resid 57 and name HB% ) 2.900 1.100 1.100 peak 475 spectrum 1 weight 0.10000E+01 volume 0.17195E-02 ppm1 2.772 ppm2 1.191 CV 1 OR { 475} (( segid " " and resid 110 and name HB2 )) (( segid " " and resid 109 and name HB )) ASSI { 485} (( segid " " and resid 6 and name HG2 )) (( segid " " and resid 46 and name HN )) 3.600 3.600 2.400 peak 485 spectrum 1 weight 0.10000E+01 volume 0.36199E-02 ppm1 2.431 ppm2 8.246 CV 1 OR { 485} (( segid " " and resid 6 and name HG2 )) (( segid " " and resid 27 and name HN )) ASSI { 510} (( segid " " and resid 146 and name HB )) (( segid " " and resid 148 and name HN )) 4.400 2.400 1.600 peak 510 spectrum 1 weight 0.10000E+01 volume 0.68014E-03 ppm1 2.059 ppm2 8.390 CV 1 OR { 510} (( segid " " and resid 5 and name HB )) (( segid " " and resid 6 and name HN )) ASSI { 530} (( segid " " and resid 14 and name HB2 )) (( segid " " and resid 14 and name HA )) 2.600 0.800 0.800 peak 530 spectrum 1 weight 0.10000E+01 volume 0.86656E-02 ppm1 2.043 ppm2 4.271 CV 1 OR { 530} (( segid " " and resid 95 and name HB2 )) (( segid " " and resid 95 and name HA )) OR { 530} (( segid " " and resid 146 and name HB )) (( segid " " and resid 145 and name HA )) ASSI { 533} (( segid " " and resid 146 and name HB )) (( segid " " and resid 147 and name HD2 )) 3.500 1.500 1.500 peak 533 spectrum 1 weight 0.10000E+01 volume 0.22121E-02 ppm1 2.056 ppm2 3.648 CV 1 OR { 533} (( segid " " and resid 75 and name HB2 )) (( segid " " and resid 9 and name HA )) OR { 533} (( segid " " and resid 26 and name HB2 )) (( segid " " and resid 23 and name HA )) OR { 533} (( segid " " and resid 26 and name HB2 )) (( segid " " and resid 9 and name HA )) ASSI { 534} (( segid " " and resid 95 and name HB2 )) (( segid " " and resid 95 and name HB1 )) 1.500 0.300 0.700 peak 534 spectrum 1 weight 0.10000E+01 volume 0.14568E-01 ppm1 2.035 ppm2 2.388 CV 1 OR { 534} (( segid " " and resid 14 and name HB2 )) (( segid " " and resid 14 and name HB1 )) ASSI { 538} (( segid " " and resid 50 and name HB1 )) (( segid " " and resid 50 and name HN )) 2.800 1.000 1.000 peak 538 spectrum 1 weight 0.10000E+01 volume 0.37137E-02 ppm1 1.776 ppm2 8.461 CV 1 OR { 538} (( segid " " and resid 48 and name HB2 )) (( segid " " and resid 48 and name HN )) ASSI { 539} (( segid " " and resid 119 and name HB2 )) (( segid " " and resid 119 and name HN )) 3.500 1.500 1.500 peak 539 spectrum 1 weight 0.10000E+01 volume 0.22702E-02 ppm1 1.761 ppm2 8.228 CV 1 OR { 539} (( segid " " and resid 50 and name HB1 )) (( segid " " and resid 51 and name HN )) ASSI { 549} (( segid " " and resid 143 and name HB1 )) (( segid " " and resid 13 and name HD21)) 3.800 1.800 2.200 peak 549 spectrum 1 weight 0.10000E+01 volume 0.10900E-02 ppm1 1.665 ppm2 7.278 CV 1 OR { 549} (( segid " " and resid 143 and name HB2 )) (( segid " " and resid 13 and name HD21)) ASSI { 572} (( segid " " and resid 28 and name HB1 )) (( segid " " and resid 29 and name HN )) 2.900 1.000 1.000 peak 572 spectrum 1 weight 0.10000E+01 volume 0.35089E-02 ppm1 2.088 ppm2 8.181 CV 1 OR { 572} (( segid " " and resid 28 and name HB2 )) (( segid " " and resid 29 and name HN )) OR { 572} (( segid " " and resid 6 and name HB2 )) (( segid " " and resid 8 and name HN )) OR { 572} (( segid " " and resid 28 and name HB2 )) (( segid " " and resid 27 and name HN )) ASSI { 576} (( segid " " and resid 28 and name HB2 )) (( segid " " and resid 27 and name HA )) 4.900 3.000 1.100 peak 576 spectrum 1 weight 0.10000E+01 volume 0.92437E-03 ppm1 2.054 ppm2 4.886 CV 1 OR { 576} (( segid " " and resid 28 and name HB1 )) (( segid " " and resid 27 and name HA )) OR { 576} (( segid " " and resid 6 and name HB1 )) (( segid " " and resid 75 and name HA )) ASSI { 582} (( segid " " and resid 127 and name HB2 )) (( segid " " and resid 127 and name HA )) 2.400 0.700 0.700 peak 582 spectrum 1 weight 0.10000E+01 volume 0.50863E-02 ppm1 2.090 ppm2 3.627 CV 1 OR { 582} (( segid " " and resid 127 and name HB1 )) (( segid " " and resid 127 and name HA )) OR { 582} (( segid " " and resid 127 and name HB2 )) (( segid " " and resid 130 and name HA )) OR { 582} (( segid " " and resid 127 and name HB1 )) (( segid " " and resid 130 and name HA )) ASSI { 602} (( segid " " and resid 147 and name HG2 )) (( segid " " and resid 147 and name HA )) 4.000 2.000 2.000 peak 602 spectrum 1 weight 0.10000E+01 volume 0.24927E-02 ppm1 2.000 ppm2 4.370 CV 1 OR { 602} (( segid " " and resid 147 and name HG1 )) (( segid " " and resid 147 and name HA )) OR { 602} (( segid " " and resid 147 and name HG1 )) (( segid " " and resid 146 and name HA )) OR { 602} (( segid " " and resid 147 and name HG2 )) (( segid " " and resid 146 and name HA )) ASSI { 615} (( segid " " and resid 75 and name HG2 )) (( segid " " and resid 75 and name HN )) 3.400 1.500 1.500 peak 615 spectrum 1 weight 0.10000E+01 volume 0.65534E-03 ppm1 1.225 ppm2 8.724 CV 1 OR { 615} (( segid " " and resid 75 and name HG1 )) (( segid " " and resid 75 and name HN )) OR { 615} (( segid " " and resid 85 and name HG1 )) (( segid " " and resid 78 and name HN )) ASSI { 626} (( segid " " and resid 85 and name HG1 )) ( segid " " and resid 83 and name HG1%) 3.000 1.100 2.100 peak 626 spectrum 1 weight 0.10000E+01 volume 0.29428E-02 ppm1 1.254 ppm2 0.859 CV 1 OR { 626} (( segid " " and resid 85 and name HG2 )) ( segid " " and resid 83 and name HG1%) OR { 626} (( segid " " and resid 85 and name HG1 )) ( segid " " and resid 83 and name HG2%) OR { 626} (( segid " " and resid 85 and name HG2 )) ( segid " " and resid 83 and name HG2%) OR { 626} (( segid " " and resid 75 and name HG1 )) ( segid " " and resid 73 and name HD2%) ASSI { 628} ( segid " " and resid 141 and name HB% ) (( segid " " and resid 138 and name HN )) 3.000 1.100 1.100 peak 628 spectrum 1 weight 0.10000E+01 volume 0.18767E-02 ppm1 1.162 ppm2 9.140 CV 1 OR { 628} ( segid " " and resid 141 and name HB% ) (( segid " " and resid 110 and name HN )) ASSI { 629} ( segid " " and resid 141 and name HB% ) (( segid " " and resid 109 and name HN )) 3.800 1.800 1.500 peak 629 spectrum 1 weight 0.10000E+01 volume 0.12397E-02 ppm1 1.160 ppm2 8.327 CV 1 OR { 629} ( segid " " and resid 141 and name HB% ) (( segid " " and resid 84 and name HN )) OR { 629} ( segid " " and resid 138 and name HG2%) (( segid " " and resid 109 and name HN )) ASSI { 639} ( segid " " and resid 57 and name HB% ) (( segid " " and resid 58 and name HA )) 4.000 2.000 2.000 peak 639 spectrum 1 weight 0.10000E+01 volume 0.82996E-03 ppm1 1.166 ppm2 4.244 CV 1 OR { 639} ( segid " " and resid 141 and name HB% ) (( segid " " and resid 140 and name HA )) ASSI { 681} (( segid " " and resid 29 and name HB2 )) (( segid " " and resid 29 and name HN )) 2.900 1.000 1.000 peak 681 spectrum 1 weight 0.10000E+01 volume 0.24414E-02 ppm1 3.868 ppm2 8.212 CV 1 OR { 681} (( segid " " and resid 29 and name HB2 )) (( segid " " and resid 27 and name HN )) OR { 681} (( segid " " and resid 29 and name HB2 )) (( segid " " and resid 51 and name HN )) ASSI { 683} (( segid " " and resid 3 and name HB1 )) (( segid " " and resid 3 and name HA )) 3.300 1.500 1.300 peak 683 spectrum 1 weight 0.10000E+01 volume 0.13314E-02 ppm1 3.868 ppm2 4.791 CV 1 OR { 683} (( segid " " and resid 3 and name HB2 )) (( segid " " and resid 3 and name HA )) OR { 683} (( segid " " and resid 3 and name HB1 )) (( segid " " and resid 4 and name HA )) ASSI { 685} (( segid " " and resid 29 and name HB2 )) (( segid " " and resid 29 and name HA )) 2.500 0.800 0.800 peak 685 spectrum 1 weight 0.10000E+01 volume 0.73114E-02 ppm1 3.847 ppm2 4.471 CV 1 OR { 685} (( segid " " and resid 52 and name HB2 )) (( segid " " and resid 52 and name HA )) ASSI { 686} (( segid " " and resid 29 and name HB2 )) (( segid " " and resid 29 and name HA )) 2.500 0.800 0.800 peak 686 spectrum 1 weight 0.10000E+01 volume 0.89790E-02 ppm1 3.870 ppm2 4.441 CV 1 OR { 686} (( segid " " and resid 3 and name HB1 )) (( segid " " and resid 2 and name HA )) OR { 686} (( segid " " and resid 3 and name HB2 )) (( segid " " and resid 2 and name HA )) ASSI { 692} (( segid " " and resid 29 and name HB2 )) (( segid " " and resid 27 and name HG1 )) 4.100 2.100 1.900 peak 692 spectrum 1 weight 0.10000E+01 volume 0.13451E-02 ppm1 3.866 ppm2 1.664 CV 1 OR { 692} (( segid " " and resid 29 and name HB2 )) (( segid " " and resid 50 and name HB2 )) OR { 692} (( segid " " and resid 29 and name HB2 )) (( segid " " and resid 50 and name HD1 )) OR { 692} (( segid " " and resid 29 and name HB2 )) (( segid " " and resid 50 and name HD2 )) OR { 692} (( segid " " and resid 3 and name HB2 )) (( segid " " and resid 26 and name HD2 )) OR { 692} (( segid " " and resid 3 and name HB1 )) (( segid " " and resid 26 and name HD1 )) OR { 692} (( segid " " and resid 3 and name HB1 )) (( segid " " and resid 26 and name HD2 )) ASSI { 712} (( segid " " and resid 5 and name HA )) (( segid " " and resid 8 and name HN )) 4.400 2.500 1.600 peak 712 spectrum 1 weight 0.10000E+01 volume 0.10335E-02 ppm1 4.168 ppm2 8.206 CV 1 OR { 712} (( segid " " and resid 5 and name HA )) (( segid " " and resid 22 and name HN )) ASSI { 714} (( segid " " and resid 5 and name HA )) (( segid " " and resid 4 and name HA )) 4.000 2.000 2.000 peak 714 spectrum 1 weight 0.10000E+01 volume 0.12417E-02 ppm1 4.164 ppm2 4.778 CV 1 ASSI { 726} (( segid " " and resid 5 and name HA )) (( segid " " and resid 5 and name HB )) 2.200 0.600 0.600 peak 726 spectrum 1 weight 0.10000E+01 volume 0.80155E-02 ppm1 4.163 ppm2 2.101 CV 1 OR { 726} (( segid " " and resid 5 and name HA )) (( segid " " and resid 6 and name HB2 )) ASSI { 727} (( segid " " and resid 5 and name HA )) ( segid " " and resid 23 and name HG2%) 3.300 1.400 1.400 peak 727 spectrum 1 weight 0.10000E+01 volume 0.89314E-03 ppm1 4.163 ppm2 1.259 CV 1 OR { 727} (( segid " " and resid 5 and name HA )) ( segid " " and resid 47 and name HB% ) ASSI { 741} (( segid " " and resid 103 and name HA )) (( segid " " and resid 103 and name HN )) 3.000 1.200 0.700 peak 741 spectrum 1 weight 0.10000E+01 volume 0.64275E-02 ppm1 4.339 ppm2 8.480 CV 1 OR { 741} (( segid " " and resid 6 and name HA )) (( segid " " and resid 6 and name HN )) ASSI { 752} (( segid " " and resid 6 and name HA )) (( segid " " and resid 7 and name HB2 )) 5.000 3.100 1.000 peak 752 spectrum 1 weight 0.10000E+01 volume 0.65325E-03 ppm1 4.340 ppm2 2.733 CV 1 OR { 752} (( segid " " and resid 6 and name HA )) (( segid " " and resid 4 and name HB2 )) ASSI { 755} (( segid " " and resid 6 and name HA )) (( segid " " and resid 6 and name HB2 )) 2.500 0.800 0.800 peak 755 spectrum 1 weight 0.10000E+01 volume 0.77435E-02 ppm1 4.340 ppm2 2.117 CV 1 OR { 755} (( segid " " and resid 103 and name HA )) (( segid " " and resid 89 and name HB2 )) ASSI { 759} (( segid " " and resid 144 and name HA )) (( segid " " and resid 145 and name HN )) 2.800 1.000 0.800 peak 759 spectrum 1 weight 0.10000E+01 volume 0.22066E-01 ppm1 4.265 ppm2 8.575 CV 1 OR { 759} (( segid " " and resid 145 and name HA )) (( segid " " and resid 145 and name HN )) ASSI { 761} (( segid " " and resid 145 and name HA )) (( segid " " and resid 146 and name HN )) 1.800 0.400 0.400 peak 761 spectrum 1 weight 0.10000E+01 volume 0.21395E-01 ppm1 4.273 ppm2 8.192 CV 1 OR { 761} (( segid " " and resid 144 and name HA )) (( segid " " and resid 144 and name HN )) ASSI { 776} (( segid " " and resid 144 and name HA )) (( segid " " and resid 144 and name HG2 )) 2.800 0.900 0.900 peak 776 spectrum 1 weight 0.10000E+01 volume 0.77280E-02 ppm1 4.266 ppm2 2.240 CV 1 OR { 776} (( segid " " and resid 144 and name HA )) (( segid " " and resid 144 and name HG1 )) OR { 776} (( segid " " and resid 145 and name HA )) (( segid " " and resid 145 and name HG1 )) OR { 776} (( segid " " and resid 145 and name HA )) (( segid " " and resid 145 and name HG2 )) ASSI { 779} (( segid " " and resid 145 and name HA )) (( segid " " and resid 145 and name HB2 )) 2.400 0.600 0.600 peak 779 spectrum 1 weight 0.10000E+01 volume 0.14667E-01 ppm1 4.267 ppm2 1.993 CV 1 OR { 779} (( segid " " and resid 144 and name HA )) (( segid " " and resid 144 and name HB1 )) OR { 779} (( segid " " and resid 145 and name HA )) (( segid " " and resid 145 and name HB1 )) OR { 779} (( segid " " and resid 144 and name HA )) (( segid " " and resid 145 and name HB1 )) OR { 779} (( segid " " and resid 144 and name HA )) (( segid " " and resid 145 and name HB2 )) ASSI { 781} (( segid " " and resid 145 and name HA )) ( segid " " and resid 146 and name HG1%) 3.400 1.400 1.400 peak 781 spectrum 1 weight 0.10000E+01 volume 0.64841E-02 ppm1 4.255 ppm2 0.928 CV 1 OR { 781} (( segid " " and resid 145 and name HA )) ( segid " " and resid 146 and name HG2%) OR { 781} (( segid " " and resid 140 and name HA )) (( segid " " and resid 22 and name HG )) OR { 781} (( segid " " and resid 148 and name HA )) ( segid " " and resid 146 and name HG1%) ASSI { 790} (( segid " " and resid 25 and name HA )) (( segid " " and resid 26 and name HN )) 3.800 1.800 1.800 peak 790 spectrum 1 weight 0.10000E+01 volume 0.11215E-02 ppm1 4.350 ppm2 7.567 CV 1 OR { 790} (( segid " " and resid 38 and name HA )) (( segid " " and resid 38 and name HD22)) ASSI { 794} (( segid " " and resid 55 and name HA )) (( segid " " and resid 55 and name HB1 )) 2.700 0.900 0.900 peak 794 spectrum 1 weight 0.10000E+01 volume 0.49482E-02 ppm1 4.350 ppm2 2.843 CV 1 OR { 794} (( segid " " and resid 55 and name HA )) (( segid " " and resid 55 and name HB2 )) OR { 794} (( segid " " and resid 38 and name HA )) (( segid " " and resid 38 and name HB2 )) ASSI { 795} (( segid " " and resid 25 and name HA )) (( segid " " and resid 25 and name HB2 )) 2.400 0.700 0.700 peak 795 spectrum 1 weight 0.10000E+01 volume 0.51270E-02 ppm1 4.350 ppm2 1.225 CV 1 OR { 795} (( segid " " and resid 25 and name HA )) (( segid " " and resid 25 and name HB2 )) OR { 795} (( segid " " and resid 25 and name HA )) (( segid " " and resid 22 and name HB1 )) OR { 795} (( segid " " and resid 25 and name HA )) (( segid " " and resid 22 and name HB1 )) OR { 795} (( segid " " and resid 25 and name HA )) (( segid " " and resid 22 and name HB2 )) OR { 795} (( segid " " and resid 25 and name HA )) (( segid " " and resid 22 and name HB2 )) ASSI { 796} (( segid " " and resid 25 and name HA )) ( segid " " and resid 25 and name HD2%) 2.700 0.900 0.900 peak 796 spectrum 1 weight 0.10000E+01 volume 0.52228E-02 ppm1 4.352 ppm2 0.668 CV 1 OR { 796} (( segid " " and resid 25 and name HA )) ( segid " " and resid 45 and name HG2%) ASSI { 804} (( segid " " and resid 114 and name HA )) (( segid " " and resid 115 and name HN )) 2.800 1.000 1.000 peak 804 spectrum 1 weight 0.10000E+01 volume 0.84381E-02 ppm1 4.395 ppm2 8.579 CV 1 OR { 804} (( segid " " and resid 114 and name HA )) (( segid " " and resid 116 and name HN )) ASSI { 816} (( segid " " and resid 119 and name HA )) (( segid " " and resid 120 and name HG2 )) 3.700 1.700 1.700 peak 816 spectrum 1 weight 0.10000E+01 volume 0.36200E-02 ppm1 4.379 ppm2 1.431 CV 1 OR { 816} (( segid " " and resid 114 and name HA )) (( segid " " and resid 111 and name HG2 )) OR { 816} (( segid " " and resid 119 and name HA )) (( segid " " and resid 120 and name HB2 )) ASSI { 825} (( segid " " and resid 49 and name HA )) (( segid " " and resid 50 and name HN )) 2.400 0.600 0.500 peak 825 spectrum 1 weight 0.10000E+01 volume 0.76511E-02 ppm1 4.227 ppm2 8.461 CV 1 OR { 825} (( segid " " and resid 47 and name HA )) (( segid " " and resid 48 and name HN )) ASSI { 835} (( segid " " and resid 49 and name HA )) (( segid " " and resid 44 and name HB2 )) 2.400 0.700 0.700 peak 835 spectrum 1 weight 0.10000E+01 volume 0.15629E-02 ppm1 4.241 ppm2 2.351 CV 1 OR { 835} (( segid " " and resid 47 and name HA )) (( segid " " and resid 6 and name HG1 )) ASSI { 836} (( segid " " and resid 47 and name HA )) (( segid " " and resid 48 and name HG2 )) 3.500 1.500 1.500 peak 836 spectrum 1 weight 0.10000E+01 volume 0.34405E-02 ppm1 4.229 ppm2 2.156 CV 1 OR { 836} (( segid " " and resid 47 and name HA )) (( segid " " and resid 48 and name HG1 )) OR { 836} (( segid " " and resid 47 and name HA )) (( segid " " and resid 6 and name HB2 )) OR { 836} (( segid " " and resid 49 and name HA )) (( segid " " and resid 48 and name HG2 )) ASSI { 839} (( segid " " and resid 47 and name HA )) ( segid " " and resid 47 and name HB% ) 2.800 1.000 0.600 peak 839 spectrum 1 weight 0.10000E+01 volume 0.72548E-02 ppm1 4.219 ppm2 1.257 CV 1 OR { 839} (( segid " " and resid 47 and name HA )) (( segid " " and resid 73 and name HB1 )) ASSI { 841} (( segid " " and resid 47 and name HA )) ( segid " " and resid 73 and name HD2%) 3.400 1.500 1.500 peak 841 spectrum 1 weight 0.10000E+01 volume 0.11467E-02 ppm1 4.219 ppm2 0.839 CV 1 OR { 841} (( segid " " and resid 49 and name HA )) ( segid " " and resid 73 and name HD2%) ASSI { 842} (( segid " " and resid 47 and name HA )) ( segid " " and resid 73 and name HD1%) 2.800 1.000 1.000 peak 842 spectrum 1 weight 0.10000E+01 volume 0.43891E-02 ppm1 4.220 ppm2 0.637 CV 1 OR { 842} (( segid " " and resid 49 and name HA )) ( segid " " and resid 73 and name HD1%) OR { 842} (( segid " " and resid 49 and name HA )) ( segid " " and resid 45 and name HG2%) OR { 842} (( segid " " and resid 47 and name HA )) ( segid " " and resid 45 and name HG2%) ASSI { 899} (( segid " " and resid 27 and name HG2 )) (( segid " " and resid 30 and name HN )) 3.300 1.400 1.400 peak 899 spectrum 1 weight 0.10000E+01 volume 0.13499E-02 ppm1 1.453 ppm2 7.345 CV 1 OR { 899} (( segid " " and resid 10 and name HG2 )) (( segid " " and resid 10 and name HN )) OR { 899} (( segid " " and resid 41 and name HG12)) ( segid " " and resid 31 and name HD% ) ASSI { 900} (( segid " " and resid 26 and name HG2 )) (( segid " " and resid 6 and name HE21)) 5.000 3.200 1.000 peak 900 spectrum 1 weight 0.10000E+01 volume 0.81878E-03 ppm1 1.447 ppm2 6.841 CV 1 OR { 900} (( segid " " and resid 27 and name HG2 )) ( segid " " and resid 27 and name HE ) ASSI { 901} (( segid " " and resid 41 and name HG11)) (( segid " " and resid 35 and name HA )) 3.500 1.600 1.600 peak 901 spectrum 1 weight 0.10000E+01 volume 0.91928E-03 ppm1 1.440 ppm2 4.886 CV 1 OR { 901} (( segid " " and resid 27 and name HG2 )) (( segid " " and resid 27 and name HA )) OR { 901} (( segid " " and resid 41 and name HG12)) (( segid " " and resid 61 and name HA )) OR { 901} (( segid " " and resid 41 and name HG12)) (( segid " " and resid 35 and name HA )) OR { 901} (( segid " " and resid 41 and name HG11)) (( segid " " and resid 61 and name HA )) ASSI { 905} (( segid " " and resid 33 and name HG11)) (( segid " " and resid 41 and name HN )) 3.600 1.600 1.600 peak 905 spectrum 1 weight 0.10000E+01 volume 0.78577E-03 ppm1 1.365 ppm2 9.092 CV 1 OR { 905} (( segid " " and resid 72 and name HG1 )) (( segid " " and resid 89 and name HN )) OR { 905} (( segid " " and resid 33 and name HG12)) (( segid " " and resid 41 and name HN )) OR { 905} (( segid " " and resid 84 and name HG )) (( segid " " and resid 85 and name HN )) ASSI { 921} (( segid " " and resid 2 and name HE2 )) (( segid " " and resid 2 and name HG2 )) 2.400 0.700 0.700 peak 921 spectrum 1 weight 0.10000E+01 volume 0.99189E-02 ppm1 3.031 ppm2 1.487 CV 1 OR { 921} (( segid " " and resid 2 and name HE1 )) (( segid " " and resid 2 and name HG1 )) OR { 921} (( segid " " and resid 99 and name HE2 )) (( segid " " and resid 99 and name HG1 )) OR { 921} (( segid " " and resid 2 and name HE1 )) (( segid " " and resid 2 and name HG2 )) OR { 921} (( segid " " and resid 99 and name HE1 )) (( segid " " and resid 99 and name HG1 )) OR { 921} (( segid " " and resid 99 and name HE2 )) (( segid " " and resid 99 and name HG2 )) OR { 921} (( segid " " and resid 2 and name HE2 )) (( segid " " and resid 2 and name HG1 )) OR { 921} (( segid " " and resid 99 and name HE1 )) (( segid " " and resid 99 and name HG2 )) ASSI { 923} ( segid " " and resid 61 and name HD1%) ( segid " " and resid 134 and name HD% ) 4.500 2.500 1.500 peak 923 spectrum 1 weight 0.10000E+01 volume 0.58136E-03 ppm1 0.697 ppm2 6.624 CV 1 OR { 923} ( segid " " and resid 61 and name HD1%) ( segid " " and resid 122 and name HD% ) ASSI { 926} ( segid " " and resid 33 and name HD1%) (( segid " " and resid 122 and name HB2 )) 3.900 1.900 1.900 peak 926 spectrum 1 weight 0.10000E+01 volume 0.14980E-02 ppm1 0.909 ppm2 2.684 CV 1 OR { 926} ( segid " " and resid 33 and name HD1%) (( segid " " and resid 31 and name HB1 )) ASSI { 927} ( segid " " and resid 41 and name HD1%) (( segid " " and resid 122 and name HB2 )) 3.700 1.700 1.700 peak 927 spectrum 1 weight 0.10000E+01 volume 0.13673E-02 ppm1 0.609 ppm2 2.679 CV 1 OR { 927} ( segid " " and resid 41 and name HD1%) (( segid " " and resid 31 and name HB1 )) ASSI { 929} ( segid " " and resid 41 and name HD1%) (( segid " " and resid 41 and name HB )) 2.600 0.800 0.800 peak 929 spectrum 1 weight 0.10000E+01 volume 0.30228E-02 ppm1 0.610 ppm2 1.867 CV 1 OR { 929} ( segid " " and resid 41 and name HD1%) (( segid " " and resid 43 and name HB2 )) OR { 929} ( segid " " and resid 41 and name HD1%) (( segid " " and resid 42 and name HB2 )) ASSI { 930} ( segid " " and resid 41 and name HD1%) (( segid " " and resid 61 and name HB )) 5.100 3.200 0.900 peak 930 spectrum 1 weight 0.10000E+01 volume 0.10946E-02 ppm1 0.610 ppm2 1.703 CV 1 OR { 930} ( segid " " and resid 41 and name HD1%) (( segid " " and resid 43 and name HB1 )) ASSI { 932} ( segid " " and resid 41 and name HD1%) (( segid " " and resid 61 and name HG12)) 4.500 2.500 1.500 peak 932 spectrum 1 weight 0.10000E+01 volume 0.14090E-02 ppm1 0.612 ppm2 1.630 CV 1 OR { 932} ( segid " " and resid 41 and name HD1%) (( segid " " and resid 61 and name HG11)) ASSI { 935} ( segid " " and resid 41 and name HD1%) (( segid " " and resid 40 and name HG1 )) 4.600 2.600 1.400 peak 935 spectrum 1 weight 0.10000E+01 volume 0.11924E-02 ppm1 0.610 ppm2 1.294 CV 1 OR { 935} ( segid " " and resid 41 and name HD1%) (( segid " " and resid 40 and name HG2 )) OR { 935} ( segid " " and resid 41 and name HD1%) ( segid " " and resid 70 and name HB% ) ASSI { 936} ( segid " " and resid 41 and name HD1%) ( segid " " and resid 41 and name HG2%) 1.900 0.500 0.500 peak 936 spectrum 1 weight 0.10000E+01 volume 0.12701E-01 ppm1 0.608 ppm2 0.879 CV 1 OR { 936} ( segid " " and resid 41 and name HD1%) ( segid " " and resid 33 and name HD1%) ASSI { 945} ( segid " " and resid 41 and name HD1%) (( segid " " and resid 35 and name HA )) 2.900 1.100 1.100 peak 945 spectrum 1 weight 0.10000E+01 volume 0.15747E-02 ppm1 0.607 ppm2 4.906 CV 1 OR { 945} ( segid " " and resid 41 and name HD1%) (( segid " " and resid 61 and name HA )) ASSI { 947} ( segid " " and resid 41 and name HD1%) (( segid " " and resid 40 and name HA )) 5.200 3.400 0.800 peak 947 spectrum 1 weight 0.10000E+01 volume 0.61658E-03 ppm1 0.611 ppm2 4.614 CV 1 OR { 947} ( segid " " and resid 41 and name HD1%) (( segid " " and resid 59 and name HA )) ASSI { 948} ( segid " " and resid 41 and name HD1%) (( segid " " and resid 32 and name HA )) 4.100 2.100 1.900 peak 948 spectrum 1 weight 0.10000E+01 volume 0.11855E-02 ppm1 0.604 ppm2 5.480 CV 1 OR { 948} ( segid " " and resid 41 and name HD1%) (( segid " " and resid 42 and name HA )) ASSI { 949} ( segid " " and resid 41 and name HD1%) ( segid " " and resid 134 and name HD% ) 3.300 1.300 1.300 peak 949 spectrum 1 weight 0.10000E+01 volume 0.26815E-02 ppm1 0.609 ppm2 6.630 CV 1 OR { 949} ( segid " " and resid 41 and name HD1%) ( segid " " and resid 134 and name HD% ) OR { 949} ( segid " " and resid 41 and name HD1%) ( segid " " and resid 122 and name HD% ) OR { 949} ( segid " " and resid 41 and name HD1%) ( segid " " and resid 122 and name HD% ) ASSI { 950} ( segid " " and resid 41 and name HD1%) ( segid " " and resid 31 and name HD% ) 3.700 1.700 1.700 peak 950 spectrum 1 weight 0.10000E+01 volume 0.24109E-02 ppm1 0.610 ppm2 7.266 CV 1 OR { 950} ( segid " " and resid 41 and name HD1%) ( segid " " and resid 125 and name HE% ) ASSI { 955} ( segid " " and resid 41 and name HD1%) (( segid " " and resid 35 and name HN )) 5.500 3.200 0.500 peak 955 spectrum 1 weight 0.10000E+01 volume 0.75264E-03 ppm1 0.609 ppm2 8.211 CV 1 OR { 955} ( segid " " and resid 41 and name HD1%) (( segid " " and resid 40 and name HN )) ASSI { 959} ( segid " " and resid 33 and name HD1%) (( segid " " and resid 41 and name HN )) 4.700 2.700 1.300 peak 959 spectrum 1 weight 0.10000E+01 volume 0.88135E-03 ppm1 0.907 ppm2 9.093 CV 1 OR { 959} ( segid " " and resid 33 and name HD1%) (( segid " " and resid 135 and name HN )) ASSI { 960} ( segid " " and resid 33 and name HD1%) (( segid " " and resid 122 and name HN )) 3.200 1.300 1.300 peak 960 spectrum 1 weight 0.10000E+01 volume 0.22318E-02 ppm1 0.907 ppm2 8.794 CV 1 OR { 960} ( segid " " and resid 33 and name HD1%) (( segid " " and resid 121 and name HN )) ASSI { 966} ( segid " " and resid 33 and name HD1%) ( segid " " and resid 122 and name HD% ) 2.900 1.000 1.000 peak 966 spectrum 1 weight 0.10000E+01 volume 0.26291E-02 ppm1 0.904 ppm2 6.618 CV 1 OR { 966} ( segid " " and resid 33 and name HD1%) ( segid " " and resid 134 and name HD% ) ASSI { 967} ( segid " " and resid 33 and name HD1%) (( segid " " and resid 33 and name HA )) 4.500 2.500 1.500 peak 967 spectrum 1 weight 0.10000E+01 volume 0.13395E-02 ppm1 0.900 ppm2 4.889 CV 1 OR { 967} ( segid " " and resid 33 and name HD1%) (( segid " " and resid 35 and name HA )) ASSI { 969} ( segid " " and resid 33 and name HD1%) (( segid " " and resid 34 and name HA )) 5.200 3.400 0.800 peak 969 spectrum 1 weight 0.10000E+01 volume 0.74229E-03 ppm1 0.903 ppm2 5.487 CV 1 OR { 969} ( segid " " and resid 33 and name HD1%) (( segid " " and resid 32 and name HA )) ASSI { 971} ( segid " " and resid 61 and name HD1%) (( segid " " and resid 42 and name HA )) 2.900 2.900 3.100 peak 971 spectrum 1 weight 0.10000E+01 volume 0.56698E-03 ppm1 0.689 ppm2 5.469 CV 1 OR { 971} ( segid " " and resid 61 and name HD1%) (( segid " " and resid 32 and name HA )) OR { 971} ( segid " " and resid 61 and name HD1%) (( segid " " and resid 34 and name HA )) ASSI { 976} ( segid " " and resid 33 and name HD1%) (( segid " " and resid 33 and name HG12)) 2.200 0.600 0.600 peak 976 spectrum 1 weight 0.10000E+01 volume 0.66420E-02 ppm1 0.906 ppm2 1.409 CV 1 OR { 976} ( segid " " and resid 33 and name HD1%) (( segid " " and resid 33 and name HG11)) OR { 976} ( segid " " and resid 33 and name HD1%) (( segid " " and resid 120 and name HG2 )) OR { 976} ( segid " " and resid 33 and name HD1%) (( segid " " and resid 41 and name HG11)) OR { 976} ( segid " " and resid 33 and name HD1%) (( segid " " and resid 41 and name HG12)) ASSI { 987} ( segid " " and resid 33 and name HG2%) (( segid " " and resid 122 and name HB2 )) 3.900 1.900 1.900 peak 987 spectrum 1 weight 0.10000E+01 volume 0.16065E-02 ppm1 0.960 ppm2 2.880 CV 1 OR { 987} ( segid " " and resid 33 and name HG2%) (( segid " " and resid 40 and name HE1 )) OR { 987} ( segid " " and resid 33 and name HG2%) (( segid " " and resid 38 and name HB2 )) ASSI { 991} ( segid " " and resid 70 and name HB% ) ( segid " " and resid 59 and name HG2%) 3.500 1.500 1.500 peak 991 spectrum 1 weight 0.10000E+01 volume 0.27726E-02 ppm1 1.314 ppm2 1.178 CV 1 OR { 991} ( segid " " and resid 70 and name HB% ) ( segid " " and resid 57 and name HB% ) ASSI { 994} ( segid " " and resid 70 and name HB% ) ( segid " " and resid 61 and name HD1%) 3.300 1.500 1.500 peak 994 spectrum 1 weight 0.10000E+01 volume 0.51951E-02 ppm1 1.311 ppm2 0.698 CV 1 ASSI { 1002} ( segid " " and resid 70 and name HB% ) (( segid " " and resid 59 and name HB )) 3.300 1.500 1.000 peak 1002 spectrum 1 weight 0.10000E+01 volume 0.37027E-02 ppm1 1.309 ppm2 1.873 CV 1 OR { 1002} ( segid " " and resid 70 and name HB% ) (( segid " " and resid 43 and name HB2 )) ASSI { 1004} ( segid " " and resid 33 and name HG2%) (( segid " " and resid 119 and name HB1 )) 3.900 1.900 1.900 peak 1004 spectrum 1 weight 0.10000E+01 volume 0.16401E-02 ppm1 0.958 ppm2 2.060 CV 1 OR { 1004} ( segid " " and resid 33 and name HG2%) (( segid " " and resid 42 and name HG1 )) ASSI { 1007} ( segid " " and resid 33 and name HG2%) (( segid " " and resid 33 and name HG12)) 2.700 0.900 0.900 peak 1007 spectrum 1 weight 0.10000E+01 volume 0.32258E-02 ppm1 0.961 ppm2 1.414 CV 1 OR { 1007} ( segid " " and resid 33 and name HG2%) (( segid " " and resid 120 and name HG2 )) OR { 1007} ( segid " " and resid 33 and name HG2%) (( segid " " and resid 33 and name HG11)) OR { 1007} ( segid " " and resid 33 and name HG2%) (( segid " " and resid 120 and name HB2 )) ASSI { 1009} ( segid " " and resid 41 and name HG2%) (( segid " " and resid 41 and name HB )) 2.100 0.600 0.600 peak 1009 spectrum 1 weight 0.10000E+01 volume 0.57013E-02 ppm1 0.869 ppm2 1.863 CV 1 OR { 1009} ( segid " " and resid 41 and name HG2%) (( segid " " and resid 43 and name HB2 )) ASSI { 1019} ( segid " " and resid 33 and name HG2%) (( segid " " and resid 119 and name HB2 )) 3.200 1.300 1.300 peak 1019 spectrum 1 weight 0.10000E+01 volume 0.20198E-02 ppm1 0.959 ppm2 1.756 CV 1 OR { 1019} ( segid " " and resid 33 and name HG2%) (( segid " " and resid 43 and name HB1 )) ASSI { 1024} ( segid " " and resid 49 and name HB% ) (( segid " " and resid 49 and name HA )) 2.800 1.000 0.600 peak 1024 spectrum 1 weight 0.10000E+01 volume 0.80703E-02 ppm1 1.031 ppm2 4.253 CV 1 ASSI { 1028} ( segid " " and resid 49 and name HB% ) (( segid " " and resid 51 and name HB1 )) 4.500 2.500 1.500 peak 1028 spectrum 1 weight 0.10000E+01 volume 0.66933E-03 ppm1 1.027 ppm2 3.992 CV 1 ASSI { 1031} ( segid " " and resid 70 and name HB% ) (( segid " " and resid 104 and name HB1 )) 3.600 1.600 1.400 peak 1031 spectrum 1 weight 0.10000E+01 volume 0.25487E-02 ppm1 1.313 ppm2 5.123 CV 1 OR { 1031} ( segid " " and resid 70 and name HB% ) (( segid " " and resid 89 and name HA )) ASSI { 1033} ( segid " " and resid 33 and name HG2%) (( segid " " and resid 32 and name HA )) 4.200 2.200 1.800 peak 1033 spectrum 1 weight 0.10000E+01 volume 0.12077E-02 ppm1 0.963 ppm2 5.498 CV 1 OR { 1033} ( segid " " and resid 33 and name HG2%) (( segid " " and resid 34 and name HA )) ASSI { 1035} ( segid " " and resid 41 and name HG2%) ( segid " " and resid 134 and name HD% ) 3.800 1.800 1.800 peak 1035 spectrum 1 weight 0.10000E+01 volume 0.12513E-02 ppm1 0.868 ppm2 6.621 CV 1 OR { 1035} ( segid " " and resid 41 and name HG2%) ( segid " " and resid 122 and name HD% ) ASSI { 1036} ( segid " " and resid 33 and name HG2%) ( segid " " and resid 31 and name HD% ) 4.000 2.000 2.000 peak 1036 spectrum 1 weight 0.10000E+01 volume 0.79413E-03 ppm1 0.963 ppm2 7.283 CV 1 OR { 1036} ( segid " " and resid 33 and name HG2%) (( segid " " and resid 136 and name HZ3 )) ASSI { 1037} ( segid " " and resid 49 and name HB% ) (( segid " " and resid 42 and name HN )) 4.100 2.100 1.900 peak 1037 spectrum 1 weight 0.10000E+01 volume 0.91642E-03 ppm1 1.026 ppm2 8.878 CV 1 OR { 1037} ( segid " " and resid 49 and name HB% ) (( segid " " and resid 72 and name HN )) ASSI { 1040} ( segid " " and resid 49 and name HB% ) (( segid " " and resid 44 and name HN )) 3.300 1.400 1.400 peak 1040 spectrum 1 weight 0.10000E+01 volume 0.16665E-02 ppm1 1.033 ppm2 8.121 CV 1 OR { 1040} ( segid " " and resid 49 and name HB% ) (( segid " " and resid 53 and name HN )) OR { 1040} ( segid " " and resid 49 and name HB% ) (( segid " " and resid 51 and name HN )) ASSI { 1043} ( segid " " and resid 49 and name HB% ) (( segid " " and resid 60 and name HN )) 4.200 2.200 1.800 peak 1043 spectrum 1 weight 0.10000E+01 volume 0.61083E-03 ppm1 1.033 ppm2 9.763 CV 1 OR { 1043} ( segid " " and resid 49 and name HB% ) (( segid " " and resid 61 and name HN )) ASSI { 1047} ( segid " " and resid 41 and name HG2%) (( segid " " and resid 43 and name HN )) 3.400 1.500 1.500 peak 1047 spectrum 1 weight 0.10000E+01 volume 0.12440E-02 ppm1 0.867 ppm2 9.350 CV 1 OR { 1047} ( segid " " and resid 41 and name HG2%) (( segid " " and resid 33 and name HN )) ASSI { 1049} ( segid " " and resid 45 and name HG2%) ( segid " " and resid 25 and name HD1%) 3.000 1.100 1.100 peak 1049 spectrum 1 weight 0.10000E+01 volume 0.38497E-02 ppm1 0.639 ppm2 -0.008 CV 1 OR { 1049} ( segid " " and resid 45 and name HG2%) ( segid " " and resid 22 and name HD1%) ASSI { 1113} ( segid " " and resid 68 and name HD1%) (( segid " " and resid 93 and name HD2 )) 4.500 2.500 1.500 peak 1113 spectrum 1 weight 0.10000E+01 volume 0.80056E-03 ppm1 0.319 ppm2 4.082 CV 1 OR { 1113} ( segid " " and resid 68 and name HD1%) (( segid " " and resid 91 and name HA1 )) ASSI { 1114} ( segid " " and resid 68 and name HD1%) (( segid " " and resid 69 and name HB1 )) 4.900 3.000 1.100 peak 1114 spectrum 1 weight 0.10000E+01 volume 0.69954E-03 ppm1 0.317 ppm2 3.090 CV 1 OR { 1114} ( segid " " and resid 68 and name HD1%) (( segid " " and resid 60 and name HB1 )) ASSI { 1115} ( segid " " and resid 68 and name HD1%) (( segid " " and resid 66 and name HE1 )) 3.000 3.000 3.000 peak 1115 spectrum 1 weight 0.10000E+01 volume 0.63784E-03 ppm1 0.320 ppm2 2.970 CV 1 OR { 1115} ( segid " " and resid 68 and name HD1%) (( segid " " and resid 66 and name HE2 )) OR { 1115} ( segid " " and resid 68 and name HD1%) (( segid " " and resid 88 and name HB2 )) ASSI { 1133} (( segid " " and resid 89 and name HG1 )) (( segid " " and resid 90 and name HN )) 3.300 1.500 2.000 peak 1133 spectrum 1 weight 0.10000E+01 volume 0.20290E-02 ppm1 2.306 ppm2 9.203 CV 1 OR { 1133} (( segid " " and resid 89 and name HG1 )) (( segid " " and resid 88 and name HN )) ASSI { 1134} (( segid " " and resid 145 and name HG1 )) (( segid " " and resid 146 and name HN )) 3.700 1.700 1.700 peak 1134 spectrum 1 weight 0.10000E+01 volume 0.15295E-02 ppm1 2.295 ppm2 8.203 CV 1 OR { 1134} (( segid " " and resid 28 and name HG1 )) (( segid " " and resid 29 and name HN )) OR { 1134} (( segid " " and resid 28 and name HG2 )) (( segid " " and resid 29 and name HN )) OR { 1134} (( segid " " and resid 145 and name HG2 )) (( segid " " and resid 146 and name HN )) ASSI { 1140} (( segid " " and resid 145 and name HG1 )) (( segid " " and resid 145 and name HN )) 3.500 1.500 1.500 peak 1140 spectrum 1 weight 0.10000E+01 volume 0.30199E-02 ppm1 2.234 ppm2 8.576 CV 1 OR { 1140} (( segid " " and resid 145 and name HG2 )) (( segid " " and resid 145 and name HN )) OR { 1140} (( segid " " and resid 144 and name HG2 )) (( segid " " and resid 145 and name HN )) OR { 1140} (( segid " " and resid 144 and name HG1 )) (( segid " " and resid 145 and name HN )) ASSI { 1142} (( segid " " and resid 144 and name HG2 )) (( segid " " and resid 144 and name HN )) 3.100 1.200 1.200 peak 1142 spectrum 1 weight 0.10000E+01 volume 0.39631E-02 ppm1 2.230 ppm2 8.202 CV 1 OR { 1142} (( segid " " and resid 144 and name HG1 )) (( segid " " and resid 144 and name HN )) OR { 1142} (( segid " " and resid 145 and name HG1 )) (( segid " " and resid 146 and name HN )) OR { 1142} (( segid " " and resid 145 and name HG2 )) (( segid " " and resid 146 and name HN )) ASSI { 1143} (( segid " " and resid 144 and name HG2 )) (( segid " " and resid 144 and name HA )) 2.800 1.000 0.900 peak 1143 spectrum 1 weight 0.10000E+01 volume 0.75256E-02 ppm1 2.234 ppm2 4.267 CV 1 OR { 1143} (( segid " " and resid 144 and name HG1 )) (( segid " " and resid 144 and name HA )) OR { 1143} (( segid " " and resid 145 and name HG1 )) (( segid " " and resid 145 and name HA )) OR { 1143} (( segid " " and resid 145 and name HG2 )) (( segid " " and resid 145 and name HA )) ASSI { 1158} (( segid " " and resid 26 and name HD1 )) (( segid " " and resid 4 and name HD21)) 3.400 1.500 1.500 peak 1158 spectrum 1 weight 0.10000E+01 volume 0.15301E-02 ppm1 1.686 ppm2 7.585 CV 1 OR { 1158} (( segid " " and resid 26 and name HD2 )) (( segid " " and resid 4 and name HD21)) OR { 1158} (( segid " " and resid 26 and name HD1 )) (( segid " " and resid 26 and name HN )) OR { 1158} (( segid " " and resid 26 and name HD2 )) (( segid " " and resid 26 and name HN )) ASSI { 1159} (( segid " " and resid 26 and name HD1 )) (( segid " " and resid 4 and name HA )) 3.400 1.500 1.500 peak 1159 spectrum 1 weight 0.10000E+01 volume 0.96541E-03 ppm1 1.697 ppm2 4.822 CV 1 OR { 1159} (( segid " " and resid 26 and name HD2 )) (( segid " " and resid 4 and name HA )) OR { 1159} (( segid " " and resid 26 and name HD2 )) (( segid " " and resid 75 and name HA )) OR { 1159} (( segid " " and resid 26 and name HD1 )) (( segid " " and resid 75 and name HA )) OR { 1159} (( segid " " and resid 111 and name HD1 )) (( segid " " and resid 142 and name HA )) OR { 1159} (( segid " " and resid 111 and name HD2 )) (( segid " " and resid 142 and name HA )) ASSI { 1160} (( segid " " and resid 111 and name HD1 )) (( segid " " and resid 111 and name HA )) 3.600 1.600 1.600 peak 1160 spectrum 1 weight 0.10000E+01 volume 0.26642E-02 ppm1 1.692 ppm2 4.540 CV 1 OR { 1160} (( segid " " and resid 111 and name HD1 )) (( segid " " and resid 111 and name HA )) OR { 1160} (( segid " " and resid 111 and name HD2 )) (( segid " " and resid 111 and name HA )) OR { 1160} (( segid " " and resid 111 and name HD2 )) (( segid " " and resid 111 and name HA )) OR { 1160} (( segid " " and resid 111 and name HD2 )) (( segid " " and resid 139 and name HA )) OR { 1160} (( segid " " and resid 111 and name HD2 )) (( segid " " and resid 139 and name HA )) OR { 1160} (( segid " " and resid 111 and name HD1 )) (( segid " " and resid 139 and name HA )) ASSI { 1267} ( segid " " and resid 86 and name HD1%) (( segid " " and resid 87 and name HN )) 3.500 1.500 1.500 peak 1267 spectrum 1 weight 0.10000E+01 volume 0.27853E-02 ppm1 0.511 ppm2 8.713 CV 1 OR { 1267} ( segid " " and resid 77 and name HD1%) (( segid " " and resid 78 and name HN )) OR { 1267} ( segid " " and resid 77 and name HD2%) (( segid " " and resid 78 and name HN )) ASSI { 1270} ( segid " " and resid 77 and name HD1%) ( segid " " and resid 108 and name HD% ) 4.100 2.100 1.900 peak 1270 spectrum 1 weight 0.10000E+01 volume 0.10135E-02 ppm1 0.512 ppm2 6.730 CV 1 OR { 1270} ( segid " " and resid 86 and name HD1%) ( segid " " and resid 106 and name HD% ) OR { 1270} ( segid " " and resid 86 and name HD1%) ( segid " " and resid 108 and name HD% ) OR { 1270} ( segid " " and resid 77 and name HD2%) ( segid " " and resid 108 and name HD% ) ASSI { 1271} ( segid " " and resid 86 and name HD1%) ( segid " " and resid 108 and name HE% ) 3.600 1.600 1.600 peak 1271 spectrum 1 weight 0.10000E+01 volume 0.13457E-02 ppm1 0.517 ppm2 6.460 CV 1 OR { 1271} ( segid " " and resid 77 and name HD2%) ( segid " " and resid 108 and name HE% ) ASSI { 1272} ( segid " " and resid 77 and name HD2%) (( segid " " and resid 10 and name HA )) 3.300 1.500 1.000 peak 1272 spectrum 1 weight 0.10000E+01 volume 0.22565E-02 ppm1 0.507 ppm2 5.358 CV 1 OR { 1272} ( segid " " and resid 77 and name HD1%) (( segid " " and resid 10 and name HA )) OR { 1272} ( segid " " and resid 86 and name HD1%) (( segid " " and resid 88 and name HA )) ASSI { 1275} ( segid " " and resid 77 and name HD2%) (( segid " " and resid 77 and name HA )) 2.600 0.900 0.900 peak 1275 spectrum 1 weight 0.10000E+01 volume 0.56348E-02 ppm1 0.513 ppm2 5.032 CV 1 OR { 1275} ( segid " " and resid 77 and name HD1%) (( segid " " and resid 77 and name HA )) OR { 1275} ( segid " " and resid 86 and name HD1%) (( segid " " and resid 77 and name HA )) OR { 1275} ( segid " " and resid 77 and name HD1%) (( segid " " and resid 21 and name HA )) ASSI { 1277} ( segid " " and resid 77 and name HD1%) (( segid " " and resid 141 and name HA )) 3.400 1.500 1.500 peak 1277 spectrum 1 weight 0.10000E+01 volume 0.13585E-02 ppm1 0.505 ppm2 4.546 CV 1 OR { 1277} ( segid " " and resid 86 and name HD1%) (( segid " " and resid 74 and name HA )) OR { 1277} ( segid " " and resid 77 and name HD1%) (( segid " " and resid 76 and name HA )) OR { 1277} ( segid " " and resid 77 and name HD2%) (( segid " " and resid 141 and name HA )) OR { 1277} ( segid " " and resid 86 and name HD1%) (( segid " " and resid 141 and name HA )) ASSI { 1278} ( segid " " and resid 77 and name HD1%) (( segid " " and resid 22 and name HA )) 4.600 2.700 1.400 peak 1278 spectrum 1 weight 0.10000E+01 volume 0.66218E-03 ppm1 0.501 ppm2 4.363 CV 1 OR { 1278} ( segid " " and resid 77 and name HD2%) (( segid " " and resid 22 and name HA )) OR { 1278} ( segid " " and resid 77 and name HD2%) (( segid " " and resid 109 and name HA )) ASSI { 1279} ( segid " " and resid 77 and name HD2%) (( segid " " and resid 9 and name HA )) 3.300 1.500 1.100 peak 1279 spectrum 1 weight 0.10000E+01 volume 0.15954E-02 ppm1 0.511 ppm2 3.665 CV 1 OR { 1279} ( segid " " and resid 77 and name HD1%) (( segid " " and resid 9 and name HA )) OR { 1279} ( segid " " and resid 86 and name HD1%) (( segid " " and resid 45 and name HA )) ASSI { 1283} ( segid " " and resid 86 and name HD1%) (( segid " " and resid 86 and name HB1 )) 2.900 1.100 1.100 peak 1283 spectrum 1 weight 0.10000E+01 volume 0.26741E-02 ppm1 0.513 ppm2 1.624 CV 1 OR { 1283} ( segid " " and resid 77 and name HD1%) (( segid " " and resid 86 and name HB1 )) OR { 1283} ( segid " " and resid 77 and name HD2%) (( segid " " and resid 86 and name HB1 )) ASSI { 1284} ( segid " " and resid 77 and name HD1%) (( segid " " and resid 140 and name HB1 )) 3.800 1.800 1.800 peak 1284 spectrum 1 weight 0.10000E+01 volume 0.13311E-02 ppm1 0.511 ppm2 1.438 CV 1 OR { 1284} ( segid " " and resid 77 and name HD2%) (( segid " " and resid 140 and name HB1 )) OR { 1284} ( segid " " and resid 86 and name HD1%) (( segid " " and resid 72 and name HG1 )) OR { 1284} ( segid " " and resid 77 and name HD1%) (( segid " " and resid 140 and name HB2 )) OR { 1284} ( segid " " and resid 68 and name HD2%) (( segid " " and resid 41 and name HG12)) OR { 1284} ( segid " " and resid 86 and name HD1%) (( segid " " and resid 85 and name HD1 )) OR { 1284} ( segid " " and resid 77 and name HD2%) (( segid " " and resid 140 and name HB2 )) OR { 1284} ( segid " " and resid 86 and name HD1%) (( segid " " and resid 85 and name HD2 )) OR { 1284} ( segid " " and resid 77 and name HD1%) (( segid " " and resid 85 and name HD1 )) OR { 1284} ( segid " " and resid 77 and name HD1%) (( segid " " and resid 85 and name HD2 )) OR { 1284} ( segid " " and resid 77 and name HD2%) (( segid " " and resid 85 and name HD1 )) OR { 1284} ( segid " " and resid 77 and name HD2%) (( segid " " and resid 85 and name HD2 )) ASSI { 1285} ( segid " " and resid 77 and name HD1%) (( segid " " and resid 77 and name HG )) 1.900 0.500 0.500 peak 1285 spectrum 1 weight 0.10000E+01 volume 0.16748E-01 ppm1 0.510 ppm2 1.324 CV 1 OR { 1285} ( segid " " and resid 77 and name HD2%) (( segid " " and resid 77 and name HG )) OR { 1285} ( segid " " and resid 77 and name HD1%) (( segid " " and resid 77 and name HB1 )) OR { 1285} ( segid " " and resid 86 and name HD1%) (( segid " " and resid 86 and name HB2 )) OR { 1285} ( segid " " and resid 77 and name HD2%) (( segid " " and resid 77 and name HB1 )) OR { 1285} ( segid " " and resid 77 and name HD2%) (( segid " " and resid 84 and name HG )) OR { 1285} ( segid " " and resid 77 and name HD2%) (( segid " " and resid 84 and name HB2 )) ASSI { 1302} (( segid " " and resid 99 and name HG2 )) (( segid " " and resid 99 and name HN )) 3.100 1.200 1.200 peak 1302 spectrum 1 weight 0.10000E+01 volume 0.31594E-02 ppm1 1.480 ppm2 8.232 CV 1 OR { 1302} (( segid " " and resid 99 and name HG1 )) (( segid " " and resid 99 and name HN )) OR { 1302} (( segid " " and resid 26 and name HG2 )) (( segid " " and resid 27 and name HN )) ASSI { 1304} (( segid " " and resid 99 and name HG2 )) (( segid " " and resid 97 and name HA )) 3.700 3.700 2.300 peak 1304 spectrum 1 weight 0.10000E+01 volume 0.22269E-02 ppm1 1.447 ppm2 4.482 CV 1 OR { 1304} (( segid " " and resid 99 and name HG1 )) (( segid " " and resid 97 and name HA )) ASSI { 1314} (( segid " " and resid 99 and name HG2 )) (( segid " " and resid 99 and name HD2 )) 1.700 0.300 0.500 peak 1314 spectrum 1 weight 0.10000E+01 volume 0.39505E-01 ppm1 1.455 ppm2 1.691 CV 1 OR { 1314} (( segid " " and resid 111 and name HG2 )) (( segid " " and resid 111 and name HD2 )) OR { 1314} (( segid " " and resid 111 and name HG1 )) (( segid " " and resid 111 and name HD1 )) OR { 1314} (( segid " " and resid 26 and name HG2 )) (( segid " " and resid 26 and name HD2 )) OR { 1314} (( segid " " and resid 99 and name HG1 )) (( segid " " and resid 99 and name HD1 )) OR { 1314} (( segid " " and resid 99 and name HG1 )) (( segid " " and resid 99 and name HD2 )) OR { 1314} (( segid " " and resid 99 and name HG2 )) (( segid " " and resid 99 and name HD1 )) OR { 1314} (( segid " " and resid 111 and name HG2 )) (( segid " " and resid 111 and name HD1 )) OR { 1314} (( segid " " and resid 111 and name HG1 )) (( segid " " and resid 111 and name HD2 )) ASSI { 1320} ( segid " " and resid 140 and name HD2%) (( segid " " and resid 111 and name HN )) 2.100 2.100 3.900 peak 1320 spectrum 1 weight 0.10000E+01 volume 0.36687E-02 ppm1 0.635 ppm2 6.926 CV 1 OR { 1320} ( segid " " and resid 140 and name HD2%) (( segid " " and resid 136 and name HD1 )) ASSI { 1323} ( segid " " and resid 140 and name HD2%) (( segid " " and resid 139 and name HA )) 2.500 2.500 3.500 peak 1323 spectrum 1 weight 0.10000E+01 volume 0.13069E-02 ppm1 0.635 ppm2 4.566 CV 1 OR { 1323} ( segid " " and resid 140 and name HD2%) (( segid " " and resid 141 and name HA )) OR { 1323} ( segid " " and resid 140 and name HD2%) (( segid " " and resid 118 and name HA )) ASSI { 1328} ( segid " " and resid 140 and name HD2%) (( segid " " and resid 21 and name HB1 )) 2.000 2.000 4.000 peak 1328 spectrum 1 weight 0.10000E+01 volume 0.53735E-02 ppm1 0.637 ppm2 2.908 CV 1 OR { 1328} ( segid " " and resid 140 and name HD2%) (( segid " " and resid 108 and name HB1 )) OR { 1328} ( segid " " and resid 140 and name HD2%) (( segid " " and resid 27 and name HD1 )) OR { 1328} ( segid " " and resid 140 and name HD2%) (( segid " " and resid 4 and name HB1 )) OR { 1328} ( segid " " and resid 140 and name HD2%) (( segid " " and resid 137 and name HB2 )) OR { 1328} ( segid " " and resid 140 and name HD2%) (( segid " " and resid 111 and name HE1 )) ASSI { 1329} ( segid " " and resid 140 and name HD2%) ( segid " " and resid 1 and name HE% ) 2.200 2.200 3.800 peak 1329 spectrum 1 weight 0.10000E+01 volume 0.32002E-02 ppm1 0.635 ppm2 2.144 CV 1 OR { 1329} ( segid " " and resid 140 and name HD2%) (( segid " " and resid 21 and name HB2 )) ASSI { 1330} ( segid " " and resid 73 and name HD1%) (( segid " " and resid 48 and name HB1 )) 4.500 2.500 1.500 peak 1330 spectrum 1 weight 0.10000E+01 volume 0.78105E-03 ppm1 0.633 ppm2 1.953 CV 1 OR { 1330} ( segid " " and resid 140 and name HD2%) (( segid " " and resid 144 and name HB2 )) OR { 1330} ( segid " " and resid 140 and name HD2%) (( segid " " and resid 144 and name HB1 )) ASSI { 1343} ( segid " " and resid 19 and name HD1%) (( segid " " and resid 13 and name HN )) 4.300 2.400 1.700 peak 1343 spectrum 1 weight 0.10000E+01 volume 0.13445E-02 ppm1 0.678 ppm2 8.206 CV 1 OR { 1343} ( segid " " and resid 19 and name HD1%) (( segid " " and resid 22 and name HN )) ASSI { 4651} ( segid " " and resid 19 and name HD1%) (( segid " " and resid 11 and name HN )) 4.000 2.200 2.000 peak 4651 spectrum 1 weight 0.10000E+01 volume 0.13445E-02 ppm1 0.678 ppm2 8.756 CV 1 ASSI { 1352} ( segid " " and resid 19 and name HD1%) (( segid " " and resid 10 and name HD2 )) 2.800 1.000 0.800 peak 1352 spectrum 1 weight 0.10000E+01 volume 0.48843E-02 ppm1 0.675 ppm2 2.954 CV 1 OR { 1352} ( segid " " and resid 19 and name HD1%) (( segid " " and resid 21 and name HB1 )) ASSI { 1354} ( segid " " and resid 19 and name HD1%) (( segid " " and resid 10 and name HB1 )) 3.300 1.500 2.700 peak 1354 spectrum 1 weight 0.10000E+01 volume 0.56196E-02 ppm1 0.676 ppm2 1.782 CV 1 OR { 1354} ( segid " " and resid 19 and name HD1%) (( segid " " and resid 2 and name HB1 )) ASSI { 1355} ( segid " " and resid 19 and name HD1%) (( segid " " and resid 19 and name HG )) 2.800 1.000 0.800 peak 1355 spectrum 1 weight 0.10000E+01 volume 0.10124E-01 ppm1 0.675 ppm2 1.497 CV 1 OR { 1355} ( segid " " and resid 19 and name HD1%) (( segid " " and resid 19 and name HB1 )) OR { 1355} ( segid " " and resid 19 and name HD1%) (( segid " " and resid 10 and name HG2 )) ASSI { 1367} ( segid " " and resid 11 and name HG2%) (( segid " " and resid 78 and name HA )) 3.300 1.500 1.100 peak 1367 spectrum 1 weight 0.10000E+01 volume 0.33554E-02 ppm1 1.273 ppm2 4.769 CV 1 OR { 1367} ( segid " " and resid 23 and name HG2%) (( segid " " and resid 3 and name HA )) ASSI { 1372} ( segid " " and resid 11 and name HG2%) (( segid " " and resid 79 and name HB2 )) 3.900 1.900 1.900 peak 1372 spectrum 1 weight 0.10000E+01 volume 0.24778E-02 ppm1 1.265 ppm2 2.575 CV 1 OR { 1372} ( segid " " and resid 96 and name HG2%) (( segid " " and resid 97 and name HB2 )) ASSI { 1373} ( segid " " and resid 96 and name HG2%) (( segid " " and resid 128 and name HG1 )) 3.300 1.500 1.000 peak 1373 spectrum 1 weight 0.10000E+01 volume 0.39790E-02 ppm1 1.251 ppm2 2.407 CV 1 OR { 1373} ( segid " " and resid 96 and name HG2%) (( segid " " and resid 128 and name HG2 )) OR { 1373} ( segid " " and resid 96 and name HG2%) (( segid " " and resid 100 and name HG2 )) OR { 1373} ( segid " " and resid 96 and name HG2%) (( segid " " and resid 127 and name HG1 )) OR { 1373} ( segid " " and resid 23 and name HG2%) (( segid " " and resid 6 and name HG2 )) ASSI { 1375} ( segid " " and resid 96 and name HG2%) ( segid " " and resid 100 and name HE% ) 3.300 1.500 1.500 peak 1375 spectrum 1 weight 0.10000E+01 volume 0.50353E-02 ppm1 1.251 ppm2 2.114 CV 1 OR { 1375} ( segid " " and resid 23 and name HG2%) (( segid " " and resid 5 and name HB )) OR { 1375} ( segid " " and resid 96 and name HG2%) (( segid " " and resid 128 and name HB2 )) OR { 1375} ( segid " " and resid 96 and name HG2%) (( segid " " and resid 95 and name HB2 )) OR { 1375} ( segid " " and resid 23 and name HG2%) (( segid " " and resid 6 and name HB2 )) OR { 1375} ( segid " " and resid 96 and name HG2%) (( segid " " and resid 127 and name HB2 )) OR { 1375} ( segid " " and resid 96 and name HG2%) (( segid " " and resid 100 and name HB1 )) ASSI { 1376} ( segid " " and resid 23 and name HG2%) (( segid " " and resid 26 and name HG1 )) 4.000 2.000 2.000 peak 1376 spectrum 1 weight 0.10000E+01 volume 0.12705E-02 ppm1 1.250 ppm2 2.009 CV 1 OR { 1376} ( segid " " and resid 96 and name HG2%) (( segid " " and resid 100 and name HB2 )) OR { 1376} ( segid " " and resid 23 and name HG2%) (( segid " " and resid 6 and name HB1 )) ASSI { 1384} ( segid " " and resid 109 and name HG2%) (( segid " " and resid 110 and name HN )) 3.300 1.500 1.100 peak 1384 spectrum 1 weight 0.10000E+01 volume 0.35530E-02 ppm1 0.891 ppm2 9.095 CV 1 OR { 1384} ( segid " " and resid 121 and name HG2%) (( segid " " and resid 135 and name HN )) OR { 1384} ( segid " " and resid 109 and name HG2%) (( segid " " and resid 138 and name HN )) OR { 1384} ( segid " " and resid 83 and name HG1%) (( segid " " and resid 85 and name HN )) OR { 1384} ( segid " " and resid 121 and name HG1%) (( segid " " and resid 135 and name HN )) OR { 1384} ( segid " " and resid 121 and name HG2%) (( segid " " and resid 137 and name HN )) ASSI { 1385} ( segid " " and resid 121 and name HG1%) (( segid " " and resid 121 and name HN )) 2.600 0.900 0.900 peak 1385 spectrum 1 weight 0.10000E+01 volume 0.97584E-02 ppm1 0.891 ppm2 8.781 CV 1 OR { 1385} ( segid " " and resid 121 and name HG2%) (( segid " " and resid 122 and name HN )) OR { 1385} ( segid " " and resid 121 and name HG2%) (( segid " " and resid 121 and name HN )) OR { 1385} ( segid " " and resid 121 and name HG1%) (( segid " " and resid 122 and name HN )) ASSI { 1388} ( segid " " and resid 121 and name HG1%) ( segid " " and resid 122 and name HD% ) 4.700 2.700 1.300 peak 1388 spectrum 1 weight 0.10000E+01 volume 0.86249E-03 ppm1 0.894 ppm2 6.626 CV 1 OR { 1388} ( segid " " and resid 121 and name HG2%) ( segid " " and resid 134 and name HD% ) OR { 1388} ( segid " " and resid 121 and name HG1%) ( segid " " and resid 134 and name HD% ) ASSI { 1389} ( segid " " and resid 121 and name HG2%) (( segid " " and resid 121 and name HA )) 2.200 0.600 0.600 peak 1389 spectrum 1 weight 0.10000E+01 volume 0.15060E-01 ppm1 0.892 ppm2 4.306 CV 1 OR { 1389} ( segid " " and resid 121 and name HG1%) (( segid " " and resid 121 and name HA )) OR { 1389} ( segid " " and resid 109 and name HG2%) (( segid " " and resid 109 and name HA )) ASSI { 1443} ( segid " " and resid 11 and name HG1%) (( segid " " and resid 11 and name HN )) 2.800 1.000 1.000 peak 1443 spectrum 1 weight 0.10000E+01 volume 0.39125E-02 ppm1 0.692 ppm2 8.855 CV 1 ASSI { 1446} ( segid " " and resid 11 and name HG1%) ( segid " " and resid 79 and name HD% ) 3.300 1.400 1.600 peak 1446 spectrum 1 weight 0.10000E+01 volume 0.22605E-02 ppm1 0.694 ppm2 6.810 CV 1 OR { 1446} ( segid " " and resid 11 and name HG1%) ( segid " " and resid 20 and name HE% ) ASSI { 1449} ( segid " " and resid 11 and name HG1%) (( segid " " and resid 11 and name HA )) 3.300 1.400 1.400 peak 1449 spectrum 1 weight 0.10000E+01 volume 0.23481E-02 ppm1 0.692 ppm2 4.557 CV 1 ASSI { 1450} ( segid " " and resid 11 and name HG1%) (( segid " " and resid 20 and name HB1 )) 3.00 1.200 1.000 peak 1450 spectrum 1 weight 0.10000E+01 volume 0.26144E-02 ppm1 0.693 ppm2 3.020 CV 1 OR { 1450} ( segid " " and resid 11 and name HG1%) (( segid " " and resid 79 and name HB1 )) ASSI { 1451} ( segid " " and resid 11 and name HG1%) (( segid " " and resid 20 and name HB2 )) 3.300 1.000 0.800 peak 1451 spectrum 1 weight 0.10000E+01 volume 0.18547E-02 ppm1 0.694 ppm2 2.618 CV 1 OR { 1451} ( segid " " and resid 11 and name HG1%) (( segid " " and resid 79 and name HB2 )) ASSI { 1462} ( segid " " and resid 34 and name HG2%) (( segid " " and resid 35 and name HA )) 3.700 1.700 1.700 peak 1462 spectrum 1 weight 0.10000E+01 volume 0.21222E-02 ppm1 1.199 ppm2 4.911 CV 1 OR { 1462} ( segid " " and resid 34 and name HG2%) (( segid " " and resid 33 and name HA )) ASSI { 1466} ( segid " " and resid 34 and name HG2%) (( segid " " and resid 38 and name HB2 )) 4.500 2.500 1.500 peak 1466 spectrum 1 weight 0.10000E+01 volume 0.15551E-02 ppm1 1.206 ppm2 2.845 CV 1 OR { 1466} ( segid " " and resid 34 and name HG2%) (( segid " " and resid 37 and name HB2 )) OR { 1466} ( segid " " and resid 34 and name HG2%) (( segid " " and resid 122 and name HB2 )) ASSI { 1467} ( segid " " and resid 34 and name HG2%) (( segid " " and resid 35 and name HB1 )) 4.400 2.400 1.600 peak 1467 spectrum 1 weight 0.10000E+01 volume 0.15578E-02 ppm1 1.206 ppm2 2.202 CV 1 OR { 1467} ( segid " " and resid 34 and name HG2%) (( segid " " and resid 33 and name HB )) ASSI { 1475} ( segid " " and resid 109 and name HG1%) (( segid " " and resid 137 and name HA )) 3.000 1.100 1.100 peak 1475 spectrum 1 weight 0.10000E+01 volume 0.36132E-02 ppm1 0.574 ppm2 5.509 CV 1 OR { 1475} ( segid " " and resid 109 and name HG1%) (( segid " " and resid 108 and name HA )) ASSI { 1479} ( segid " " and resid 109 and name HG1%) (( segid " " and resid 107 and name HB1 )) 2.600 2.600 3.400 peak 1479 spectrum 1 weight 0.10000E+01 volume 0.26057E-02 ppm1 0.574 ppm2 3.736 CV 1 OR { 1479} ( segid " " and resid 109 and name HG1%) (( segid " " and resid 135 and name HB1 )) ASSI { 1480} ( segid " " and resid 109 and name HG1%) (( segid " " and resid 107 and name HB2 )) 2.300 2.300 3.700 peak 1480 spectrum 1 weight 0.10000E+01 volume 0.22293E-02 ppm1 0.575 ppm2 3.609 CV 1 OR { 1480} ( segid " " and resid 109 and name HG1%) (( segid " " and resid 135 and name HB2 )) ASSI { 1483} ( segid " " and resid 109 and name HG1%) (( segid " " and resid 83 and name HB )) 4.500 2.500 1.500 peak 1483 spectrum 1 weight 0.10000E+01 volume 0.82802E-03 ppm1 0.574 ppm2 1.990 CV 1 ASSI { 1526} (( segid " " and resid 127 and name HG1 )) ( segid " " and resid 96 and name HG2%) 4.000 2.000 2.000 peak 1526 spectrum 1 weight 0.10000E+01 volume 0.12956E-02 ppm1 2.416 ppm2 1.258 CV 1 OR { 1526} (( segid " " and resid 127 and name HG2 )) ( segid " " and resid 96 and name HG2%) OR { 1526} (( segid " " and resid 127 and name HG2 )) ( segid " " and resid 70 and name HB% ) ASSI { 1535} (( segid " " and resid 145 and name HB1 )) (( segid " " and resid 145 and name HN )) 2.800 1.000 1.000 peak 1535 spectrum 1 weight 0.10000E+01 volume 0.56629E-02 ppm1 1.989 ppm2 8.578 CV 1 OR { 1535} (( segid " " and resid 145 and name HB2 )) (( segid " " and resid 145 and name HN )) ASSI { 1536} (( segid " " and resid 144 and name HB1 )) (( segid " " and resid 144 and name HN )) 3.100 1.200 1.200 peak 1536 spectrum 1 weight 0.10000E+01 volume 0.49984E-02 ppm1 1.993 ppm2 8.201 CV 1 OR { 1536} (( segid " " and resid 145 and name HB2 )) (( segid " " and resid 146 and name HN )) OR { 1536} (( segid " " and resid 145 and name HB1 )) (( segid " " and resid 146 and name HN )) ASSI { 1537} (( segid " " and resid 145 and name HB2 )) (( segid " " and resid 145 and name HA )) 2.800 0.600 0.600 peak 1537 spectrum 1 weight 0.10000E+01 volume 0.95172E-02 ppm1 1.988 ppm2 4.268 CV 1 OR { 1537} (( segid " " and resid 144 and name HB1 )) (( segid " " and resid 144 and name HA )) OR { 1537} (( segid " " and resid 145 and name HB1 )) (( segid " " and resid 145 and name HA )) ASSI { 1539} (( segid " " and resid 145 and name HB1 )) (( segid " " and resid 145 and name HG2 )) 2.200 0.600 0.600 peak 1539 spectrum 1 weight 0.10000E+01 volume 0.13956E-01 ppm1 1.993 ppm2 2.236 CV 1 OR { 1539} (( segid " " and resid 144 and name HB1 )) (( segid " " and resid 144 and name HG2 )) OR { 1539} (( segid " " and resid 145 and name HB2 )) (( segid " " and resid 145 and name HG2 )) OR { 1539} (( segid " " and resid 145 and name HB1 )) (( segid " " and resid 145 and name HG1 )) OR { 1539} (( segid " " and resid 145 and name HB2 )) (( segid " " and resid 145 and name HG1 )) OR { 1539} (( segid " " and resid 144 and name HB1 )) (( segid " " and resid 144 and name HG1 )) ASSI { 1564} (( segid " " and resid 66 and name HG2 )) (( segid " " and resid 66 and name HD1 )) 2.000 0.500 0.500 peak 1564 spectrum 1 weight 0.10000E+01 volume 0.14000E-01 ppm1 1.331 ppm2 1.672 CV 1 OR { 1564} (( segid " " and resid 66 and name HG1 )) (( segid " " and resid 66 and name HD2 )) OR { 1564} (( segid " " and resid 40 and name HG1 )) (( segid " " and resid 40 and name HB1 )) OR { 1564} (( segid " " and resid 40 and name HG2 )) (( segid " " and resid 40 and name HB2 )) OR { 1564} (( segid " " and resid 40 and name HG1 )) (( segid " " and resid 40 and name HB2 )) OR { 1564} (( segid " " and resid 40 and name HG2 )) (( segid " " and resid 40 and name HB1 )) OR { 1564} (( segid " " and resid 66 and name HG1 )) (( segid " " and resid 66 and name HD1 )) OR { 1564} (( segid " " and resid 66 and name HG2 )) (( segid " " and resid 66 and name HD2 )) ASSI { 1570} ( segid " " and resid 45 and name HG1%) (( segid " " and resid 25 and name HN )) 3.200 3.200 2.800 peak 1570 spectrum 1 weight 0.10000E+01 volume 0.94681E-03 ppm1 0.546 ppm2 7.911 CV 1 OR { 1570} ( segid " " and resid 45 and name HG1%) (( segid " " and resid 140 and name HN )) ASSI { 1571} ( segid " " and resid 45 and name HG1%) (( segid " " and resid 26 and name HN )) 4.500 2.600 1.500 peak 1571 spectrum 1 weight 0.10000E+01 volume 0.68755E-03 ppm1 0.544 ppm2 7.576 CV 1 OR { 1571} ( segid " " and resid 45 and name HG1%) (( segid " " and resid 44 and name HD21)) ASSI { 1572} ( segid " " and resid 45 and name HG1%) (( segid " " and resid 47 and name HN )) 4.300 2.300 1.700 peak 1572 spectrum 1 weight 0.10000E+01 volume 0.98283E-03 ppm1 0.546 ppm2 7.280 CV 1 OR { 1572} ( segid " " and resid 45 and name HG1%) ( segid " " and resid 31 and name HD% ) ASSI { 1573} ( segid " " and resid 45 and name HG1%) ( segid " " and resid 108 and name HD% ) 4.100 2.100 1.900 peak 1573 spectrum 1 weight 0.10000E+01 volume 0.98835E-03 ppm1 0.546 ppm2 6.716 CV 1 OR { 1573} ( segid " " and resid 45 and name HG1%) ( segid " " and resid 106 and name HD% ) ASSI { 1575} ( segid " " and resid 45 and name HG1%) (( segid " " and resid 26 and name HA )) 3.400 1.400 1.400 peak 1575 spectrum 1 weight 0.10000E+01 volume 0.29685E-02 ppm1 0.544 ppm2 4.332 CV 1 OR { 1575} ( segid " " and resid 45 and name HG1%) (( segid " " and resid 22 and name HA )) OR { 1575} ( segid " " and resid 45 and name HG1%) (( segid " " and resid 138 and name HB )) OR { 1575} ( segid " " and resid 45 and name HG1%) (( segid " " and resid 6 and name HA )) ASSI { 1578} ( segid " " and resid 45 and name HG1%) (( segid " " and resid 46 and name HB1 )) 3.900 1.900 1.900 peak 1578 spectrum 1 weight 0.10000E+01 volume 0.14425E-02 ppm1 0.548 ppm2 3.091 CV 1 OR { 1578} ( segid " " and resid 45 and name HG1%) (( segid " " and resid 106 and name HB1 )) OR { 1578} ( segid " " and resid 45 and name HG1%) (( segid " " and resid 44 and name HB1 )) ASSI { 1581} ( segid " " and resid 45 and name HG1%) (( segid " " and resid 22 and name HB2 )) 2.700 0.900 0.900 peak 1581 spectrum 1 weight 0.10000E+01 volume 0.81422E-02 ppm1 0.546 ppm2 1.248 CV 1 OR { 1581} ( segid " " and resid 45 and name HG1%) (( segid " " and resid 22 and name HB1 )) OR { 1581} ( segid " " and resid 45 and name HG1%) (( segid " " and resid 25 and name HB2 )) OR { 1581} ( segid " " and resid 45 and name HG1%) ( segid " " and resid 47 and name HB% ) OR { 1581} ( segid " " and resid 45 and name HG1%) (( segid " " and resid 75 and name HG1 )) ASSI { 1584} ( segid " " and resid 45 and name HG1%) (( segid " " and resid 22 and name HG )) 2.600 2.600 3.400 peak 1584 spectrum 1 weight 0.10000E+01 volume 0.16081E-01 ppm1 0.558 ppm2 0.917 CV 1 OR { 1584} ( segid " " and resid 45 and name HG1%) ( segid " " and resid 59 and name HG1%) ASSI { 1587} ( segid " " and resid 45 and name HG1%) ( segid " " and resid 45 and name HG2%) 2.800 1.000 1.000 peak 1587 spectrum 1 weight 0.10000E+01 volume 0.22996E-01 ppm1 0.546 ppm2 0.642 CV 1 OR { 1587} ( segid " " and resid 45 and name HG1%) ( segid " " and resid 86 and name HD2%) OR { 1587} ( segid " " and resid 45 and name HG1%) ( segid " " and resid 25 and name HD2%) ASSI { 1589} ( segid " " and resid 45 and name HG1%) ( segid " " and resid 22 and name HD1%) 2.900 1.100 1.100 peak 1589 spectrum 1 weight 0.10000E+01 volume 0.48957E-02 ppm1 0.544 ppm2 -0.008 CV 1 OR { 1589} ( segid " " and resid 45 and name HG1%) ( segid " " and resid 25 and name HD1%) ASSI { 1598} ( segid " " and resid 70 and name HB% ) (( segid " " and resid 71 and name HN )) 4.000 2.000 2.000 peak 1598 spectrum 1 weight 0.10000E+01 volume 0.12263E-02 ppm1 1.311 ppm2 8.434 CV 1 OR { 1598} ( segid " " and resid 70 and name HB% ) (( segid " " and resid 69 and name HN )) ASSI { 1622} (( segid " " and resid 112 and name HA )) (( segid " " and resid 111 and name HA )) 3.800 1.800 1.800 peak 1622 spectrum 1 weight 0.10000E+01 volume 0.21460E-02 ppm1 4.220 ppm2 4.547 CV 1 OR { 1622} (( segid " " and resid 112 and name HA )) (( segid " " and resid 139 and name HA )) ASSI { 1629} (( segid " " and resid 24 and name HA )) (( segid " " and resid 3 and name HB2 )) 2.300 0.700 0.700 peak 1629 spectrum 1 weight 0.10000E+01 volume 0.50966E-02 ppm1 4.226 ppm2 3.875 CV 1 OR { 1629} (( segid " " and resid 24 and name HA )) (( segid " " and resid 3 and name HB1 )) OR { 1629} (( segid " " and resid 112 and name HA )) (( segid " " and resid 112 and name HB2 )) ASSI { 1649} (( segid " " and resid 109 and name HA )) (( segid " " and resid 110 and name HB1 )) 4.900 3.000 1.100 peak 1649 spectrum 1 weight 0.10000E+01 volume 0.73868E-03 ppm1 4.364 ppm2 3.172 CV 1 OR { 1649} (( segid " " and resid 109 and name HA )) (( segid " " and resid 142 and name HB2 )) OR { 1649} (( segid " " and resid 146 and name HA )) (( segid " " and resid 148 and name HD1 )) OR { 1649} (( segid " " and resid 146 and name HA )) (( segid " " and resid 148 and name HD2 )) ASSI { 1652} (( segid " " and resid 146 and name HA )) (( segid " " and resid 146 and name HB )) 2.600 0.900 0.900 peak 1652 spectrum 1 weight 0.10000E+01 volume 0.56066E-02 ppm1 4.387 ppm2 2.044 CV 1 OR { 1652} (( segid " " and resid 146 and name HA )) (( segid " " and resid 147 and name HG1 )) ASSI { 1653} (( segid " " and resid 109 and name HA )) (( segid " " and resid 84 and name HB1 )) 5.200 3.300 0.800 peak 1653 spectrum 1 weight 0.10000E+01 volume 0.59250E-03 ppm1 4.381 ppm2 1.767 CV 1 OR { 1653} (( segid " " and resid 146 and name HA )) (( segid " " and resid 147 and name HB2 )) ASSI { 1659} (( segid " " and resid 28 and name HA )) (( segid " " and resid 29 and name HN )) 3.100 1.200 1.200 peak 1659 spectrum 1 weight 0.10000E+01 volume 0.17257E-02 ppm1 4.011 ppm2 8.220 CV 1 OR { 1659} (( segid " " and resid 28 and name HA )) (( segid " " and resid 27 and name HN )) ASSI { 1676} (( segid " " and resid 29 and name HA )) (( segid " " and resid 29 and name HN )) 2.800 1.000 0.900 peak 1676 spectrum 1 weight 0.10000E+01 volume 0.34756E-02 ppm1 4.429 ppm2 8.212 CV 1 OR { 1676} (( segid " " and resid 29 and name HA )) (( segid " " and resid 27 and name HN )) OR { 1676} (( segid " " and resid 52 and name HA )) (( segid " " and resid 53 and name HN )) ASSI { 1725} (( segid " " and resid 54 and name HA )) (( segid " " and resid 53 and name HB2 )) 4.200 2.200 1.800 peak 1725 spectrum 1 weight 0.10000E+01 volume 0.90927E-03 ppm1 4.293 ppm2 2.790 CV 1 OR { 1725} (( segid " " and resid 119 and name HA )) (( segid " " and resid 117 and name HB2 )) ASSI { 1733} (( segid " " and resid 147 and name HD1 )) (( segid " " and resid 146 and name HA )) 2.000 0.500 0.500 peak 1733 spectrum 1 weight 0.10000E+01 volume 0.91627E-02 ppm1 3.871 ppm2 4.387 CV 1 OR { 1733} (( segid " " and resid 147 and name HD1 )) (( segid " " and resid 147 and name HA )) ASSI { 1737} (( segid " " and resid 147 and name HD1 )) (( segid " " and resid 147 and name HG2 )) 2.300 0.700 0.700 peak 1737 spectrum 1 weight 0.10000E+01 volume 0.60201E-02 ppm1 3.871 ppm2 2.005 CV 1 OR { 1737} (( segid " " and resid 147 and name HD1 )) (( segid " " and resid 147 and name HG1 )) OR { 1737} (( segid " " and resid 147 and name HD1 )) (( segid " " and resid 146 and name HB )) ASSI { 1742} (( segid " " and resid 73 and name HB1 )) (( segid " " and resid 74 and name HN )) 4.600 2.700 1.400 peak 1742 spectrum 1 weight 0.10000E+01 volume 0.56481E-03 ppm1 1.483 ppm2 6.920 CV 1 OR { 1742} (( segid " " and resid 123 and name HB1 )) ( segid " " and resid 133 and name HD% ) ASSI { 1747} (( segid " " and resid 73 and name HB1 )) (( segid " " and resid 48 and name HG1 )) 4.200 2.200 1.800 peak 1747 spectrum 1 weight 0.10000E+01 volume 0.75967E-03 ppm1 1.485 ppm2 2.142 CV 1 OR { 1747} (( segid " " and resid 73 and name HB1 )) (( segid " " and resid 48 and name HG2 )) OR { 1747} (( segid " " and resid 19 and name HB1 )) (( segid " " and resid 21 and name HB2 )) OR { 1747} (( segid " " and resid 73 and name HB1 )) (( segid " " and resid 72 and name HE2 )) OR { 1747} (( segid " " and resid 73 and name HB1 )) (( segid " " and resid 72 and name HE1 )) ASSI { 1748} (( segid " " and resid 73 and name HB1 )) (( segid " " and resid 48 and name HB1 )) 4.200 2.200 1.800 peak 1748 spectrum 1 weight 0.10000E+01 volume 0.63099E-03 ppm1 1.478 ppm2 1.969 CV 1 OR { 1748} (( segid " " and resid 73 and name HB1 )) (( segid " " and resid 72 and name HB2 )) ASSI { 1754} (( segid " " and resid 73 and name HB1 )) ( segid " " and resid 73 and name HD2%) 2.900 1.000 1.000 peak 1754 spectrum 1 weight 0.10000E+01 volume 0.43031E-02 ppm1 1.482 ppm2 0.843 CV 1 OR { 1754} (( segid " " and resid 140 and name HB1 )) ( segid " " and resid 140 and name HD1%) OR { 1754} (( segid " " and resid 140 and name HB2 )) ( segid " " and resid 140 and name HD1%) ASSI { 1756} (( segid " " and resid 123 and name HB1 )) ( segid " " and resid 123 and name HD2%) 2.800 1.000 1.000 peak 1756 spectrum 1 weight 0.10000E+01 volume 0.30153E-02 ppm1 1.483 ppm2 0.656 CV 1 OR { 1756} (( segid " " and resid 140 and name HB2 )) ( segid " " and resid 140 and name HD2%) OR { 1756} (( segid " " and resid 19 and name HB1 )) ( segid " " and resid 19 and name HD1%) OR { 1756} (( segid " " and resid 140 and name HB1 )) ( segid " " and resid 140 and name HD2%) OR { 1756} (( segid " " and resid 123 and name HB1 )) ( segid " " and resid 123 and name HD1%) OR { 1756} (( segid " " and resid 73 and name HB1 )) ( segid " " and resid 73 and name HD1%) ASSI { 1760} (( segid " " and resid 73 and name HB2 )) (( segid " " and resid 74 and name HN )) 4.300 2.300 1.700 peak 1760 spectrum 1 weight 0.10000E+01 volume 0.84202E-03 ppm1 1.161 ppm2 6.920 CV 1 OR { 1760} (( segid " " and resid 123 and name HB2 )) ( segid " " and resid 133 and name HD% ) ASSI { 1765} (( segid " " and resid 73 and name HB2 )) (( segid " " and resid 48 and name HG1 )) 4.300 2.300 1.700 peak 1765 spectrum 1 weight 0.10000E+01 volume 0.80562E-03 ppm1 1.180 ppm2 2.136 CV 1 OR { 1765} (( segid " " and resid 73 and name HB2 )) (( segid " " and resid 48 and name HG2 )) OR { 1765} (( segid " " and resid 73 and name HB2 )) (( segid " " and resid 72 and name HE2 )) OR { 1765} (( segid " " and resid 73 and name HB2 )) (( segid " " and resid 72 and name HE1 )) OR { 1765} (( segid " " and resid 19 and name HB2 )) (( segid " " and resid 21 and name HB2 )) ASSI { 1771} (( segid " " and resid 73 and name HB2 )) (( segid " " and resid 72 and name HG1 )) 3.400 3.400 2.600 peak 1771 spectrum 1 weight 0.10000E+01 volume 0.38588E-02 ppm1 1.167 ppm2 1.367 CV 1 OR { 1771} (( segid " " and resid 19 and name HB2 )) (( segid " " and resid 77 and name HB1 )) OR { 1771} (( segid " " and resid 19 and name HB2 )) (( segid " " and resid 84 and name HG )) ASSI { 1778} (( segid " " and resid 73 and name HB2 )) ( segid " " and resid 73 and name HD1%) 2.500 0.800 0.800 peak 1778 spectrum 1 weight 0.10000E+01 volume 0.60581E-02 ppm1 1.167 ppm2 0.684 CV 1 OR { 1778} (( segid " " and resid 123 and name HB2 )) ( segid " " and resid 123 and name HD1%) OR { 1778} (( segid " " and resid 123 and name HB2 )) ( segid " " and resid 123 and name HD2%) OR { 1778} (( segid " " and resid 19 and name HB2 )) ( segid " " and resid 19 and name HD1%) ASSI { 1783} (( segid " " and resid 25 and name HB1 )) (( segid " " and resid 4 and name HB1 )) 3.300 3.300 2.700 peak 1783 spectrum 1 weight 0.10000E+01 volume 0.50836E-02 ppm1 1.610 ppm2 2.905 CV 1 OR { 1783} (( segid " " and resid 25 and name HB1 )) (( segid " " and resid 27 and name HD1 )) OR { 1783} (( segid " " and resid 25 and name HB1 )) (( segid " " and resid 108 and name HB1 )) OR { 1783} (( segid " " and resid 25 and name HB1 )) (( segid " " and resid 75 and name HE2 )) ASSI { 1791} ( segid " " and resid 84 and name HD1%) (( segid " " and resid 84 and name HG )) 1.900 0.500 0.500 peak 1791 spectrum 1 weight 0.10000E+01 volume 0.11408E-01 ppm1 0.168 ppm2 1.334 CV 1 OR { 1791} ( segid " " and resid 84 and name HD1%) (( segid " " and resid 84 and name HB2 )) OR { 1791} ( segid " " and resid 84 and name HD1%) (( segid " " and resid 77 and name HB1 )) OR { 1791} ( segid " " and resid 84 and name HD1%) (( segid " " and resid 77 and name HG )) ASSI { 1792} ( segid " " and resid 84 and name HD1%) (( segid " " and resid 77 and name HB2 )) 3.200 1.300 1.300 peak 1792 spectrum 1 weight 0.10000E+01 volume 0.39710E-02 ppm1 0.168 ppm2 1.171 CV 1 OR { 1792} ( segid " " and resid 84 and name HD1%) ( segid " " and resid 141 and name HB% ) ASSI { 1796} ( segid " " and resid 84 and name HD1%) (( segid " " and resid 79 and name HA )) 3.100 1.200 1.200 peak 1796 spectrum 1 weight 0.10000E+01 volume 0.24220E-02 ppm1 0.168 ppm2 4.913 CV 1 OR { 1796} ( segid " " and resid 84 and name HD1%) (( segid " " and resid 142 and name HA )) ASSI { 1799} ( segid " " and resid 19 and name HD1%) (( segid " " and resid 11 and name HA )) 3.700 1.800 1.800 peak 1799 spectrum 1 weight 0.10000E+01 volume 0.13236E-02 ppm1 0.678 ppm2 4.554 CV 1 OR { 1799} ( segid " " and resid 45 and name HG2%) (( segid " " and resid 59 and name HA )) OR { 1799} ( segid " " and resid 43 and name HD1%) (( segid " " and resid 59 and name HA )) ASSI { 1815} ( segid " " and resid 84 and name HD1%) (( segid " " and resid 20 and name HN )) 3.200 3.200 2.800 peak 1815 spectrum 1 weight 0.10000E+01 volume 0.64594E-03 ppm1 0.169 ppm2 9.296 CV 1 OR { 1815} ( segid " " and resid 84 and name HD1%) (( segid " " and resid 139 and name HN )) ASSI { 1817} ( segid " " and resid 84 and name HD1%) (( segid " " and resid 79 and name HN )) 3.800 1.800 2.200 peak 1817 spectrum 1 weight 0.10000E+01 volume 0.15778E-02 ppm1 0.168 ppm2 8.865 CV 1 OR { 1817} ( segid " " and resid 84 and name HD1%) (( segid " " and resid 11 and name HN )) OR { 1817} ( segid " " and resid 84 and name HD1%) (( segid " " and resid 77 and name HN )) OR { 1817} ( segid " " and resid 84 and name HD1%) (( segid " " and resid 23 and name HN )) ASSI { 1824} ( segid " " and resid 98 and name HD1%) (( segid " " and resid 97 and name HB2 )) 3.600 1.600 1.600 peak 1824 spectrum 1 weight 0.10000E+01 volume 0.45450E-02 ppm1 0.876 ppm2 2.571 CV 1 OR { 1824} ( segid " " and resid 98 and name HD1%) (( segid " " and resid 100 and name HG2 )) ASSI { 1825} ( segid " " and resid 98 and name HD1%) (( segid " " and resid 95 and name HB1 )) 3.800 1.800 2.200 peak 1825 spectrum 1 weight 0.10000E+01 volume 0.20839E-02 ppm1 0.877 ppm2 2.391 CV 1 OR { 1825} ( segid " " and resid 98 and name HD1%) (( segid " " and resid 128 and name HG2 )) ASSI { 1826} ( segid " " and resid 98 and name HD1%) (( segid " " and resid 95 and name HG2 )) 3.300 1.500 2.200 peak 1826 spectrum 1 weight 0.10000E+01 volume 0.27236E-02 ppm1 0.875 ppm2 2.247 CV 1 OR { 1826} ( segid " " and resid 98 and name HD1%) (( segid " " and resid 94 and name HB2 )) OR { 1826} ( segid " " and resid 98 and name HD1%) (( segid " " and resid 128 and name HB1 )) OR { 1826} (( segid " " and resid 98 and name HD1%)) (( segid " " and resid 106 and name HB1 )) ASSI { 1844} ( segid " " and resid 22 and name HD1%) (( segid " " and resid 25 and name HB1 )) 3.700 1.700 1.700 peak 1844 spectrum 1 weight 0.10000E+01 volume 0.23549E-02 ppm1 -0.017 ppm2 1.631 CV 1 OR { 1844} ( segid " " and resid 22 and name HD1%) (( segid " " and resid 86 and name HB1 )) OR { 1844} ( segid " " and resid 22 and name HD1%) (( segid " " and resid 26 and name HD2 )) ASSI { 1845} ( segid " " and resid 22 and name HD1%) (( segid " " and resid 140 and name HB1 )) 3.500 1.500 1.500 peak 1845 spectrum 1 weight 0.10000E+01 volume 0.40083E-02 ppm1 -0.017 ppm2 1.456 CV 1 OR { 1845} ( segid " " and resid 22 and name HD1%) (( segid " " and resid 140 and name HB2 )) OR { 1845} ( segid " " and resid 22 and name HD1%) (( segid " " and resid 26 and name HG2 )) ASSI { 1848} ( segid " " and resid 22 and name HD1%) ( segid " " and resid 25 and name HD2%) 3.300 1.400 1.400 peak 1848 spectrum 1 weight 0.10000E+01 volume 0.33920E-02 ppm1 -0.020 ppm2 0.676 CV 1 OR { 1848} ( segid " " and resid 22 and name HD1%) ( segid " " and resid 11 and name HG1%) OR { 1848} ( segid " " and resid 22 and name HD1%) ( segid " " and resid 140 and name HD2%) ASSI { 1855} ( segid " " and resid 123 and name HD1%) (( segid " " and resid 135 and name HB2 )) 2.700 0.900 0.900 peak 1855 spectrum 1 weight 0.10000E+01 volume 0.36313E-02 ppm1 0.685 ppm2 3.660 CV 1 OR { 1855} ( segid " " and resid 123 and name HD1%) (( segid " " and resid 107 and name HB1 )) ASSI { 1856} ( segid " " and resid 123 and name HD1%) (( segid " " and resid 123 and name HA )) 2.300 0.700 0.700 peak 1856 spectrum 1 weight 0.10000E+01 volume 0.17911E-01 ppm1 0.687 ppm2 4.232 CV 1 OR { 1856} ( segid " " and resid 123 and name HD1%) (( segid " " and resid 124 and name HA )) ASSI { 1858} ( segid " " and resid 22 and name HD1%) (( segid " " and resid 141 and name HA )) 3.800 1.800 1.800 peak 1858 spectrum 1 weight 0.10000E+01 volume 0.78839E-03 ppm1 -0.017 ppm2 4.548 CV 1 OR { 1858} ( segid " " and resid 22 and name HD1%) (( segid " " and resid 76 and name HA )) ASSI { 1859} ( segid " " and resid 22 and name HD1%) (( segid " " and resid 22 and name HA )) 3.000 1.100 1.100 peak 1859 spectrum 1 weight 0.10000E+01 volume 0.85914E-02 ppm1 -0.017 ppm2 4.360 CV 1 OR { 1859} ( segid " " and resid 22 and name HD1%) (( segid " " and resid 25 and name HA )) ASSI { 1860} ( segid " " and resid 22 and name HD1%) (( segid " " and resid 46 and name HA )) 4.000 2.000 2.000 peak 1860 spectrum 1 weight 0.10000E+01 volume 0.19671E-02 ppm1 -0.015 ppm2 4.251 CV 1 OR { 1860} ( segid " " and resid 22 and name HD1%) (( segid " " and resid 140 and name HA )) OR { 1860} ( segid " " and resid 22 and name HD1%) (( segid " " and resid 138 and name HB )) OR { 1860} ( segid " " and resid 22 and name HD1%) (( segid " " and resid 24 and name HA )) ASSI { 1864} ( segid " " and resid 22 and name HD1%) (( segid " " and resid 21 and name HA )) 4.900 3.000 1.100 peak 1864 spectrum 1 weight 0.10000E+01 volume 0.75005E-03 ppm1 -0.017 ppm2 5.040 CV 1 OR { 1864} ( segid " " and resid 22 and name HD1%) (( segid " " and resid 77 and name HA )) ASSI { 1865} ( segid " " and resid 59 and name HG2%) ( segid " " and resid 47 and name HB% ) 4.800 2.800 1.200 peak 1865 spectrum 1 weight 0.10000E+01 volume 0.80380E-03 ppm1 1.155 ppm2 7.254 CV 1 OR { 1865} ( segid " " and resid 59 and name HG2%) (( segid " " and resid 69 and name HD21 )) OR { 1865} ( segid " " and resid 59 and name HG2%) (( segid " " and resid 69 and name HD22 )) ASSI { 1866} ( segid " " and resid 59 and name HG2%) ( segid " " and resid 88 and name HD% ) 2.500 0.800 0.800 peak 1866 spectrum 1 weight 0.10000E+01 volume 0.33034E-02 ppm1 1.157 ppm2 7.119 CV 1 OR { 1866} ( segid " " and resid 59 and name HG2%) ( segid " " and resid 134 and name HE% ) ASSI { 1867} ( segid " " and resid 59 and name HG2%) (( segid " " and resid 59 and name HN )) 2.900 1.000 1.000 peak 1867 spectrum 1 weight 0.10000E+01 volume 0.14759E-02 ppm1 1.162 ppm2 6.903 CV 1 OR { 1867} ( segid " " and resid 59 and name HG2%) (( segid " " and resid 74 and name HN )) ASSI { 1868} ( segid " " and resid 59 and name HG2%) ( segid " " and resid 106 and name HD% ) 3.600 1.600 1.600 peak 1868 spectrum 1 weight 0.10000E+01 volume 0.34972E-02 ppm1 1.158 ppm2 6.722 CV 1 OR { 1868} ( segid " " and resid 78 and name HG2%) ( segid " " and resid 108 and name HD% ) ASSI { 1870} ( segid " " and resid 59 and name HG2%) (( segid " " and resid 60 and name HN )) 4.400 2.400 1.600 peak 1870 spectrum 1 weight 0.10000E+01 volume 0.95754E-03 ppm1 1.153 ppm2 9.767 CV 1 OR { 1870} ( segid " " and resid 59 and name HG2%) (( segid " " and resid 61 and name HN )) ASSI { 1871} ( segid " " and resid 67 and name HG2%) (( segid " " and resid 61 and name HN )) 4.400 2.400 1.600 peak 1871 spectrum 1 weight 0.10000E+01 volume 0.70174E-03 ppm1 1.069 ppm2 9.769 CV 1 OR { 1871} ( segid " " and resid 67 and name HG2%) (( segid " " and resid 60 and name HN )) ASSI { 1872} ( segid " " and resid 59 and name HG1%) (( segid " " and resid 60 and name HN )) 3.100 1.200 1.200 peak 1872 spectrum 1 weight 0.10000E+01 volume 0.22923E-02 ppm1 0.953 ppm2 9.764 CV 1 OR { 1872} ( segid " " and resid 59 and name HG1%) (( segid " " and resid 61 and name HN )) ASSI { 1873} ( segid " " and resid 59 and name HG1%) (( segid " " and resid 43 and name HN )) 4.900 3.000 1.100 peak 1873 spectrum 1 weight 0.10000E+01 volume 0.62825E-03 ppm1 0.930 ppm2 9.369 CV 1 OR { 1873} ( segid " " and resid 59 and name HG1%) (( segid " " and resid 105 and name HN )) ASSI { 1874} ( segid " " and resid 23 and name HG2%) (( segid " " and resid 24 and name HN )) 4.300 2.300 1.700 peak 1874 spectrum 1 weight 0.10000E+01 volume 0.11937E-02 ppm1 1.277 ppm2 8.580 CV 1 OR { 1874} ( segid " " and resid 23 and name HG2%) (( segid " " and resid 4 and name HN )) ASSI { 1878} ( segid " " and resid 123 and name HD1%) (( segid " " and resid 135 and name HN )) 3.100 1.200 1.200 peak 1878 spectrum 1 weight 0.10000E+01 volume 0.19482E-02 ppm1 0.685 ppm2 9.090 CV 1 OR { 1878} ( segid " " and resid 123 and name HD1%) (( segid " " and resid 134 and name HN )) ASSI { 1880} ( segid " " and resid 59 and name HG2%) (( segid " " and resid 43 and name HA )) 4.500 2.600 1.500 peak 1880 spectrum 1 weight 0.10000E+01 volume 0.70771E-03 ppm1 1.155 ppm2 5.865 CV 1 OR { 1880} ( segid " " and resid 59 and name HG2%) (( segid " " and resid 104 and name HA )) ASSI { 1884} ( segid " " and resid 11 and name HG2%) (( segid " " and resid 79 and name HB1 )) 3.200 1.300 1.300 peak 1884 spectrum 1 weight 0.10000E+01 volume 0.32929E-02 ppm1 1.269 ppm2 3.064 CV 1 OR { 1884} ( segid " " and resid 11 and name HG2%) (( segid " " and resid 20 and name HB1 )) ASSI { 1895} ( segid " " and resid 59 and name HG2%) (( segid " " and resid 59 and name HB )) 2.200 0.600 0.600 peak 1895 spectrum 1 weight 0.10000E+01 volume 0.65062E-02 ppm1 1.159 ppm2 1.865 CV 1 OR { 1895} ( segid " " and resid 59 and name HG2%) (( segid " " and resid 43 and name HB2 )) OR { 1895} ( segid " " and resid 78 and name HG2%) (( segid " " and resid 80 and name HB1 )) ASSI { 1897} ( segid " " and resid 109 and name HG2%) (( segid " " and resid 109 and name HN )) 2.500 0.800 0.800 peak 1897 spectrum 1 weight 0.10000E+01 volume 0.91661E-02 ppm1 0.862 ppm2 8.315 CV 1 OR { 1897} ( segid " " and resid 83 and name HG1%) (( segid " " and resid 84 and name HN )) OR { 1897} ( segid " " and resid 83 and name HG2%) (( segid " " and resid 84 and name HN )) ASSI { 1899} ( segid " " and resid 140 and name HD1%) (( segid " " and resid 140 and name HN )) 3.400 1.400 1.400 peak 1899 spectrum 1 weight 0.10000E+01 volume 0.26357E-02 ppm1 0.858 ppm2 7.992 CV 1 OR { 1899} ( segid " " and resid 12 and name HG2%) (( segid " " and resid 12 and name HN )) ASSI { 1900} ( segid " " and resid 12 and name HG2%) (( segid " " and resid 18 and name HN )) 4.100 2.100 1.900 peak 1900 spectrum 1 weight 0.10000E+01 volume 0.80258E-03 ppm1 0.857 ppm2 7.832 CV 1 OR { 1900} ( segid " " and resid 12 and name HG2%) (( segid " " and resid 19 and name HN )) ASSI { 1902} ( segid " " and resid 12 and name HG2%) (( segid " " and resid 20 and name HN )) 3.800 1.800 1.800 peak 1902 spectrum 1 weight 0.10000E+01 volume 0.14387E-02 ppm1 0.860 ppm2 9.297 CV 1 OR { 1902} ( segid " " and resid 109 and name HG2%) (( segid " " and resid 139 and name HN )) OR { 1902} ( segid " " and resid 140 and name HD1%) (( segid " " and resid 139 and name HN )) ASSI { 1903} ( segid " " and resid 109 and name HG2%) (( segid " " and resid 110 and name HN )) 2.800 1.000 0.900 peak 1903 spectrum 1 weight 0.10000E+01 volume 0.52411E-02 ppm1 0.866 ppm2 9.151 CV 1 ASSI { 1910} ( segid " " and resid 83 and name HG1%) ( segid " " and resid 108 and name HD% ) 3.900 1.900 1.900 peak 1910 spectrum 1 weight 0.10000E+01 volume 0.19583E-02 ppm1 0.857 ppm2 6.745 CV 1 OR { 1910} ( segid " " and resid 109 and name HG2%) ( segid " " and resid 108 and name HD% ) OR { 1910} ( segid " " and resid 83 and name HG2%) ( segid " " and resid 108 and name HD% ) ASSI { 1912} ( segid " " and resid 12 and name HG2%) (( segid " " and resid 12 and name HA )) 2.400 0.700 0.700 peak 1912 spectrum 1 weight 0.10000E+01 volume 0.72091E-02 ppm1 0.858 ppm2 5.498 CV 1 OR { 1912} ( segid " " and resid 109 and name HG2%) (( segid " " and resid 137 and name HA )) OR { 1912} ( segid " " and resid 109 and name HG2%) (( segid " " and resid 108 and name HA )) ASSI { 1913} ( segid " " and resid 83 and name HG1%) (( segid " " and resid 107 and name HA )) 3.400 1.400 1.400 peak 1913 spectrum 1 weight 0.10000E+01 volume 0.25777E-02 ppm1 0.859 ppm2 5.161 CV 1 OR { 1913} ( segid " " and resid 83 and name HG2%) (( segid " " and resid 107 and name HA )) OR { 1913} ( segid " " and resid 109 and name HG2%) (( segid " " and resid 138 and name HA )) ASSI { 1915} ( segid " " and resid 123 and name HD1%) (( segid " " and resid 123 and name HA )) 2.800 2.800 3.200 peak 1915 spectrum 1 weight 0.10000E+01 volume 0.14715E-01 ppm1 0.928 ppm2 4.244 CV 1 OR { 1915} ( segid " " and resid 59 and name HG1%) (( segid " " and resid 90 and name HA )) ASSI { 1921} ( segid " " and resid 47 and name HB% ) (( segid " " and resid 26 and name HD2 )) 2.500 0.800 0.800 peak 1921 spectrum 1 weight 0.10000E+01 volume 0.60513E-02 ppm1 1.257 ppm2 1.662 CV 1 OR { 1921} ( segid " " and resid 47 and name HB% ) (( segid " " and resid 26 and name HD1 )) OR { 1921} ( segid " " and resid 47 and name HB% ) (( segid " " and resid 75 and name HB1 )) ASSI { 1922} ( segid " " and resid 78 and name HG2%) (( segid " " and resid 80 and name HG1 )) 4.700 2.700 1.300 peak 1922 spectrum 1 weight 0.10000E+01 volume 0.19542E-02 ppm1 1.167 ppm2 2.097 CV 1 OR { 1922} ( segid " " and resid 78 and name HG2%) (( segid " " and resid 80 and name HG2 )) OR { 1922} ( segid " " and resid 78 and name HG2%) (( segid " " and resid 106 and name HB2 )) OR { 1922} ( segid " " and resid 59 and name HG2%) (( segid " " and resid 72 and name HE1 )) OR { 1922} ( segid " " and resid 47 and name HB% ) (( segid " " and resid 26 and name HD1 )) OR { 1922} ( segid " " and resid 59 and name HG2%) (( segid " " and resid 72 and name HE2 )) ASSI { 1924} ( segid " " and resid 47 and name HB% ) (( segid " " and resid 26 and name HG2 )) 2.900 2.900 3.100 peak 1924 spectrum 1 weight 0.10000E+01 volume 0.57405E-02 ppm1 1.257 ppm2 1.479 CV 1 OR { 1924} ( segid " " and resid 47 and name HB% ) (( segid " " and resid 73 and name HB1 )) ASSI { 1927} ( segid " " and resid 59 and name HG1%) ( segid " " and resid 125 and name HE% ) 3.600 1.600 1.600 peak 1927 spectrum 1 weight 0.10000E+01 volume 0.14736E-02 ppm1 0.951 ppm2 7.259 CV 1 OR { 1927} ( segid " " and resid 59 and name HG1%) (( segid " " and resid 47 and name HN )) ASSI { 1928} ( segid " " and resid 59 and name HG1%) ( segid " " and resid 134 and name HE% ) 3.300 1.400 1.400 peak 1928 spectrum 1 weight 0.10000E+01 volume 0.28054E-02 ppm1 0.949 ppm2 7.102 CV 1 OR { 1928} ( segid " " and resid 59 and name HG1%) ( segid " " and resid 88 and name HD% ) ASSI { 1931} ( segid " " and resid 5 and name HG2%) (( segid " " and resid 4 and name HD21)) 4.500 2.500 1.500 peak 1931 spectrum 1 weight 0.10000E+01 volume 0.90436E-03 ppm1 0.932 ppm2 7.626 CV 1 OR { 1931} ( segid " " and resid 5 and name HG1%) (( segid " " and resid 4 and name HD21)) OR { 1931} ( segid " " and resid 5 and name HG1%) (( segid " " and resid 6 and name HE21)) OR { 1931} ( segid " " and resid 5 and name HG2%) (( segid " " and resid 6 and name HE21)) OR { 1931} ( segid " " and resid 121 and name HG2%) (( segid " " and resid 107 and name HN )) OR { 1931} ( segid " " and resid 121 and name HG1%) (( segid " " and resid 107 and name HN )) ASSI { 1934} ( segid " " and resid 129 and name HG2%) (( segid " " and resid 130 and name HN )) 3.700 1.700 1.700 peak 1934 spectrum 1 weight 0.10000E+01 volume 0.17806E-02 ppm1 1.105 ppm2 7.761 CV 1 OR { 1934} ( segid " " and resid 16 and name HG2%) (( segid " " and resid 15 and name HN )) OR { 1934} ( segid " " and resid 16 and name HG2%) (( segid " " and resid 19 and name HN )) ASSI { 1945} ( segid " " and resid 87 and name HG1%) ( segid " " and resid 105 and name HE% ) 3.400 1.400 1.400 peak 1945 spectrum 1 weight 0.10000E+01 volume 0.24496E-02 ppm1 0.487 ppm2 6.735 CV 1 OR { 1945} ( segid " " and resid 87 and name HG1%) ( segid " " and resid 106 and name HD% ) ASSI { 1953} ( segid " " and resid 146 and name HG1%) (( segid " " and resid 147 and name HD2 )) 3.200 1.300 1.300 peak 1953 spectrum 1 weight 0.10000E+01 volume 0.43780E-02 ppm1 0.938 ppm2 3.650 CV 1 OR { 1953} ( segid " " and resid 146 and name HG2%) (( segid " " and resid 147 and name HD2 )) OR { 1953} ( segid " " and resid 121 and name HG1%) (( segid " " and resid 135 and name HB2 )) ASSI { 1960} ( segid " " and resid 83 and name HG2%) (( segid " " and resid 82 and name HB2 )) 3.800 1.800 1.000 peak 1960 spectrum 1 weight 0.10000E+01 volume 0.32565E-02 ppm1 0.848 ppm2 2.491 CV 1 OR { 1960} ( segid " " and resid 83 and name HG1%) (( segid " " and resid 81 and name HB2 )) OR { 1960} ( segid " " and resid 121 and name HG1%) (( segid " " and resid 136 and name HB2 )) OR { 1960} ( segid " " and resid 121 and name HG2%) (( segid " " and resid 136 and name HB2 )) OR { 1960} ( segid " " and resid 109 and name HG2%) (( segid " " and resid 82 and name HB2 )) ASSI { 1961} ( segid " " and resid 83 and name HG1%) (( segid " " and resid 108 and name HB2 )) 3.800 1.800 1.300 peak 1961 spectrum 1 weight 0.10000E+01 volume 0.25844E-02 ppm1 0.849 ppm2 2.374 CV 1 OR { 1961} ( segid " " and resid 83 and name HG2%) (( segid " " and resid 82 and name HB2 )) OR { 1961} ( segid " " and resid 12 and name HG2%) (( segid " " and resid 14 and name HB1 )) OR { 1961} ( segid " " and resid 109 and name HG2%) (( segid " " and resid 82 and name HB2 )) OR { 1961} ( segid " " and resid 83 and name HG1%) (( segid " " and resid 82 and name HB2 )) ASSI { 1964} ( segid " " and resid 87 and name HG2%) (( segid " " and resid 89 and name HA )) 4.300 2.300 1.700 peak 1964 spectrum 1 weight 0.10000E+01 volume 0.11271E-02 ppm1 0.769 ppm2 5.144 CV 1 OR { 1964} ( segid " " and resid 87 and name HG2%) (( segid " " and resid 104 and name HB1 )) OR { 1964} ( segid " " and resid 87 and name HG2%) (( segid " " and resid 105 and name HA )) ASSI { 1971} ( segid " " and resid 15 and name HB% ) (( segid " " and resid 15 and name HN )) 2.200 0.600 0.600 peak 1971 spectrum 1 weight 0.10000E+01 volume 0.11131E-01 ppm1 1.563 ppm2 7.725 CV 1 OR { 1971} ( segid " " and resid 114 and name HB% ) (( segid " " and resid 114 and name HN )) ASSI { 1973} ( segid " " and resid 57 and name HB% ) (( segid " " and resid 60 and name HN )) 4.300 2.300 1.700 peak 1973 spectrum 1 weight 0.10000E+01 volume 0.72993E-03 ppm1 1.196 ppm2 9.765 CV 1 OR { 1973} ( segid " " and resid 57 and name HB% ) (( segid " " and resid 61 and name HN )) ASSI { 1978} ( segid " " and resid 58 and name HB% ) (( segid " " and resid 59 and name HN )) 3.100 1.200 1.200 peak 1978 spectrum 1 weight 0.10000E+01 volume 0.21260E-02 ppm1 0.266 ppm2 6.906 CV 1 OR { 1978} ( segid " " and resid 58 and name HB% ) (( segid " " and resid 74 and name HN )) ASSI { 1981} ( segid " " and resid 58 and name HB% ) (( segid " " and resid 49 and name HN )) 4.000 2.000 2.000 peak 1981 spectrum 1 weight 0.10000E+01 volume 0.90676E-03 ppm1 0.269 ppm2 8.689 CV 1 OR { 1981} ( segid " " and resid 58 and name HB% ) (( segid " " and resid 75 and name HN )) ASSI { 1985} ( segid " " and resid 138 and name HG2%) (( segid " " and resid 108 and name HA )) 3.600 1.600 1.600 peak 1985 spectrum 1 weight 0.10000E+01 volume 0.20194E-02 ppm1 1.097 ppm2 5.509 CV 1 OR { 1985} ( segid " " and resid 138 and name HG2%) (( segid " " and resid 137 and name HA )) ASSI { 1995} ( segid " " and resid 58 and name HB% ) (( segid " " and resid 57 and name HA )) 4.400 2.400 1.600 peak 1995 spectrum 1 weight 0.10000E+01 volume 0.92548E-03 ppm1 0.262 ppm2 4.039 CV 1 OR { 1995} ( segid " " and resid 58 and name HB% ) (( segid " " and resid 71 and name HA2 )) ASSI { 1996} ( segid " " and resid 58 and name HB% ) (( segid " " and resid 48 and name HA )) 3.700 1.700 1.700 peak 1996 spectrum 1 weight 0.10000E+01 volume 0.13481E-02 ppm1 0.266 ppm2 3.786 CV 1 OR { 1996} ( segid " " and resid 58 and name HB% ) (( segid " " and resid 45 and name HA )) OR { 1996} ( segid " " and resid 58 and name HB% ) (( segid " " and resid 71 and name HA1 )) OR { 1996} ( segid " " and resid 58 and name HB% ) (( segid " " and resid 74 and name HB2 )) OR { 1996} ( segid " " and resid 58 and name HB% ) (( segid " " and resid 74 and name HB1 )) ASSI { 2000} ( segid " " and resid 57 and name HB% ) (( segid " " and resid 53 and name HB1 )) 2.800 1.000 0.900 peak 2000 spectrum 1 weight 0.10000E+01 volume 0.35858E-02 ppm1 1.194 ppm2 3.101 CV 1 OR { 2000} ( segid " " and resid 57 and name HB% ) (( segid " " and resid 69 and name HB1 )) OR { 2000} ( segid " " and resid 141 and name HB% ) (( segid " " and resid 142 and name HB2 )) ASSI { 2007} ( segid " " and resid 41 and name HG2%) (( segid " " and resid 43 and name HB1 )) 4.500 2.500 1.500 peak 2007 spectrum 1 weight 0.10000E+01 volume 0.19070E-02 ppm1 0.872 ppm2 1.710 CV 1 OR { 2007} ( segid " " and resid 41 and name HG2%) (( segid " " and resid 61 and name HB )) ASSI { 2009} ( segid " " and resid 41 and name HG2%) (( segid " " and resid 42 and name HA )) 3.600 1.600 1.600 peak 2009 spectrum 1 weight 0.10000E+01 volume 0.87127E-03 ppm1 0.863 ppm2 5.483 CV 1 OR { 2009} ( segid " " and resid 41 and name HG2%) (( segid " " and resid 32 and name HA )) ASSI { 2011} ( segid " " and resid 41 and name HG2%) ( segid " " and resid 31 and name HD% ) 3.300 1.500 2.700 peak 2011 spectrum 1 weight 0.10000E+01 volume 0.29718E-02 ppm1 0.868 ppm2 7.264 CV 1 OR { 2011} ( segid " " and resid 41 and name HG2%) ( segid " " and resid 125 and name HE% ) ASSI { 2019} ( segid " " and resid 41 and name HG2%) (( segid " " and resid 60 and name HN )) 4.200 2.200 1.800 peak 2019 spectrum 1 weight 0.10000E+01 volume 0.87207E-03 ppm1 0.868 ppm2 9.762 CV 1 OR { 2019} ( segid " " and resid 41 and name HG2%) (( segid " " and resid 61 and name HN )) ASSI { 2022} ( segid " " and resid 41 and name HG2%) (( segid " " and resid 61 and name HA )) 3.600 1.600 1.600 peak 2022 spectrum 1 weight 0.10000E+01 volume 0.14589E-02 ppm1 0.866 ppm2 4.903 CV 1 OR { 2022} ( segid " " and resid 41 and name HG2%) (( segid " " and resid 35 and name HA )) ASSI { 2026} ( segid " " and resid 100 and name HE% ) (( segid " " and resid 97 and name HA )) 3.300 1.500 1.500 peak 2026 spectrum 1 weight 0.10000E+01 volume 0.60555E-02 ppm1 2.104 ppm2 4.452 CV 1 OR { 2026} ( segid " " and resid 100 and name HE% ) (( segid " " and resid 129 and name HA )) ASSI { 2030} ( segid " " and resid 84 and name HD1%) (( segid " " and resid 84 and name HB2 )) 2.100 0.500 0.500 peak 2030 spectrum 1 weight 0.10000E+01 volume 0.88181E-02 ppm1 0.167 ppm2 1.271 CV 1 OR { 2030} ( segid " " and resid 84 and name HD1%) (( segid " " and resid 22 and name HB1 )) OR { 2030} ( segid " " and resid 84 and name HD1%) (( segid " " and resid 85 and name HG1 )) ASSI { 2039} (( segid " " and resid 26 and name HG2 )) (( segid " " and resid 26 and name HN )) 3.000 1.100 1.100 peak 2039 spectrum 1 weight 0.10000E+01 volume 0.16512E-02 ppm1 1.408 ppm2 7.585 CV 1 OR { 2039} (( segid " " and resid 66 and name HG1 )) (( segid " " and resid 66 and name HN )) OR { 2039} (( segid " " and resid 66 and name HG2 )) (( segid " " and resid 66 and name HN )) ASSI { 2041} ( segid " " and resid 25 and name HD1%) (( segid " " and resid 25 and name HB1 )) 2.900 1.100 1.100 peak 2041 spectrum 1 weight 0.10000E+01 volume 0.21449E-02 ppm1 -0.017 ppm2 1.630 CV 1 OR { 2041} ( segid " " and resid 25 and name HD1%) (( segid " " and resid 26 and name HD2 )) OR { 2041} ( segid " " and resid 25 and name HD1%) (( segid " " and resid 86 and name HB1 )) ASSI { 2043} ( segid " " and resid 25 and name HD1%) (( segid " " and resid 25 and name HB2 )) 2.900 1.000 1.000 peak 2043 spectrum 1 weight 0.10000E+01 volume 0.45922E-02 ppm1 -0.014 ppm2 1.261 CV 1 OR { 2043} ( segid " " and resid 25 and name HD1%) (( segid " " and resid 22 and name HB1 )) OR { 2043} ( segid " " and resid 25 and name HD1%) (( segid " " and resid 22 and name HB2 )) ASSI { 2046} ( segid " " and resid 25 and name HD1%) ( segid " " and resid 25 and name HD2%) 2.400 0.700 0.700 peak 2046 spectrum 1 weight 0.10000E+01 volume 0.94385E-02 ppm1 -0.012 ppm2 0.665 CV 1 OR { 2046} ( segid " " and resid 25 and name HD1%) ( segid " " and resid 45 and name HG2%) ASSI { 2048} ( segid " " and resid 25 and name HD1%) (( segid " " and resid 22 and name HG )) 4.200 2.200 1.800 peak 2048 spectrum 1 weight 0.10000E+01 volume 0.20686E-02 ppm1 -0.014 ppm2 0.928 CV 1 OR { 2048} ( segid " " and resid 25 and name HD1%) ( segid " " and resid 33 and name HG2%) ASSI { 2051} ( segid " " and resid 25 and name HD1%) (( segid " " and resid 25 and name HA )) 3.100 1.200 1.200 peak 2051 spectrum 1 weight 0.10000E+01 volume 0.22083E-02 ppm1 -0.012 ppm2 4.360 CV 1 OR { 2051} ( segid " " and resid 25 and name HD1%) (( segid " " and resid 22 and name HA )) ASSI { 2052} ( segid " " and resid 25 and name HD1%) ( segid " " and resid 108 and name HD% ) 4.300 2.300 1.700 peak 2052 spectrum 1 weight 0.10000E+01 volume 0.91094E-03 ppm1 -0.014 ppm2 6.727 CV 1 OR { 2052} ( segid " " and resid 25 and name HD1%) ( segid " " and resid 106 and name HD% ) ASSI { 2054} ( segid " " and resid 123 and name HD2%) (( segid " " and resid 133 and name HB1 )) 2.900 1.100 1.100 peak 2054 spectrum 1 weight 0.10000E+01 volume 0.28867E-02 ppm1 0.683 ppm2 2.722 CV 1 OR { 2054} ( segid " " and resid 43 and name HD1%) (( segid " " and resid 31 and name HB1 )) ASSI { 2055} ( segid " " and resid 123 and name HD2%) (( segid " " and resid 135 and name HB1 )) 3.200 1.300 1.300 peak 2055 spectrum 1 weight 0.10000E+01 volume 0.31503E-02 ppm1 0.688 ppm2 3.772 CV 1 OR { 2055} ( segid " " and resid 43 and name HD1%) (( segid " " and resid 71 and name HA1 )) ASSI { 2056} ( segid " " and resid 123 and name HD2%) (( segid " " and resid 135 and name HB2 )) 3.200 1.300 1.300 peak 2056 spectrum 1 weight 0.10000E+01 volume 0.36481E-02 ppm1 0.686 ppm2 3.660 CV 1 OR { 2056} ( segid " " and resid 123 and name HD2%) (( segid " " and resid 124 and name HB1 )) OR { 2056} ( segid " " and resid 123 and name HD2%) (( segid " " and resid 124 and name HB2 )) ASSI { 2059} ( segid " " and resid 84 and name HD2%) (( segid " " and resid 20 and name HB1 )) 2.800 1.000 1.000 peak 2059 spectrum 1 weight 0.10000E+01 volume 0.26986E-02 ppm1 0.435 ppm2 2.994 CV 1 OR { 2059} ( segid " " and resid 84 and name HD2%) (( segid " " and resid 108 and name HB1 )) ASSI { 2060} ( segid " " and resid 84 and name HD2%) (( segid " " and resid 141 and name HA )) 2.700 0.900 0.900 peak 2060 spectrum 1 weight 0.10000E+01 volume 0.34934E-02 ppm1 0.436 ppm2 4.554 CV 1 OR { 2060} ( segid " " and resid 68 and name HD2%) (( segid " " and resid 70 and name HA )) ASSI { 2061} ( segid " " and resid 19 and name HD2%) (( segid " " and resid 19 and name HA )) 3.600 1.600 1.600 peak 2061 spectrum 1 weight 0.10000E+01 volume 0.17104E-02 ppm1 0.737 ppm2 4.252 CV 1 OR { 2061} ( segid " " and resid 123 and name HD2%) (( segid " " and resid 123 and name HA )) ASSI { 2062} ( segid " " and resid 73 and name HD1%) (( segid " " and resid 47 and name HN )) 3.100 1.200 1.200 peak 2062 spectrum 1 weight 0.10000E+01 volume 0.25323E-02 ppm1 0.676 ppm2 7.292 CV 1 OR { 2062} ( segid " " and resid 43 and name HD1%) ( segid " " and resid 31 and name HD% ) ASSI { 2063} ( segid " " and resid 86 and name HD2%) ( segid " " and resid 108 and name HD% ) 3.900 1.900 1.900 peak 2063 spectrum 1 weight 0.10000E+01 volume 0.15156E-02 ppm1 0.675 ppm2 6.731 CV 1 OR { 2063} ( segid " " and resid 43 and name HD1%) ( segid " " and resid 106 and name HD% ) OR { 2063} ( segid " " and resid 86 and name HD2%) ( segid " " and resid 106 and name HD% ) OR { 2063} ( segid " " and resid 123 and name HD2%) ( segid " " and resid 106 and name HD% ) ASSI { 2064} ( segid " " and resid 86 and name HD2%) ( segid " " and resid 108 and name HD% ) 3.600 1.600 1.600 peak 2064 spectrum 1 weight 0.10000E+01 volume 0.24938E-02 ppm1 0.641 ppm2 6.708 CV 1 OR { 2064} ( segid " " and resid 43 and name HD1%) ( segid " " and resid 106 and name HD% ) OR { 2064} ( segid " " and resid 86 and name HD2%) ( segid " " and resid 106 and name HD% ) ASSI { 2067} ( segid " " and resid 123 and name HD2%) ( segid " " and resid 133 and name HD% ) 4.500 2.500 1.500 peak 2067 spectrum 1 weight 0.10000E+01 volume 0.78287E-03 ppm1 0.692 ppm2 6.927 CV 1 OR { 2067} ( segid " " and resid 43 and name HD1%) (( segid " " and resid 59 and name HN )) OR { 2067} ( segid " " and resid 123 and name HD2%) ( segid " " and resid 105 and name HD% ) ASSI { 2070} ( segid " " and resid 43 and name HD1%) (( segid " " and resid 43 and name HN )) 3.500 1.500 1.500 peak 2070 spectrum 1 weight 0.10000E+01 volume 0.13220E-02 ppm1 0.675 ppm2 9.374 CV 1 OR { 2070} ( segid " " and resid 123 and name HD2%) (( segid " " and resid 105 and name HN )) ASSI { 2071} ( segid " " and resid 86 and name HD2%) (( segid " " and resid 88 and name HN )) 4.400 2.400 1.600 peak 2071 spectrum 1 weight 0.10000E+01 volume 0.81095E-03 ppm1 0.674 ppm2 9.211 CV 1 OR { 2071} ( segid " " and resid 43 and name HD1%) (( segid " " and resid 31 and name HN )) OR { 2071} ( segid " " and resid 43 and name HD1%) (( segid " " and resid 88 and name HN )) ASSI { 2074} ( segid " " and resid 123 and name HD2%) (( segid " " and resid 135 and name HN )) 3.900 1.900 1.900 peak 2074 spectrum 1 weight 0.10000E+01 volume 0.18703E-02 ppm1 0.686 ppm2 9.090 CV 1 OR { 2074} ( segid " " and resid 123 and name HD2%) (( segid " " and resid 134 and name HN )) OR { 2074} ( segid " " and resid 43 and name HD1%) (( segid " " and resid 41 and name HN )) OR { 2074} ( segid " " and resid 43 and name HD1%) (( segid " " and resid 134 and name HN )) OR { 2074} ( segid " " and resid 43 and name HD1%) (( segid " " and resid 135 and name HN )) ASSI { 2075} ( segid " " and resid 43 and name HD1%) (( segid " " and resid 44 and name HN )) 4.400 2.400 1.600 peak 2075 spectrum 1 weight 0.10000E+01 volume 0.96035E-03 ppm1 0.676 ppm2 8.123 CV 1 OR { 2075} ( segid " " and resid 73 and name HD1%) (( segid " " and resid 44 and name HN )) ASSI { 2084} ( segid " " and resid 84 and name HD2%) ( segid " " and resid 141 and name HB% ) 3.000 1.100 1.100 peak 2084 spectrum 1 weight 0.10000E+01 volume 0.49748E-02 ppm1 0.435 ppm2 1.168 CV 1 OR { 2084} ( segid " " and resid 84 and name HD2%) (( segid " " and resid 77 and name HB2 )) OR { 2084} ( segid " " and resid 84 and name HD2%) ( segid " " and resid 78 and name HG2%) ASSI { 2085} ( segid " " and resid 123 and name HD2%) (( segid " " and resid 133 and name HB2 )) 3.800 1.800 1.800 peak 2085 spectrum 1 weight 0.10000E+01 volume 0.18420E-02 ppm1 0.681 ppm2 2.641 CV 1 OR { 2085} ( segid " " and resid 43 and name HD1%) (( segid " " and resid 60 and name HB2 )) OR { 2085} ( segid " " and resid 123 and name HD2%) (( segid " " and resid 105 and name HB2 )) ASSI { 2086} ( segid " " and resid 43 and name HD1%) ( segid " " and resid 120 and name HB1 ) 3.300 1.800 2.700 peak 2086 spectrum 1 weight 0.10000E+01 volume 0.10733E-01 ppm1 0.685 ppm2 1.344 CV 1 OR { 2086} ( segid " " and resid 43 and name HD1%) (( segid " " and resid 33 and name HG12)) ASSI { 2091} (( segid " " and resid 120 and name HG1 )) (( segid " " and resid 120 and name HD1 )) 2.500 0.800 0.800 peak 2091 spectrum 1 weight 0.10000E+01 volume 0.34321E-02 ppm1 1.576 ppm2 3.162 CV 1 OR { 2091} (( segid " " and resid 148 and name HG1 )) (( segid " " and resid 148 and name HD2 )) OR { 2091} (( segid " " and resid 148 and name HG2 )) (( segid " " and resid 148 and name HD1 )) OR { 2091} (( segid " " and resid 148 and name HG2 )) (( segid " " and resid 148 and name HD2 )) OR { 2091} (( segid " " and resid 120 and name HG1 )) (( segid " " and resid 120 and name HD2 )) OR { 2091} (( segid " " and resid 148 and name HG1 )) (( segid " " and resid 148 and name HD1 )) ASSI { 2092} (( segid " " and resid 14 and name HG2 )) (( segid " " and resid 14 and name HA )) 3.400 1.400 1.400 peak 2092 spectrum 1 weight 0.10000E+01 volume 0.53967E-02 ppm1 2.150 ppm2 4.256 CV 1 OR { 2092} (( segid " " and resid 14 and name HG1 )) (( segid " " and resid 14 and name HA )) OR { 2092} (( segid " " and resid 14 and name HG2 )) (( segid " " and resid 15 and name HA )) ASSI { 2094} ( segid " " and resid 43 and name HD2%) ( segid " " and resid 134 and name HE% ) 3.700 1.700 1.700 peak 2094 spectrum 1 weight 0.10000E+01 volume 0.71414E-03 ppm1 0.623 ppm2 7.111 CV 1 OR { 2094} ( segid " " and resid 43 and name HD2%) ( segid " " and resid 88 and name HD% ) ASSI { 2096} ( segid " " and resid 43 and name HD2%) ( segid " " and resid 134 and name HD% ) 3.600 1.600 1.600 peak 2096 spectrum 1 weight 0.10000E+01 volume 0.11660E-02 ppm1 0.615 ppm2 6.624 CV 1 OR { 2096} ( segid " " and resid 43 and name HD2%) ( segid " " and resid 88 and name HE% ) ASSI { 2115} (( segid " " and resid 120 and name HG2 )) ( segid " " and resid 32 and name HG2%) 2.400 2.400 3.600 peak 2115 spectrum 1 weight 0.10000E+01 volume 0.75549E-02 ppm1 1.468 ppm2 1.185 CV 1 OR { 2115} (( segid " " and resid 120 and name HG2 )) (( segid " " and resid 123 and name HB2 )) OR { 2115} (( segid " " and resid 120 and name HG2 )) ( segid " " and resid 141 and name HB% ) OR { 2115} (( segid " " and resid 120 and name HG2 )) (( segid " " and resid 109 and name HB )) ASSI { 2122} (( segid " " and resid 2 and name HD1 )) (( segid " " and resid 2 and name HE2 )) 2.100 0.600 0.600 peak 2122 spectrum 1 weight 0.10000E+01 volume 0.11758E-01 ppm1 1.718 ppm2 3.029 CV 1 OR { 2122} (( segid " " and resid 2 and name HD2 )) (( segid " " and resid 2 and name HE1 )) OR { 2122} (( segid " " and resid 50 and name HD2 )) (( segid " " and resid 50 and name HE2 )) OR { 2122} (( segid " " and resid 50 and name HD1 )) (( segid " " and resid 50 and name HE1 )) OR { 2122} (( segid " " and resid 99 and name HD1 )) (( segid " " and resid 99 and name HE1 )) OR { 2122} (( segid " " and resid 66 and name HD2 )) (( segid " " and resid 66 and name HE1 )) OR { 2122} (( segid " " and resid 66 and name HD2 )) (( segid " " and resid 66 and name HE2 )) OR { 2122} (( segid " " and resid 99 and name HD2 )) (( segid " " and resid 99 and name HE1 )) OR { 2122} (( segid " " and resid 50 and name HD2 )) (( segid " " and resid 50 and name HE1 )) OR { 2122} (( segid " " and resid 99 and name HD1 )) (( segid " " and resid 99 and name HE2 )) OR { 2122} (( segid " " and resid 66 and name HD1 )) (( segid " " and resid 66 and name HE2 )) OR { 2122} (( segid " " and resid 99 and name HD2 )) (( segid " " and resid 99 and name HE2 )) OR { 2122} (( segid " " and resid 50 and name HD1 )) (( segid " " and resid 50 and name HE2 )) OR { 2122} (( segid " " and resid 2 and name HD2 )) (( segid " " and resid 2 and name HE2 )) OR { 2122} (( segid " " and resid 2 and name HD1 )) (( segid " " and resid 2 and name HE1 )) ASSI { 2123} (( segid " " and resid 99 and name HD1 )) (( segid " " and resid 99 and name HA )) 3.600 1.600 1.600 peak 2123 spectrum 1 weight 0.10000E+01 volume 0.30436E-02 ppm1 1.723 ppm2 4.270 CV 1 OR { 2123} (( segid " " and resid 99 and name HD2 )) (( segid " " and resid 99 and name HA )) OR { 2123} (( segid " " and resid 26 and name HD1 )) (( segid " " and resid 26 and name HA )) OR { 2123} (( segid " " and resid 26 and name HD2 )) (( segid " " and resid 26 and name HA )) ASSI { 2127} (( segid " " and resid 128 and name HB2 )) (( segid " " and resid 128 and name HN )) 2.600 0.900 0.900 peak 2127 spectrum 1 weight 0.10000E+01 volume 0.34545E-02 ppm1 2.119 ppm2 8.168 CV 1 OR { 2127} (( segid " " and resid 28 and name HB1 )) (( segid " " and resid 29 and name HN )) OR { 2127} (( segid " " and resid 28 and name HB2 )) (( segid " " and resid 29 and name HN )) ASSI { 2128} (( segid " " and resid 99 and name HD1 )) (( segid " " and resid 99 and name HN )) 3.900 1.900 1.900 peak 2128 spectrum 1 weight 0.10000E+01 volume 0.13549E-02 ppm1 1.716 ppm2 8.237 CV 1 OR { 2128} (( segid " " and resid 99 and name HD2 )) (( segid " " and resid 99 and name HN )) OR { 2128} (( segid " " and resid 26 and name HD1 )) (( segid " " and resid 27 and name HN )) OR { 2128} (( segid " " and resid 26 and name HD2 )) (( segid " " and resid 27 and name HN )) OR { 2128} (( segid " " and resid 26 and name HD1 )) (( segid " " and resid 46 and name HN )) ASSI { 2129} (( segid " " and resid 37 and name HB1 )) (( segid " " and resid 37 and name HN )) 3.200 1.300 1.300 peak 2129 spectrum 1 weight 0.10000E+01 volume 0.16152E-02 ppm1 3.537 ppm2 8.280 CV 1 OR { 2129} (( segid " " and resid 37 and name HB1 )) (( segid " " and resid 38 and name HN )) ASSI { 2130} (( segid " " and resid 37 and name HB2 )) (( segid " " and resid 37 and name HN )) 3.400 1.500 1.500 peak 2130 spectrum 1 weight 0.10000E+01 volume 0.13454E-02 ppm1 2.887 ppm2 8.284 CV 1 OR { 2130} (( segid " " and resid 37 and name HB2 )) (( segid " " and resid 38 and name HN )) ASSI { 2160} (( segid " " and resid 137 and name HB1 )) (( segid " " and resid 137 and name HB2 )) 2.200 0.600 0.600 peak 2160 spectrum 1 weight 0.10000E+01 volume 0.12763E-02 ppm1 3.352 ppm2 2.952 CV 1 OR { 2160} (( segid " " and resid 137 and name HB1 )) (( segid " " and resid 111 and name HE1 )) OR { 2160} (( segid " " and resid 137 and name HB1 )) (( segid " " and resid 111 and name HE2 )) ASSI { 2177} (( segid " " and resid 145 and name HB1 )) (( segid " " and resid 145 and name HN )) 3.500 1.500 1.200 peak 2177 spectrum 1 weight 0.10000E+01 volume 0.31525E-02 ppm1 1.928 ppm2 8.581 CV 1 OR { 2177} (( segid " " and resid 145 and name HB2 )) (( segid " " and resid 145 and name HN )) OR { 2177} (( segid " " and resid 144 and name HB2 )) (( segid " " and resid 145 and name HN )) ASSI { 2178} (( segid " " and resid 145 and name HB2 )) (( segid " " and resid 145 and name HA )) 2.400 0.700 0.700 peak 2178 spectrum 1 weight 0.10000E+01 volume 0.69680E-02 ppm1 1.930 ppm2 4.264 CV 1 OR { 2178} (( segid " " and resid 145 and name HB1 )) (( segid " " and resid 145 and name HA )) OR { 2178} (( segid " " and resid 144 and name HB2 )) (( segid " " and resid 144 and name HA )) OR { 2178} (( segid " " and resid 48 and name HB1 )) (( segid " " and resid 47 and name HA )) ASSI { 2186} (( segid " " and resid 26 and name HB2 )) (( segid " " and resid 26 and name HN )) 3.300 1.300 1.300 peak 2186 spectrum 1 weight 0.10000E+01 volume 0.17937E-02 ppm1 1.880 ppm2 7.581 CV 1 OR { 2186} (( segid " " and resid 26 and name HB2 )) (( segid " " and resid 44 and name HD21)) OR { 2186} (( segid " " and resid 26 and name HB2 )) (( segid " " and resid 4 and name HD21)) ASSI { 2198} (( segid " " and resid 26 and name HB2 )) (( segid " " and resid 26 and name HA )) 2.400 0.700 0.700 peak 2198 spectrum 1 weight 0.10000E+01 volume 0.65294E-02 ppm1 1.881 ppm2 4.275 CV 1 OR { 2198} (( segid " " and resid 99 and name HB1 )) (( segid " " and resid 99 and name HA )) OR { 2198} (( segid " " and resid 99 and name HB2 )) (( segid " " and resid 99 and name HA )) ASSI { 2199} (( segid " " and resid 14 and name HB1 )) (( segid " " and resid 14 and name HA )) 2.100 0.500 0.500 peak 2199 spectrum 1 weight 0.10000E+01 volume 0.11011E-01 ppm1 2.387 ppm2 4.266 CV 1 OR { 2199} (( segid " " and resid 95 and name HB1 )) (( segid " " and resid 95 and name HA )) ASSI { 2213} (( segid " " and resid 99 and name HB2 )) (( segid " " and resid 99 and name HN )) 2.600 0.900 0.900 peak 2213 spectrum 1 weight 0.10000E+01 volume 0.37295E-02 ppm1 1.876 ppm2 8.231 CV 1 OR { 2213} (( segid " " and resid 99 and name HB1 )) (( segid " " and resid 99 and name HN )) OR { 2213} (( segid " " and resid 26 and name HB2 )) (( segid " " and resid 27 and name HN )) ASSI { 2231} (( segid " " and resid 26 and name HB2 )) (( segid " " and resid 26 and name HG2 )) 2.300 0.600 0.600 peak 2231 spectrum 1 weight 0.10000E+01 volume 0.85975E-02 ppm1 1.868 ppm2 1.483 CV 1 OR { 2231} (( segid " " and resid 99 and name HB1 )) (( segid " " and resid 99 and name HG1 )) OR { 2231} (( segid " " and resid 99 and name HB2 )) (( segid " " and resid 99 and name HG2 )) OR { 2231} (( segid " " and resid 99 and name HB2 )) (( segid " " and resid 99 and name HG1 )) OR { 2231} (( segid " " and resid 99 and name HB1 )) (( segid " " and resid 99 and name HG2 )) ASSI { 2232} (( segid " " and resid 45 and name HB )) ( segid " " and resid 45 and name HG2%) 2.500 0.800 0.800 peak 2232 spectrum 1 weight 0.10000E+01 volume 0.27798E-02 ppm1 1.557 ppm2 0.649 CV 1 OR { 2232} (( segid " " and resid 45 and name HB )) ( segid " " and resid 25 and name HD2%) ASSI { 2241} (( segid " " and resid 119 and name HG1 )) (( segid " " and resid 119 and name HE21)) 3.100 1.200 1.200 peak 2241 spectrum 1 weight 0.10000E+01 volume 0.23515E-02 ppm1 2.430 ppm2 6.839 CV 1 OR { 2241} (( segid " " and resid 119 and name HG2 )) (( segid " " and resid 119 and name HE21)) OR { 2241} (( segid " " and resid 6 and name HG2 )) (( segid " " and resid 6 and name HE22)) ASSI { 2242} (( segid " " and resid 6 and name HG2 )) (( segid " " and resid 4 and name HD21)) 3.300 1.400 1.400 peak 2242 spectrum 1 weight 0.10000E+01 volume 0.28857E-02 ppm1 2.432 ppm2 7.570 CV 1 OR { 2242} (( segid " " and resid 6 and name HG2 )) (( segid " " and resid 26 and name HN )) OR { 2242} (( segid " " and resid 6 and name HG2 )) (( segid " " and resid 44 and name HD21)) ASSI { 2273} (( segid " " and resid 66 and name HB1 )) (( segid " " and resid 63 and name HB1 )) 2.900 1.000 1.000 peak 2273 spectrum 1 weight 0.10000E+01 volume 0.13440E-02 ppm1 1.843 ppm2 2.782 CV 1 OR { 2273} (( segid " " and resid 27 and name HB1 )) (( segid " " and resid 4 and name HB2 )) OR { 2273} (( segid " " and resid 66 and name HB2 )) (( segid " " and resid 63 and name HB1 )) OR { 2273} (( segid " " and resid 27 and name HB1 )) (( segid " " and resid 31 and name HB2 )) OR { 2273} (( segid " " and resid 87 and name HB )) (( segid " " and resid 85 and name HE2 )) ASSI { 2279} (( segid " " and resid 27 and name HB2 )) (( segid " " and resid 29 and name HN )) 3.400 1.400 1.400 peak 2279 spectrum 1 weight 0.10000E+01 volume 0.11900E-02 ppm1 1.371 ppm2 8.222 CV 1 OR { 2279} (( segid " " and resid 27 and name HB2 )) (( segid " " and resid 27 and name HN )) ASSI { 2283} (( segid " " and resid 83 and name HB )) (( segid " " and resid 83 and name HN )) 2.600 0.900 0.900 peak 2283 spectrum 1 weight 0.10000E+01 volume 0.37412E-02 ppm1 1.990 ppm2 7.519 CV 1 OR { 2283} (( segid " " and resid 72 and name HB1 )) (( segid " " and resid 57 and name HN )) OR { 2283} (( segid " " and resid 72 and name HB2 )) (( segid " " and resid 57 and name HN )) ASSI { 2290} (( segid " " and resid 83 and name HB )) (( segid " " and resid 83 and name HA )) 2.900 1.100 1.100 peak 2290 spectrum 1 weight 0.10000E+01 volume 0.21841E-02 ppm1 1.989 ppm2 4.429 CV 1 OR { 2290} (( segid " " and resid 72 and name HB2 )) (( segid " " and resid 72 and name HA )) OR { 2290} (( segid " " and resid 72 and name HB1 )) (( segid " " and resid 72 and name HA )) ASSI { 2316} (( segid " " and resid 127 and name HG1 )) (( segid " " and resid 127 and name HA )) 3.300 1.400 1.400 peak 2316 spectrum 1 weight 0.10000E+01 volume 0.39543E-02 ppm1 2.414 ppm2 3.616 CV 1 OR { 2316} (( segid " " and resid 127 and name HG2 )) (( segid " " and resid 127 and name HA )) OR { 2316} (( segid " " and resid 127 and name HG2 )) (( segid " " and resid 130 and name HA )) ASSI { 2321} (( segid " " and resid 109 and name HB )) (( segid " " and resid 137 and name HA )) 3.800 1.800 1.800 peak 2321 spectrum 1 weight 0.10000E+01 volume 0.15042E-02 ppm1 1.189 ppm2 5.515 CV 1 OR { 2321} (( segid " " and resid 109 and name HB )) (( segid " " and resid 108 and name HA )) ASSI { 2330} (( segid " " and resid 121 and name HB )) (( segid " " and resid 121 and name HN )) 2.900 1.000 1.000 peak 2330 spectrum 1 weight 0.10000E+01 volume 0.23054E-02 ppm1 1.987 ppm2 8.736 CV 1 OR { 2330} (( segid " " and resid 121 and name HB )) (( segid " " and resid 122 and name HN )) ASSI { 2331} (( segid " " and resid 121 and name HB )) ( segid " " and resid 121 and name HG2%) 2.000 0.500 0.500 peak 2331 spectrum 1 weight 0.10000E+01 volume 0.20087E-01 ppm1 1.985 ppm2 0.880 CV 1 OR { 2331} (( segid " " and resid 83 and name HB )) ( segid " " and resid 83 and name HG1%) OR { 2331} (( segid " " and resid 121 and name HB )) ( segid " " and resid 121 and name HG1%) OR { 2331} (( segid " " and resid 83 and name HB )) ( segid " " and resid 83 and name HG2%) ASSI { 2335} (( segid " " and resid 10 and name HB1 )) ( segid " " and resid 19 and name HD1%) 4.000 2.200 2.000 peak 2335 spectrum 1 weight 0.10000E+01 volume 0.15295E-02 ppm1 1.792 ppm2 0.683 CV 1 OR { 2335} (( segid " " and resid 10 and name HB1 )) ( segid " " and resid 11 and name HG1%) ASSI { 4582} (( segid " " and resid 10 and name HB2 )) ( segid " " and resid 19 and name HD1%) 4.000 2.200 2.000 peak 4582 spectrum 1 weight 0.10000E+01 volume 0.15295E-02 ppm1 1.524 ppm2 0.683 CV 1 OR { 2335} (( segid " " and resid 10 and name HB1 )) ( segid " " and resid 11 and name HG1%) ASSI { 2355} (( segid " " and resid 38 and name HB2 )) (( segid " " and resid 38 and name HB1 )) 1.800 0.200 0.900 peak 2355 spectrum 1 weight 0.10000E+01 volume 0.24898E-01 ppm1 2.839 ppm2 3.137 CV 1 ASSI { 2359} (( segid " " and resid 55 and name HB2 )) ( segid " " and resid 57 and name HB% ) 4.900 3.000 1.100 peak 2359 spectrum 1 weight 0.10000E+01 volume 0.96492E-03 ppm1 2.832 ppm2 1.209 CV 1 OR { 2359} (( segid " " and resid 55 and name HB2 )) (( segid " " and resid 73 and name HB2 )) ASSI { 2371} (( segid " " and resid 55 and name HB1 )) (( segid " " and resid 56 and name HN )) 3.200 1.200 1.200 peak 2371 spectrum 1 weight 0.10000E+01 volume 0.27645E-02 ppm1 2.885 ppm2 8.411 CV 1 OR { 2371} (( segid " " and resid 55 and name HB1 )) (( segid " " and resid 55 and name HN )) ASSI { 2372} (( segid " " and resid 55 and name HB2 )) (( segid " " and resid 56 and name HN )) 2.500 0.800 0.800 peak 2372 spectrum 1 weight 0.10000E+01 volume 0.23767E-02 ppm1 2.798 ppm2 8.412 CV 1 OR { 2372} (( segid " " and resid 55 and name HB2 )) (( segid " " and resid 55 and name HN )) ASSI { 2374} (( segid " " and resid 38 and name HB2 )) (( segid " " and resid 38 and name HN )) 2.800 1.000 1.000 peak 2374 spectrum 1 weight 0.10000E+01 volume 0.21741E-02 ppm1 2.839 ppm2 8.314 CV 1 OR { 2374} (( segid " " and resid 55 and name HB2 )) (( segid " " and resid 55 and name HN )) OR { 2374} (( segid " " and resid 55 and name HB1 )) (( segid " " and resid 55 and name HN )) ASSI { 2394} (( segid " " and resid 41 and name HB )) ( segid " " and resid 41 and name HG2%) 2.400 0.700 0.700 peak 2394 spectrum 1 weight 0.10000E+01 volume 0.27940E-02 ppm1 1.861 ppm2 0.891 CV 1 OR { 2394} (( segid " " and resid 41 and name HB )) ( segid " " and resid 33 and name HD1%) ASSI { 2395} (( segid " " and resid 41 and name HB )) ( segid " " and resid 41 and name HD1%) 3.000 1.100 1.100 peak 2395 spectrum 1 weight 0.10000E+01 volume 0.13686E-02 ppm1 1.865 ppm2 0.617 CV 1 OR { 2395} (( segid " " and resid 41 and name HB )) ( segid " " and resid 43 and name HD2%) ASSI { 2399} (( segid " " and resid 7 and name HB1 )) (( segid " " and resid 7 and name HN )) 3.000 1.100 1.100 peak 2399 spectrum 1 weight 0.10000E+01 volume 0.25135E-02 ppm1 2.932 ppm2 8.387 CV 1 OR { 2399} (( segid " " and resid 108 and name HB1 )) (( segid " " and resid 109 and name HN )) ASSI { 2405} (( segid " " and resid 122 and name HB1 )) (( segid " " and resid 122 and name HN )) 3.400 1.400 1.400 peak 2405 spectrum 1 weight 0.10000E+01 volume 0.76888E-03 ppm1 2.952 ppm2 8.795 CV 1 OR { 2405} (( segid " " and resid 88 and name HB2 )) (( segid " " and resid 72 and name HN )) OR { 2405} (( segid " " and resid 108 and name HB1 )) (( segid " " and resid 136 and name HN )) OR { 2405} (( segid " " and resid 122 and name HB1 )) (( segid " " and resid 121 and name HN )) ASSI { 2414} (( segid " " and resid 7 and name HB2 )) (( segid " " and resid 7 and name HD22)) 3.800 1.800 1.800 peak 2414 spectrum 1 weight 0.10000E+01 volume 0.22995E-02 ppm1 2.744 ppm2 6.947 CV 1 OR { 2414} (( segid " " and resid 4 and name HB2 )) (( segid " " and resid 4 and name HD22)) OR { 2414} (( segid " " and resid 110 and name HB2 )) (( segid " " and resid 111 and name HN )) ASSI { 2416} (( segid " " and resid 7 and name HB2 )) (( segid " " and resid 7 and name HA )) 2.800 1.000 1.000 peak 2416 spectrum 1 weight 0.10000E+01 volume 0.31278E-02 ppm1 2.749 ppm2 4.801 CV 1 OR { 2416} (( segid " " and resid 4 and name HB2 )) (( segid " " and resid 4 and name HA )) ASSI { 2418} (( segid " " and resid 7 and name HB1 )) (( segid " " and resid 7 and name HA )) 2.900 1.100 1.100 peak 2418 spectrum 1 weight 0.10000E+01 volume 0.28692E-02 ppm1 2.932 ppm2 4.805 CV 1 OR { 2418} (( segid " " and resid 88 and name HB2 )) (( segid " " and resid 87 and name HA )) ASSI { 2435} (( segid " " and resid 90 and name HB1 )) (( segid " " and resid 89 and name HB1 )) 4.500 2.500 1.500 peak 2435 spectrum 1 weight 0.10000E+01 volume 0.82445E-03 ppm1 3.102 ppm2 2.133 CV 1 OR { 2435} (( segid " " and resid 90 and name HB1 )) (( segid " " and resid 72 and name HE1 )) OR { 2435} (( segid " " and resid 90 and name HB1 )) (( segid " " and resid 89 and name HB2 )) OR { 2435} (( segid " " and resid 90 and name HB1 )) (( segid " " and resid 72 and name HE2 )) ASSI { 2456} (( segid " " and resid 22 and name HB2 )) ( segid " " and resid 77 and name HD1%) 3.300 1.400 1.400 peak 2456 spectrum 1 weight 0.10000E+01 volume 0.14398E-02 ppm1 1.246 ppm2 0.526 CV 1 OR { 2456} (( segid " " and resid 22 and name HB2 )) ( segid " " and resid 77 and name HD1%) OR { 2456} (( segid " " and resid 22 and name HB2 )) ( segid " " and resid 77 and name HD2%) OR { 2456} (( segid " " and resid 22 and name HB2 )) ( segid " " and resid 77 and name HD2%) OR { 2456} (( segid " " and resid 22 and name HB1 )) ( segid " " and resid 77 and name HD1%) OR { 2456} (( segid " " and resid 22 and name HB1 )) ( segid " " and resid 77 and name HD1%) OR { 2456} (( segid " " and resid 22 and name HB1 )) ( segid " " and resid 45 and name HG1%) OR { 2456} (( segid " " and resid 22 and name HB1 )) ( segid " " and resid 45 and name HG1%) OR { 2456} (( segid " " and resid 22 and name HB1 )) ( segid " " and resid 77 and name HD2%) OR { 2456} (( segid " " and resid 22 and name HB1 )) ( segid " " and resid 77 and name HD2%) ASSI { 2461} (( segid " " and resid 8 and name HB1 )) (( segid " " and resid 8 and name HA )) 2.700 0.900 0.900 peak 2461 spectrum 1 weight 0.10000E+01 volume 0.48413E-02 ppm1 2.632 ppm2 4.564 CV 1 OR { 2461} (( segid " " and resid 8 and name HB2 )) (( segid " " and resid 8 and name HA )) OR { 2461} (( segid " " and resid 113 and name HB2 )) (( segid " " and resid 111 and name HA )) ASSI { 2476} (( segid " " and resid 116 and name HB2 )) (( segid " " and resid 116 and name HN )) 3.000 1.100 1.100 peak 2476 spectrum 1 weight 0.10000E+01 volume 0.31511E-02 ppm1 2.726 ppm2 8.567 CV 1 OR { 2476} (( segid " " and resid 133 and name HB1 )) (( segid " " and resid 123 and name HN )) ASSI { 2487} (( segid " " and resid 20 and name HB2 )) ( segid " " and resid 11 and name HG1%) 3.000 1.200 1.200 peak 2487 spectrum 1 weight 0.10000E+01 volume 0.16160E-02 ppm1 2.634 ppm2 0.692 CV 1 OR { 2487} (( segid " " and resid 133 and name HB2 )) ( segid " " and resid 123 and name HD2%) OR { 2487} (( segid " " and resid 133 and name HB2 )) ( segid " " and resid 123 and name HD1%) OR { 2487} (( segid " " and resid 20 and name HB2 )) ( segid " " and resid 19 and name HD1%) ASSI { 2506} (( segid " " and resid 26 and name HE2 )) (( segid " " and resid 26 and name HB1 )) 2.900 1.100 1.100 peak 2506 spectrum 1 weight 0.10000E+01 volume 0.71635E-02 ppm1 2.971 ppm2 1.315 CV 1 OR { 2506} (( segid " " and resid 26 and name HE1 )) (( segid " " and resid 26 and name HB1 )) OR { 2506} (( segid " " and resid 26 and name HE2 )) ( segid " " and resid 47 and name HB% ) OR { 2506} (( segid " " and resid 26 and name HE1 )) ( segid " " and resid 47 and name HB% ) OR { 2506} (( segid " " and resid 26 and name HE1 )) ( segid " " and resid 23 and name HG2%) OR { 2506} (( segid " " and resid 26 and name HE2 )) ( segid " " and resid 23 and name HG2%) ASSI { 2510} (( segid " " and resid 26 and name HE2 )) (( segid " " and resid 26 and name HN )) 4.000 2.000 2.000 peak 2510 spectrum 1 weight 0.10000E+01 volume 0.13162E-02 ppm1 2.966 ppm2 7.578 CV 1 OR { 2510} (( segid " " and resid 26 and name HE1 )) (( segid " " and resid 26 and name HN )) OR { 2510} (( segid " " and resid 26 and name HE1 )) (( segid " " and resid 44 and name HD21)) ASSI { 2513} (( segid " " and resid 25 and name HB1 )) ( segid " " and resid 25 and name HD2%) 3.400 1.400 1.400 peak 2513 spectrum 1 weight 0.10000E+01 volume 0.14423E-02 ppm1 1.625 ppm2 0.662 CV 1 OR { 2513} (( segid " " and resid 25 and name HB1 )) ( segid " " and resid 45 and name HG2%) ASSI { 2517} (( segid " " and resid 75 and name HE1 )) (( segid " " and resid 75 and name HB2 )) 3.300 1.300 1.300 peak 2517 spectrum 1 weight 0.10000E+01 volume 0.15119E-02 ppm1 2.906 ppm2 2.100 CV 1 OR { 2517} (( segid " " and resid 75 and name HE2 )) (( segid " " and resid 75 and name HB2 )) OR { 2517} (( segid " " and resid 75 and name HE2 )) (( segid " " and resid 48 and name HG1 )) ASSI { 2521} (( segid " " and resid 140 and name HB1 )) (( segid " " and resid 140 and name HA )) 2.900 1.000 1.000 peak 2521 spectrum 1 weight 0.10000E+01 volume 0.25862E-02 ppm1 1.487 ppm2 4.248 CV 1 OR { 2521} (( segid " " and resid 140 and name HB2 )) (( segid " " and resid 140 and name HA )) OR { 2521} (( segid " " and resid 19 and name HB1 )) (( segid " " and resid 19 and name HA )) OR { 2521} (( segid " " and resid 73 and name HB1 )) (( segid " " and resid 58 and name HA )) OR { 2521} (( segid " " and resid 140 and name HB2 )) (( segid " " and resid 138 and name HB )) ASSI { 2526} (( segid " " and resid 126 and name HB1 )) (( segid " " and resid 126 and name HN )) 3.200 1.300 1.300 peak 2526 spectrum 1 weight 0.10000E+01 volume 0.17412E-02 ppm1 2.698 ppm2 8.866 CV 1 OR { 2526} (( segid " " and resid 126 and name HB1 )) (( segid " " and resid 126 and name HN )) OR { 2526} (( segid " " and resid 126 and name HB2 )) (( segid " " and resid 126 and name HN )) OR { 2526} (( segid " " and resid 126 and name HB2 )) (( segid " " and resid 126 and name HN )) OR { 2526} (( segid " " and resid 126 and name HB2 )) (( segid " " and resid 127 and name HN )) OR { 2526} (( segid " " and resid 126 and name HB2 )) (( segid " " and resid 127 and name HN )) OR { 2526} (( segid " " and resid 126 and name HB1 )) (( segid " " and resid 127 and name HN )) OR { 2526} (( segid " " and resid 126 and name HB1 )) (( segid " " and resid 127 and name HN )) ASSI { 2536} (( segid " " and resid 44 and name HB1 )) (( segid " " and resid 44 and name HD22)) 3.900 1.900 1.900 peak 2536 spectrum 1 weight 0.10000E+01 volume 0.11991E-02 ppm1 3.044 ppm2 7.099 CV 1 OR { 2536} (( segid " " and resid 125 and name HB2 )) ( segid " " and resid 134 and name HE% ) OR { 2536} (( segid " " and resid 35 and name HB2 )) ( segid " " and resid 134 and name HE% ) ASSI { 2543} (( segid " " and resid 9 and name HB2 )) (( segid " " and resid 9 and name HB1 )) 2.200 0.600 0.600 peak 2543 spectrum 1 weight 0.10000E+01 volume 0.21374E-02 ppm1 3.757 ppm2 2.679 CV 1 ASSI { 2547} (( segid " " and resid 21 and name HB2 )) (( segid " " and resid 21 and name HA )) 3.300 1.300 1.300 peak 2547 spectrum 1 weight 0.10000E+01 volume 0.11301E-02 ppm1 2.175 ppm2 5.036 CV 1 OR { 2547} (( segid " " and resid 106 and name HB2 )) (( segid " " and resid 105 and name HA )) ASSI { 2549} (( segid " " and resid 19 and name HB2 )) (( segid " " and resid 19 and name HN )) 2.700 0.900 0.900 peak 2549 spectrum 1 weight 0.10000E+01 volume 0.19008E-02 ppm1 1.163 ppm2 7.767 CV 1 OR { 2549} (( segid " " and resid 73 and name HB2 )) (( segid " " and resid 73 and name HN )) ASSI { 2550} (( segid " " and resid 21 and name HB2 )) (( segid " " and resid 21 and name HN )) 3.600 1.600 1.600 peak 2550 spectrum 1 weight 0.10000E+01 volume 0.11909E-02 ppm1 2.175 ppm2 8.576 CV 1 OR { 2550} (( segid " " and resid 21 and name HB2 )) (( segid " " and resid 24 and name HN )) ASSI { 2556} (( segid " " and resid 46 and name HB1 )) (( segid " " and resid 46 and name HB2 )) 2.100 0.600 0.600 peak 2556 spectrum 1 weight 0.10000E+01 volume 0.20727E-02 ppm1 3.092 ppm2 3.992 CV 1 OR { 2556} (( segid " " and resid 35 and name HB2 )) (( segid " " and resid 36 and name HB1 )) ASSI { 2565} (( segid " " and resid 35 and name HB2 )) (( segid " " and resid 35 and name HA )) 2.900 1.100 1.100 peak 2565 spectrum 1 weight 0.10000E+01 volume 0.10699E-02 ppm1 3.027 ppm2 4.899 CV 1 OR { 2565} (( segid " " and resid 60 and name HB1 )) (( segid " " and resid 61 and name HA )) OR { 2565} (( segid " " and resid 35 and name HB2 )) (( segid " " and resid 61 and name HA )) ASSI { 2570} (( segid " " and resid 35 and name HB1 )) (( segid " " and resid 35 and name HN )) 3.400 1.400 1.400 peak 2570 spectrum 1 weight 0.10000E+01 volume 0.10280E-02 ppm1 2.200 ppm2 8.167 CV 1 OR { 2570} (( segid " " and resid 21 and name HB2 )) (( segid " " and resid 22 and name HN )) OR { 2570} (( segid " " and resid 35 and name HB1 )) (( segid " " and resid 36 and name HN )) OR { 2570} (( segid " " and resid 35 and name HB1 )) (( segid " " and resid 40 and name HN )) ASSI { 2580} (( segid " " and resid 10 and name HD1 )) ( segid " " and resid 19 and name HD2%) 4.000 2.000 2.000 peak 2580 spectrum 1 weight 0.10000E+01 volume 0.19155E-02 ppm1 3.067 ppm2 0.721 CV 1 ASSI { 2581} (( segid " " and resid 10 and name HD2 )) ( segid " " and resid 19 and name HD1%) 3.800 1.800 1.100 peak 2581 spectrum 1 weight 0.10000E+01 volume 0.22089E-02 ppm1 2.954 ppm2 0.703 CV 1 OR { 2581} (( segid " " and resid 10 and name HD2 )) ( segid " " and resid 19 and name HD2%) ASSI { 2582} (( segid " " and resid 64 and name HA2 )) (( segid " " and resid 64 and name HA1 )) 1.800 0.400 0.400 peak 2582 spectrum 1 weight 0.10000E+01 volume 0.57523E-02 ppm1 3.565 ppm2 4.256 CV 1 OR { 2582} (( segid " " and resid 30 and name HA2 )) (( segid " " and resid 26 and name HA )) ASSI { 2589} (( segid " " and resid 30 and name HA2 )) (( segid " " and resid 30 and name HA1 )) 2.200 0.400 0.500 peak 2589 spectrum 1 weight 0.10000E+01 volume 0.22603E-02 ppm1 3.574 ppm2 4.563 CV 1 ASSI { 2590} (( segid " " and resid 115 and name HA1 )) (( segid " " and resid 116 and name HN )) 2.300 0.600 0.600 peak 2590 spectrum 1 weight 0.10000E+01 volume 0.92582E-02 ppm1 4.204 ppm2 8.574 CV 1 OR { 2590} (( segid " " and resid 115 and name HA1 )) (( segid " " and resid 115 and name HN )) ASSI { 2591} (( segid " " and resid 115 and name HA2 )) (( segid " " and resid 115 and name HN )) 2.200 0.600 0.600 peak 2591 spectrum 1 weight 0.10000E+01 volume 0.96922E-02 ppm1 4.027 ppm2 8.574 CV 1 OR { 2591} (( segid " " and resid 115 and name HA2 )) (( segid " " and resid 116 and name HN )) ASSI { 2592} (( segid " " and resid 30 and name HA2 )) (( segid " " and resid 44 and name HD21)) 4.700 2.800 1.300 peak 2592 spectrum 1 weight 0.10000E+01 volume 0.84621E-03 ppm1 3.569 ppm2 7.592 CV 1 OR { 2592} (( segid " " and resid 64 and name HA2 )) (( segid " " and resid 66 and name HN )) ASSI { 2624} (( segid " " and resid 30 and name HA2 )) (( segid " " and resid 27 and name HB1 )) 4.900 3.000 1.100 peak 2624 spectrum 1 weight 0.10000E+01 volume 0.97032E-03 ppm1 3.567 ppm2 1.886 CV 1 OR { 2624} (( segid " " and resid 64 and name HA2 )) (( segid " " and resid 65 and name HG2 )) OR { 2624} (( segid " " and resid 30 and name HA2 )) (( segid " " and resid 26 and name HB2 )) OR { 2624} (( segid " " and resid 64 and name HA2 )) (( segid " " and resid 66 and name HB1 )) OR { 2624} (( segid " " and resid 64 and name HA2 )) (( segid " " and resid 66 and name HB2 )) ASSI { 2677} (( segid " " and resid 86 and name HB1 )) ( segid " " and resid 86 and name HD2%) 2.800 1.000 1.000 peak 2677 spectrum 1 weight 0.10000E+01 volume 0.24134E-02 ppm1 1.621 ppm2 0.656 CV 1 OR { 2677} (( segid " " and resid 86 and name HB1 )) ( segid " " and resid 45 and name HG2%) ASSI { 2678} (( segid " " and resid 86 and name HB2 )) ( segid " " and resid 86 and name HD2%) 3.200 1.300 1.300 peak 2678 spectrum 1 weight 0.10000E+01 volume 0.27266E-02 ppm1 1.294 ppm2 0.652 CV 1 OR { 2678} (( segid " " and resid 86 and name HB2 )) ( segid " " and resid 45 and name HG2%) ASSI { 2679} (( segid " " and resid 86 and name HB1 )) ( segid " " and resid 86 and name HD1%) 3.400 1.500 1.500 peak 2679 spectrum 1 weight 0.10000E+01 volume 0.10079E-02 ppm1 1.632 ppm2 0.519 CV 1 OR { 2679} (( segid " " and resid 86 and name HB1 )) ( segid " " and resid 45 and name HG1%) ASSI { 2682} (( segid " " and resid 86 and name HB2 )) ( segid " " and resid 86 and name HD1%) 3.000 1.100 1.100 peak 2682 spectrum 1 weight 0.10000E+01 volume 0.16294E-02 ppm1 1.293 ppm2 0.520 CV 1 OR { 2682} (( segid " " and resid 86 and name HB2 )) ( segid " " and resid 45 and name HG1%) ASSI { 2703} (( segid " " and resid 13 and name HA )) (( segid " " and resid 14 and name HA )) 3.800 1.800 1.800 peak 2703 spectrum 1 weight 0.10000E+01 volume 0.21517E-02 ppm1 4.408 ppm2 4.230 CV 1 OR { 2703} (( segid " " and resid 13 and name HA )) (( segid " " and resid 17 and name HA1 )) ASSI { 2726} (( segid " " and resid 49 and name HA )) (( segid " " and resid 51 and name HN )) 3.900 1.900 1.900 peak 2726 spectrum 1 weight 0.10000E+01 volume 0.93145E-03 ppm1 4.265 ppm2 8.195 CV 1 ASSI { 2738} (( segid " " and resid 147 and name HD2 )) (( segid " " and resid 147 and name HG1 )) 2.300 0.700 0.700 peak 2738 spectrum 1 weight 0.10000E+01 volume 0.60384E-02 ppm1 3.646 ppm2 2.018 CV 1 OR { 2738} (( segid " " and resid 147 and name HD2 )) (( segid " " and resid 147 and name HG2 )) OR { 2738} (( segid " " and resid 147 and name HD2 )) (( segid " " and resid 146 and name HB )) ASSI { 2740} (( segid " " and resid 95 and name HD2 )) (( segid " " and resid 95 and name HG2 )) 2.800 1.000 0.900 peak 2740 spectrum 1 weight 0.10000E+01 volume 0.21965E-02 ppm1 4.075 ppm2 2.248 CV 1 OR { 2740} (( segid " " and resid 95 and name HD2 )) (( segid " " and resid 94 and name HB2 )) ASSI { 2743} (( segid " " and resid 147 and name HD2 )) (( segid " " and resid 146 and name HA )) 2.100 0.500 0.500 peak 2743 spectrum 1 weight 0.10000E+01 volume 0.79322E-02 ppm1 3.647 ppm2 4.387 CV 1 OR { 2743} (( segid " " and resid 147 and name HD2 )) (( segid " " and resid 147 and name HA )) ASSI { 2772} (( segid " " and resid 58 and name HA )) (( segid " " and resid 48 and name HB1 )) 4.400 2.400 1.600 peak 2772 spectrum 1 weight 0.10000E+01 volume 0.13276E-02 ppm1 4.271 ppm2 1.989 CV 1 OR { 2772} (( segid " " and resid 58 and name HA )) (( segid " " and resid 72 and name HB1 )) OR { 2772} (( segid " " and resid 58 and name HA )) (( segid " " and resid 72 and name HB2 )) ASSI { 2789} (( segid " " and resid 43 and name HA )) (( segid " " and resid 43 and name HB2 )) 3.300 1.400 1.400 peak 2789 spectrum 1 weight 0.10000E+01 volume 0.99698E-03 ppm1 5.867 ppm2 1.846 CV 1 OR { 2789} (( segid " " and resid 43 and name HA )) (( segid " " and resid 59 and name HB )) ASSI { 2790} (( segid " " and resid 43 and name HA )) ( segid " " and resid 59 and name HG2%) 4.600 2.700 1.400 peak 2790 spectrum 1 weight 0.10000E+01 volume 0.62126E-03 ppm1 5.865 ppm2 1.154 CV 1 OR { 2790} (( segid " " and resid 43 and name HA )) (( segid " " and resid 73 and name HB2 )) ASSI { 2803} (( segid " " and resid 101 and name HA )) (( segid " " and resid 101 and name HN )) 2.400 0.700 0.700 peak 2803 spectrum 1 weight 0.10000E+01 volume 0.56584E-02 ppm1 4.676 ppm2 8.459 CV 1 OR { 2803} (( segid " " and resid 86 and name HA )) (( segid " " and resid 86 and name HN )) ASSI { 2816} (( segid " " and resid 10 and name HA )) ( segid " " and resid 19 and name HD1%) 3.700 1.700 1.700 peak 2816 spectrum 1 weight 0.10000E+01 volume 0.16729E-02 ppm1 5.354 ppm2 0.692 CV 1 OR { 2816} (( segid " " and resid 10 and name HA )) ( segid " " and resid 11 and name HG1%) OR { 2816} (( segid " " and resid 10 and name HA )) ( segid " " and resid 19 and name HD2%) ASSI { 2818} (( segid " " and resid 10 and name HA )) (( segid " " and resid 10 and name HG2 )) 3.300 1.400 1.400 peak 2818 spectrum 1 weight 0.10000E+01 volume 0.12000E-02 ppm1 5.365 ppm2 1.446 CV 1 ASSI { 2836} (( segid " " and resid 85 and name HA )) (( segid " " and resid 85 and name HG1 )) 2.800 1.000 1.000 peak 2836 spectrum 1 weight 0.10000E+01 volume 0.18442E-02 ppm1 5.628 ppm2 1.267 CV 1 OR { 2836} (( segid " " and resid 85 and name HA )) (( segid " " and resid 85 and name HG2 )) OR { 2836} (( segid " " and resid 85 and name HA )) (( segid " " and resid 86 and name HB2 )) ASSI { 2852} (( segid " " and resid 80 and name HA )) (( segid " " and resid 82 and name HN )) 3.300 1.500 1.300 peak 2852 spectrum 1 weight 0.10000E+01 volume 0.20832E-02 ppm1 4.340 ppm2 6.821 CV 1 OR { 2852} (( segid " " and resid 80 and name HA )) ( segid " " and resid 79 and name HD% ) ASSI { 2870} (( segid " " and resid 137 and name HA )) (( segid " " and resid 109 and name HB )) 3.700 1.700 1.700 peak 2870 spectrum 1 weight 0.10000E+01 volume 0.16834E-02 ppm1 5.521 ppm2 1.186 CV 1 OR { 2870} (( segid " " and resid 137 and name HA )) ( segid " " and resid 141 and name HB% ) ASSI { 2882} (( segid " " and resid 50 and name HA )) (( segid " " and resid 50 and name HB2 )) 2.800 1.000 1.000 peak 2882 spectrum 1 weight 0.10000E+01 volume 0.49551E-02 ppm1 4.484 ppm2 1.676 CV 1 OR { 2882} (( segid " " and resid 50 and name HA )) (( segid " " and resid 50 and name HD1 )) OR { 2882} (( segid " " and resid 66 and name HA )) (( segid " " and resid 66 and name HD1 )) OR { 2882} (( segid " " and resid 50 and name HA )) (( segid " " and resid 50 and name HD2 )) OR { 2882} (( segid " " and resid 66 and name HA )) (( segid " " and resid 66 and name HD2 )) ASSI { 2891} (( segid " " and resid 74 and name HA )) (( segid " " and resid 74 and name HN )) 2.600 0.800 0.800 peak 2891 spectrum 1 weight 0.10000E+01 volume 0.20257E-02 ppm1 4.572 ppm2 6.961 CV 1 OR { 2891} (( segid " " and resid 111 and name HA )) (( segid " " and resid 111 and name HN )) ASSI { 2895} (( segid " " and resid 48 and name HA )) (( segid " " and resid 48 and name HN )) 2.800 1.000 1.000 peak 2895 spectrum 1 weight 0.10000E+01 volume 0.16212E-02 ppm1 3.781 ppm2 8.462 CV 1 ASSI { 2916} (( segid " " and resid 39 and name HA )) (( segid " " and resid 39 and name HB2 )) 2.800 1.000 0.700 peak 2916 spectrum 1 weight 0.10000E+01 volume 0.78942E-02 ppm1 4.365 ppm2 1.705 CV 1 OR { 2916} (( segid " " and resid 98 and name HA )) (( segid " " and resid 98 and name HB2 )) OR { 2916} (( segid " " and resid 39 and name HA )) (( segid " " and resid 39 and name HB1 )) OR { 2916} (( segid " " and resid 2 and name HA )) (( segid " " and resid 2 and name HD1 )) OR { 2916} (( segid " " and resid 2 and name HA )) (( segid " " and resid 2 and name HD2 )) ASSI { 2926} (( segid " " and resid 73 and name HA )) (( segid " " and resid 73 and name HB2 )) 2.700 0.900 0.900 peak 2926 spectrum 1 weight 0.10000E+01 volume 0.98706E-03 ppm1 3.290 ppm2 1.175 CV 1 OR { 2926} (( segid " " and resid 73 and name HA )) ( segid " " and resid 59 and name HG2%) ASSI { 2927} (( segid " " and resid 73 and name HA )) ( segid " " and resid 73 and name HD1%) 3.500 1.500 1.500 peak 2927 spectrum 1 weight 0.10000E+01 volume 0.16862E-02 ppm1 3.289 ppm2 0.639 CV 1 OR { 2927} (( segid " " and resid 73 and name HA )) ( segid " " and resid 45 and name HG2%) OR { 2927} (( segid " " and resid 73 and name HA )) ( segid " " and resid 86 and name HD2%) ASSI { 2931} (( segid " " and resid 39 and name HA )) (( segid " " and resid 39 and name HG1 )) 3.200 1.200 1.200 peak 2931 spectrum 1 weight 0.10000E+01 volume 0.16849E-02 ppm1 4.379 ppm2 1.278 CV 1 OR { 2931} (( segid " " and resid 39 and name HA )) (( segid " " and resid 39 and name HG2 )) OR { 2931} (( segid " " and resid 2 and name HA )) ( segid " " and resid 23 and name HG2%) ASSI { 2947} (( segid " " and resid 122 and name HA )) ( segid " " and resid 134 and name HD% ) 2.400 0.700 0.700 peak 2947 spectrum 1 weight 0.10000E+01 volume 0.23978E-02 ppm1 4.023 ppm2 6.638 CV 1 OR { 2947} (( segid " " and resid 128 and name HA )) (( segid " " and resid 129 and name HN )) OR { 2947} (( segid " " and resid 122 and name HA )) ( segid " " and resid 122 and name HD% ) ASSI { 2954} (( segid " " and resid 128 and name HA )) (( segid " " and resid 128 and name HB1 )) 3.000 1.100 1.100 peak 2954 spectrum 1 weight 0.10000E+01 volume 0.36334E-02 ppm1 4.014 ppm2 2.251 CV 1 OR { 2954} (( segid " " and resid 122 and name HA )) (( segid " " and resid 134 and name HB1 )) ASSI { 2956} (( segid " " and resid 127 and name HA )) (( segid " " and resid 127 and name HG1 )) 3.300 1.400 1.400 peak 2956 spectrum 1 weight 0.10000E+01 volume 0.42871E-02 ppm1 3.619 ppm2 2.405 CV 1 OR { 2956} (( segid " " and resid 127 and name HA )) (( segid " " and resid 127 and name HG2 )) OR { 2956} (( segid " " and resid 127 and name HA )) (( segid " " and resid 130 and name HB2 )) ASSI { 2957} (( segid " " and resid 82 and name HA )) (( segid " " and resid 82 and name HB2 )) 3.000 1.100 1.100 peak 2957 spectrum 1 weight 0.10000E+01 volume 0.48451E-02 ppm1 3.580 ppm2 2.377 CV 1 OR { 2957} (( segid " " and resid 82 and name HA )) (( segid " " and resid 82 and name HG1 )) OR { 2957} (( segid " " and resid 127 and name HA )) (( segid " " and resid 127 and name HG1 )) OR { 2957} (( segid " " and resid 127 and name HA )) (( segid " " and resid 127 and name HG2 )) ASSI { 2962} (( segid " " and resid 26 and name HA )) (( segid " " and resid 26 and name HN )) 2.900 1.000 1.000 peak 2962 spectrum 1 weight 0.10000E+01 volume 0.18088E-02 ppm1 4.309 ppm2 7.578 CV 1 OR { 2962} (( segid " " and resid 26 and name HA )) (( segid " " and resid 44 and name HD21)) ASSI { 2969} (( segid " " and resid 24 and name HB1 )) (( segid " " and resid 24 and name HN )) 3.000 1.100 1.100 peak 2969 spectrum 1 weight 0.10000E+01 volume 0.12371E-02 ppm1 3.998 ppm2 8.589 CV 1 OR { 2969} (( segid " " and resid 24 and name HB2 )) (( segid " " and resid 24 and name HN )) OR { 2969} (( segid " " and resid 24 and name HB2 )) (( segid " " and resid 4 and name HN )) ASSI { 2982} (( segid " " and resid 139 and name HA )) (( segid " " and resid 139 and name HB2 )) 2.600 0.900 0.900 peak 2982 spectrum 1 weight 0.10000E+01 volume 0.21977E-02 ppm1 4.540 ppm2 4.220 CV 1 OR { 2982} (( segid " " and resid 139 and name HA )) (( segid " " and resid 140 and name HA )) ASSI { 2991} (( segid " " and resid 76 and name HA )) ( segid " " and resid 76 and name HG2%) 2.900 1.000 1.000 peak 2991 spectrum 1 weight 0.10000E+01 volume 0.46104E-02 ppm1 4.508 ppm2 1.229 CV 1 OR { 2991} (( segid " " and resid 76 and name HA )) (( segid " " and resid 77 and name HB2 )) ASSI { 2992} (( segid " " and resid 59 and name HA )) ( segid " " and resid 59 and name HG2%) 2.800 1.000 1.000 peak 2992 spectrum 1 weight 0.10000E+01 volume 0.15212E-02 ppm1 4.590 ppm2 1.155 CV 1 OR { 2992} (( segid " " and resid 139 and name HA )) ( segid " " and resid 141 and name HB% ) ASSI { 2994} (( segid " " and resid 59 and name HA )) ( segid " " and resid 43 and name HD1%) 3.300 1.500 1.200 peak 2994 spectrum 1 weight 0.10000E+01 volume 0.33765E-02 ppm1 4.561 ppm2 0.690 CV 1 OR { 2994} (( segid " " and resid 11 and name HA )) ( segid " " and resid 11 and name HG1%) OR { 2994} (( segid " " and resid 59 and name HA )) ( segid " " and resid 61 and name HD1%) ASSI { 2995} (( segid " " and resid 45 and name HA )) ( segid " " and resid 45 and name HG2%) 2.700 0.900 0.900 peak 2995 spectrum 1 weight 0.10000E+01 volume 0.27388E-02 ppm1 3.731 ppm2 0.651 CV 1 OR { 2995} (( segid " " and resid 45 and name HA )) ( segid " " and resid 86 and name HD2%) OR { 2995} (( segid " " and resid 45 and name HA )) ( segid " " and resid 25 and name HD2%) ASSI { 2996} (( segid " " and resid 45 and name HA )) ( segid " " and resid 45 and name HG1%) 2.900 1.100 1.100 peak 2996 spectrum 1 weight 0.10000E+01 volume 0.19284E-02 ppm1 3.731 ppm2 0.540 CV 1 OR { 2996} (( segid " " and resid 45 and name HA )) ( segid " " and resid 86 and name HD1%) ASSI { 3000} (( segid " " and resid 120 and name HA )) (( segid " " and resid 120 and name HB2 )) 3.300 1.400 1.400 peak 3000 spectrum 1 weight 0.10000E+01 volume 0.13220E-02 ppm1 4.231 ppm2 1.429 CV 1 OR { 3000} (( segid " " and resid 120 and name HA )) (( segid " " and resid 120 and name HG2 )) OR { 3000} (( segid " " and resid 112 and name HA )) (( segid " " and resid 111 and name HG2 )) ASSI { 3010} (( segid " " and resid 135 and name HB1 )) (( segid " " and resid 135 and name HA )) 2.800 1.000 1.000 peak 3010 spectrum 1 weight 0.10000E+01 volume 0.24987E-02 ppm1 3.769 ppm2 5.382 CV 1 OR { 3010} (( segid " " and resid 74 and name HB2 )) (( segid " " and resid 88 and name HA )) ASSI { 3016} (( segid " " and resid 135 and name HB1 )) (( segid " " and resid 136 and name HN )) 3.900 1.900 1.900 peak 3016 spectrum 1 weight 0.10000E+01 volume 0.15701E-02 ppm1 3.767 ppm2 8.824 CV 1 OR { 3016} (( segid " " and resid 74 and name HB2 )) (( segid " " and resid 72 and name HN )) ASSI { 3026} (( segid " " and resid 135 and name HB1 )) ( segid " " and resid 121 and name HG2%) 3.200 1.300 1.300 peak 3026 spectrum 1 weight 0.10000E+01 volume 0.18968E-02 ppm1 3.769 ppm2 0.887 CV 1 OR { 3026} (( segid " " and resid 135 and name HB1 )) ( segid " " and resid 109 and name HG2%) OR { 3026} (( segid " " and resid 74 and name HB2 )) (( segid " " and resid 86 and name HG )) OR { 3026} (( segid " " and resid 135 and name HB1 )) ( segid " " and resid 121 and name HG1%) OR { 3026} (( segid " " and resid 74 and name HB1 )) (( segid " " and resid 86 and name HG )) ASSI { 3027} (( segid " " and resid 135 and name HB2 )) ( segid " " and resid 121 and name HG2%) 3.300 1.400 1.400 peak 3027 spectrum 1 weight 0.10000E+01 volume 0.19365E-02 ppm1 3.658 ppm2 0.889 CV 1 OR { 3027} (( segid " " and resid 135 and name HB2 )) ( segid " " and resid 109 and name HG2%) ASSI { 3028} (( segid " " and resid 135 and name HB1 )) ( segid " " and resid 109 and name HG1%) 4.500 2.500 1.500 peak 3028 spectrum 1 weight 0.10000E+01 volume 0.93654E-03 ppm1 3.774 ppm2 0.580 CV 1 OR { 3028} (( segid " " and resid 74 and name HB2 )) ( segid " " and resid 45 and name HG1%) OR { 3028} (( segid " " and resid 74 and name HB1 )) ( segid " " and resid 45 and name HG1%) ASSI { 3039} (( segid " " and resid 9 and name HA )) (( segid " " and resid 77 and name HG )) 4.000 2.000 2.000 peak 3039 spectrum 1 weight 0.10000E+01 volume 0.11419E-02 ppm1 3.662 ppm2 1.322 CV 1 OR { 3039} (( segid " " and resid 9 and name HA )) (( segid " " and resid 77 and name HB1 )) OR { 3039} (( segid " " and resid 9 and name HA )) ( segid " " and resid 23 and name HG2%) OR { 3039} (( segid " " and resid 9 and name HA )) (( segid " " and resid 22 and name HB2 )) OR { 3039} (( segid " " and resid 9 and name HA )) (( segid " " and resid 22 and name HB1 )) ASSI { 3040} (( segid " " and resid 9 and name HA )) ( segid " " and resid 77 and name HD2%) 3.500 1.3500 1.300 peak 3040 spectrum 1 weight 0.10000E+01 volume 0.13037E-02 ppm1 3.665 ppm2 0.513 CV 1 OR { 3040} (( segid " " and resid 9 and name HA )) ( segid " " and resid 77 and name HD1%) OR { 3040} (( segid " " and resid 9 and name HA )) ( segid " " and resid 45 and name HG1%) ASSI { 3045} (( segid " " and resid 34 and name HA )) (( segid " " and resid 35 and name HN )) 2.400 0.600 0.500 peak 3045 spectrum 1 weight 0.10000E+01 volume 0.61186E-02 ppm1 5.492 ppm2 8.220 CV 1 OR { 3045} (( segid " " and resid 12 and name HA )) (( segid " " and resid 13 and name HN )) ASSI { 3075} (( segid " " and resid 122 and name HA )) ( segid " " and resid 121 and name HG2%) 3.900 1.900 1.900 peak 3075 spectrum 1 weight 0.10000E+01 volume 0.90014E-03 ppm1 4.027 ppm2 0.895 CV 1 OR { 3075} (( segid " " and resid 122 and name HA )) ( segid " " and resid 33 and name HD1%) OR { 3075} (( segid " " and resid 122 and name HA )) ( segid " " and resid 121 and name HG1%) ASSI { 3090} (( segid " " and resid 128 and name HA )) (( segid " " and resid 128 and name HB2 )) 2.300 0.700 0.700 peak 3090 spectrum 1 weight 0.10000E+01 volume 0.53586E-02 ppm1 4.014 ppm2 2.108 CV 1 ASSI { 3092} (( segid " " and resid 26 and name HA )) (( segid " " and resid 26 and name HB1 )) 2.700 0.900 0.900 peak 3092 spectrum 1 weight 0.10000E+01 volume 0.11869E-02 ppm1 4.301 ppm2 1.372 CV 1 OR { 3092} (( segid " " and resid 26 and name HA )) (( segid " " and resid 27 and name HB2 )) ASSI { 3093} (( segid " " and resid 29 and name HA )) (( segid " " and resid 50 and name HG1 )) 4.000 2.000 2.000 peak 3093 spectrum 1 weight 0.10000E+01 volume 0.15333E-02 ppm1 4.426 ppm2 1.453 CV 1 OR { 3093} (( segid " " and resid 29 and name HA )) (( segid " " and resid 50 and name HG2 )) OR { 3093} (( segid " " and resid 29 and name HA )) (( segid " " and resid 27 and name HG2 )) ASSI { 3110} (( segid " " and resid 26 and name HA )) (( segid " " and resid 25 and name HB1 )) 4.000 2.000 2.000 peak 3110 spectrum 1 weight 0.10000E+01 volume 0.80874E-03 ppm1 4.296 ppm2 1.606 CV 1 OR { 3110} (( segid " " and resid 26 and name HA )) (( segid " " and resid 27 and name HG1 )) ASSI { 3118} (( segid " " and resid 24 and name HA )) (( segid " " and resid 26 and name HN )) 3.600 1.700 1.700 peak 3118 spectrum 1 weight 0.10000E+01 volume 0.97838E-03 ppm1 4.232 ppm2 7.576 CV 1 OR { 3118} (( segid " " and resid 24 and name HA )) (( segid " " and resid 4 and name HD21)) ASSI { 3119} (( segid " " and resid 109 and name HA )) (( segid " " and resid 109 and name HN )) 3.000 1.200 1.500 peak 3119 spectrum 1 weight 0.10000E+01 volume 0.25341E-02 ppm1 4.290 ppm2 8.297 CV 1 OR { 3119} (( segid " " and resid 36 and name HA )) (( segid " " and resid 37 and name HN )) OR { 3119} (( segid " " and resid 109 and name HA )) (( segid " " and resid 84 and name HN )) OR { 3119} (( segid " " and resid 36 and name HA )) (( segid " " and resid 38 and name HN )) ASSI { 3123} (( segid " " and resid 24 and name HA )) (( segid " " and resid 24 and name HB2 )) 2.200 0.600 0.600 peak 3123 spectrum 1 weight 0.10000E+01 volume 0.99641E-02 ppm1 4.228 ppm2 3.995 CV 1 OR { 3123} (( segid " " and resid 112 and name HA )) (( segid " " and resid 112 and name HB1 )) OR { 3123} (( segid " " and resid 24 and name HA )) (( segid " " and resid 24 and name HB1 )) ASSI { 3129} (( segid " " and resid 24 and name HA )) (( segid " " and resid 24 and name HN )) 3.000 1.100 1.100 peak 3129 spectrum 1 weight 0.10000E+01 volume 0.20506E-02 ppm1 4.227 ppm2 8.590 CV 1 OR { 3129} (( segid " " and resid 24 and name HA )) (( segid " " and resid 4 and name HN )) ASSI { 3146} (( segid " " and resid 53 and name HA )) ( segid " " and resid 49 and name HB% ) 4.000 2.200 1.500 peak 3146 spectrum 1 weight 0.10000E+01 volume 0.14351E-02 ppm1 4.384 ppm2 1.074 CV 1 OR { 3146} (( segid " " and resid 53 and name HA )) ( segid " " and resid 67 and name HG2%) ASSI { 3148} (( segid " " and resid 45 and name HA )) (( segid " " and resid 45 and name HB )) 3.500 1.500 1.500 peak 3148 spectrum 1 weight 0.10000E+01 volume 0.72209E-03 ppm1 3.729 ppm2 1.558 CV 1 OR { 3148} (( segid " " and resid 102 and name HA )) (( segid " " and resid 103 and name HB1 )) OR { 3148} (( segid " " and resid 102 and name HA )) (( segid " " and resid 103 and name HB2 )) ASSI { 3150} (( segid " " and resid 112 and name HB2 )) (( segid " " and resid 112 and name HN )) 3.100 1.200 1.200 peak 3150 spectrum 1 weight 0.10000E+01 volume 0.18866E-02 ppm1 3.891 ppm2 9.185 CV 1 OR { 3150} (( segid " " and resid 29 and name HB1 )) (( segid " " and resid 28 and name HN )) OR { 3150} (( segid " " and resid 29 and name HB2 )) (( segid " " and resid 28 and name HN )) ASSI { 3153} (( segid " " and resid 36 and name HB1 )) (( segid " " and resid 37 and name HN )) 3.500 1.500 1.500 peak 3153 spectrum 1 weight 0.10000E+01 volume 0.17304E-02 ppm1 3.980 ppm2 8.288 CV 1 OR { 3153} (( segid " " and resid 112 and name HB1 )) (( segid " " and resid 113 and name HN )) OR { 3153} (( segid " " and resid 36 and name HB2 )) (( segid " " and resid 37 and name HN )) OR { 3153} (( segid " " and resid 36 and name HB1 )) (( segid " " and resid 38 and name HN )) OR { 3153} (( segid " " and resid 36 and name HB2 )) (( segid " " and resid 38 and name HN )) ASSI { 3155} (( segid " " and resid 29 and name HB1 )) (( segid " " and resid 29 and name HN )) 2.800 1.000 1.000 peak 3155 spectrum 1 weight 0.10000E+01 volume 0.28132E-02 ppm1 3.947 ppm2 8.185 CV 1 OR { 3155} (( segid " " and resid 36 and name HB1 )) (( segid " " and resid 36 and name HN )) OR { 3155} (( segid " " and resid 36 and name HB2 )) (( segid " " and resid 36 and name HN )) ASSI { 3166} (( segid " " and resid 65 and name HA )) (( segid " " and resid 65 and name HG2 )) 4.100 2.100 1.900 peak 3166 spectrum 1 weight 0.10000E+01 volume 0.21757E-02 ppm1 4.556 ppm2 1.889 CV 1 ASSI { 3172} (( segid " " and resid 124 and name HB2 )) (( segid " " and resid 125 and name HN )) 3.300 1.400 1.400 peak 3172 spectrum 1 weight 0.10000E+01 volume 0.38897E-02 ppm1 3.678 ppm2 8.530 CV 1 OR { 3172} (( segid " " and resid 124 and name HB1 )) (( segid " " and resid 125 and name HN )) OR { 3172} (( segid " " and resid 124 and name HB1 )) (( segid " " and resid 123 and name HN )) ASSI { 3191} (( segid " " and resid 29 and name HB1 )) (( segid " " and resid 29 and name HA )) 2.400 0.700 0.700 peak 3191 spectrum 1 weight 0.10000E+01 volume 0.86397E-02 ppm1 3.938 ppm2 4.436 CV 1 OR { 3191} (( segid " " and resid 52 and name HB1 )) (( segid " " and resid 52 and name HA )) ASSI { 3194} (( segid " " and resid 107 and name HB2 )) ( segid " " and resid 109 and name HG2%) 3.400 1.400 1.500 peak 3194 spectrum 1 weight 0.10000E+01 volume 0.28200E-02 ppm1 3.601 ppm2 0.863 CV 1 OR { 3194} (( segid " " and resid 107 and name HB2 )) ( segid " " and resid 83 and name HG1%) OR { 3194} (( segid " " and resid 107 and name HB2 )) ( segid " " and resid 83 and name HG2%) OR { 3194} (( segid " " and resid 107 and name HB2 )) ( segid " " and resid 121 and name HG2%) ASSI { 3204} (( segid " " and resid 107 and name HB1 )) ( segid " " and resid 83 and name HG1%) 3.000 1.100 1.100 peak 3204 spectrum 1 weight 0.10000E+01 volume 0.26026E-02 ppm1 3.713 ppm2 0.864 CV 1 OR { 3204} (( segid " " and resid 107 and name HB1 )) ( segid " " and resid 109 and name HG2%) OR { 3204} (( segid " " and resid 107 and name HB1 )) ( segid " " and resid 83 and name HG2%) OR { 3204} (( segid " " and resid 107 and name HB1 )) ( segid " " and resid 121 and name HG2%) ASSI { 3216} (( segid " " and resid 76 and name HB )) ( segid " " and resid 76 and name HG2%) 2.400 0.700 0.700 peak 3216 spectrum 1 weight 0.10000E+01 volume 0.68645E-02 ppm1 4.038 ppm2 1.217 CV 1 OR { 3216} (( segid " " and resid 62 and name HB )) ( segid " " and resid 62 and name HG2%) ASSI { 3219} (( segid " " and resid 12 and name HB )) (( segid " " and resid 17 and name HA1 )) 4.300 2.300 1.700 peak 3219 spectrum 1 weight 0.10000E+01 volume 0.11266E-02 ppm1 3.706 ppm2 4.270 CV 1 OR { 3219} (( segid " " and resid 12 and name HB )) (( segid " " and resid 14 and name HA )) OR { 3219} (( segid " " and resid 12 and name HB )) (( segid " " and resid 19 and name HA )) ASSI { 3251} ( segid " " and resid 43 and name HD1%) (( segid " " and resid 44 and name HA )) 3.900 1.900 1.900 peak 3251 spectrum 1 weight 0.10000E+01 volume 0.12277E-02 ppm1 0.679 ppm2 5.210 CV 1 OR { 3251} ( segid " " and resid 123 and name HD2%) (( segid " " and resid 134 and name HA )) ASSI { 3252} (( segid " " and resid 22 and name HG )) (( segid " " and resid 22 and name HA )) 2.800 1.000 1.000 peak 3252 spectrum 1 weight 0.10000E+01 volume 0.15397E-02 ppm1 0.873 ppm2 4.361 CV 1 OR { 3252} (( segid " " and resid 22 and name HG )) (( segid " " and resid 25 and name HA )) ASSI { 3253} (( segid " " and resid 27 and name HG1 )) (( segid " " and resid 30 and name HN )) 2.800 1.000 0.700 peak 3253 spectrum 1 weight 0.10000E+01 volume 0.14043E-02 ppm1 1.624 ppm2 7.344 CV 1 OR { 3253} (( segid " " and resid 10 and name HG1 )) (( segid " " and resid 10 and name HN )) ASSI { 3256} (( segid " " and resid 148 and name HG1 )) (( segid " " and resid 148 and name HA )) 3.300 1.400 1.400 peak 3256 spectrum 1 weight 0.10000E+01 volume 0.17858E-02 ppm1 1.584 ppm2 4.217 CV 1 OR { 3256} (( segid " " and resid 148 and name HG2 )) (( segid " " and resid 148 and name HA )) OR { 3256} (( segid " " and resid 120 and name HG1 )) (( segid " " and resid 120 and name HA )) ASSI { 3260} (( segid " " and resid 84 and name HG )) ( segid " " and resid 84 and name HD1%) 2.700 0.900 0.900 peak 3260 spectrum 1 weight 0.10000E+01 volume 0.18492E-02 ppm1 1.342 ppm2 0.170 CV 1 OR { 3260} (( segid " " and resid 77 and name HG )) ( segid " " and resid 84 and name HD1%) ASSI { 3273} (( segid " " and resid 43 and name HB1 )) (( segid " " and resid 88 and name HB2 )) 5.400 3.600 0.600 peak 3273 spectrum 1 weight 0.10000E+01 volume 0.31882E-03 ppm1 1.730 ppm2 2.981 CV 1 OR { 3273} (( segid " " and resid 43 and name HB1 )) (( segid " " and resid 122 and name HB1 )) ASSI { 3275} ( segid " " and resid 47 and name HB% ) ( segid " " and resid 73 and name HD1%) 3.600 1.600 2.400 peak 3275 spectrum 1 weight 0.10000E+01 volume 0.40718E-02 ppm1 1.257 ppm2 0.647 CV 1 OR { 3275} ( segid " " and resid 47 and name HB% ) ( segid " " and resid 45 and name HG2%) ASSI { 3278} ( segid " " and resid 43 and name HD1%) (( segid " " and resid 43 and name HB2 )) 2.400 0.700 0.700 peak 3278 spectrum 1 weight 0.10000E+01 volume 0.41555E-02 ppm1 0.678 ppm2 1.820 CV 1 OR { 3278} ( segid " " and resid 43 and name HD1%) (( segid " " and resid 43 and name HB2 )) OR { 3278} ( segid " " and resid 123 and name HD2%) (( segid " " and resid 134 and name HB2 )) OR { 3278} ( segid " " and resid 86 and name HD2%) (( segid " " and resid 87 and name HB )) OR { 3278} ( segid " " and resid 86 and name HD2%) (( segid " " and resid 87 and name HB )) ASSI { 3279} ( segid " " and resid 43 and name HD1%) ( segid " " and resid 59 and name HG1%) 3.300 1.500 1.500 peak 3279 spectrum 1 weight 0.10000E+01 volume 0.98112E-02 ppm1 0.681 ppm2 0.930 CV 1 OR { 3279} ( segid " " and resid 123 and name HD2%) ( segid " " and resid 121 and name HG1%) ASSI { 3281} (( segid " " and resid 68 and name HG )) (( segid " " and resid 68 and name HB2 )) 2.800 1.000 1.000 peak 3281 spectrum 1 weight 0.10000E+01 volume 0.33846E-02 ppm1 1.064 ppm2 1.280 CV 1 OR { 3281} (( segid " " and resid 68 and name HG )) ( segid " " and resid 70 and name HB% ) ASSI { 3284} ( segid " " and resid 68 and name HD2%) (( segid " " and resid 68 and name HB1 )) 3.000 1.100 1.100 peak 3284 spectrum 1 weight 0.10000E+01 volume 0.18581E-02 ppm1 0.476 ppm2 1.572 CV 1 OR { 3284} ( segid " " and resid 86 and name HD1%) (( segid " " and resid 86 and name HB1 )) OR { 3284} ( segid " " and resid 68 and name HD2%) (( segid " " and resid 61 and name HG12)) OR { 3284} ( segid " " and resid 86 and name HD1%) (( segid " " and resid 45 and name HB )) ASSI { 3286} ( segid " " and resid 84 and name HD2%) (( segid " " and resid 84 and name HB1 )) 2.800 1.000 1.000 peak 3286 spectrum 1 weight 0.10000E+01 volume 0.17431E-02 ppm1 0.471 ppm2 1.700 CV 1 OR { 3286} ( segid " " and resid 68 and name HD2%) (( segid " " and resid 61 and name HB )) OR { 3286} ( segid " " and resid 77 and name HD2%) (( segid " " and resid 84 and name HB1 )) ASSI { 3290} ( segid " " and resid 77 and name HD2%) (( segid " " and resid 77 and name HB2 )) 2.400 0.700 0.700 peak 3290 spectrum 1 weight 0.10000E+01 volume 0.64484E-02 ppm1 0.510 ppm2 1.205 CV 1 OR { 3290} ( segid " " and resid 77 and name HD1%) (( segid " " and resid 77 and name HB2 )) OR { 3290} ( segid " " and resid 77 and name HD1%) (( segid " " and resid 22 and name HB2 )) OR { 3290} ( segid " " and resid 77 and name HD2%) (( segid " " and resid 22 and name HB2 )) OR { 3290} ( segid " " and resid 77 and name HD1%) ( segid " " and resid 141 and name HB% ) OR { 3290} ( segid " " and resid 77 and name HD2%) ( segid " " and resid 141 and name HB% ) OR { 3290} ( segid " " and resid 77 and name HD2%) ( segid " " and resid 78 and name HG2%) ASSI { 3296} (( segid " " and resid 77 and name HG )) ( segid " " and resid 77 and name HD1%) 2.800 1.000 1.000 peak 3296 spectrum 1 weight 0.10000E+01 volume 0.13889E-02 ppm1 1.328 ppm2 0.521 CV 1 OR { 3296} (( segid " " and resid 77 and name HG )) ( segid " " and resid 77 and name HD2%) OR { 3296} (( segid " " and resid 84 and name HG )) ( segid " " and resid 77 and name HD1%) OR { 3296} (( segid " " and resid 84 and name HG )) ( segid " " and resid 77 and name HD2%) ASSI { 3307} ( segid " " and resid 43 and name HD2%) (( segid " " and resid 31 and name HB1 )) 4.200 2.200 1.800 peak 3307 spectrum 1 weight 0.10000E+01 volume 0.70562E-03 ppm1 0.624 ppm2 2.682 CV 1 OR { 3307} ( segid " " and resid 43 and name HD2%) (( segid " " and resid 122 and name HB2 )) ASSI { 3314} ( segid " " and resid 45 and name HG1%) (( segid " " and resid 86 and name HB1 )) 3.100 1.200 1.200 peak 3314 spectrum 1 weight 0.10000E+01 volume 0.40030E-02 ppm1 0.545 ppm2 1.629 CV 1 OR { 3314} ( segid " " and resid 45 and name HG1%) (( segid " " and resid 25 and name HB1 )) OR { 3314} ( segid " " and resid 45 and name HG1%) (( segid " " and resid 75 and name HB1 )) OR { 3314} ( segid " " and resid 45 and name HG1%) (( segid " " and resid 75 and name HD1 )) OR { 3314} ( segid " " and resid 45 and name HG1%) (( segid " " and resid 26 and name HD1 )) OR { 3314} ( segid " " and resid 45 and name HG1%) (( segid " " and resid 75 and name HD2 )) ASSI { 3316} ( segid " " and resid 109 and name HG2%) (( segid " " and resid 109 and name HB )) 2.000 0.500 0.500 peak 3316 spectrum 1 weight 0.10000E+01 volume 0.22575E-01 ppm1 0.867 ppm2 1.187 CV 1 OR { 3316} ( segid " " and resid 83 and name HG2%) (( segid " " and resid 85 and name HB1 )) OR { 3316} ( segid " " and resid 83 and name HG1%) (( segid " " and resid 85 and name HB2 )) OR { 3316} ( segid " " and resid 12 and name HG2%) ( segid " " and resid 19 and name HD1%) ASSI { 3321} ( segid " " and resid 12 and name HG2%) ( segid " " and resid 20 and name HE% ) 3.800 1.800 1.600 peak 3321 spectrum 1 weight 0.10000E+01 volume 0.19489E-02 ppm1 0.852 ppm2 6.824 CV 1 OR { 3321} ( segid " " and resid 83 and name HG1%) ( segid " " and resid 108 and name HE% ) OR { 3321} ( segid " " and resid 83 and name HG2%) ( segid " " and resid 108 and name HE% ) OR { 3321} ( segid " " and resid 83 and name HG2%) ( segid " " and resid 82 and name HN ) OR { 3321} ( segid " " and resid 83 and name HG1%) ( segid " " and resid 82 and name HN ) ASSI { 3324} ( segid " " and resid 59 and name HG1%) (( segid " " and resid 59 and name HB )) 2.200 0.600 0.600 peak 3324 spectrum 1 weight 0.10000E+01 volume 0.63776E-02 ppm1 0.951 ppm2 1.873 CV 1 OR { 3324} ( segid " " and resid 59 and name HG1%) (( segid " " and resid 43 and name HB2 )) ASSI { 3326} ( segid " " and resid 109 and name HG2%) ( segid " " and resid 109 and name HG1%) 2.200 0.600 0.600 peak 3326 spectrum 1 weight 0.10000E+01 volume 0.20980E-01 ppm1 0.865 ppm2 0.575 CV 1 ASSI { 3344} (( segid " " and resid 23 and name HA )) (( segid " " and resid 26 and name HN )) 3.600 1.600 1.600 peak 3344 spectrum 1 weight 0.10000E+01 volume 0.63175E-03 ppm1 3.632 ppm2 7.580 CV 1 OR { 3344} (( segid " " and resid 23 and name HA )) (( segid " " and resid 4 and name HD21)) ASSI { 3361} (( segid " " and resid 111 and name HB1 )) (( segid " " and resid 111 and name HA )) 2.900 2.900 3.100 peak 3361 spectrum 1 weight 0.10000E+01 volume 0.64982E-03 ppm1 1.686 ppm2 4.567 CV 1 OR { 3361} (( segid " " and resid 111 and name HB2 )) (( segid " " and resid 111 and name HA )) ASSI { 3368} (( segid " " and resid 27 and name HG1 )) (( segid " " and resid 29 and name HN )) 2.900 1.100 1.100 peak 3368 spectrum 1 weight 0.10000E+01 volume 0.10163E-02 ppm1 1.620 ppm2 8.210 CV 1 OR { 3368} (( segid " " and resid 27 and name HG1 )) (( segid " " and resid 27 and name HN )) ASSI { 3377} (( segid " " and resid 26 and name HA )) (( segid " " and resid 26 and name HB2 )) 2.400 0.700 0.700 peak 3377 spectrum 1 weight 0.10000E+01 volume 0.41441E-02 ppm1 4.304 ppm2 1.908 CV 1 OR { 3377} (( segid " " and resid 26 and name HA )) (( segid " " and resid 27 and name HB1 )) ASSI { 3380} (( segid " " and resid 60 and name HA )) ( segid " " and resid 57 and name HB% ) 4.500 2.500 1.500 peak 3380 spectrum 1 weight 0.10000E+01 volume 0.63830E-03 ppm1 5.651 ppm2 1.186 CV 1 OR { 3380} (( segid " " and resid 60 and name HA )) ( segid " " and resid 59 and name HG2%) OR { 3380} (( segid " " and resid 60 and name HA )) ( segid " " and resid 62 and name HG2%) ASSI { 3390} (( segid " " and resid 60 and name HB1 )) (( segid " " and resid 42 and name HG2 )) 4.100 2.100 1.900 peak 3390 spectrum 1 weight 0.10000E+01 volume 0.16965E-02 ppm1 3.025 ppm2 2.100 CV 1 OR { 3390} (( segid " " and resid 125 and name HB2 )) (( segid " " and resid 127 and name HB1 )) OR { 3390} (( segid " " and resid 60 and name HB1 )) (( segid " " and resid 42 and name HG1 )) OR { 3390} (( segid " " and resid 44 and name HB1 )) (( segid " " and resid 48 and name HG2 )) OR { 3390} (( segid " " and resid 44 and name HB1 )) (( segid " " and resid 48 and name HG1 )) OR { 3390} (( segid " " and resid 125 and name HB2 )) (( segid " " and resid 127 and name HB2 )) OR { 3390} (( segid " " and resid 105 and name HB1 )) (( segid " " and resid 106 and name HB2 )) ASSI { 3406} (( segid " " and resid 19 and name HB1 )) (( segid " " and resid 20 and name HN )) 4.900 3.000 1.100 peak 3406 spectrum 1 weight 0.10000E+01 volume 0.39250E-03 ppm1 1.495 ppm2 9.298 CV 1 OR { 3406} (( segid " " and resid 140 and name HB2 )) (( segid " " and resid 139 and name HN )) OR { 3406} (( segid " " and resid 140 and name HB1 )) (( segid " " and resid 139 and name HN )) ASSI { 3421} (( segid " " and resid 29 and name HB1 )) (( segid " " and resid 50 and name HB1 )) 4.600 2.600 1.400 peak 3421 spectrum 1 weight 0.10000E+01 volume 0.87568E-03 ppm1 3.938 ppm2 1.769 CV 1 ASSI { 3423} (( segid " " and resid 29 and name HB1 )) (( segid " " and resid 27 and name HG1 )) 4.000 2.000 2.000 peak 3423 spectrum 1 weight 0.10000E+01 volume 0.15067E-02 ppm1 3.936 ppm2 1.662 CV 1 OR { 3423} (( segid " " and resid 29 and name HB1 )) (( segid " " and resid 50 and name HB2 )) OR { 3423} (( segid " " and resid 29 and name HB1 )) (( segid " " and resid 50 and name HD1 )) OR { 3423} (( segid " " and resid 29 and name HB1 )) (( segid " " and resid 50 and name HD2 )) ASSI { 3427} ( segid " " and resid 25 and name HD1%) (( segid " " and resid 136 and name HZ2 )) 4.500 2.500 1.500 peak 3427 spectrum 1 weight 0.10000E+01 volume 0.51205E-03 ppm1 -0.013 ppm2 7.244 CV 1 OR { 3427} ( segid " " and resid 25 and name HD1%) (( segid " " and resid 47 and name HN )) ASSI { 3429} ( segid " " and resid 25 and name HD1%) (( segid " " and resid 26 and name HA )) 4.000 2.000 2.000 peak 3429 spectrum 1 weight 0.10000E+01 volume 0.53168E-03 ppm1 -0.011 ppm2 4.256 CV 1 OR { 3429} ( segid " " and resid 25 and name HD1%) (( segid " " and resid 138 and name HB )) OR { 3429} ( segid " " and resid 25 and name HD1%) (( segid " " and resid 24 and name HA )) OR { 3429} ( segid " " and resid 25 and name HD1%) (( segid " " and resid 46 and name HA )) OR { 3429} ( segid " " and resid 25 and name HD1%) (( segid " " and resid 47 and name HA )) OR { 3429} ( segid " " and resid 25 and name HD1%) (( segid " " and resid 49 and name HA )) ASSI { 3430} ( segid " " and resid 25 and name HD1%) (( segid " " and resid 27 and name HG2 )) 4.700 2.800 1.300 peak 3430 spectrum 1 weight 0.10000E+01 volume 0.41753E-03 ppm1 -0.017 ppm2 1.449 CV 1 OR { 3430} ( segid " " and resid 25 and name HD1%) (( segid " " and resid 26 and name HG2 )) OR { 3430} ( segid " " and resid 25 and name HD1%) (( segid " " and resid 140 and name HB2 )) OR { 3430} ( segid " " and resid 25 and name HD1%) (( segid " " and resid 140 and name HB1 )) OR { 3430} ( segid " " and resid 25 and name HD1%) (( segid " " and resid 120 and name HB2 )) ASSI { 3431} ( segid " " and resid 77 and name HD1%) (( segid " " and resid 85 and name HN )) 4.900 2.900 1.100 peak 3431 spectrum 1 weight 0.10000E+01 volume 0.55150E-03 ppm1 0.507 ppm2 9.065 CV 1 OR { 3431} ( segid " " and resid 77 and name HD2%) (( segid " " and resid 85 and name HN )) OR { 3431} ( segid " " and resid 86 and name HD1%) (( segid " " and resid 85 and name HN )) OR { 3431} ( segid " " and resid 77 and name HD1%) (( segid " " and resid 138 and name HN )) OR { 3431} ( segid " " and resid 86 and name HD1%) (( segid " " and resid 134 and name HN )) OR { 3431} ( segid " " and resid 77 and name HD2%) (( segid " " and resid 138 and name HN )) ASSI { 3432} ( segid " " and resid 77 and name HD1%) (( segid " " and resid 9 and name HN )) 4.000 2.000 2.000 peak 3432 spectrum 1 weight 0.10000E+01 volume 0.58223E-03 ppm1 0.509 ppm2 9.636 CV 1 OR { 3432} ( segid " " and resid 77 and name HD1%) (( segid " " and resid 108 and name HN )) OR { 3432} ( segid " " and resid 86 and name HD1%) (( segid " " and resid 108 and name HN )) OR { 3432} ( segid " " and resid 77 and name HD2%) (( segid " " and resid 108 and name HN )) ASSI { 3437} ( segid " " and resid 61 and name HD1%) (( segid " " and resid 59 and name HA )) 4.800 2.800 1.200 peak 3437 spectrum 1 weight 0.10000E+01 volume 0.39726E-03 ppm1 0.699 ppm2 4.567 CV 1 OR { 3437} ( segid " " and resid 61 and name HD1%) (( segid " " and resid 70 and name HA )) ASSI { 3440} (( segid " " and resid 12 and name HA )) (( segid " " and resid 19 and name HN )) 4.900 3.000 1.100 peak 3440 spectrum 1 weight 0.10000E+01 volume 0.41377E-03 ppm1 5.499 ppm2 7.848 CV 1 OR { 3440} (( segid " " and resid 12 and name HA )) (( segid " " and resid 18 and name HN )) ASSI { 3443} (( segid " " and resid 13 and name HA )) ( segid " " and resid 79 and name HD% ) 3.900 1.900 1.900 peak 3443 spectrum 1 weight 0.10000E+01 volume 0.97363E-03 ppm1 4.391 ppm2 6.823 CV 1 OR { 3443} (( segid " " and resid 13 and name HA )) ( segid " " and resid 20 and name HE% ) ASSI { 3444} (( segid " " and resid 13 and name HA )) ( segid " " and resid 79 and name HD% ) 4.100 2.100 1.900 peak 3444 spectrum 1 weight 0.10000E+01 volume 0.83696E-03 ppm1 4.396 ppm2 6.775 CV 1 OR { 3444} (( segid " " and resid 13 and name HA )) (( segid " " and resid 16 and name HN )) OR { 3444} (( segid " " and resid 13 and name HA )) ( segid " " and resid 20 and name HE% ) ASSI { 3455} (( segid " " and resid 39 and name HA )) (( segid " " and resid 40 and name HN )) 2.900 1.100 1.100 peak 3455 spectrum 1 weight 0.10000E+01 volume 0.49737E-02 ppm1 4.372 ppm2 8.178 CV 1 OR { 3455} (( segid " " and resid 6 and name HA )) (( segid " " and resid 8 and name HN )) OR { 3455} (( segid " " and resid 39 and name HA )) (( segid " " and resid 35 and name HN )) ASSI { 3461} ( segid " " and resid 43 and name HD2%) (( segid " " and resid 42 and name HA )) 3.000 3.000 3.000 peak 3461 spectrum 1 weight 0.10000E+01 volume 0.46603E-03 ppm1 0.617 ppm2 5.473 CV 1 OR { 3461} ( segid " " and resid 43 and name HD2%) (( segid " " and resid 32 and name HA )) ASSI { 3463} (( segid " " and resid 48 and name HA )) (( segid " " and resid 58 and name HA )) 3.200 1.300 1.300 peak 3463 spectrum 1 weight 0.10000E+01 volume 0.26680E-02 ppm1 3.786 ppm2 4.255 CV 1 OR { 3463} (( segid " " and resid 48 and name HA )) (( segid " " and resid 49 and name HA )) OR { 3463} (( segid " " and resid 48 and name HA )) (( segid " " and resid 47 and name HA )) ASSI { 3469} (( segid " " and resid 58 and name HA )) (( segid " " and resid 73 and name HB1 )) 3.700 1.700 1.700 peak 3469 spectrum 1 weight 0.10000E+01 volume 0.41871E-02 ppm1 4.260 ppm2 1.435 CV 1 OR { 3469} (( segid " " and resid 58 and name HA )) (( segid " " and resid 72 and name HG1 )) ASSI { 3483} (( segid " " and resid 69 and name HB2 )) (( segid " " and resid 70 and name HA )) 5.000 3.200 1.000 peak 3483 spectrum 1 weight 0.10000E+01 volume 0.33597E-03 ppm1 2.592 ppm2 4.504 CV 1 OR { 3483} (( segid " " and resid 69 and name HB2 )) (( segid " " and resid 68 and name HA )) OR { 3483} (( segid " " and resid 69 and name HB2 )) (( segid " " and resid 72 and name HA )) ASSI { 3492} ( segid " " and resid 19 and name HD1%) (( segid " " and resid 18 and name HA )) 3.900 1.900 1.900 peak 3492 spectrum 1 weight 0.10000E+01 volume 0.29025E-03 ppm1 0.675 ppm2 3.951 CV 1 OR { 3492} ( segid " " and resid 19 and name HD1%) (( segid " " and resid 14 and name HD2 )) OR { 3492} ( segid " " and resid 19 and name HD1%) (( segid " " and resid 46 and name HB2 )) ASSI { 3494} ( segid " " and resid 86 and name HD2%) (( segid " " and resid 46 and name HN )) 4.100 2.100 1.900 peak 3494 spectrum 1 weight 0.10000E+01 volume 0.74088E-03 ppm1 0.636 ppm2 8.286 CV 1 OR { 3494} ( segid " " and resid 73 and name HD1%) (( segid " " and resid 46 and name HN )) ASSI { 3496} (( segid " " and resid 78 and name HB )) (( segid " " and resid 85 and name HN )) 4.700 2.800 1.300 peak 3496 spectrum 1 weight 0.10000E+01 volume 0.48417E-03 ppm1 4.090 ppm2 9.085 CV 1 OR { 3496} (( segid " " and resid 34 and name HB )) (( segid " " and resid 41 and name HN )) ASSI { 3505} (( segid " " and resid 79 and name HB1 )) ( segid " " and resid 11 and name HG2%) 4.200 2.200 1.800 peak 3505 spectrum 1 weight 0.10000E+01 volume 0.71003E-03 ppm1 3.058 ppm2 1.275 CV 1 OR { 3505} (( segid " " and resid 20 and name HB1 )) (( segid " " and resid 84 and name HG )) OR { 3505} (( segid " " and resid 20 and name HB1 )) (( segid " " and resid 84 and name HB2 )) OR { 3505} (( segid " " and resid 20 and name HB1 )) ( segid " " and resid 11 and name HG2%) OR { 3505} (( segid " " and resid 79 and name HB1 )) (( segid " " and resid 84 and name HG )) ASSI { 3506} (( segid " " and resid 79 and name HB2 )) ( segid " " and resid 11 and name HG2%) 4.500 2.500 1.500 peak 3506 spectrum 1 weight 0.10000E+01 volume 0.10605E-02 ppm1 2.578 ppm2 1.275 CV 1 OR { 3506} (( segid " " and resid 79 and name HB2 )) (( segid " " and resid 84 and name HB2 )) OR { 3506} (( segid " " and resid 79 and name HB2 )) (( segid " " and resid 84 and name HG )) ASSI { 3507} (( segid " " and resid 20 and name HB1 )) ( segid " " and resid 11 and name HG1%) 3.500 1.500 1.500 peak 3507 spectrum 1 weight 0.10000E+01 volume 0.87561E-03 ppm1 3.042 ppm2 0.695 CV 1 OR { 3507} (( segid " " and resid 79 and name HB1 )) ( segid " " and resid 11 and name HG1%) OR { 3507} (( segid " " and resid 20 and name HB1 )) ( segid " " and resid 19 and name HD1%) ASSI { 3509} (( segid " " and resid 133 and name HB2 )) ( segid " " and resid 123 and name HD2%) 3.900 1.900 1.900 peak 3509 spectrum 1 weight 0.10000E+01 volume 0.12252E-02 ppm1 2.584 ppm2 0.689 CV 1 OR { 3509} (( segid " " and resid 133 and name HB2 )) ( segid " " and resid 123 and name HD1%) OR { 3509} (( segid " " and resid 79 and name HB2 )) ( segid " " and resid 11 and name HG1%) ASSI { 3511} (( segid " " and resid 20 and name HB1 )) ( segid " " and resid 84 and name HD1%) 3.200 1.300 1.300 peak 3511 spectrum 1 weight 0.10000E+01 volume 0.73955E-03 ppm1 3.043 ppm2 0.172 CV 1 OR { 3511} (( segid " " and resid 79 and name HB1 )) ( segid " " and resid 84 and name HD1%) ASSI { 3525} (( segid " " and resid 81 and name HB1 )) (( segid " " and resid 80 and name HG2 )) 4.800 2.800 1.200 peak 3525 spectrum 1 weight 0.10000E+01 volume 0.70391E-03 ppm1 2.825 ppm2 2.084 CV 1 OR { 3525} (( segid " " and resid 81 and name HB1 )) (( segid " " and resid 80 and name HG1 )) OR { 3525} (( segid " " and resid 4 and name HB1 )) (( segid " " and resid 5 and name HB )) OR { 3525} (( segid " " and resid 4 and name HB1 )) (( segid " " and resid 6 and name HB2 )) OR { 3525} (( segid " " and resid 4 and name HB2 )) (( segid " " and resid 5 and name HB )) OR { 3525} (( segid " " and resid 4 and name HB2 )) (( segid " " and resid 6 and name HB2 )) ASSI { 3535} (( segid " " and resid 85 and name HA )) (( segid " " and resid 85 and name HN )) 3.000 1.100 1.100 peak 3535 spectrum 1 weight 0.10000E+01 volume 0.10733E-02 ppm1 5.624 ppm2 9.070 CV 1 OR { 3535} (( segid " " and resid 125 and name HA )) (( segid " " and resid 134 and name HN )) ASSI { 3540} (( segid " " and resid 86 and name HA )) ( segid " " and resid 86 and name HD1%) 3.600 1.600 1.600 peak 3540 spectrum 1 weight 0.10000E+01 volume 0.17975E-02 ppm1 4.664 ppm2 0.500 CV 1 OR { 3540} (( segid " " and resid 86 and name HA )) ( segid " " and resid 87 and name HG1%) ASSI { 3549} (( segid " " and resid 86 and name HB1 )) ( segid " " and resid 108 and name HD% ) 4.400 2.400 1.600 peak 3549 spectrum 1 weight 0.10000E+01 volume 0.50193E-03 ppm1 1.616 ppm2 6.735 CV 1 OR { 3549} (( segid " " and resid 86 and name HB1 )) ( segid " " and resid 106 and name HD% ) ASSI { 3550} (( segid " " and resid 86 and name HB2 )) ( segid " " and resid 108 and name HD% ) 3.800 1.800 1.800 peak 3550 spectrum 1 weight 0.10000E+01 volume 0.49954E-03 ppm1 1.284 ppm2 6.737 CV 1 OR { 3550} (( segid " " and resid 86 and name HB2 )) ( segid " " and resid 106 and name HD% ) ASSI { 3558} ( segid " " and resid 77 and name HD1%) (( segid " " and resid 20 and name HB1 )) 4.000 2.000 2.000 peak 3558 spectrum 1 weight 0.10000E+01 volume 0.63324E-03 ppm1 0.492 ppm2 2.984 CV 1 OR { 3558} ( segid " " and resid 77 and name HD2%) (( segid " " and resid 20 and name HB1 )) OR { 3558} ( segid " " and resid 77 and name HD1%) (( segid " " and resid 108 and name HB1 )) OR { 3558} ( segid " " and resid 77 and name HD2%) (( segid " " and resid 108 and name HB1 )) OR { 3558} ( segid " " and resid 86 and name HD1%) (( segid " " and resid 108 and name HB1 )) ASSI { 3562} ( segid " " and resid 86 and name HD2%) ( segid " " and resid 86 and name HD1%) 2.600 0.800 0.800 peak 3562 spectrum 1 weight 0.10000E+01 volume 0.58508E-02 ppm1 0.640 ppm2 0.541 CV 1 OR { 3562} ( segid " " and resid 86 and name HD2%) ( segid " " and resid 45 and name HG1%) ASSI { 3564} ( segid " " and resid 86 and name HD2%) (( segid " " and resid 106 and name HB1 )) 4.800 2.800 1.200 peak 3564 spectrum 1 weight 0.10000E+01 volume 0.52632E-03 ppm1 0.645 ppm2 3.089 CV 1 OR { 3564} ( segid " " and resid 73 and name HD1%) (( segid " " and resid 44 and name HB1 )) OR { 3564} ( segid " " and resid 73 and name HD1%) (( segid " " and resid 46 and name HB1 )) ASSI { 3573} ( segid " " and resid 87 and name HG1%) (( segid " " and resid 103 and name HB2 )) 3.200 1.300 1.300 peak 3573 spectrum 1 weight 0.10000E+01 volume 0.21154E-02 ppm1 0.490 ppm2 1.623 CV 1 OR { 3573} ( segid " " and resid 87 and name HG1%) (( segid " " and resid 85 and name HB1 )) OR { 3573} ( segid " " and resid 87 and name HG1%) (( segid " " and resid 103 and name HB1 )) OR { 3573} ( segid " " and resid 87 and name HG1%) (( segid " " and resid 86 and name HB1 )) ASSI { 3576} ( segid " " and resid 87 and name HG1%) (( segid " " and resid 89 and name HB2 )) 4.600 2.700 1.400 peak 3576 spectrum 1 weight 0.10000E+01 volume 0.80239E-03 ppm1 0.486 ppm2 2.105 CV 1 OR { 3576} ( segid " " and resid 87 and name HG1%) (( segid " " and resid 106 and name HB2 )) ASSI { 3577} ( segid " " and resid 87 and name HG1%) (( segid " " and resid 106 and name HB1 )) 4.500 2.600 1.500 peak 3577 spectrum 1 weight 0.10000E+01 volume 0.91981E-03 ppm1 0.490 ppm2 3.084 CV 1 OR { 3577} ( segid " " and resid 87 and name HG1%) (( segid " " and resid 105 and name HB1 )) ASSI { 3584} (( segid " " and resid 88 and name HB2 )) ( segid " " and resid 88 and name HD% ) 3.300 1.400 1.400 peak 3584 spectrum 1 weight 0.10000E+01 volume 0.55363E-03 ppm1 2.991 ppm2 7.118 CV 1 OR { 3584} (( segid " " and resid 122 and name HB1 )) ( segid " " and resid 134 and name HE% ) OR { 3584} (( segid " " and resid 108 and name HB1 )) (( segid " " and resid 141 and name HN )) ASSI { 3591} (( segid " " and resid 89 and name HG2 )) (( segid " " and resid 90 and name HN )) 4.500 2.500 1.500 peak 3591 spectrum 1 weight 0.10000E+01 volume 0.87648E-03 ppm1 2.221 ppm2 9.232 CV 1 OR { 3591} (( segid " " and resid 89 and name HG2 )) (( segid " " and resid 88 and name HN )) ASSI { 3601} (( segid " " and resid 90 and name HB1 )) (( segid " " and resid 72 and name HB2 )) 3.300 1.300 1.300 peak 3601 spectrum 1 weight 0.10000E+01 volume 0.65538E-03 ppm1 3.104 ppm2 1.968 CV 1 OR { 3601} (( segid " " and resid 90 and name HB1 )) (( segid " " and resid 72 and name HB1 )) ASSI { 3610} (( segid " " and resid 4 and name HB1 )) (( segid " " and resid 23 and name HB )) 4.400 2.400 1.600 peak 3610 spectrum 1 weight 0.10000E+01 volume 0.79657E-03 ppm1 2.826 ppm2 3.680 CV 1 OR { 3610} (( segid " " and resid 92 and name HB1 )) (( segid " " and resid 93 and name HD1 )) OR { 3610} (( segid " " and resid 4 and name HB2 )) (( segid " " and resid 23 and name HB )) OR { 3610} (( segid " " and resid 92 and name HB2 )) (( segid " " and resid 93 and name HD1 )) OR { 3610} (( segid " " and resid 4 and name HB2 )) (( segid " " and resid 23 and name HA )) ASSI { 3611} (( segid " " and resid 94 and name HB2 )) (( segid " " and resid 96 and name HN )) 3.700 1.700 1.700 peak 3611 spectrum 1 weight 0.10000E+01 volume 0.41536E-03 ppm1 2.281 ppm2 7.083 CV 1 OR { 3611} (( segid " " and resid 94 and name HB2 )) (( segid " " and resid 97 and name HN )) ASSI { 3628} (( segid " " and resid 96 and name HB )) (( segid " " and resid 128 and name HG1 )) 4.700 2.800 1.300 peak 3628 spectrum 1 weight 0.10000E+01 volume 0.33921E-03 ppm1 4.102 ppm2 2.398 CV 1 OR { 3628} (( segid " " and resid 96 and name HB )) (( segid " " and resid 128 and name HG2 )) OR { 3628} (( segid " " and resid 96 and name HB )) (( segid " " and resid 130 and name HB2 )) OR { 3628} (( segid " " and resid 96 and name HB )) (( segid " " and resid 127 and name HG2 )) OR { 3628} (( segid " " and resid 96 and name HB )) (( segid " " and resid 127 and name HG1 )) OR { 3628} (( segid " " and resid 96 and name HB )) (( segid " " and resid 95 and name HB1 )) ASSI { 3652} (( segid " " and resid 13 and name HB1 )) ( segid " " and resid 12 and name HG2%) 4.800 2.900 1.200 peak 3652 spectrum 1 weight 0.10000E+01 volume 0.61916E-03 ppm1 3.172 ppm2 0.866 CV 1 OR { 3652} (( segid " " and resid 110 and name HB1 )) ( segid " " and resid 109 and name HG2%) ASSI { 3653} (( segid " " and resid 110 and name HB2 )) ( segid " " and resid 109 and name HG2%) 4.500 2.500 1.500 peak 3653 spectrum 1 weight 0.10000E+01 volume 0.72966E-03 ppm1 2.759 ppm2 0.869 CV 1 OR { 3653} (( segid " " and resid 110 and name HB2 )) ( segid " " and resid 140 and name HD1%) ASSI { 3654} (( segid " " and resid 110 and name HB1 )) (( segid " " and resid 143 and name HN )) 4.500 2.500 1.500 peak 3654 spectrum 1 weight 0.10000E+01 volume 0.49817E-03 ppm1 3.174 ppm2 8.978 CV 1 ASSI { 3657} (( segid " " and resid 13 and name HB1 )) (( segid " " and resid 13 and name HN )) 4.500 2.500 1.500 peak 3657 spectrum 1 weight 0.10000E+01 volume 0.67508E-03 ppm1 3.188 ppm2 8.218 CV 1 OR { 3657} (( segid " " and resid 110 and name HB1 )) (( segid " " and resid 144 and name HN )) OR { 3657} (( segid " " and resid 110 and name HB1 )) (( segid " " and resid 146 and name HN )) OR { 3657} (( segid " " and resid 53 and name HB1 )) (( segid " " and resid 53 and name HN )) OR { 3657} (( segid " " and resid 53 and name HB1 )) (( segid " " and resid 52 and name HN )) ASSI { 3661} (( segid " " and resid 110 and name HB1 )) (( segid " " and resid 142 and name HA )) 4.500 2.500 1.500 peak 3661 spectrum 1 weight 0.10000E+01 volume 0.92045E-03 ppm1 3.155 ppm2 4.863 CV 1 OR { 3661} (( segid " " and resid 53 and name HB1 )) (( segid " " and resid 69 and name HA )) OR { 3661} (( segid " " and resid 13 and name HB1 )) (( segid " " and resid 79 and name HA )) OR { 3661} (( segid " " and resid 13 and name HB1 )) (( segid " " and resid 142 and name HA )) ASSI { 3665} (( segid " " and resid 113 and name HB2 )) (( segid " " and resid 111 and name HD2 )) 4.100 2.100 1.900 peak 3665 spectrum 1 weight 0.10000E+01 volume 0.90528E-03 ppm1 2.631 ppm2 1.690 CV 1 OR { 3665} (( segid " " and resid 8 and name HB2 )) (( segid " " and resid 75 and name HB1 )) OR { 3665} (( segid " " and resid 113 and name HB2 )) (( segid " " and resid 111 and name HD1 )) OR { 3665} (( segid " " and resid 8 and name HB1 )) (( segid " " and resid 75 and name HB1 )) OR { 3665} (( segid " " and resid 20 and name HB2 )) (( segid " " and resid 84 and name HB1 )) ASSI { 3666} (( segid " " and resid 8 and name HB2 )) (( segid " " and resid 75 and name HD2 )) 4.000 2.000 2.000 peak 3666 spectrum 1 weight 0.10000E+01 volume 0.89858E-03 ppm1 2.623 ppm2 1.618 CV 1 OR { 3666} (( segid " " and resid 8 and name HB2 )) (( segid " " and resid 75 and name HD1 )) OR { 3666} (( segid " " and resid 8 and name HB2 )) (( segid " " and resid 75 and name HB1 )) OR { 3666} (( segid " " and resid 8 and name HB1 )) (( segid " " and resid 75 and name HD2 )) OR { 3666} (( segid " " and resid 113 and name HB2 )) ( segid " " and resid 114 and name HB% ) OR { 3666} (( segid " " and resid 8 and name HB1 )) (( segid " " and resid 75 and name HB1 )) OR { 3666} (( segid " " and resid 8 and name HB1 )) (( segid " " and resid 75 and name HD1 )) ASSI { 3667} ( segid " " and resid 114 and name HB% ) (( segid " " and resid 137 and name HB1 )) 4.600 2.700 1.400 peak 3667 spectrum 1 weight 0.10000E+01 volume 0.71403E-03 ppm1 1.559 ppm2 3.346 CV 1 OR { 3667} ( segid " " and resid 15 and name HB% ) (( segid " " and resid 142 and name HB1 )) ASSI { 3671} (( segid " " and resid 119 and name HA )) (( segid " " and resid 136 and name HE1 )) 4.100 2.100 1.900 peak 3671 spectrum 1 weight 0.10000E+01 volume 0.41460E-03 ppm1 4.372 ppm2 9.805 CV 1 OR { 3671} (( segid " " and resid 114 and name HA )) (( segid " " and resid 136 and name HE1 )) ASSI { 3682} (( segid " " and resid 120 and name HB1 )) ( segid " " and resid 33 and name HD1%) 4.400 2.500 1.600 peak 3682 spectrum 1 weight 0.10000E+01 volume 0.11077E-02 ppm1 1.591 ppm2 0.921 CV 1 OR { 3682} (( segid " " and resid 120 and name HB1 )) ( segid " " and resid 33 and name HG2%) OR { 3682} (( segid " " and resid 120 and name HB1 )) ( segid " " and resid 121 and name HG1%) OR { 3682} (( segid " " and resid 120 and name HB1 )) ( segid " " and resid 121 and name HG2%) ASSI { 3684} (( segid " " and resid 120 and name HB2 )) ( segid " " and resid 41 and name HD1%) 4.600 2.700 1.400 peak 3684 spectrum 1 weight 0.10000E+01 volume 0.43415E-03 ppm1 1.433 ppm2 0.614 CV 1 OR { 3684} (( segid " " and resid 120 and name HB2 )) ( segid " " and resid 43 and name HD2%) OR { 3684} (( segid " " and resid 120 and name HB2 )) ( segid " " and resid 109 and name HG1%) ASSI { 3685} (( segid " " and resid 121 and name HA )) ( segid " " and resid 122 and name HD% ) 4.800 2.800 1.200 peak 3685 spectrum 1 weight 0.10000E+01 volume 0.58044E-03 ppm1 4.301 ppm2 6.631 CV 1 OR { 3685} (( segid " " and resid 121 and name HA )) ( segid " " and resid 134 and name HD% ) ASSI { 3689} ( segid " " and resid 121 and name HG1%) (( segid " " and resid 137 and name HN )) 4.700 2.800 1.300 peak 3689 spectrum 1 weight 0.10000E+01 volume 0.54248E-03 ppm1 0.895 ppm2 9.783 CV 1 OR { 3689} ( segid " " and resid 109 and name HG2%) (( segid " " and resid 137 and name HN )) ASSI { 3690} ( segid " " and resid 121 and name HG1%) (( segid " " and resid 120 and name HA )) 2.500 0.800 0.800 peak 3690 spectrum 1 weight 0.10000E+01 volume 0.97587E-02 ppm1 0.893 ppm2 4.237 CV 1 OR { 3690} ( segid " " and resid 146 and name HG2%) (( segid " " and resid 148 and name HA )) OR { 3690} ( segid " " and resid 121 and name HG2%) (( segid " " and resid 120 and name HA )) OR { 3690} ( segid " " and resid 146 and name HG1%) (( segid " " and resid 148 and name HA )) OR { 3690} ( segid " " and resid 121 and name HG1%) (( segid " " and resid 123 and name HA )) ASSI { 3698} (( segid " " and resid 108 and name HB1 )) (( segid " " and resid 109 and name HA )) 5.900 4.400 0.100 peak 3698 spectrum 1 weight 0.10000E+01 volume 0.22990E-03 ppm1 2.963 ppm2 4.437 CV 1 OR { 3698} (( segid " " and resid 108 and name HB1 )) (( segid " " and resid 83 and name HA )) ASSI { 3700} (( segid " " and resid 108 and name HB1 )) (( segid " " and resid 108 and name HN )) 4.400 2.500 1.600 peak 3700 spectrum 1 weight 0.10000E+01 volume 0.31815E-03 ppm1 2.958 ppm2 9.660 CV 1 ASSI { 3701} (( segid " " and resid 122 and name HB1 )) ( segid " " and resid 33 and name HD1%) 3.700 1.700 1.700 peak 3701 spectrum 1 weight 0.10000E+01 volume 0.84758E-03 ppm1 2.956 ppm2 0.898 CV 1 OR { 3701} (( segid " " and resid 108 and name HB1 )) (( segid " " and resid 22 and name HG )) OR { 3701} (( segid " " and resid 108 and name HB1 )) ( segid " " and resid 83 and name HG1%) OR { 3701} (( segid " " and resid 122 and name HB1 )) ( segid " " and resid 41 and name HG2%) OR { 3701} (( segid " " and resid 108 and name HB1 )) ( segid " " and resid 83 and name HG2%) ASSI { 3703} (( segid " " and resid 122 and name HB1 )) ( segid " " and resid 41 and name HD1%) 4.500 2.500 1.500 peak 3703 spectrum 1 weight 0.10000E+01 volume 0.45663E-03 ppm1 2.958 ppm2 0.621 CV 1 OR { 3703} (( segid " " and resid 108 and name HB1 )) ( segid " " and resid 109 and name HG1%) OR { 3703} (( segid " " and resid 108 and name HB1 )) ( segid " " and resid 25 and name HD2%) OR { 3703} (( segid " " and resid 88 and name HB2 )) ( segid " " and resid 45 and name HG2%) OR { 3703} (( segid " " and resid 88 and name HB2 )) ( segid " " and resid 43 and name HD2%) OR { 3703} (( segid " " and resid 88 and name HB2 )) ( segid " " and resid 86 and name HD2%) OR { 3703} (( segid " " and resid 108 and name HB1 )) ( segid " " and resid 45 and name HG2%) OR { 3703} (( segid " " and resid 122 and name HB1 )) ( segid " " and resid 43 and name HD2%) ASSI { 3704} (( segid " " and resid 122 and name HB2 )) ( segid " " and resid 41 and name HD1%) 4.200 2.200 1.800 peak 3704 spectrum 1 weight 0.10000E+01 volume 0.54199E-03 ppm1 2.670 ppm2 0.612 CV 1 OR { 3704} (( segid " " and resid 122 and name HB2 )) ( segid " " and resid 43 and name HD2%) ASSI { 3705} (( segid " " and resid 108 and name HB1 )) ( segid " " and resid 108 and name HD% ) 3.200 1.300 1.300 peak 3705 spectrum 1 weight 0.10000E+01 volume 0.64119E-03 ppm1 2.969 ppm2 6.727 CV 1 OR { 3705} (( segid " " and resid 88 and name HB2 )) ( segid " " and resid 106 and name HD% ) ASSI { 3729} (( segid " " and resid 135 and name HB1 )) (( segid " " and resid 123 and name HB2 )) 4.700 2.800 1.300 peak 3729 spectrum 1 weight 0.10000E+01 volume 0.44975E-03 ppm1 3.769 ppm2 1.167 CV 1 OR { 3729} (( segid " " and resid 74 and name HB1 )) (( segid " " and resid 75 and name HG2 )) OR { 3729} (( segid " " and resid 74 and name HB2 )) (( segid " " and resid 75 and name HG2 )) OR { 3729} (( segid " " and resid 135 and name HB1 )) (( segid " " and resid 109 and name HB )) OR { 3729} (( segid " " and resid 74 and name HB2 )) ( segid " " and resid 59 and name HG2%) OR { 3729} (( segid " " and resid 74 and name HB1 )) ( segid " " and resid 59 and name HG2%) OR { 3729} (( segid " " and resid 135 and name HB1 )) ( segid " " and resid 141 and name HB% ) ASSI { 3736} (( segid " " and resid 100 and name HG1 )) (( segid " " and resid 97 and name HN )) 4.600 2.600 1.400 peak 3736 spectrum 1 weight 0.10000E+01 volume 0.45348E-03 ppm1 2.512 ppm2 7.068 CV 1 OR { 3736} (( segid " " and resid 136 and name HB2 )) (( segid " " and resid 136 and name HE3 )) ASSI { 3739} (( segid " " and resid 136 and name HB1 )) (( segid " " and resid 120 and name HB1 )) 4.800 2.900 1.200 peak 3739 spectrum 1 weight 0.10000E+01 volume 0.25575E-03 ppm1 3.189 ppm2 1.589 CV 1 OR { 3739} (( segid " " and resid 136 and name HB1 )) ( segid " " and resid 114 and name HB% ) ASSI { 3742} (( segid " " and resid 137 and name HA )) (( segid " " and resid 141 and name HN )) 5.500 3.800 0.500 peak 3742 spectrum 1 weight 0.10000E+01 volume 0.54214E-03 ppm1 5.524 ppm2 7.089 CV 1 OR { 3742} (( segid " " and resid 108 and name HA )) (( segid " " and resid 141 and name HN )) ASSI { 3760} (( segid " " and resid 19 and name HB1 )) (( segid " " and resid 21 and name HB1 )) 4.600 2.700 1.400 peak 3760 spectrum 1 weight 0.10000E+01 volume 0.59585E-03 ppm1 1.451 ppm2 2.899 CV 1 OR { 3760} (( segid " " and resid 73 and name HB1 )) (( segid " " and resid 75 and name HE1 )) OR { 3760} (( segid " " and resid 73 and name HB1 )) (( segid " " and resid 75 and name HE2 )) ASSI { 3765} ( segid " " and resid 140 and name HD2%) (( segid " " and resid 139 and name HA )) 4.000 2.200 2.000 peak 3765 spectrum 1 weight 0.10000E+01 volume 0.20170E-02 ppm1 0.858 ppm2 4.547 CV 1 OR { 3765} ( segid " " and resid 12 and name HG2%) (( segid " " and resid 11 and name HA )) ASSI { 3776} (( segid " " and resid 142 and name HB1 )) (( segid " " and resid 110 and name HB2 )) 4.600 2.600 1.400 peak 3776 spectrum 1 weight 0.10000E+01 volume 0.53556E-03 ppm1 3.351 ppm2 2.750 CV 1 OR { 3776} (( segid " " and resid 125 and name HB1 )) (( segid " " and resid 133 and name HB1 )) ASSI { 3780} (( segid " " and resid 143 and name HB2 )) ( segid " " and resid 20 and name HE% ) 3.900 1.900 1.900 peak 3780 spectrum 1 weight 0.10000E+01 volume 0.92741E-03 ppm1 1.667 ppm2 6.810 CV 1 OR { 3780} (( segid " " and resid 143 and name HB1 )) ( segid " " and resid 20 and name HE% ) OR { 3780} (( segid " " and resid 119 and name HB1 )) ( segid " " and resid 119 and name HE21) ASSI { 3789} (( segid " " and resid 143 and name HG2 )) (( segid " " and resid 13 and name HD21)) 4.400 2.400 1.600 peak 3789 spectrum 1 weight 0.10000E+01 volume 0.62795E-03 ppm1 1.882 ppm2 7.275 CV 1 OR { 3789} (( segid " " and resid 59 and name HB )) ( segid " " and resid 125 and name HE% ) OR { 3789} (( segid " " and resid 59 and name HB )) (( segid " " and resid 69 and name HD21)) OR { 3789} (( segid " " and resid 59 and name HB )) (( segid " " and resid 69 and name HD22)) ASSI { 3797} (( segid " " and resid 12 and name HA )) ( segid " " and resid 20 and name HE% ) 5.000 3.100 1.000 peak 3797 spectrum 1 weight 0.10000E+01 volume 0.38063E-03 ppm1 5.488 ppm2 6.820 CV 1 OR { 3797} (( segid " " and resid 12 and name HA )) ( segid " " and resid 79 and name HD% ) ASSI { 3806} (( segid " " and resid 19 and name HA )) (( segid " " and resid 18 and name HA )) 4.500 2.500 1.500 peak 3806 spectrum 1 weight 0.10000E+01 volume 0.54693E-03 ppm1 4.282 ppm2 3.957 CV 1 OR { 3806} (( segid " " and resid 15 and name HA )) (( segid " " and resid 14 and name HD2 )) ASSI { 3826} ( segid " " and resid 11 and name HG2%) (( segid " " and resid 20 and name HB2 )) 3.700 1.700 1.700 peak 3826 spectrum 1 weight 0.10000E+01 volume 0.21970E-02 ppm1 1.281 ppm2 2.665 CV 1 OR { 3826} ( segid " " and resid 23 and name HG2%) (( segid " " and resid 9 and name HB1 )) OR { 3826} ( segid " " and resid 96 and name HG2%) (( segid " " and resid 97 and name HB1 )) OR { 3826} ( segid " " and resid 11 and name HG2%) (( segid " " and resid 79 and name HB1 )) ASSI { 3827} ( segid " " and resid 11 and name HG2%) (( segid " " and resid 10 and name HE )) 4.500 2.500 1.500 peak 3827 spectrum 1 weight 0.10000E+01 volume 0.61426E-03 ppm1 1.279 ppm2 6.927 CV 1 OR { 3827} ( segid " " and resid 23 and name HG2%) (( segid " " and resid 10 and name HE )) ASSI { 3840} (( segid " " and resid 33 and name HB )) (( segid " " and resid 33 and name HG11)) 3.200 1.200 1.200 peak 3840 spectrum 1 weight 0.10000E+01 volume 0.77211E-03 ppm1 2.209 ppm2 1.411 CV 1 OR { 3840} (( segid " " and resid 33 and name HB )) (( segid " " and resid 33 and name HG12)) OR { 3840} (( segid " " and resid 33 and name HB )) (( segid " " and resid 120 and name HG2 )) OR { 3840} (( segid " " and resid 33 and name HB )) (( segid " " and resid 41 and name HG11)) ASSI { 3842} (( segid " " and resid 35 and name HB1 )) ( segid " " and resid 41 and name HD1%) 4.400 2.400 1.600 peak 3842 spectrum 1 weight 0.10000E+01 volume 0.91281E-03 ppm1 2.190 ppm2 0.617 CV 1 OR { 3842} (( segid " " and resid 33 and name HB )) ( segid " " and resid 41 and name HD1%) OR { 3842} (( segid " " and resid 35 and name HB1 )) ( segid " " and resid 43 and name HD2%) ASSI { 3844} (( segid " " and resid 106 and name HB2 )) (( segid " " and resid 86 and name HB1 )) 2.900 1.000 1.000 peak 3844 spectrum 1 weight 0.10000E+01 volume 0.85591E-03 ppm1 2.166 ppm2 1.622 CV 1 OR { 3844} (( segid " " and resid 106 and name HB2 )) (( segid " " and resid 85 and name HB1 )) OR { 3844} (( segid " " and resid 35 and name HB1 )) (( segid " " and resid 61 and name HG12)) ASSI { 3851} (( segid " " and resid 44 and name HA )) ( segid " " and resid 31 and name HD% ) 3.300 1.400 1.400 peak 3851 spectrum 1 weight 0.10000E+01 volume 0.31752E-02 ppm1 5.197 ppm2 7.293 CV 1 OR { 3851} (( segid " " and resid 44 and name HA )) (( segid " " and resid 47 and name HN )) ASSI { 3855} (( segid " " and resid 44 and name HA )) ( segid " " and resid 45 and name HG2%) 3.800 1.800 1.800 peak 3855 spectrum 1 weight 0.10000E+01 volume 0.13370E-02 ppm1 5.186 ppm2 0.622 CV 1 OR { 3855} (( segid " " and resid 44 and name HA )) ( segid " " and resid 43 and name HD2%) OR { 3855} (( segid " " and resid 44 and name HA )) ( segid " " and resid 25 and name HD2%) ASSI { 3862} (( segid " " and resid 46 and name HB1 )) (( segid " " and resid 47 and name HN )) 4.500 2.500 1.500 peak 3862 spectrum 1 weight 0.10000E+01 volume 0.51346E-03 ppm1 3.066 ppm2 7.279 CV 1 OR { 3862} (( segid " " and resid 44 and name HB1 )) (( segid " " and resid 47 and name HN )) OR { 3862} (( segid " " and resid 125 and name HB2 )) ( segid " " and resid 125 and name HE% ) OR { 3862} (( segid " " and resid 106 and name HB1 )) ( segid " " and resid 31 and name HD% ) ASSI { 3884} (( segid " " and resid 22 and name HA )) (( segid " " and resid 23 and name HN )) 3.200 1.300 1.300 peak 3884 spectrum 1 weight 0.10000E+01 volume 0.47569E-03 ppm1 4.362 ppm2 8.867 CV 1 OR { 3884} (( segid " " and resid 25 and name HA )) (( segid " " and resid 23 and name HN )) ASSI { 3901} ( segid " " and resid 58 and name HB% ) ( segid " " and resid 73 and name HD1%) 4.200 2.200 1.800 peak 3901 spectrum 1 weight 0.10000E+01 volume 0.19130E-02 ppm1 0.261 ppm2 0.640 CV 1 OR { 3901} ( segid " " and resid 58 and name HB% ) ( segid " " and resid 45 and name HG2%) OR { 3901} ( segid " " and resid 58 and name HB% ) ( segid " " and resid 43 and name HD2%) OR { 3901} ( segid " " and resid 58 and name HB% ) ( segid " " and resid 43 and name HD1%) ASSI { 3902} ( segid " " and resid 58 and name HB% ) (( segid " " and resid 72 and name HB1 )) 5.300 3.400 0.700 peak 3902 spectrum 1 weight 0.10000E+01 volume 0.45907E-03 ppm1 0.260 ppm2 1.937 CV 1 OR { 3902} ( segid " " and resid 58 and name HB% ) (( segid " " and resid 72 and name HB2 )) OR { 3902} ( segid " " and resid 58 and name HB% ) (( segid " " and resid 48 and name HB1 )) ASSI { 3903} ( segid " " and resid 58 and name HB% ) ( segid " " and resid 59 and name HG2%) 2.400 0.700 0.700 peak 3903 spectrum 1 weight 0.10000E+01 volume 0.22451E-02 ppm1 0.265 ppm2 1.171 CV 1 OR { 3903} ( segid " " and resid 58 and name HB% ) (( segid " " and resid 73 and name HB2 )) OR { 3903} ( segid " " and resid 58 and name HB% ) ( segid " " and resid 57 and name HB% ) ASSI { 3904} ( segid " " and resid 58 and name HB% ) (( segid " " and resid 88 and name HH )) 4.700 2.800 1.300 peak 3904 spectrum 1 weight 0.10000E+01 volume 0.48858E-03 ppm1 0.270 ppm2 9.230 CV 1 OR { 3904} ( segid " " and resid 58 and name HB% ) (( segid " " and resid 90 and name HN )) OR { 3904} ( segid " " and resid 58 and name HB% ) (( segid " " and resid 88 and name HN )) ASSI { 3908} (( segid " " and resid 60 and name HB2 )) ( segid " " and resid 57 and name HB% ) 4.600 2.700 1.400 peak 3908 spectrum 1 weight 0.10000E+01 volume 0.61585E-03 ppm1 2.625 ppm2 1.188 CV 1 OR { 3908} (( segid " " and resid 60 and name HB2 )) ( segid " " and resid 59 and name HG2%) OR { 3908} (( segid " " and resid 60 and name HB2 )) ( segid " " and resid 62 and name HG2%) ASSI { 3918} ( segid " " and resid 62 and name HG2%) (( segid " " and resid 64 and name HN )) 3.500 1.500 1.500 peak 3918 spectrum 1 weight 0.10000E+01 volume 0.22137E-02 ppm1 1.174 ppm2 8.993 CV 1 OR { 3918} ( segid " " and resid 62 and name HG2%) (( segid " " and resid 68 and name HN )) ASSI { 3923} (( segid " " and resid 63 and name HB1 )) (( segid " " and resid 63 and name HA )) 3.100 1.200 1.200 peak 3923 spectrum 1 weight 0.10000E+01 volume 0.17780E-02 ppm1 2.770 ppm2 4.804 CV 1 OR { 3923} (( segid " " and resid 63 and name HB1 )) (( segid " " and resid 67 and name HA )) ASSI { 3941} (( segid " " and resid 77 and name HB2 )) (( segid " " and resid 76 and name HA )) 4.600 2.700 1.400 peak 3941 spectrum 1 weight 0.10000E+01 volume 0.68246E-03 ppm1 1.203 ppm2 4.518 CV 1 OR { 3941} (( segid " " and resid 77 and name HB2 )) (( segid " " and resid 11 and name HA )) ASSI { 3942} (( segid " " and resid 77 and name HB1 )) (( segid " " and resid 76 and name HA )) 5.100 3.300 0.900 peak 3942 spectrum 1 weight 0.10000E+01 volume 0.94544E-03 ppm1 1.331 ppm2 4.528 CV 1 OR { 3942} (( segid " " and resid 77 and name HB1 )) (( segid " " and resid 11 and name HA )) ASSI { 3953} (( segid " " and resid 105 and name HB1 )) (( segid " " and resid 105 and name HN )) 4.300 2.300 1.700 peak 3953 spectrum 1 weight 0.10000E+01 volume 0.42054E-03 ppm1 3.040 ppm2 9.360 CV 1 OR { 3953} (( segid " " and resid 35 and name HB2 )) (( segid " " and resid 33 and name HN )) ASSI { 3954} (( segid " " and resid 105 and name HB1 )) (( segid " " and resid 105 and name HA )) 4.100 2.100 1.900 peak 3954 spectrum 1 weight 0.10000E+01 volume 0.23246E-03 ppm1 3.058 ppm2 5.063 CV 1 OR { 3954} (( segid " " and resid 105 and name HB1 )) (( segid " " and resid 133 and name HA )) OR { 3954} (( segid " " and resid 106 and name HB1 )) (( segid " " and resid 105 and name HA )) OR { 3954} (( segid " " and resid 105 and name HB1 )) (( segid " " and resid 104 and name HB1 )) ASSI { 3955} (( segid " " and resid 105 and name HB2 )) (( segid " " and resid 105 and name HA )) 3.800 1.800 1.800 peak 3955 spectrum 1 weight 0.10000E+01 volume 0.31407E-03 ppm1 2.647 ppm2 5.063 CV 1 OR { 3955} (( segid " " and resid 105 and name HB2 )) (( segid " " and resid 133 and name HA )) OR { 3955} (( segid " " and resid 105 and name HB2 )) (( segid " " and resid 104 and name HB1 )) ASSI { 3960} (( segid " " and resid 107 and name HA )) ( segid " " and resid 108 and name HD% ) 3.000 1.100 1.100 peak 3960 spectrum 1 weight 0.10000E+01 volume 0.23137E-02 ppm1 5.171 ppm2 6.751 CV 1 OR { 3960} (( segid " " and resid 107 and name HA )) ( segid " " and resid 106 and name HD% ) ASSI { 3969} (( segid " " and resid 110 and name HA )) ( segid " " and resid 141 and name HB% ) 2.800 1.000 1.000 peak 3969 spectrum 1 weight 0.10000E+01 volume 0.24783E-02 ppm1 4.440 ppm2 1.171 CV 1 OR { 3969} (( segid " " and resid 110 and name HA )) (( segid " " and resid 109 and name HB )) ASSI { 3972} (( segid " " and resid 111 and name HA )) (( segid " " and resid 139 and name HB2 )) 3.900 1.900 1.900 peak 3972 spectrum 1 weight 0.10000E+01 volume 0.20032E-02 ppm1 4.567 ppm2 4.238 CV 1 OR { 3972} (( segid " " and resid 74 and name HA )) (( segid " " and resid 46 and name HA )) OR { 3972} (( segid " " and resid 74 and name HA )) (( segid " " and resid 47 and name HA )) OR { 3972} (( segid " " and resid 111 and name HA )) (( segid " " and resid 115 and name HA1 )) ASSI { 3975} (( segid " " and resid 40 and name HA )) (( segid " " and resid 40 and name HB2 )) 2.600 0.900 0.900 peak 3975 spectrum 1 weight 0.10000E+01 volume 0.32338E-02 ppm1 4.575 ppm2 1.705 CV 1 OR { 3975} (( segid " " and resid 40 and name HA )) (( segid " " and resid 40 and name HB1 )) OR { 3975} (( segid " " and resid 111 and name HA )) (( segid " " and resid 111 and name HD1 )) OR { 3975} (( segid " " and resid 111 and name HA )) (( segid " " and resid 111 and name HD2 )) ASSI { 3976} (( segid " " and resid 111 and name HA )) ( segid " " and resid 109 and name HG1%) 5.400 3.700 0.600 peak 3976 spectrum 1 weight 0.10000E+01 volume 0.59303E-03 ppm1 4.576 ppm2 0.662 CV 1 OR { 3976} (( segid " " and resid 72 and name HA )) ( segid " " and resid 73 and name HD1%) ASSI { 3979} (( segid " " and resid 24 and name HA )) (( segid " " and resid 140 and name HG )) 5.000 3.200 1.000 peak 3979 spectrum 1 weight 0.10000E+01 volume 0.56804E-03 ppm1 4.240 ppm2 1.288 CV 1 OR { 3979} (( segid " " and resid 24 and name HA )) (( segid " " and resid 25 and name HB2 )) OR { 3979} (( segid " " and resid 24 and name HA )) ( segid " " and resid 23 and name HG2%) ASSI { 3983} (( segid " " and resid 85 and name HA )) ( segid " " and resid 108 and name HD% ) 3.400 1.500 1.500 peak 3983 spectrum 1 weight 0.10000E+01 volume 0.50505E-03 ppm1 5.621 ppm2 6.729 CV 1 OR { 3983} (( segid " " and resid 85 and name HA )) ( segid " " and resid 105 and name HE% ) OR { 3983} (( segid " " and resid 85 and name HA )) ( segid " " and resid 106 and name HD% ) ASSI { 3991} (( segid " " and resid 126 and name HA )) (( segid " " and resid 127 and name HN )) 2.300 0.600 0.600 peak 3991 spectrum 1 weight 0.10000E+01 volume 0.40015E-02 ppm1 4.721 ppm2 8.870 CV 1 OR { 3991} (( segid " " and resid 126 and name HA )) (( segid " " and resid 126 and name HN )) ASSI { 4001} (( segid " " and resid 132 and name HA )) (( segid " " and resid 125 and name HN )) 4.000 2.200 2.000 peak 4001 spectrum 1 weight 0.10000E+01 volume 0.11908E-02 ppm1 5.225 ppm2 8.522 CV 1 ASSI { 4020} (( segid " " and resid 27 and name HD2 )) (( segid " " and resid 29 and name HN )) 5.200 3.400 0.800 peak 4020 spectrum 1 weight 0.10000E+01 volume 0.51392E-03 ppm1 2.490 ppm2 8.224 CV 1 OR { 4020} (( segid " " and resid 27 and name HD2 )) (( segid " " and resid 27 and name HN )) ASSI { 4026} ( segid " " and resid 41 and name HG2%) ( segid " " and resid 41 and name HD1%) 1.900 0.400 0.400 peak 4026 spectrum 1 weight 0.10000E+01 volume 0.13961E-01 ppm1 0.867 ppm2 0.615 CV 1 OR { 4026} ( segid " " and resid 41 and name HG2%) ( segid " " and resid 43 and name HD2%) ASSI { 4029} ( segid " " and resid 41 and name HG2%) (( segid " " and resid 59 and name HA )) 4.800 2.900 1.200 peak 4029 spectrum 1 weight 0.10000E+01 volume 0.85556E-03 ppm1 0.869 ppm2 4.601 CV 1 OR { 4029} ( segid " " and resid 41 and name HG2%) (( segid " " and resid 40 and name HA )) ASSI { 4046} ( segid " " and resid 84 and name HD2%) (( segid " " and resid 84 and name HN )) 4.700 2.800 1.300 peak 4046 spectrum 1 weight 0.10000E+01 volume 0.69760E-03 ppm1 0.435 ppm2 8.311 CV 1 OR { 4046} ( segid " " and resid 84 and name HD2%) (( segid " " and resid 109 and name HN )) ASSI { 4051} (( segid " " and resid 119 and name HG2 )) (( segid " " and resid 114 and name HN )) 2.700 2.700 3.300 peak 4051 spectrum 1 weight 0.10000E+01 volume 0.91281E-03 ppm1 2.436 ppm2 7.679 CV 1 OR { 4051} (( segid " " and resid 119 and name HG1 )) (( segid " " and resid 114 and name HN )) OR { 4051} (( segid " " and resid 119 and name HG1 )) (( segid " " and resid 107 and name HN )) ASSI { 4075} (( segid " " and resid 2 and name HE2 )) (( segid " " and resid 2 and name HD1 )) 1.800 0.400 0.400 peak 4075 spectrum 1 weight 0.10000E+01 volume 0.29585E-01 ppm1 2.971 ppm2 1.678 CV 1 OR { 4075} (( segid " " and resid 2 and name HE1 )) (( segid " " and resid 2 and name HD2 )) OR { 4075} (( segid " " and resid 50 and name HE2 )) (( segid " " and resid 50 and name HD2 )) OR { 4075} (( segid " " and resid 50 and name HE1 )) (( segid " " and resid 50 and name HD1 )) OR { 4075} (( segid " " and resid 99 and name HE1 )) (( segid " " and resid 99 and name HD1 )) OR { 4075} (( segid " " and resid 99 and name HE1 )) (( segid " " and resid 99 and name HD2 )) OR { 4075} (( segid " " and resid 50 and name HE1 )) (( segid " " and resid 50 and name HD2 )) OR { 4075} (( segid " " and resid 99 and name HE2 )) (( segid " " and resid 99 and name HD1 )) OR { 4075} (( segid " " and resid 99 and name HE2 )) (( segid " " and resid 99 and name HD2 )) OR { 4075} (( segid " " and resid 26 and name HE2 )) (( segid " " and resid 26 and name HD1 )) OR { 4075} (( segid " " and resid 26 and name HE1 )) (( segid " " and resid 26 and name HD1 )) OR { 4075} (( segid " " and resid 26 and name HE2 )) (( segid " " and resid 26 and name HD2 )) OR { 4075} (( segid " " and resid 50 and name HE2 )) (( segid " " and resid 50 and name HD1 )) OR { 4075} (( segid " " and resid 2 and name HE2 )) (( segid " " and resid 2 and name HD2 )) OR { 4075} (( segid " " and resid 2 and name HE1 )) (( segid " " and resid 2 and name HD1 )) ASSI { 4077} (( segid " " and resid 50 and name HE1 )) (( segid " " and resid 50 and name HG2 )) 2.300 2.300 3.700 peak 4077 spectrum 1 weight 0.10000E+01 volume 0.24461E-02 ppm1 2.891 ppm2 1.394 CV 1 OR { 4077} (( segid " " and resid 50 and name HE1 )) (( segid " " and resid 50 and name HG2 )) OR { 4077} (( segid " " and resid 50 and name HE1 )) (( segid " " and resid 50 and name HG1 )) OR { 4077} (( segid " " and resid 50 and name HE2 )) (( segid " " and resid 50 and name HG2 )) OR { 4077} (( segid " " and resid 26 and name HE1 )) (( segid " " and resid 26 and name HG2 )) OR { 4077} (( segid " " and resid 26 and name HE1 )) (( segid " " and resid 26 and name HG1 )) OR { 4077} (( segid " " and resid 26 and name HE2 )) (( segid " " and resid 26 and name HG2 )) OR { 4077} (( segid " " and resid 26 and name HE2 )) (( segid " " and resid 26 and name HG1 )) ASSI { 4090} (( segid " " and resid 84 and name HB2 )) (( segid " " and resid 85 and name HN )) 4.700 2.800 1.300 peak 4090 spectrum 1 weight 0.10000E+01 volume 0.53849E-03 ppm1 1.323 ppm2 9.073 CV 1 OR { 4090} (( segid " " and resid 84 and name HB2 )) (( segid " " and resid 138 and name HN )) ASSI { 4101} (( segid " " and resid 49 and name HA )) (( segid " " and resid 44 and name HD22)) 4.500 2.600 1.500 peak 4101 spectrum 1 weight 0.10000E+01 volume 0.71125E-03 ppm1 4.248 ppm2 7.072 CV 1 OR { 4101} (( segid " " and resid 47 and name HA )) (( segid " " and resid 44 and name HD22)) ASSI { 4106} (( segid " " and resid 95 and name HD1 )) (( segid " " and resid 95 and name HG2 )) 3.600 1.600 1.600 peak 4106 spectrum 1 weight 0.10000E+01 volume 0.12223E-02 ppm1 4.381 ppm2 2.260 CV 1 ASSI { 4123} (( segid " " and resid 131 and name HB )) (( segid " " and resid 126 and name HB2 )) 4.200 2.200 1.800 peak 4123 spectrum 1 weight 0.10000E+01 volume 0.91943E-03 ppm1 3.501 ppm2 2.701 CV 1 OR { 4123} (( segid " " and resid 131 and name HB )) (( segid " " and resid 126 and name HB1 )) OR { 4123} (( segid " " and resid 131 and name HB )) (( segid " " and resid 133 and name HB1 )) ASSI { 4159} ( segid " " and resid 84 and name HD2%) (( segid " " and resid 84 and name HB1 )) 2.600 0.800 0.800 peak 4159 spectrum 1 weight 0.10000E+01 volume 0.23430E-02 ppm1 0.434 ppm2 1.729 CV 1 OR { 4159} ( segid " " and resid 68 and name HD2%) (( segid " " and resid 61 and name HB )) ASSI { 4161} ( segid " " and resid 84 and name HD2%) (( segid " " and resid 20 and name HB2 )) 3.800 1.800 1.400 peak 4161 spectrum 1 weight 0.10000E+01 volume 0.18255E-02 ppm1 0.433 ppm2 2.640 CV 1 OR { 4161} ( segid " " and resid 68 and name HD2%) (( segid " " and resid 69 and name HB1 )) ASSI { 4162} ( segid " " and resid 84 and name HD2%) (( segid " " and resid 83 and name HA )) 5.300 3.500 0.700 peak 4162 spectrum 1 weight 0.10000E+01 volume 0.48672E-03 ppm1 0.434 ppm2 4.428 CV 1 ASSI { 4167} ( segid " " and resid 84 and name HD2%) (( segid " " and resid 79 and name HA )) 4.300 2.300 1.700 peak 4167 spectrum 1 weight 0.10000E+01 volume 0.41285E-03 ppm1 0.437 ppm2 4.912 CV 1 OR { 4167} ( segid " " and resid 84 and name HD2%) (( segid " " and resid 142 and name HA )) OR { 4167} ( segid " " and resid 68 and name HD2%) (( segid " " and resid 92 and name HA )) ASSI { 4168} ( segid " " and resid 84 and name HD2%) (( segid " " and resid 20 and name HA )) 3.700 1.700 1.700 peak 4168 spectrum 1 weight 0.10000E+01 volume 0.46702E-03 ppm1 0.436 ppm2 4.744 CV 1 OR { 4168} ( segid " " and resid 84 and name HD2%) (( segid " " and resid 78 and name HA )) OR { 4168} ( segid " " and resid 68 and name HD2%) (( segid " " and resid 126 and name HA )) ASSI { 4171} ( segid " " and resid 84 and name HD2%) (( segid " " and resid 20 and name HN )) 3.700 3.700 2.300 peak 4171 spectrum 1 weight 0.10000E+01 volume 0.44058E-03 ppm1 0.434 ppm2 9.304 CV 1 OR { 4171} ( segid " " and resid 84 and name HD2%) (( segid " " and resid 139 and name HN )) OR { 4171} ( segid " " and resid 68 and name HD2%) (( segid " " and resid 105 and name HN )) ASSI { 4172} ( segid " " and resid 84 and name HD2%) (( segid " " and resid 85 and name HN )) 4.400 2.400 1.600 peak 4172 spectrum 1 weight 0.10000E+01 volume 0.66690E-03 ppm1 0.435 ppm2 9.067 CV 1 OR { 4172} ( segid " " and resid 84 and name HD2%) (( segid " " and resid 138 and name HN )) ASSI { 4173} (( segid " " and resid 84 and name HG )) (( segid " " and resid 84 and name HN )) 3.800 1.800 1.800 peak 4173 spectrum 1 weight 0.10000E+01 volume 0.11709E-02 ppm1 1.335 ppm2 8.306 CV 1 OR { 4173} (( segid " " and resid 84 and name HG )) (( segid " " and resid 109 and name HN )) OR { 4173} (( segid " " and resid 77 and name HG )) (( segid " " and resid 84 and name HN )) ASSI { 4174} (( segid " " and resid 77 and name HG )) (( segid " " and resid 77 and name HN )) 3.800 1.800 1.800 peak 4174 spectrum 1 weight 0.10000E+01 volume 0.84274E-03 ppm1 1.338 ppm2 8.889 CV 1 OR { 4174} (( segid " " and resid 33 and name HG11)) (( segid " " and resid 42 and name HN )) OR { 4174} (( segid " " and resid 33 and name HG12)) (( segid " " and resid 42 and name HN )) ASSI { 4175} (( segid " " and resid 77 and name HG )) (( segid " " and resid 77 and name HA )) 3.200 1.300 1.300 peak 4175 spectrum 1 weight 0.10000E+01 volume 0.73076E-03 ppm1 1.337 ppm2 5.038 CV 1 OR { 4175} (( segid " " and resid 84 and name HG )) (( segid " " and resid 77 and name HA )) ASSI { 4179} ( segid " " and resid 86 and name HD2%) (( segid " " and resid 86 and name HB2 )) 3.000 1.100 1.100 peak 4179 spectrum 1 weight 0.10000E+01 volume 0.38938E-02 ppm1 0.643 ppm2 1.300 CV 1 OR { 4179} ( segid " " and resid 73 and name HD1%) ( segid " " and resid 47 and name HB% ) ASSI { 4180} (( segid " " and resid 39 and name HG1 )) (( segid " " and resid 40 and name HA )) 4.400 2.400 1.600 peak 4180 spectrum 1 weight 0.10000E+01 volume 0.57375E-03 ppm1 1.274 ppm2 4.569 CV 1 OR { 4180} (( segid " " and resid 39 and name HG2 )) (( segid " " and resid 40 and name HA )) ASSI { 4555} (( segid " " and resid 39 and name HG1 )) (( segid " " and resid 36 and name HB1 )) 4.400 2.400 1.600 peak 4555 spectrum 1 weight 0.10000E+01 volume 0.57375E-03 ppm1 1.274 ppm2 4.569 CV 1 OR { 4555} (( segid " " and resid 39 and name HG2 )) (( segid " " and resid 36 and name HB2 )) ASSI { 4189} (( segid " " and resid 46 and name HB1 )) (( segid " " and resid 46 and name HA )) 2.800 1.000 1.000 peak 4189 spectrum 1 weight 0.10000E+01 volume 0.15647E-02 ppm1 3.102 ppm2 4.303 CV 1 OR { 4189} (( segid " " and resid 46 and name HB1 )) (( segid " " and resid 26 and name HA )) OR { 4189} (( segid " " and resid 46 and name HB1 )) (( segid " " and resid 6 and name HA )) ASSI { 4191} (( segid " " and resid 46 and name HB2 )) (( segid " " and resid 46 and name HA )) 3.600 1.600 1.600 peak 4191 spectrum 1 weight 0.10000E+01 volume 0.58999E-03 ppm1 3.994 ppm2 4.298 CV 1 OR { 4191} (( segid " " and resid 46 and name HB2 )) (( segid " " and resid 26 and name HA )) ASSI { 4193} (( segid " " and resid 46 and name HB2 )) ( segid " " and resid 47 and name HB% ) 3.700 1.700 1.700 peak 4193 spectrum 1 weight 0.10000E+01 volume 0.74503E-03 ppm1 3.989 ppm2 1.230 CV 1 OR { 4193} (( segid " " and resid 46 and name HB2 )) (( segid " " and resid 22 and name HB2 )) OR { 4193} (( segid " " and resid 46 and name HB2 )) (( segid " " and resid 75 and name HG1 )) OR { 4193} (( segid " " and resid 46 and name HB2 )) (( segid " " and resid 22 and name HB1 )) ASSI { 4210} (( segid " " and resid 25 and name HB1 )) ( segid " " and resid 25 and name HD1%) 3.200 1.300 1.300 peak 4210 spectrum 1 weight 0.10000E+01 volume 0.14102E-02 ppm1 1.624 ppm2 -0.008 CV 1 OR { 4210} (( segid " " and resid 25 and name HB1 )) ( segid " " and resid 22 and name HD1%) ASSI { 4213} ( segid " " and resid 22 and name HD1%) (( segid " " and resid 21 and name HN )) 4.400 2.500 1.600 peak 4213 spectrum 1 weight 0.10000E+01 volume 0.90121E-03 ppm1 -0.015 ppm2 8.571 CV 1 OR { 4213} ( segid " " and resid 22 and name HD1%) (( segid " " and resid 24 and name HN )) ASSI { 4214} ( segid " " and resid 22 and name HD1%) (( segid " " and resid 86 and name HN )) 4.300 2.300 1.700 peak 4214 spectrum 1 weight 0.10000E+01 volume 0.10300E-02 ppm1 -0.019 ppm2 8.505 CV 1 OR { 4214} ( segid " " and resid 22 and name HD1%) (( segid " " and resid 45 and name HN )) OR { 4214} ( segid " " and resid 22 and name HD1%) (( segid " " and resid 6 and name HN )) OR { 4214} ( segid " " and resid 22 and name HD1%) (( segid " " and resid 3 and name HN )) ASSI { 4215} ( segid " " and resid 22 and name HD1%) (( segid " " and resid 23 and name HN )) 5.800 4.200 0.200 peak 4215 spectrum 1 weight 0.10000E+01 volume 0.33091E-03 ppm1 -0.016 ppm2 8.864 CV 1 OR { 4215} ( segid " " and resid 22 and name HD1%) (( segid " " and resid 77 and name HN )) OR { 4215} ( segid " " and resid 22 and name HD1%) (( segid " " and resid 136 and name HN )) ASSI { 4217} (( segid " " and resid 41 and name HG12)) ( segid " " and resid 41 and name HD1%) 2.500 0.800 0.800 peak 4217 spectrum 1 weight 0.10000E+01 volume 0.26188E-02 ppm1 1.407 ppm2 0.619 CV 1 OR { 4217} (( segid " " and resid 41 and name HG11)) ( segid " " and resid 41 and name HD1%) OR { 4217} (( segid " " and resid 33 and name HG11)) ( segid " " and resid 41 and name HD1%) OR { 4217} (( segid " " and resid 33 and name HG12)) ( segid " " and resid 41 and name HD1%) OR { 4217} (( segid " " and resid 41 and name HG12)) ( segid " " and resid 43 and name HD2%) OR { 4217} (( segid " " and resid 41 and name HG11)) ( segid " " and resid 43 and name HD2%) ASSI { 4223} (( segid " " and resid 33 and name HG12)) (( segid " " and resid 33 and name HN )) 3.500 1.500 1.500 peak 4223 spectrum 1 weight 0.10000E+01 volume 0.43514E-03 ppm1 1.395 ppm2 9.349 CV 1 OR { 4223} (( segid " " and resid 33 and name HG11)) (( segid " " and resid 33 and name HN )) OR { 4223} (( segid " " and resid 41 and name HG11)) (( segid " " and resid 33 and name HN )) OR { 4223} (( segid " " and resid 41 and name HG12)) (( segid " " and resid 33 and name HN )) OR { 4223} (( segid " " and resid 41 and name HG12)) (( segid " " and resid 43 and name HN )) ASSI { 4227} (( segid " " and resid 33 and name HG12)) (( segid " " and resid 32 and name HA )) 4.500 2.600 1.500 peak 4227 spectrum 1 weight 0.10000E+01 volume 0.44899E-03 ppm1 1.398 ppm2 5.485 CV 1 OR { 4227} (( segid " " and resid 33 and name HG11)) (( segid " " and resid 34 and name HA )) OR { 4227} (( segid " " and resid 41 and name HG11)) (( segid " " and resid 34 and name HA )) OR { 4227} (( segid " " and resid 33 and name HG11)) (( segid " " and resid 32 and name HA )) OR { 4227} (( segid " " and resid 33 and name HG12)) (( segid " " and resid 34 and name HA )) OR { 4227} (( segid " " and resid 33 and name HG12)) (( segid " " and resid 42 and name HA )) OR { 4227} (( segid " " and resid 41 and name HG12)) (( segid " " and resid 42 and name HA )) OR { 4227} (( segid " " and resid 41 and name HG11)) (( segid " " and resid 32 and name HA )) OR { 4227} (( segid " " and resid 41 and name HG12)) (( segid " " and resid 32 and name HA )) ASSI { 4229} ( segid " " and resid 33 and name HG2%) (( segid " " and resid 32 and name HN )) 3.400 1.500 1.500 peak 4229 spectrum 1 weight 0.10000E+01 volume 0.90608E-03 ppm1 0.962 ppm2 8.721 CV 1 OR { 4229} ( segid " " and resid 33 and name HG2%) (( segid " " and resid 121 and name HN )) ASSI { 4232} (( segid " " and resid 44 and name HB1 )) (( segid " " and resid 44 and name HN )) 4.000 2.200 1.600 peak 4232 spectrum 1 weight 0.10000E+01 volume 0.82825E-03 ppm1 3.043 ppm2 8.155 CV 1 OR { 4232} (( segid " " and resid 35 and name HB2 )) (( segid " " and resid 36 and name HN )) OR { 4232} (( segid " " and resid 60 and name HB1 )) (( segid " " and resid 27 and name HN )) ASSI { 4235} (( segid " " and resid 36 and name HB2 )) (( segid " " and resid 37 and name HA )) 4.200 2.400 1.600 peak 4235 spectrum 1 weight 0.10000E+01 volume 0.18011E-02 ppm1 3.957 ppm2 4.780 CV 1 OR { 4235} (( segid " " and resid 36 and name HB1 )) (( segid " " and resid 37 and name HA )) OR { 4235} (( segid " " and resid 29 and name HB1 )) (( segid " " and resid 31 and name HA )) OR { 4235} (( segid " " and resid 52 and name HB1 )) (( segid " " and resid 67 and name HA )) ASSI { 4237} (( segid " " and resid 52 and name HB1 )) (( segid " " and resid 53 and name HN )) 3.300 1.500 1.000 peak 4237 spectrum 1 weight 0.10000E+01 volume 0.25161E-02 ppm1 3.963 ppm2 8.156 CV 1 OR { 4237} (( segid " " and resid 36 and name HB1 )) (( segid " " and resid 36 and name HN )) OR { 4237} (( segid " " and resid 36 and name HB2 )) (( segid " " and resid 36 and name HN )) ASSI { 4238} (( segid " " and resid 50 and name HB1 )) (( segid " " and resid 50 and name HA )) 2.800 1.000 1.000 peak 4238 spectrum 1 weight 0.10000E+01 volume 0.28392E-02 ppm1 1.763 ppm2 4.475 CV 1 ASSI { 4239} (( segid " " and resid 50 and name HB2 )) (( segid " " and resid 50 and name HA )) 2.700 0.900 0.900 peak 4239 spectrum 1 weight 0.10000E+01 volume 0.25011E-02 ppm1 1.686 ppm2 4.469 CV 1 ASSI { 4241} ( segid " " and resid 41 and name HG2%) ( segid " " and resid 59 and name HG2%) 3.900 1.900 1.900 peak 4241 spectrum 1 weight 0.10000E+01 volume 0.35160E-02 ppm1 0.866 ppm2 1.162 CV 1 OR { 4241} ( segid " " and resid 41 and name HG2%) ( segid " " and resid 62 and name HG2%) ASSI { 4242} (( segid " " and resid 41 and name HG11)) (( segid " " and resid 41 and name HN )) 3.300 1.300 1.300 peak 4242 spectrum 1 weight 0.10000E+01 volume 0.78569E-03 ppm1 1.396 ppm2 9.091 CV 1 OR { 4242} (( segid " " and resid 33 and name HG11)) (( segid " " and resid 41 and name HN )) OR { 4242} (( segid " " and resid 41 and name HG12)) (( segid " " and resid 41 and name HN )) OR { 4242} (( segid " " and resid 72 and name HG1 )) (( segid " " and resid 89 and name HN )) OR { 4242} (( segid " " and resid 33 and name HG12)) (( segid " " and resid 41 and name HN )) ASSI { 4255} (( segid " " and resid 44 and name HB2 )) (( segid " " and resid 49 and name HA )) 2.800 1.000 1.000 peak 4255 spectrum 1 weight 0.10000E+01 volume 0.68033E-03 ppm1 2.348 ppm2 4.251 CV 1 OR { 4255} (( segid " " and resid 44 and name HB2 )) (( segid " " and resid 58 and name HA )) ASSI { 4260} (( segid " " and resid 44 and name HB2 )) (( segid " " and resid 45 and name HN )) 4.600 2.700 1.400 peak 4260 spectrum 1 weight 0.10000E+01 volume 0.51068E-03 ppm1 2.329 ppm2 8.477 CV 1 OR { 4260} (( segid " " and resid 44 and name HB2 )) (( segid " " and resid 50 and name HN )) OR { 4260} (( segid " " and resid 44 and name HB2 )) (( segid " " and resid 48 and name HN )) ASSI { 4267} (( segid " " and resid 45 and name HA )) ( segid " " and resid 106 and name HD% ) 4.800 2.900 1.200 peak 4267 spectrum 1 weight 0.10000E+01 volume 0.62415E-03 ppm1 3.740 ppm2 6.703 CV 1 OR { 4267} (( segid " " and resid 45 and name HA )) ( segid " " and resid 88 and name HE% ) ASSI { 4271} (( segid " " and resid 45 and name HB )) (( segid " " and resid 26 and name HA )) 4.300 2.300 1.700 peak 4271 spectrum 1 weight 0.10000E+01 volume 0.78550E-03 ppm1 1.548 ppm2 4.302 CV 1 OR { 4271} (( segid " " and resid 45 and name HB )) (( segid " " and resid 46 and name HA )) OR { 4271} (( segid " " and resid 45 and name HB )) (( segid " " and resid 49 and name HA )) ASSI { 4272} (( segid " " and resid 45 and name HB )) (( segid " " and resid 26 and name HN )) 4.600 2.700 1.400 peak 4272 spectrum 1 weight 0.10000E+01 volume 0.41867E-03 ppm1 1.558 ppm2 7.587 CV 1 OR { 4272} (( segid " " and resid 45 and name HB )) (( segid " " and resid 44 and name HD21)) ASSI { 4275} ( segid " " and resid 45 and name HG2%) (( segid " " and resid 46 and name HN )) 4.800 2.800 1.200 peak 4275 spectrum 1 weight 0.10000E+01 volume 0.10119E-02 ppm1 0.639 ppm2 8.265 CV 1 OR { 4275} ( segid " " and resid 19 and name HD1%) (( segid " " and resid 13 and name HN )) OR { 4275} ( segid " " and resid 11 and name HG1%) (( segid " " and resid 13 and name HN )) OR { 4275} ( segid " " and resid 45 and name HG2%) (( segid " " and resid 22 and name HN )) OR { 4275} ( segid " " and resid 45 and name HG2%) (( segid " " and resid 27 and name HN )) ASSI { 4276} ( segid " " and resid 45 and name HG2%) (( segid " " and resid 31 and name HN )) 3.000 3.000 3.000 peak 4276 spectrum 1 weight 0.10000E+01 volume 0.15074E-02 ppm1 0.636 ppm2 9.222 CV 1 OR { 4276} ( segid " " and resid 45 and name HG2%) (( segid " " and resid 88 and name HN )) ASSI { 4278} ( segid " " and resid 45 and name HG2%) (( segid " " and resid 45 and name HB )) 2.100 0.600 0.600 peak 4278 spectrum 1 weight 0.10000E+01 volume 0.62867E-02 ppm1 0.644 ppm2 1.555 CV 1 OR { 4278} ( segid " " and resid 19 and name HD1%) (( segid " " and resid 10 and name HB2 )) ASSI { 4279} ( segid " " and resid 45 and name HG2%) ( segid " " and resid 45 and name HG1%) 2.800 1.000 0.600 peak 4279 spectrum 1 weight 0.10000E+01 volume 0.11580E-01 ppm1 0.644 ppm2 0.543 CV 1 OR { 4279} ( segid " " and resid 45 and name HG2%) ( segid " " and resid 86 and name HD1%) OR { 4279} ( segid " " and resid 86 and name HD2%) ( segid " " and resid 86 and name HB1 ) ASSI { 4286} (( segid " " and resid 61 and name HB )) (( segid " " and resid 61 and name HA )) 3.700 1.700 1.700 peak 4286 spectrum 1 weight 0.10000E+01 volume 0.42807E-03 ppm1 1.683 ppm2 4.949 CV 1 OR { 4286} (( segid " " and resid 61 and name HB )) (( segid " " and resid 62 and name HA )) ASSI { 4294} ( segid " " and resid 68 and name HD1%) (( segid " " and resid 130 and name HN )) 5.000 3.200 1.000 peak 4294 spectrum 1 weight 0.10000E+01 volume 0.56972E-03 ppm1 0.323 ppm2 7.770 CV 1 OR { 4294} ( segid " " and resid 131 and name HG2%) (( segid " " and resid 132 and name HN )) OR { 4294} ( segid " " and resid 68 and name HD1%) (( segid " " and resid 102 and name HE1 )) OR { 4294} ( segid " " and resid 131 and name HG2%) (( segid " " and resid 130 and name HN )) ASSI { 4295} ( segid " " and resid 68 and name HD2%) (( segid " " and resid 61 and name HN )) 4.700 2.700 1.300 peak 4295 spectrum 1 weight 0.10000E+01 volume 0.37041E-03 ppm1 0.470 ppm2 9.771 CV 1 OR { 4295} ( segid " " and resid 68 and name HD2%) (( segid " " and resid 60 and name HN )) ASSI { 4316} (( segid " " and resid 100 and name HB2 )) (( segid " " and resid 101 and name HN )) 4.000 2.200 2.000 peak 4316 spectrum 1 weight 0.10000E+01 volume 0.98044E-03 ppm1 2.003 ppm2 8.440 CV 1 OR { 4316} (( segid " " and resid 83 and name HB )) (( segid " " and resid 80 and name HN )) OR { 4316} (( segid " " and resid 72 and name HB2 )) (( segid " " and resid 71 and name HN )) OR { 4316} (( segid " " and resid 100 and name HB2 )) (( segid " " and resid 98 and name HN )) OR { 4316} (( segid " " and resid 72 and name HB1 )) (( segid " " and resid 71 and name HN )) ASSI { 4317} ( segid " " and resid 12 and name HG2%) (( segid " " and resid 13 and name HB1 )) 4.500 2.500 1.500 peak 4317 spectrum 1 weight 0.10000E+01 volume 0.94537E-03 ppm1 0.861 ppm2 3.178 CV 1 OR { 4317} ( segid " " and resid 109 and name HG2%) (( segid " " and resid 110 and name HB1 )) ASSI { 4318} ( segid " " and resid 83 and name HG1%) (( segid " " and resid 85 and name HE2 )) 2.800 1.000 1.000 peak 4318 spectrum 1 weight 0.10000E+01 volume 0.40159E-02 ppm1 0.861 ppm2 2.766 CV 1 OR { 4318} ( segid " " and resid 83 and name HG2%) (( segid " " and resid 85 and name HE2 )) OR { 4318} ( segid " " and resid 109 and name HG2%) (( segid " " and resid 110 and name HB2 )) ASSI { 4321} ( segid " " and resid 84 and name HD1%) (( segid " " and resid 20 and name HA )) 3.700 1.700 1.700 peak 4321 spectrum 1 weight 0.10000E+01 volume 0.52187E-03 ppm1 0.170 ppm2 4.741 CV 1 OR { 4321} ( segid " " and resid 84 and name HD1%) (( segid " " and resid 78 and name HA )) ASSI { 4325} (( segid " " and resid 98 and name HD1%)) (( segid " " and resid 96 and name HA )) 4.000 2.200 1.000 peak 4325 spectrum 1 weight 0.10000E+01 volume 0.50041E-03 ppm1 0.872 ppm2 4.076 CV 1 ASSI { 4328} (( segid " " and resid 108 and name HB2 )) (( segid " " and resid 108 and name HA )) 3.600 1.600 1.600 peak 4328 spectrum 1 weight 0.10000E+01 volume 0.49353E-03 ppm1 2.419 ppm2 5.484 CV 1 OR { 4328} (( segid " " and resid 108 and name HB2 )) (( segid " " and resid 137 and name HA )) ASSI { 4337} (( segid " " and resid 132 and name HA )) ( segid " " and resid 133 and name HD% ) 4.000 2.200 2.000 peak 4337 spectrum 1 weight 0.10000E+01 volume 0.90973E-03 ppm1 5.221 ppm2 6.917 CV 1 OR { 4337} (( segid " " and resid 138 and name HA )) (( segid " " and resid 136 and name HD1 )) ASSI { 4343} ( segid " " and resid 138 and name HG2%) (( segid " " and resid 141 and name HA )) 3.900 1.900 1.900 peak 4343 spectrum 1 weight 0.10000E+01 volume 0.13648E-02 ppm1 1.103 ppm2 4.547 CV 1 OR { 4343} ( segid " " and resid 138 and name HG2%) (( segid " " and resid 139 and name HA )) ASSI { 4346} ( segid " " and resid 5 and name HG2%) (( segid " " and resid 4 and name HA )) 3.900 1.900 1.900 peak 4346 spectrum 1 weight 0.10000E+01 volume 0.14589E-02 ppm1 0.924 ppm2 4.796 CV 1 ASSI { 4347} ( segid " " and resid 121 and name HG1%) (( segid " " and resid 136 and name HD1 )) 4.500 2.600 1.500 peak 4347 spectrum 1 weight 0.10000E+01 volume 0.70958E-03 ppm1 0.924 ppm2 6.929 CV 1 OR { 4347} ( segid " " and resid 5 and name HG2%) (( segid " " and resid 4 and name HD22)) OR { 4347} ( segid " " and resid 121 and name HG2%) (( segid " " and resid 136 and name HD1 )) OR { 4347} ( segid " " and resid 121 and name HG1%) ( segid " " and resid 133 and name HD% ) ASSI { 4351} ( segid " " and resid 140 and name HD1%) (( segid " " and resid 140 and name HB1 )) 2.900 1.000 1.000 peak 4351 spectrum 1 weight 0.10000E+01 volume 0.45001E-02 ppm1 0.862 ppm2 1.475 CV 1 OR { 4351} ( segid " " and resid 140 and name HD1%) (( segid " " and resid 140 and name HB2 )) OR { 4351} ( segid " " and resid 83 and name HG1%) (( segid " " and resid 85 and name HD1 )) OR { 4351} ( segid " " and resid 83 and name HG1%) (( segid " " and resid 85 and name HD2 )) OR { 4351} ( segid " " and resid 83 and name HG2%) (( segid " " and resid 85 and name HD1 )) OR { 4351} ( segid " " and resid 83 and name HG2%) (( segid " " and resid 85 and name HD2 )) ASSI { 4353} ( segid " " and resid 59 and name HG1%) (( segid " " and resid 43 and name HA )) 5.000 3.200 1.000 peak 4353 spectrum 1 weight 0.10000E+01 volume 0.48391E-03 ppm1 0.954 ppm2 5.864 CV 1 OR { 4353} ( segid " " and resid 59 and name HG1%) (( segid " " and resid 104 and name HA )) ASSI { 4354} ( segid " " and resid 11 and name HG1%) (( segid " " and resid 20 and name HB2 )) 3.300 1.500 2.700 peak 4354 spectrum 1 weight 0.11000E+01 volume 0.72494E-03 ppm1 0.682 ppm2 2.721 CV 1 OR { 4354} ( segid " " and resid 123 and name HD1%) (( segid " " and resid 133 and name HB2 )) ASSI { 4364} (( segid " " and resid 6 and name HB2 )) (( segid " " and resid 6 and name HA )) 2.800 1.000 1.000 peak 4364 spectrum 1 weight 0.10000E+01 volume 0.38710E-02 ppm1 2.123 ppm2 4.339 CV 1 OR { 4364} (( segid " " and resid 6 and name HB2 )) (( segid " " and resid 26 and name HA )) ASSI { 4380} (( segid " " and resid 95 and name HG1 )) (( segid " " and resid 95 and name HD1 )) 3.300 1.500 1.000 peak 4380 spectrum 1 weight 0.10000E+01 volume 0.21664E-02 ppm1 2.147 ppm2 4.395 CV 1 OR { 4380} (( segid " " and resid 14 and name HG2 )) (( segid " " and resid 13 and name HA )) OR { 4380} (( segid " " and resid 14 and name HG1 )) (( segid " " and resid 13 and name HA )) ASSI { 4381} (( segid " " and resid 128 and name HB1 )) ( segid " " and resid 96 and name HG2%) 5.200 3.300 0.800 peak 4381 spectrum 1 weight 0.10000E+01 volume 0.51669E-03 ppm1 2.249 ppm2 1.261 CV 1 OR { 4381} (( segid " " and resid 95 and name HG2 )) ( segid " " and resid 96 and name HG2%) ASSI { 4393} (( segid " " and resid 14 and name HG1 )) ( segid " " and resid 79 and name HD% ) 4.500 2.600 1.500 peak 4393 spectrum 1 weight 0.10000E+01 volume 0.57306E-03 ppm1 2.149 ppm2 6.785 CV 1 OR { 4393} (( segid " " and resid 14 and name HG2 )) ( segid " " and resid 79 and name HD% ) OR { 4393} (( segid " " and resid 14 and name HG2 )) (( segid " " and resid 16 and name HN )) OR { 4393} (( segid " " and resid 14 and name HG1 )) (( segid " " and resid 16 and name HN )) OR { 4393} (( segid " " and resid 14 and name HG2 )) ( segid " " and resid 20 and name HE% ) ASSI { 4396} (( segid " " and resid 14 and name HG1 )) (( segid " " and resid 14 and name HB1 )) 2.200 0.600 0.600 peak 4396 spectrum 1 weight 0.10000E+01 volume 0.81547E-02 ppm1 2.158 ppm2 2.382 CV 1 OR { 4396} (( segid " " and resid 95 and name HG1 )) (( segid " " and resid 95 and name HB1 )) OR { 4396} (( segid " " and resid 14 and name HG2 )) (( segid " " and resid 14 and name HB1 )) ASSI { 4422} (( segid " " and resid 26 and name HD2 )) (( segid " " and resid 6 and name HB2 )) 2.800 1.000 1.000 peak 4422 spectrum 1 weight 0.10000E+01 volume 0.47961E-02 ppm1 1.698 ppm2 2.100 CV 1 OR { 4422} (( segid " " and resid 26 and name HD1 )) (( segid " " and resid 6 and name HB2 )) OR { 4422} (( segid " " and resid 26 and name HD2 )) (( segid " " and resid 75 and name HB2 )) OR { 4422} (( segid " " and resid 26 and name HD1 )) (( segid " " and resid 75 and name HB2 )) OR { 4422} (( segid " " and resid 26 and name HD1 )) (( segid " " and resid 48 and name HG1 )) ASSI { 4433} (( segid " " and resid 120 and name HG1 )) (( segid " " and resid 119 and name HE21)) 4.000 2.200 1.000 peak 4433 spectrum 1 weight 0.10000E+01 volume 0.58562E-03 ppm1 1.619 ppm2 6.840 CV 1 OR { 4433} (( segid " " and resid 10 and name HG1 )) ( segid " " and resid 10 and name HE ) ASSI { 4435} (( segid " " and resid 10 and name HG1 )) (( segid " " and resid 10 and name HA )) 4.000 2.200 1.000 peak 4435 spectrum 1 weight 0.10000E+01 volume 0.36790E-03 ppm1 1.623 ppm2 5.356 CV 1 OR { 4435} (( segid " " and resid 72 and name HG2 )) (( segid " " and resid 88 and name HA )) ASSI { 4456} (( segid " " and resid 85 and name HD1 )) ( segid " " and resid 105 and name HD% ) 4.200 2.200 1.800 peak 4456 spectrum 1 weight 0.10000E+01 volume 0.34142E-03 ppm1 1.465 ppm2 6.958 CV 1 OR { 4456} (( segid " " and resid 85 and name HD2 )) ( segid " " and resid 105 and name HD% ) OR { 4456} (( segid " " and resid 85 and name HD1 )) ( segid " " and resid 133 and name HD% ) ASSI { 4458} (( segid " " and resid 85 and name HD2 )) ( segid " " and resid 105 and name HE% ) 4.100 2.100 1.900 peak 4458 spectrum 1 weight 0.10000E+01 volume 0.46747E-03 ppm1 1.462 ppm2 6.737 CV 1 OR { 4458} (( segid " " and resid 85 and name HD1 )) ( segid " " and resid 105 and name HE% ) OR { 4458} (( segid " " and resid 85 and name HD1 )) ( segid " " and resid 108 and name HD% ) OR { 4458} (( segid " " and resid 85 and name HD2 )) ( segid " " and resid 108 and name HD% ) ASSI { 4462} (( segid " " and resid 48 and name HB2 )) (( segid " " and resid 55 and name HD21)) 5.300 3.500 0.700 peak 4462 spectrum 1 weight 0.10000E+01 volume 0.42655E-03 ppm1 1.800 ppm2 6.961 CV 1 OR { 4462} (( segid " " and resid 48 and name HB2 )) (( segid " " and resid 74 and name HN )) ASSI { 4465} (( segid " " and resid 144 and name HB1 )) (( segid " " and resid 143 and name HA )) 4.400 2.400 1.600 peak 4465 spectrum 1 weight 0.10000E+01 volume 0.77903E-03 ppm1 2.004 ppm2 3.642 CV 1 OR { 4465} (( segid " " and resid 145 and name HB1 )) (( segid " " and resid 147 and name HD2 )) OR { 4465} (( segid " " and resid 145 and name HB2 )) (( segid " " and resid 147 and name HD2 )) ASSI { 4466} (( segid " " and resid 48 and name HB2 )) (( segid " " and resid 56 and name HA1 )) 4.500 2.500 1.500 peak 4466 spectrum 1 weight 0.10000E+01 volume 0.70916E-03 ppm1 1.892 ppm2 3.644 CV 1 ASSI { 4468} ( segid " " and resid 129 and name HG2%) (( segid " " and resid 128 and name HG2 )) 3.200 1.300 1.300 peak 4468 spectrum 1 weight 0.10000E+01 volume 0.20949E-02 ppm1 1.082 ppm2 2.408 CV 1 OR { 4468} ( segid " " and resid 129 and name HG2%) (( segid " " and resid 130 and name HB2 )) ASSI { 4471} ( segid " " and resid 129 and name HG2%) (( segid " " and resid 126 and name HB2 )) 3.900 1.900 1.700 peak 4471 spectrum 1 weight 0.10000E+01 volume 0.80212E-03 ppm1 1.088 ppm2 2.711 CV 1 OR { 4471} ( segid " " and resid 129 and name HG2%) (( segid " " and resid 126 and name HB1 )) OR { 4471} ( segid " " and resid 129 and name HG2%) (( segid " " and resid 130 and name HB1 )) ASSI { 4475} ( segid " " and resid 87 and name HG1%) (( segid " " and resid 86 and name HN )) 3.900 1.900 1.900 peak 4475 spectrum 1 weight 0.10000E+01 volume 0.81562E-03 ppm1 0.490 ppm2 8.496 CV 1 OR { 4475} ( segid " " and resid 87 and name HG1%) (( segid " " and resid 103 and name HN )) ASSI { 4477} ( segid " " and resid 41 and name HD1%) (( segid " " and resid 33 and name HN )) 5.600 3.900 0.400 peak 4477 spectrum 1 weight 0.10000E+01 volume 0.31752E-03 ppm1 0.611 ppm2 9.345 CV 1 OR { 4477} ( segid " " and resid 41 and name HD1%) (( segid " " and resid 43 and name HN )) ASSI { 4481} ( segid " " and resid 67 and name HG2%) (( segid " " and resid 52 and name HN )) 4.000 2.200 2.000 peak 4481 spectrum 1 weight 0.10000E+01 volume 0.73240E-03 ppm1 1.080 ppm2 9.108 CV 1 ASSI { 4484} ( segid " " and resid 45 and name HG1%) ( segid " " and resid 108 and name HZ ) 5.000 3.200 1.000 peak 4484 spectrum 1 weight 0.10000E+01 volume 0.68113E-03 ppm1 0.677 ppm2 6.805 CV 1 OR { 4484} ( segid " " and resid 19 and name HD1%) ( segid " " and resid 10 and name HE ) OR { 4484} ( segid " " and resid 45 and name HG1%) ( segid " " and resid 88 and name HE% ) ASSI { 4485} ( segid " " and resid 19 and name HD1%) (( segid " " and resid 10 and name HD1 )) 2.800 2.300 3.700 peak 4485 spectrum 1 weight 0.10000E+01 volume 0.34219E-02 ppm1 0.676 ppm2 3.069 CV 1 OR { 4485} ( segid " " and resid 19 and name HD1%) (( segid " " and resid 20 and name HB1 )) OR { 4485} ( segid " " and resid 19 and name HD1%) (( segid " " and resid 21 and name HB1 )) ASSI { 4495} ( segid " " and resid 41 and name HD1%) ( segid " " and resid 34 and name HG2%) 4.300 2.300 1.700 peak 4495 spectrum 1 weight 0.10000E+01 volume 0.81893E-03 ppm1 0.604 ppm2 1.181 CV 1 OR { 4495} ( segid " " and resid 41 and name HD1%) (( segid " " and resid 41 and name HG1%)) ASSI { 4496} ( segid " " and resid 41 and name HD1%) (( segid " " and resid 122 and name HN )) 4.400 2.400 1.600 peak 4496 spectrum 1 weight 0.10000E+01 volume 0.69045E-03 ppm1 0.609 ppm2 8.797 CV 1 OR { 4496} ( segid " " and resid 41 and name HD1%) (( segid " " and resid 133 and name HN )) ASSI { 4499} ( segid " " and resid 43 and name HD1%) ( segid " " and resid 106 and name HE% ) 3.200 1.300 1.300 peak 4499 spectrum 1 weight 0.10000E+01 volume 0.11382E-02 ppm1 0.673 ppm2 6.290 CV 1 OR { 4499} ( segid " " and resid 123 and name HD2%) ( segid " " and resid 133 and name HE% ) ASSI { 4507} ( segid " " and resid 32 and name HG2%) (( segid " " and resid 40 and name HE2 )) 3.500 1.500 1.500 peak 4507 spectrum 1 weight 0.10000E+01 volume 0.20185E-02 ppm1 1.169 ppm2 2.869 CV 1 OR { 4507} ( segid " " and resid 32 and name HG2%) (( segid " " and resid 40 and name HE1 )) OR { 4507} ( segid " " and resid 62 and name HG2%) (( segid " " and resid 122 and name HB2 )) ASSI { 4520} ( segid " " and resid 15 and name HB% ) (( segid " " and resid 14 and name HD2 )) 3.800 1.800 1.800 peak 4520 spectrum 1 weight 0.10000E+01 volume 0.97667E-03 ppm1 1.534 ppm2 3.951 CV 1 OR { 4520} ( segid " " and resid 15 and name HB% ) (( segid " " and resid 18 and name HA )) ASSI { 4525} (( segid " " and resid 96 and name HB )) (( segid " " and resid 97 and name HB1 )) 5.000 3.5200 1.000 peak 4525 spectrum 1 weight 0.10000E+01 volume 0.47687E-03 ppm1 4.106 ppm2 2.703 CV 1 OR { 4525} (( segid " " and resid 96 and name HB )) (( segid " " and resid 130 and name HB1 )) ASSI { 571} (( segid " " and resid 41 and name HN )) (( segid " " and resid 33 and name HN )) 3.500 1.500 1.500 peak 571 spectrum 1 weight 0.10000E+01 volume 0.52449E-03 ppm1 9.110 ppm2 9.350 CV 1 OR { 571} (( segid " " and resid 41 and name HN )) (( segid " " and resid 43 and name HN )) ASSI { 573} (( segid " " and resid 41 and name HN )) (( segid " " and resid 41 and name HB )) 2.900 1.000 1.000 peak 573 spectrum 1 weight 0.10000E+01 volume 0.87698E-03 ppm1 9.101 ppm2 1.884 CV 1 OR { 573} (( segid " " and resid 41 and name HN )) (( segid " " and resid 42 and name HB2 )) ASSI { 574} (( segid " " and resid 41 and name HN )) (( segid " " and resid 41 and name HB )) 3.100 1.200 1.200 peak 574 spectrum 1 weight 0.10000E+01 volume 0.71699E-03 ppm1 9.093 ppm2 1.828 CV 1 OR { 574} (( segid " " and resid 137 and name HN )) (( segid " " and resid 111 and name HB2 )) OR { 574} (( segid " " and resid 137 and name HN )) (( segid " " and resid 111 and name HB1 )) ASSI { 585} (( segid " " and resid 60 and name HN )) (( segid " " and resid 43 and name HB2 )) 4.600 2.600 1.400 peak 585 spectrum 1 weight 0.10000E+01 volume 0.51787E-03 ppm1 9.771 ppm2 1.867 CV 1 OR { 585} (( segid " " and resid 60 and name HN )) (( segid " " and resid 59 and name HB )) OR { 585} (( segid " " and resid 60 and name HN )) (( segid " " and resid 42 and name HB2 )) ASSI { 587} (( segid " " and resid 60 and name HN )) ( segid " " and resid 59 and name HG2%) 4.300 2.300 1.700 peak 587 spectrum 1 weight 0.10000E+01 volume 0.11564E-02 ppm1 9.762 ppm2 1.166 CV 1 OR { 587} (( segid " " and resid 60 and name HN )) ( segid " " and resid 57 and name HB% ) ASSI { 588} (( segid " " and resid 60 and name HN )) ( segid " " and resid 49 and name HB% ) 4.300 2.300 1.700 peak 588 spectrum 1 weight 0.10000E+01 volume 0.60695E-03 ppm1 9.759 ppm2 1.046 CV 1 OR { 588} (( segid " " and resid 60 and name HN )) ( segid " " and resid 67 and name HG2%) OR { 588} (( segid " " and resid 60 and name HN )) (( segid " " and resid 68 and name HG )) ASSI { 850} (( segid " " and resid 16 and name HN )) (( segid " " and resid 16 and name HB )) 2.900 1.000 1.000 peak 850 spectrum 1 weight 0.10000E+01 volume 0.20644E-02 ppm1 6.744 ppm2 4.287 CV 1 OR { 850} (( segid " " and resid 16 and name HN )) (( segid " " and resid 15 and name HA )) OR { 850} (( segid " " and resid 16 and name HN )) (( segid " " and resid 14 and name HA )) ASSI { 852} (( segid " " and resid 16 and name HN )) (( segid " " and resid 14 and name HD2 )) 4.800 2.900 1.200 peak 852 spectrum 1 weight 0.10000E+01 volume 0.35957E-03 ppm1 6.742 ppm2 3.961 CV 1 OR { 852} (( segid " " and resid 16 and name HN )) (( segid " " and resid 18 and name HA )) ASSI { 864} (( segid " " and resid 91 and name HN )) (( segid " " and resid 72 and name HG2 )) 3.900 1.900 2.100 peak 864 spectrum 1 weight 0.10000E+01 volume 0.96640E-03 ppm1 8.534 ppm2 1.693 CV 1 OR { 864} (( segid " " and resid 91 and name HN )) (( segid " " and resid 43 and name HB1 )) OR { 864} (( segid " " and resid 91 and name HN )) (( segid " " and resid 101 and name HB1 )) OR { 864} (( segid " " and resid 91 and name HN )) (( segid " " and resid 101 and name HB2 )) ASSI { 881} (( segid " " and resid 30 and name HN )) (( segid " " and resid 44 and name HB2 )) 4.600 2.700 1.400 peak 881 spectrum 1 weight 0.10000E+01 volume 0.38079E-03 ppm1 7.360 ppm2 2.330 CV 1 OR { 881} (( segid " " and resid 30 and name HN )) (( segid " " and resid 28 and name HG1 )) ASSI { 882} (( segid " " and resid 30 and name HN )) (( segid " " and resid 28 and name HB1 )) 3.100 3.100 2.900 peak 882 spectrum 1 weight 0.10000E+01 volume 0.62384E-03 ppm1 7.365 ppm2 2.057 CV 1 OR { 882} (( segid " " and resid 30 and name HN )) (( segid " " and resid 28 and name HB2 )) OR { 882} (( segid " " and resid 30 and name HN )) (( segid " " and resid 42 and name HG1 )) OR { 882} (( segid " " and resid 30 and name HN )) (( segid " " and resid 42 and name HG2 )) ASSI { 883} (( segid " " and resid 30 and name HN )) (( segid " " and resid 27 and name HB1 )) 4.000 2.000 2.000 peak 883 spectrum 1 weight 0.10000E+01 volume 0.20834E-02 ppm1 7.364 ppm2 1.898 CV 1 OR { 883} (( segid " " and resid 30 and name HN )) (( segid " " and resid 26 and name HB2 )) ASSI { 894} (( segid " " and resid 56 and name HN )) (( segid " " and resid 48 and name HG1 )) 3.800 1.800 1.300 peak 894 spectrum 1 weight 0.10000E+01 volume 0.57451E-03 ppm1 8.418 ppm2 2.127 CV 1 OR { 894} (( segid " " and resid 56 and name HN )) (( segid " " and resid 48 and name HG2 )) OR { 894} (( segid " " and resid 56 and name HN )) (( segid " " and resid 72 and name HE2 )) OR { 894} (( segid " " and resid 56 and name HN )) (( segid " " and resid 72 and name HE1 )) ASSI { 895} (( segid " " and resid 56 and name HN )) ( segid " " and resid 54 and name HB% ) 3.800 1.800 1.400 peak 895 spectrum 1 weight 0.10000E+01 volume 0.14068E-02 ppm1 8.421 ppm2 1.436 CV 1 ASSI { 904} (( segid " " and resid 96 and name HN )) (( segid " " and resid 94 and name HB2 )) 3.300 1.500 1.000 peak 904 spectrum 1 weight 0.10000E+01 volume 0.19292E-02 ppm1 7.092 ppm2 2.251 CV 1 OR { 904} (( segid " " and resid 96 and name HN )) (( segid " " and resid 95 and name HG2 )) ASSI { 913} (( segid " " and resid 124 and name HN )) (( segid " " and resid 133 and name HB2 )) 3.100 1.200 1.200 peak 913 spectrum 1 weight 0.10000E+01 volume 0.11976E-02 ppm1 6.537 ppm2 2.625 CV 1 OR { 913} (( segid " " and resid 124 and name HN )) (( segid " " and resid 122 and name HB2 )) ASSI { 918} (( segid " " and resid 124 and name HN )) (( segid " " and resid 134 and name HN )) 5.700 4.000 0.300 peak 918 spectrum 1 weight 0.10000E+01 volume 0.32877E-03 ppm1 6.540 ppm2 9.092 CV 1 OR { 918} (( segid " " and resid 124 and name HN )) (( segid " " and resid 135 and name HN )) ASSI { 922} (( segid " " and resid 115 and name HN )) (( segid " " and resid 113 and name HA )) 4.500 2.500 1.500 peak 922 spectrum 1 weight 0.10000E+01 volume 0.56021E-03 ppm1 8.574 ppm2 4.717 CV 1 OR { 922} (( segid " " and resid 115 and name HN )) (( segid " " and resid 116 and name HA )) ASSI { 924} (( segid " " and resid 115 and name HN )) (( segid " " and resid 111 and name HE2 )) 5.000 3.100 1.000 peak 924 spectrum 1 weight 0.10000E+01 volume 0.38668E-03 ppm1 8.573 ppm2 2.934 CV 1 OR { 924} (( segid " " and resid 115 and name HN )) (( segid " " and resid 111 and name HE1 )) OR { 924} (( segid " " and resid 115 and name HN )) (( segid " " and resid 137 and name HB2 )) ASSI { 933} (( segid " " and resid 115 and name HN )) (( segid " " and resid 111 and name HG2 )) 5.300 3.600 0.700 peak 933 spectrum 1 weight 0.10000E+01 volume 0.29535E-03 ppm1 8.578 ppm2 1.457 CV 1 OR { 933} (( segid " " and resid 115 and name HN )) (( segid " " and resid 111 and name HG1 )) OR { 933} (( segid " " and resid 115 and name HN )) (( segid " " and resid 140 and name HB2 )) ASSI { 938} (( segid " " and resid 44 and name HD22)) (( segid " " and resid 26 and name HA )) 3.600 1.700 1.700 peak 938 spectrum 1 weight 0.10000E+01 volume 0.53758E-03 ppm1 7.085 ppm2 4.305 CV 1 OR { 938} (( segid " " and resid 44 and name HD22)) (( segid " " and resid 58 and name HA )) ASSI { 939} (( segid " " and resid 44 and name HD21)) (( segid " " and resid 49 and name HA )) 3.800 1.800 1.800 peak 939 spectrum 1 weight 0.10000E+01 volume 0.82015E-03 ppm1 7.598 ppm2 4.253 CV 1 OR { 939} (( segid " " and resid 44 and name HD21)) (( segid " " and resid 47 and name HA )) OR { 939} (( segid " " and resid 44 and name HD21)) (( segid " " and resid 58 and name HA )) ASSI { 940} (( segid " " and resid 44 and name HD22)) (( segid " " and resid 49 and name HA )) 4.400 2.400 1.600 peak 940 spectrum 1 weight 0.10000E+01 volume 0.94240E-03 ppm1 7.072 ppm2 4.255 CV 1 OR { 940} (( segid " " and resid 44 and name HD22)) (( segid " " and resid 47 and name HA )) OR { 940} (( segid " " and resid 44 and name HD22)) (( segid " " and resid 58 and name HA )) ASSI { 946} (( segid " " and resid 44 and name HD22)) (( segid " " and resid 45 and name HN )) 4.200 2.200 1.800 peak 946 spectrum 1 weight 0.10000E+01 volume 0.72799E-03 ppm1 7.081 ppm2 8.472 CV 1 OR { 946} (( segid " " and resid 44 and name HD22)) (( segid " " and resid 45 and name HN )) OR { 946} (( segid " " and resid 44 and name HD22)) (( segid " " and resid 48 and name HN )) ASSI { 949} (( segid " " and resid 44 and name HD21)) (( segid " " and resid 45 and name HN )) 4.300 2.400 1.700 peak 949 spectrum 1 weight 0.10000E+01 volume 0.44077E-03 ppm1 7.604 ppm2 8.482 CV 1 OR { 949} (( segid " " and resid 44 and name HD21)) (( segid " " and resid 45 and name HN )) OR { 949} (( segid " " and resid 44 and name HD21)) (( segid " " and resid 48 and name HN )) OR { 949} (( segid " " and resid 44 and name HD21)) (( segid " " and resid 50 and name HN )) ASSI { 956} (( segid " " and resid 29 and name HN )) (( segid " " and resid 27 and name HG1 )) 2.900 1.100 1.100 peak 956 spectrum 1 weight 0.10000E+01 volume 0.84552E-03 ppm1 8.215 ppm2 1.648 CV 1 OR { 956} (( segid " " and resid 29 and name HN )) (( segid " " and resid 50 and name HB2 )) ASSI { 985} (( segid " " and resid 10 and name HN )) (( segid " " and resid 9 and name HB1 )) 4.300 2.300 1.700 peak 985 spectrum 1 weight 0.10000E+01 volume 0.80665E-03 ppm1 7.348 ppm2 2.643 CV 1 OR { 985} (( segid " " and resid 10 and name HN )) (( segid " " and resid 8 and name HB1 )) OR { 985} (( segid " " and resid 10 and name HN )) (( segid " " and resid 8 and name HB2 )) ASSI { 986} (( segid " " and resid 10 and name HN )) (( segid " " and resid 77 and name HG )) 4.300 2.300 1.700 peak 986 spectrum 1 weight 0.10000E+01 volume 0.10520E-02 ppm1 7.348 ppm2 1.324 CV 1 OR { 986} (( segid " " and resid 10 and name HN )) (( segid " " and resid 77 and name HB1 )) OR { 986} (( segid " " and resid 10 and name HN )) ( segid " " and resid 23 and name HG2%) ASSI { 987} (( segid " " and resid 10 and name HN )) ( segid " " and resid 11 and name HG2%) 4.700 2.700 1.300 peak 987 spectrum 1 weight 0.10000E+01 volume 0.59748E-03 ppm1 7.342 ppm2 1.246 CV 1 OR { 987} (( segid " " and resid 10 and name HN )) (( segid " " and resid 22 and name HB2 )) OR { 987} (( segid " " and resid 10 and name HN )) ( segid " " and resid 77 and name HB2 ) ASSI { 995} (( segid " " and resid 6 and name HE21)) (( segid " " and resid 47 and name HA )) 3.800 1.800 1.800 peak 995 spectrum 1 weight 0.10000E+01 volume 0.58436E-03 ppm1 7.627 ppm2 4.227 CV 1 OR { 995} (( segid " " and resid 82 and name HE22)) (( segid " " and resid 81 and name HA )) OR { 995} (( segid " " and resid 119 and name HE22)) (( segid " " and resid 121 and name HA )) ASSI { 998} (( segid " " and resid 10 and name HN )) (( segid " " and resid 10 and name HD1 )) 5.000 3.200 1.000 peak 998 spectrum 1 weight 0.10000E+01 volume 0.49094E-03 ppm1 7.351 ppm2 3.063 CV 1 OR { 998} (( segid " " and resid 10 and name HN )) (( segid " " and resid 20 and name HB1 )) ASSI { 999} (( segid " " and resid 10 and name HN )) (( segid " " and resid 10 and name HD2 )) 4.800 2.900 1.200 peak 999 spectrum 1 weight 0.10000E+01 volume 0.82167E-03 ppm1 7.347 ppm2 2.949 CV 1 OR { 999} (( segid " " and resid 10 and name HN )) (( segid " " and resid 75 and name HE1 )) OR { 999} (( segid " " and resid 10 and name HN )) (( segid " " and resid 75 and name HE2 )) ASSI { 1007} (( segid " " and resid 10 and name HN )) (( segid " " and resid 10 and name HG1 )) 3.800 1.800 1.800 peak 1007 spectrum 1 weight 0.10000E+01 volume 0.19707E-02 ppm1 7.349 ppm2 1.626 CV 1 OR { 1007} (( segid " " and resid 10 and name HN )) (( segid " " and resid 75 and name HB1 )) OR { 1007} (( segid " " and resid 10 and name HN )) (( segid " " and resid 75 and name HD1 )) OR { 1007} (( segid " " and resid 10 and name HN )) (( segid " " and resid 75 and name HD2 )) ASSI { 1008} (( segid " " and resid 10 and name HN )) (( segid " " and resid 10 and name HG1 )) 4.000 2.000 2.000 peak 1008 spectrum 1 weight 0.10000E+01 volume 0.13545E-02 ppm1 7.342 ppm2 1.595 CV 1 OR { 1008} (( segid " " and resid 10 and name HN )) (( segid " " and resid 75 and name HD1 )) OR { 1008} (( segid " " and resid 10 and name HN )) (( segid " " and resid 75 and name HD2 )) ASSI { 1009} (( segid " " and resid 10 and name HN )) (( segid " " and resid 10 and name HB2 )) 3.500 1.500 1.500 peak 1009 spectrum 1 weight 0.10000E+01 volume 0.20656E-02 ppm1 7.349 ppm2 1.542 CV 1 OR { 1009} (( segid " " and resid 10 and name HN )) (( segid " " and resid 75 and name HD1 )) ASSI { 1010} (( segid " " and resid 10 and name HN )) (( segid " " and resid 10 and name HG2 )) 3.800 1.800 1.800 peak 1010 spectrum 1 weight 0.10000E+01 volume 0.15343E-02 ppm1 7.351 ppm2 1.449 CV 1 ASSI { 1012} (( segid " " and resid 10 and name HN )) ( segid " " and resid 11 and name HG1%) 4.500 2.600 1.500 peak 1012 spectrum 1 weight 0.10000E+01 volume 0.91433E-03 ppm1 7.351 ppm2 0.684 CV 1 OR { 1012} (( segid " " and resid 10 and name HN )) ( segid " " and resid 19 and name HD1%) ASSI { 1018} (( segid " " and resid 38 and name HD22)) (( segid " " and resid 38 and name HB1 )) 5.000 3.100 1.000 peak 1018 spectrum 1 weight 0.10000E+01 volume 0.42388E-03 ppm1 7.618 ppm2 3.135 CV 1 OR { 1018} (( segid " " and resid 6 and name HE21)) (( segid " " and resid 46 and name HB1 )) ASSI { 1020} (( segid " " and resid 38 and name HD22)) (( segid " " and resid 38 and name HA )) 4.900 3.000 1.100 peak 1020 spectrum 1 weight 0.10000E+01 volume 0.57873E-03 ppm1 7.593 ppm2 4.366 CV 1 OR { 1020} (( segid " " and resid 4 and name HD21)) (( segid " " and resid 6 and name HA )) OR { 1020} (( segid " " and resid 38 and name HD22)) (( segid " " and resid 39 and name HA )) ASSI { 1022} (( segid " " and resid 38 and name HD21)) (( segid " " and resid 38 and name HA )) 4.400 2.500 1.600 peak 1022 spectrum 1 weight 0.10000E+01 volume 0.73788E-03 ppm1 6.837 ppm2 4.357 CV 1 OR { 1022} (( segid " " and resid 6 and name HE22)) (( segid " " and resid 6 and name HA )) OR { 1022} (( segid " " and resid 119 and name HE21)) (( segid " " and resid 119 and name HA )) ASSI { 1029} (( segid " " and resid 4 and name HD21)) (( segid " " and resid 4 and name HA )) 4.400 2.500 1.600 peak 1029 spectrum 1 weight 0.10000E+01 volume 0.69086E-03 ppm1 7.623 ppm2 4.793 CV 1 OR { 1029} (( segid " " and resid 7 and name HD21)) (( segid " " and resid 7 and name HA )) OR { 1029} (( segid " " and resid 38 and name HD22)) (( segid " " and resid 63 and name HA )) OR { 1029} (( segid " " and resid 38 and name HD22)) (( segid " " and resid 37 and name HA )) ASSI { 1036} (( segid " " and resid 4 and name HD22)) ( segid " " and resid 47 and name HB% ) 4.400 2.400 1.600 peak 1036 spectrum 1 weight 0.10000E+01 volume 0.89330E-03 ppm1 6.942 ppm2 1.240 CV 1 OR { 1036} (( segid " " and resid 4 and name HD22)) ( segid " " and resid 23 and name HG2%) OR { 1036} (( segid " " and resid 4 and name HD22)) (( segid " " and resid 25 and name HB2 )) ASSI { 1042} (( segid " " and resid 6 and name HE21)) ( segid " " and resid 47 and name HB% ) 3.400 1.500 1.500 peak 1042 spectrum 1 weight 0.10000E+01 volume 0.95404E-03 ppm1 7.676 ppm2 1.259 CV 1 OR { 1042} (( segid " " and resid 6 and name HE21)) (( segid " " and resid 75 and name HG1 )) ASSI { 1044} (( segid " " and resid 6 and name HE21)) (( segid " " and resid 6 and name HB2 )) 4.000 2.000 2.000 peak 1044 spectrum 1 weight 0.10000E+01 volume 0.13688E-02 ppm1 7.672 ppm2 2.115 CV 1 OR { 1044} (( segid " " and resid 6 and name HE21)) (( segid " " and resid 75 and name HB2 )) OR { 1044} (( segid " " and resid 6 and name HE21)) (( segid " " and resid 48 and name HG1 )) ASSI { 1046} (( segid " " and resid 4 and name HD21)) (( segid " " and resid 4 and name HB1 )) 2.500 0.800 0.800 peak 1046 spectrum 1 weight 0.10000E+01 volume 0.60247E-02 ppm1 7.599 ppm2 2.845 CV 1 OR { 1046} (( segid " " and resid 38 and name HD22)) (( segid " " and resid 38 and name HB2 )) ASSI { 1048} (( segid " " and resid 6 and name HE21)) ( segid " " and resid 47 and name HB% ) 3.400 1.500 1.500 peak 1048 spectrum 1 weight 0.10000E+01 volume 0.10873E-02 ppm1 7.633 ppm2 1.248 CV 1 OR { 1048} (( segid " " and resid 4 and name HD21)) ( segid " " and resid 47 and name HB% ) OR { 1048} (( segid " " and resid 4 and name HD21)) ( segid " " and resid 23 and name HG2%) OR { 1048} (( segid " " and resid 6 and name HE21)) (( segid " " and resid 75 and name HG1 )) OR { 1048} (( segid " " and resid 38 and name HD22)) (( segid " " and resid 39 and name HG1 )) OR { 1048} (( segid " " and resid 38 and name HD22)) (( segid " " and resid 39 and name HG2 )) ASSI { 1051} (( segid " " and resid 36 and name HN )) ( segid " " and resid 122 and name HD% ) 4.000 2.000 2.000 peak 1051 spectrum 1 weight 0.10000E+01 volume 0.59893E-03 ppm1 8.150 ppm2 6.637 CV 1 OR { 1051} (( segid " " and resid 36 and name HN )) (( segid " " and resid 122 and name HZ )) OR { 1051} (( segid " " and resid 36 and name HN )) ( segid " " and resid 134 and name HD% ) ASSI { 1056} (( segid " " and resid 59 and name HN )) (( segid " " and resid 59 and name HB )) 2.800 1.000 1.000 peak 1056 spectrum 1 weight 0.10000E+01 volume 0.12446E-02 ppm1 6.898 ppm2 1.885 CV 1 OR { 1056} (( segid " " and resid 59 and name HN )) (( segid " " and resid 43 and name HB2 )) ASSI { 1064} (( segid " " and resid 52 and name HN )) (( segid " " and resid 51 and name HB1 )) 3.000 1.200 1.200 peak 1064 spectrum 1 weight 0.10000E+01 volume 0.27790E-02 ppm1 9.108 ppm2 3.976 CV 1 OR { 1064} (( segid " " and resid 52 and name HN )) (( segid " " and resid 52 and name HB1 )) ASSI { 1083} (( segid " " and resid 52 and name HN )) (( segid " " and resid 53 and name HN )) 3.600 1.700 1.700 peak 1083 spectrum 1 weight 0.10000E+01 volume 0.15379E-02 ppm1 9.102 ppm2 8.167 CV 1 OR { 1083} (( segid " " and resid 52 and name HN )) (( segid " " and resid 51 and name HN )) ASSI { 1092} (( segid " " and resid 59 and name HN )) ( segid " " and resid 59 and name HG2%) 2.700 0.900 0.900 peak 1092 spectrum 1 weight 0.10000E+01 volume 0.29625E-02 ppm1 6.899 ppm2 1.190 CV 1 OR { 1092} (( segid " " and resid 59 and name HN )) ( segid " " and resid 57 and name HB% ) OR { 1092} (( segid " " and resid 59 and name HN )) (( segid " " and resid 73 and name HB2 )) ASSI { 1093} (( segid " " and resid 59 and name HN )) (( segid " " and resid 71 and name HA2 )) 3.800 1.800 1.800 peak 1093 spectrum 1 weight 0.10000E+01 volume 0.15842E-02 ppm1 6.900 ppm2 4.038 CV 1 OR { 1093} (( segid " " and resid 59 and name HN )) (( segid " " and resid 57 and name HA )) ASSI { 1097} (( segid " " and resid 78 and name HN )) ( segid " " and resid 77 and name HD1%) 3.500 1.600 1.600 peak 1097 spectrum 1 weight 0.10000E+01 volume 0.37259E-02 ppm1 8.709 ppm2 0.518 CV 1 OR { 1097} (( segid " " and resid 78 and name HN )) ( segid " " and resid 86 and name HD1%) OR { 1097} (( segid " " and resid 78 and name HN )) ( segid " " and resid 77 and name HD2%) ASSI { 1098} (( segid " " and resid 78 and name HN )) (( segid " " and resid 85 and name HB2 )) 3.900 1.900 1.900 peak 1098 spectrum 1 weight 0.10000E+01 volume 0.10572E-02 ppm1 8.720 ppm2 1.635 CV 1 OR { 1098} (( segid " " and resid 78 and name HN )) (( segid " " and resid 85 and name HB1 )) OR { 1098} (( segid " " and resid 78 and name HN )) (( segid " " and resid 86 and name HB1 )) ASSI { 1099} (( segid " " and resid 78 and name HN )) (( segid " " and resid 77 and name HB1 )) 2.700 0.900 0.900 peak 1099 spectrum 1 weight 0.10000E+01 volume 0.36087E-02 ppm1 8.710 ppm2 1.334 CV 1 OR { 1099} (( segid " " and resid 78 and name HN )) (( segid " " and resid 77 and name HG )) OR { 1099} (( segid " " and resid 78 and name HN )) (( segid " " and resid 86 and name HB2 )) OR { 1099} (( segid " " and resid 78 and name HN )) (( segid " " and resid 84 and name HG )) ASSI { 1100} (( segid " " and resid 78 and name HN )) ( segid " " and resid 78 and name HG2%) 2.900 1.100 1.100 peak 1100 spectrum 1 weight 0.10000E+01 volume 0.37843E-02 ppm1 8.709 ppm2 1.178 CV 1 OR { 1100} (( segid " " and resid 78 and name HN )) (( segid " " and resid 77 and name HB2 )) ASSI { 1101} (( segid " " and resid 34 and name HN )) (( segid " " and resid 33 and name HG11)) 3.700 1.700 1.700 peak 1101 spectrum 1 weight 0.10000E+01 volume 0.13042E-02 ppm1 8.324 ppm2 1.410 CV 1 OR { 1101} (( segid " " and resid 34 and name HN )) (( segid " " and resid 33 and name HG12)) OR { 1101} (( segid " " and resid 34 and name HN )) (( segid " " and resid 41 and name HG11)) ASSI { 1105} (( segid " " and resid 38 and name HN )) (( segid " " and resid 38 and name HB2 )) 2.600 0.900 0.900 peak 1105 spectrum 1 weight 0.10000E+01 volume 0.30207E-02 ppm1 8.321 ppm2 2.849 CV 1 ASSI { 1108} (( segid " " and resid 47 and name HN )) ( segid " " and resid 73 and name HD1%) 3.200 1.300 1.300 peak 1108 spectrum 1 weight 0.10000E+01 volume 0.42259E-02 ppm1 7.271 ppm2 0.642 CV 1 OR { 1108} (( segid " " and resid 47 and name HN )) ( segid " " and resid 45 and name HG2%) OR { 1108} (( segid " " and resid 47 and name HN )) ( segid " " and resid 86 and name HD2%) ASSI { 1110} (( segid " " and resid 24 and name HN )) ( segid " " and resid 22 and name HD1%) 5.300 3.500 0.700 peak 1110 spectrum 1 weight 0.10000E+01 volume 0.67626E-03 ppm1 8.588 ppm2 -0.010 CV 1 OR { 1110} (( segid " " and resid 24 and name HN )) ( segid " " and resid 25 and name HD1%) ASSI { 1117} (( segid " " and resid 24 and name HN )) (( segid " " and resid 25 and name HB1 )) 5.000 3.200 1.000 peak 1117 spectrum 1 weight 0.10000E+01 volume 0.41932E-03 ppm1 8.591 ppm2 1.645 CV 1 OR { 1117} (( segid " " and resid 24 and name HN )) (( segid " " and resid 26 and name HD1 )) OR { 1117} (( segid " " and resid 24 and name HN )) (( segid " " and resid 26 and name HD2 )) ASSI { 1123} (( segid " " and resid 47 and name HN )) (( segid " " and resid 47 and name HA )) 2.500 0.800 0.800 peak 1123 spectrum 1 weight 0.10000E+01 volume 0.36552E-02 ppm1 7.272 ppm2 4.226 CV 1 OR { 1123} (( segid " " and resid 47 and name HN )) (( segid " " and resid 58 and name HA )) ASSI { 1124} (( segid " " and resid 47 and name HN )) (( segid " " and resid 45 and name HA )) 3.300 1.400 1.400 peak 1124 spectrum 1 weight 0.10000E+01 volume 0.11588E-02 ppm1 7.276 ppm2 3.738 CV 1 OR { 1124} (( segid " " and resid 47 and name HN )) (( segid " " and resid 48 and name HA )) ASSI { 1125} (( segid " " and resid 47 and name HN )) (( segid " " and resid 46 and name HB1 )) 3.600 1.700 1.700 peak 1125 spectrum 1 weight 0.10000E+01 volume 0.85705E-03 ppm1 7.267 ppm2 3.067 CV 1 OR { 1125} (( segid " " and resid 47 and name HN )) (( segid " " and resid 44 and name HB1 )) ASSI { 1133} (( segid " " and resid 46 and name HN )) ( segid " " and resid 45 and name HG2%) 3.700 1.700 1.700 peak 1133 spectrum 1 weight 0.10000E+01 volume 0.20848E-02 ppm1 8.288 ppm2 0.650 CV 1 OR { 1133} (( segid " " and resid 46 and name HN )) ( segid " " and resid 86 and name HD2%) OR { 1133} (( segid " " and resid 46 and name HN )) ( segid " " and resid 73 and name HD1%) ASSI { 1134} (( segid " " and resid 46 and name HN )) ( segid " " and resid 45 and name HG1%) 3.100 1.200 1.200 peak 1134 spectrum 1 weight 0.10000E+01 volume 0.10141E-02 ppm1 8.292 ppm2 0.545 CV 1 OR { 1134} (( segid " " and resid 46 and name HN )) ( segid " " and resid 86 and name HD1%) ASSI { 1158} (( segid " " and resid 74 and name HN )) (( segid " " and resid 73 and name HB2 )) 4.300 2.300 1.700 peak 1158 spectrum 1 weight 0.10000E+01 volume 0.86678E-03 ppm1 6.918 ppm2 1.182 CV 1 OR { 1158} (( segid " " and resid 74 and name HN )) (( segid " " and resid 75 and name HG2 )) OR { 1158} (( segid " " and resid 74 and name HN )) ( segid " " and resid 59 and name HG2%) OR { 1158} (( segid " " and resid 74 and name HN )) (( segid " " and resid 75 and name HG1 )) ASSI { 1159} (( segid " " and resid 74 and name HN )) ( segid " " and resid 73 and name HD1%) 3.100 1.200 1.200 peak 1159 spectrum 1 weight 0.10000E+01 volume 0.20279E-02 ppm1 6.931 ppm2 0.650 CV 1 OR { 1159} (( segid " " and resid 74 and name HN )) ( segid " " and resid 86 and name HD2%) OR { 1159} (( segid " " and resid 74 and name HN )) ( segid " " and resid 45 and name HG2%) ASSI { 1173} (( segid " " and resid 48 and name HN )) (( segid " " and resid 49 and name HA )) 4.500 2.500 1.500 peak 1173 spectrum 1 weight 0.10000E+01 volume 0.91707E-03 ppm1 8.463 ppm2 4.300 CV 1 OR { 1173} (( segid " " and resid 48 and name HN )) (( segid " " and resid 47 and name HA )) ASSI { 1184} (( segid " " and resid 23 and name HN )) (( segid " " and resid 140 and name HB1 )) 4.700 2.800 1.300 peak 1184 spectrum 1 weight 0.10000E+01 volume 0.27972E-03 ppm1 8.860 ppm2 1.466 CV 1 OR { 1184} (( segid " " and resid 23 and name HN )) (( segid " " and resid 140 and name HB2 )) OR { 1184} (( segid " " and resid 23 and name HN )) (( segid " " and resid 26 and name HG2 )) ASSI { 1186} (( segid " " and resid 23 and name HN )) (( segid " " and resid 140 and name HG )) 4.200 2.200 1.800 peak 1186 spectrum 1 weight 0.10000E+01 volume 0.50456E-03 ppm1 8.861 ppm2 1.205 CV 1 OR { 1186} (( segid " " and resid 23 and name HN )) (( segid " " and resid 22 and name HB1 )) OR { 1186} (( segid " " and resid 23 and name HN )) (( segid " " and resid 22 and name HB2 )) ASSI { 1193} (( segid " " and resid 48 and name HN )) (( segid " " and resid 26 and name HB1 )) 3.200 3.200 2.800 peak 1193 spectrum 1 weight 0.10000E+01 volume 0.77044E-03 ppm1 8.464 ppm2 1.360 CV 1 OR { 1193} (( segid " " and resid 48 and name HN )) (( segid " " and resid 72 and name HG1 )) ASSI { 1195} (( segid " " and resid 48 and name HN )) (( segid " " and resid 73 and name HB2 )) 4.900 3.000 1.100 peak 1195 spectrum 1 weight 0.10000E+01 volume 0.55560E-03 ppm1 8.458 ppm2 1.166 CV 1 OR { 1195} (( segid " " and resid 48 and name HN )) (( segid " " and resid 75 and name HG2 )) ASSI { 1199} (( segid " " and resid 23 and name HN )) ( segid " " and resid 22 and name HD1%) 5.200 3.400 0.800 peak 1199 spectrum 1 weight 0.10000E+01 volume 0.65758E-03 ppm1 8.864 ppm2 -0.004 CV 1 OR { 1199} (( segid " " and resid 23 and name HN )) ( segid " " and resid 25 and name HD1%) ASSI { 1202} (( segid " " and resid 128 and name HN )) (( segid " " and resid 126 and name HB2 )) 4.500 2.500 1.500 peak 1202 spectrum 1 weight 0.10000E+01 volume 0.51494E-03 ppm1 8.167 ppm2 2.700 CV 1 OR { 1202} (( segid " " and resid 128 and name HN )) (( segid " " and resid 126 and name HB1 )) ASSI { 1203} (( segid " " and resid 128 and name HN )) (( segid " " and resid 127 and name HG1 )) 2.800 1.000 1.000 peak 1203 spectrum 1 weight 0.10000E+01 volume 0.57531E-02 ppm1 8.167 ppm2 2.418 CV 1 OR { 1203} (( segid " " and resid 128 and name HN )) (( segid " " and resid 127 and name HG2 )) OR { 1203} (( segid " " and resid 128 and name HN )) (( segid " " and resid 128 and name HG1 )) ASSI { 1222} (( segid " " and resid 130 and name HN )) (( segid " " and resid 131 and name HN )) 3.300 1.300 1.300 peak 1222 spectrum 1 weight 0.10000E+01 volume 0.83540E-03 ppm1 7.755 ppm2 7.049 CV 1 ASSI { 1236} (( segid " " and resid 107 and name HN )) ( segid " " and resid 83 and name HG1%) 4.800 2.900 1.200 peak 1236 spectrum 1 weight 0.10000E+01 volume 0.63567E-03 ppm1 7.682 ppm2 0.866 CV 1 OR { 1236} (( segid " " and resid 107 and name HN )) ( segid " " and resid 83 and name HG2%) OR { 1236} (( segid " " and resid 73 and name HN )) ( segid " " and resid 73 and name HD1%) ASSI { 1242} (( segid " " and resid 73 and name HN )) (( segid " " and resid 73 and name HB2 )) 2.600 0.900 0.900 peak 1242 spectrum 1 weight 0.10000E+01 volume 0.22524E-02 ppm1 7.750 ppm2 1.180 CV 1 OR { 1242} (( segid " " and resid 73 and name HN )) ( segid " " and resid 59 and name HG2%) ASSI { 1244} (( segid " " and resid 73 and name HN )) ( segid " " and resid 73 and name HD1%) 4.700 2.800 1.300 peak 1244 spectrum 1 weight 0.10000E+01 volume 0.55241E-03 ppm1 7.745 ppm2 0.646 CV 1 OR { 1244} (( segid " " and resid 73 and name HN )) ( segid " " and resid 45 and name HG2%) ASSI { 1268} (( segid " " and resid 142 and name HN )) (( segid " " and resid 141 and name HA )) 3.000 1.200 1.200 peak 1268 spectrum 1 weight 0.10000E+01 volume 0.21646E-02 ppm1 7.531 ppm2 4.552 CV 1 OR { 1268} (( segid " " and resid 142 and name HN )) (( segid " " and resid 139 and name HA )) ASSI { 1270} (( segid " " and resid 142 and name HN )) (( segid " " and resid 140 and name HA )) 3.500 1.600 1.600 peak 1270 spectrum 1 weight 0.10000E+01 volume 0.11621E-02 ppm1 7.524 ppm2 4.243 CV 1 OR { 1270} (( segid " " and resid 142 and name HN )) (( segid " " and resid 144 and name HA )) ASSI { 1271} (( segid " " and resid 141 and name HN )) (( segid " " and resid 141 and name HA )) 2.800 1.000 1.000 peak 1271 spectrum 1 weight 0.10000E+01 volume 0.21493E-02 ppm1 7.115 ppm2 4.552 CV 1 OR { 1271} (( segid " " and resid 141 and name HN )) (( segid " " and resid 139 and name HA )) ASSI { 1273} (( segid " " and resid 142 and name HN )) (( segid " " and resid 142 and name HB2 )) 2.900 1.000 1.000 peak 1273 spectrum 1 weight 0.10000E+01 volume 0.38919E-02 ppm1 7.531 ppm2 3.124 CV 1 OR { 1273} (( segid " " and resid 142 and name HN )) (( segid " " and resid 110 and name HB1 )) ASSI { 1277} (( segid " " and resid 44 and name HN )) (( segid " " and resid 43 and name HB2 )) 2.800 1.000 1.000 peak 1277 spectrum 1 weight 0.10000E+01 volume 0.22005E-02 ppm1 8.119 ppm2 1.872 CV 1 OR { 1277} (( segid " " and resid 44 and name HN )) (( segid " " and resid 59 and name HB )) ASSI { 1279} (( segid " " and resid 44 and name HN )) (( segid " " and resid 43 and name HB1 )) 3.100 1.200 1.200 peak 1279 spectrum 1 weight 0.10000E+01 volume 0.14025E-02 ppm1 8.117 ppm2 1.739 CV 1 OR { 1279} (( segid " " and resid 118 and name HN )) (( segid " " and resid 119 and name HB2 )) ASSI { 1281} (( segid " " and resid 44 and name HN )) ( segid " " and resid 59 and name HG2%) 4.200 2.200 1.800 peak 1281 spectrum 1 weight 0.10000E+01 volume 0.77013E-03 ppm1 8.116 ppm2 1.161 CV 1 OR { 1281} (( segid " " and resid 44 and name HN )) (( segid " " and resid 73 and name HB2 )) ASSI { 1283} (( segid " " and resid 44 and name HN )) ( segid " " and resid 43 and name HD2%) 3.900 1.900 1.900 peak 1283 spectrum 1 weight 0.10000E+01 volume 0.17953E-02 ppm1 8.123 ppm2 0.666 CV 1 OR { 1283} (( segid " " and resid 44 and name HN )) ( segid " " and resid 45 and name HG2%) OR { 1283} (( segid " " and resid 44 and name HN )) ( segid " " and resid 43 and name HD1%) OR { 1283} (( segid " " and resid 44 and name HN )) ( segid " " and resid 73 and name HD1%) ASSI { 1304} (( segid " " and resid 129 and name HN )) (( segid " " and resid 128 and name HB2 )) 4.300 2.300 1.700 peak 1304 spectrum 1 weight 0.10000E+01 volume 0.65964E-03 ppm1 6.660 ppm2 2.117 CV 1 OR { 1304} (( segid " " and resid 129 and name HN )) ( segid " " and resid 100 and name HE% ) OR { 1304} (( segid " " and resid 129 and name HN )) (( segid " " and resid 127 and name HB2 )) ASSI { 1330} (( segid " " and resid 99 and name HN )) (( segid " " and resid 99 and name HB2 )) 3.800 1.800 1.200 peak 1330 spectrum 1 weight 0.10000E+01 volume 0.25267E-02 ppm1 8.238 ppm2 1.729 CV 1 OR { 1330} (( segid " " and resid 99 and name HN )) (( segid " " and resid 98 and name HB1 )) OR { 1330} (( segid " " and resid 99 and name HN )) (( segid " " and resid 99 and name HD1 )) OR { 1330} (( segid " " and resid 99 and name HN )) (( segid " " and resid 99 and name HD2 )) ASSI { 1334} (( segid " " and resid 99 and name HN )) (( segid " " and resid 100 and name HG1 )) 3.800 1.800 1.800 peak 1334 spectrum 1 weight 0.10000E+01 volume 0.86515E-03 ppm1 8.239 ppm2 2.538 CV 1 ASSI { 1355} (( segid " " and resid 15 and name HN )) (( segid " " and resid 14 and name HB1 )) 4.200 2.200 1.800 peak 1355 spectrum 1 weight 0.10000E+01 volume 0.12563E-02 ppm1 7.761 ppm2 2.388 CV 1 OR { 1355} (( segid " " and resid 15 and name HN )) (( segid " " and resid 13 and name HB1 )) ASSI { 1360} (( segid " " and resid 13 and name HD22)) (( segid " " and resid 13 and name HB2 )) 4.100 2.100 1.900 peak 1360 spectrum 1 weight 0.10000E+01 volume 0.78405E-03 ppm1 9.455 ppm2 2.315 CV 1 OR { 1360} (( segid " " and resid 13 and name HD22)) (( segid " " and resid 82 and name HG2 )) ASSI { 1367} (( segid " " and resid 3 and name HN )) (( segid " " and resid 3 and name HA )) 3.000 1.100 1.100 peak 1367 spectrum 1 weight 0.10000E+01 volume 0.19854E-02 ppm1 8.501 ppm2 4.786 CV 1 OR { 1367} (( segid " " and resid 3 and name HN )) (( segid " " and resid 4 and name HA )) ASSI { 1380} (( segid " " and resid 76 and name HN )) (( segid " " and resid 75 and name HB1 )) 4.500 2.500 1.500 peak 1380 spectrum 1 weight 0.10000E+01 volume 0.63077E-03 ppm1 8.052 ppm2 1.650 CV 1 OR { 1380} (( segid " " and resid 76 and name HN )) (( segid " " and resid 86 and name HB1 )) ASSI { 1381} (( segid " " and resid 76 and name HN )) ( segid " " and resid 76 and name HG2%) 3.200 1.300 1.300 peak 1381 spectrum 1 weight 0.10000E+01 volume 0.27303E-02 ppm1 8.059 ppm2 1.230 CV 1 OR { 1381} (( segid " " and resid 76 and name HN )) (( segid " " and resid 75 and name HG1 )) ASSI { 1388} (( segid " " and resid 97 and name HN )) (( segid " " and resid 98 and name HN )) 2.900 1.000 1.000 peak 1388 spectrum 1 weight 0.10000E+01 volume 0.18232E-02 ppm1 7.069 ppm2 8.459 CV 1 OR { 1388} (( segid " " and resid 97 and name HN )) (( segid " " and resid 94 and name HN )) ASSI { 1389} (( segid " " and resid 97 and name HN )) (( segid " " and resid 97 and name HA )) 2.800 0.900 0.900 peak 1389 spectrum 1 weight 0.10000E+01 volume 0.30848E-02 ppm1 7.069 ppm2 4.490 CV 1 ASSI { 1408} (( segid " " and resid 39 and name HN )) (( segid " " and resid 39 and name HB2 )) 3.000 1.100 1.100 peak 1408 spectrum 1 weight 0.10000E+01 volume 0.21490E-02 ppm1 8.396 ppm2 1.727 CV 1 OR { 1408} (( segid " " and resid 39 and name HN )) (( segid " " and resid 39 and name HB1 )) ASSI { 1410} (( segid " " and resid 39 and name HN )) (( segid " " and resid 39 and name HG1 )) 3.600 1.700 1.700 peak 1410 spectrum 1 weight 0.10000E+01 volume 0.22369E-02 ppm1 8.401 ppm2 1.280 CV 1 OR { 1410} (( segid " " and resid 39 and name HN )) (( segid " " and resid 39 and name HG2 )) OR { 1410} (( segid " " and resid 39 and name HN )) (( segid " " and resid 40 and name HG2 )) OR { 1410} (( segid " " and resid 39 and name HN )) (( segid " " and resid 40 and name HG1 )) ASSI { 1413} (( segid " " and resid 39 and name HN )) (( segid " " and resid 38 and name HB1 )) 3.500 1.500 1.500 peak 1413 spectrum 1 weight 0.10000E+01 volume 0.98884E-03 ppm1 8.399 ppm2 3.130 CV 1 OR { 1413} (( segid " " and resid 39 and name HN )) (( segid " " and resid 39 and name HD2 )) ASSI { 1424} (( segid " " and resid 134 and name HN )) ( segid " " and resid 133 and name HD% ) 2.800 2.800 3.200 peak 1424 spectrum 1 weight 0.10000E+01 volume 0.89794E-03 ppm1 9.080 ppm2 6.939 CV 1 OR { 1424} (( segid " " and resid 134 and name HN )) ( segid " " and resid 105 and name HD% ) ASSI { 1434} (( segid " " and resid 134 and name HN )) (( segid " " and resid 105 and name HB2 )) 4.300 2.400 1.700 peak 1434 spectrum 1 weight 0.10000E+01 volume 0.76317E-03 ppm1 9.076 ppm2 2.633 CV 1 OR { 1434} (( segid " " and resid 134 and name HN )) (( segid " " and resid 133 and name HB2 )) ASSI { 1437} (( segid " " and resid 113 and name HN )) (( segid " " and resid 112 and name HB1 )) 3.600 1.600 1.600 peak 1437 spectrum 1 weight 0.10000E+01 volume 0.88706E-03 ppm1 8.304 ppm2 3.990 CV 1 OR { 1437} (( segid " " and resid 113 and name HN )) (( segid " " and resid 115 and name HA2 )) ASSI { 1440} (( segid " " and resid 113 and name HN )) (( segid " " and resid 113 and name HB1 )) 3.400 1.500 1.500 peak 1440 spectrum 1 weight 0.10000E+01 volume 0.25160E-02 ppm1 8.297 ppm2 2.930 CV 1 OR { 1440} (( segid " " and resid 113 and name HN )) (( segid " " and resid 111 and name HE1 )) OR { 1440} (( segid " " and resid 113 and name HN )) (( segid " " and resid 111 and name HE2 )) ASSI { 1445} (( segid " " and resid 92 and name HN )) (( segid " " and resid 69 and name HB1 )) 3.800 1.500 2.000 peak 1445 spectrum 1 weight 0.10000E+01 volume 0.67869E-03 ppm1 8.746 ppm2 3.092 CV 1 OR { 1445} (( segid " " and resid 92 and name HN )) (( segid " " and resid 90 and name HB1 )) ASSI { 1449} (( segid " " and resid 25 and name HN )) ( segid " " and resid 25 and name HD1%) 4.100 2.100 1.900 peak 1449 spectrum 1 weight 0.10000E+01 volume 0.20545E-02 ppm1 7.913 ppm2 -0.003 CV 1 OR { 1449} (( segid " " and resid 25 and name HN )) ( segid " " and resid 22 and name HD1%) ASSI { 1454} (( segid " " and resid 25 and name HN )) (( segid " " and resid 25 and name HA )) 2.800 1.000 1.000 peak 1454 spectrum 1 weight 0.10000E+01 volume 0.29541E-02 ppm1 7.910 ppm2 4.350 CV 1 OR { 1454} (( segid " " and resid 25 and name HN )) (( segid " " and resid 22 and name HA )) OR { 1454} (( segid " " and resid 25 and name HN )) (( segid " " and resid 26 and name HA )) ASSI { 1455} (( segid " " and resid 25 and name HN )) (( segid " " and resid 24 and name HA )) 3.200 1.300 1.300 peak 1455 spectrum 1 weight 0.10000E+01 volume 0.12640E-02 ppm1 7.911 ppm2 4.243 CV 1 OR { 1455} (( segid " " and resid 25 and name HN )) (( segid " " and resid 138 and name HB )) OR { 1455} (( segid " " and resid 25 and name HN )) (( segid " " and resid 140 and name HA )) ASSI { 1457} (( segid " " and resid 25 and name HN )) (( segid " " and resid 26 and name HB2 )) 4.900 3.000 1.100 peak 1457 spectrum 1 weight 0.10000E+01 volume 0.65686E-03 ppm1 7.913 ppm2 1.887 CV 1 OR { 1457} (( segid " " and resid 25 and name HN )) (( segid " " and resid 27 and name HB1 )) ASSI { 1458} (( segid " " and resid 117 and name HN )) (( segid " " and resid 117 and name HB1 )) 2.500 0.800 0.800 peak 1458 spectrum 1 weight 0.10000E+01 volume 0.98101E-02 ppm1 8.665 ppm2 2.842 CV 1 OR { 1458} (( segid " " and resid 117 and name HN )) (( segid " " and resid 117 and name HB2 )) OR { 1458} (( segid " " and resid 117 and name HN )) (( segid " " and resid 116 and name HB1 )) ASSI { 1462} (( segid " " and resid 117 and name HN )) (( segid " " and resid 114 and name HA )) 4.100 2.100 1.900 peak 1462 spectrum 1 weight 0.10000E+01 volume 0.61338E-03 ppm1 8.669 ppm2 4.384 CV 1 OR { 1462} (( segid " " and resid 117 and name HN )) (( segid " " and resid 118 and name HB1 )) ASSI { 1470} (( segid " " and resid 138 and name HN )) ( segid " " and resid 109 and name HG2%) 4.700 2.700 1.300 peak 1470 spectrum 1 weight 0.10000E+01 volume 0.39916E-03 ppm1 9.099 ppm2 0.859 CV 1 OR { 1470} (( segid " " and resid 138 and name HN )) (( segid " " and resid 22 and name HG )) OR { 1470} (( segid " " and resid 138 and name HN )) ( segid " " and resid 140 and name HD1%) ASSI { 1474} (( segid " " and resid 138 and name HN )) (( segid " " and resid 137 and name HA )) 2.200 0.600 0.600 peak 1474 spectrum 1 weight 0.10000E+01 volume 0.46945E-02 ppm1 9.100 ppm2 5.531 CV 1 OR { 1474} (( segid " " and resid 138 and name HN )) (( segid " " and resid 108 and name HA )) ASSI { 1477} (( segid " " and resid 138 and name HN )) (( segid " " and resid 138 and name HB )) 3.800 1.800 1.800 peak 1477 spectrum 1 weight 0.10000E+01 volume 0.62000E-03 ppm1 9.101 ppm2 4.284 CV 1 OR { 1477} (( segid " " and resid 138 and name HN )) (( segid " " and resid 109 and name HA )) ASSI { 1479} (( segid " " and resid 138 and name HN )) (( segid " " and resid 137 and name HB2 )) 4.300 2.300 1.700 peak 1479 spectrum 1 weight 0.10000E+01 volume 0.81308E-03 ppm1 9.100 ppm2 2.950 CV 1 OR { 1479} (( segid " " and resid 138 and name HN )) (( segid " " and resid 108 and name HB1 )) ASSI { 1488} (( segid " " and resid 43 and name HN )) ( segid " " and resid 43 and name HD2%) 3.600 1.600 1.600 peak 1488 spectrum 1 weight 0.10000E+01 volume 0.13852E-02 ppm1 9.373 ppm2 0.643 CV 1 OR { 1488} (( segid " " and resid 43 and name HN )) ( segid " " and resid 43 and name HD1%) OR { 1488} (( segid " " and resid 43 and name HN )) ( segid " " and resid 41 and name HD1%) ASSI { 1489} (( segid " " and resid 43 and name HN )) ( segid " " and resid 59 and name HG2%) 4.700 2.800 1.300 peak 1489 spectrum 1 weight 0.10000E+01 volume 0.56245E-03 ppm1 9.368 ppm2 1.159 CV 1 OR { 1489} (( segid " " and resid 43 and name HN )) ( segid " " and resid 57 and name HB% ) OR { 1489} (( segid " " and resid 43 and name HN )) ( segid " " and resid 62 and name HG2%) ASSI { 1514} (( segid " " and resid 11 and name HN )) (( segid " " and resid 21 and name HA )) 5.000 3.200 1.000 peak 1514 spectrum 1 weight 0.10000E+01 volume 0.55393E-03 ppm1 8.839 ppm2 5.033 CV 1 OR { 1514} (( segid " " and resid 11 and name HN )) (( segid " " and resid 77 and name HA )) ASSI { 1516} (( segid " " and resid 7 and name HN )) (( segid " " and resid 7 and name HB1 )) 3.100 1.200 1.200 peak 1516 spectrum 1 weight 0.10000E+01 volume 0.26050E-02 ppm1 8.394 ppm2 2.933 CV 1 ASSI { 1518} (( segid " " and resid 7 and name HN )) (( segid " " and resid 8 and name HB2 )) 4.600 2.700 1.400 peak 1518 spectrum 1 weight 0.10000E+01 volume 0.93270E-03 ppm1 8.389 ppm2 2.635 CV 1 OR { 1518} (( segid " " and resid 7 and name HN )) (( segid " " and resid 8 and name HB1 )) ASSI { 1524} (( segid " " and resid 31 and name HN )) ( segid " " and resid 45 and name HG2%) 4.600 2.600 1.400 peak 1524 spectrum 1 weight 0.10000E+01 volume 0.64092E-03 ppm1 9.197 ppm2 0.647 CV 1 OR { 1524} (( segid " " and resid 31 and name HN )) ( segid " " and resid 43 and name HD2%) OR { 1524} (( segid " " and resid 31 and name HN )) ( segid " " and resid 25 and name HD2%) OR { 1524} (( segid " " and resid 31 and name HN )) ( segid " " and resid 43 and name HD1%) ASSI { 1532} (( segid " " and resid 53 and name HN )) ( segid " " and resid 49 and name HB% ) 3.800 1.800 1.800 peak 1532 spectrum 1 weight 0.10000E+01 volume 0.79790E-03 ppm1 8.168 ppm2 1.066 CV 1 OR { 1532} (( segid " " and resid 53 and name HN )) ( segid " " and resid 67 and name HG2%) ASSI { 1533} (( segid " " and resid 51 and name HN )) (( segid " " and resid 50 and name HG2 )) 3.800 1.800 1.800 peak 1533 spectrum 1 weight 0.10000E+01 volume 0.10543E-02 ppm1 8.215 ppm2 1.449 CV 1 OR { 1533} (( segid " " and resid 51 and name HN )) (( segid " " and resid 50 and name HG1 )) ASSI { 1541} (( segid " " and resid 12 and name HN )) ( segid " " and resid 11 and name HG1%) 3.200 1.300 1.300 peak 1541 spectrum 1 weight 0.10000E+01 volume 0.24443E-02 ppm1 7.985 ppm2 0.694 CV 1 OR { 1541} (( segid " " and resid 12 and name HN )) ( segid " " and resid 19 and name HD1%) ASSI { 1542} (( segid " " and resid 18 and name HN )) (( segid " " and resid 16 and name HB )) 2.600 0.900 0.900 peak 1542 spectrum 1 weight 0.10000E+01 volume 0.17633E-02 ppm1 7.875 ppm2 4.350 CV 1 OR { 1542} (( segid " " and resid 25 and name HN )) (( segid " " and resid 25 and name HA )) OR { 1542} (( segid " " and resid 25 and name HN )) (( segid " " and resid 22 and name HA )) ASSI { 1558} (( segid " " and resid 11 and name HN )) (( segid " " and resid 10 and name HG2 )) 3.500 1.500 1.400 peak 1558 spectrum 1 weight 0.10000E+01 volume 0.68440E-03 ppm1 8.842 ppm2 1.450 CV 1 OR { 1558} (( segid " " and resid 11 and name HN )) (( segid " " and resid 19 and name HG )) ASSI { 1559} (( segid " " and resid 11 and name HN )) (( segid " " and resid 20 and name HB1 )) 3.500 1.500 1.900 peak 1559 spectrum 1 weight 0.10000E+01 volume 0.78322E-03 ppm1 8.838 ppm2 2.978 CV 1 OR { 1559} (( segid " " and resid 11 and name HN )) (( segid " " and resid 10 and name HD2 )) ASSI { 1583} (( segid " " and resid 37 and name HN )) (( segid " " and resid 37 and name HB2 )) 3.000 1.200 1.200 peak 1583 spectrum 1 weight 0.10000E+01 volume 0.28299E-02 ppm1 8.273 ppm2 2.887 CV 1 ASSI { 1606} (( segid " " and resid 8 and name HN )) (( segid " " and resid 6 and name HB2 )) 3.800 1.800 1.800 peak 1606 spectrum 1 weight 0.10000E+01 volume 0.98812E-03 ppm1 8.176 ppm2 2.119 CV 1 OR { 1606} (( segid " " and resid 8 and name HN )) (( segid " " and resid 75 and name HB2 )) ASSI { 1610} (( segid " " and resid 45 and name HN )) (( segid " " and resid 25 and name HB1 )) 3.700 1.700 2.000 peak 1610 spectrum 1 weight 0.10000E+01 volume 0.19816E-02 ppm1 8.462 ppm2 1.693 CV 1 ASSI { 1614} (( segid " " and resid 45 and name HN )) (( segid " " and resid 26 and name HB1 )) 4.000 2.000 2.000 peak 1614 spectrum 1 weight 0.10000E+01 volume 0.53366E-03 ppm1 8.466 ppm2 1.335 CV 1 OR { 1614} (( segid " " and resid 45 and name HN )) (( segid " " and resid 86 and name HB2 )) ASSI { 1616} (( segid " " and resid 45 and name HN )) ( segid " " and resid 47 and name HB% ) 4.400 2.500 1.600 peak 1616 spectrum 1 weight 0.10000E+01 volume 0.57360E-03 ppm1 8.489 ppm2 1.273 CV 1 OR { 1616} (( segid " " and resid 45 and name HN )) (( segid " " and resid 25 and name HB2 )) OR { 1616} (( segid " " and resid 45 and name HN )) (( segid " " and resid 86 and name HB2 )) ASSI { 1619} (( segid " " and resid 83 and name HN )) (( segid " " and resid 81 and name HB1 )) 4.000 2.200 1.500 peak 1619 spectrum 1 weight 0.10000E+01 volume 0.43313E-03 ppm1 7.515 ppm2 2.810 CV 1 OR { 1619} (( segid " " and resid 83 and name HN )) (( segid " " and resid 85 and name HE2 )) ASSI { 1620} (( segid " " and resid 83 and name HN )) (( segid " " and resid 82 and name HB1 )) 3.600 1.600 1.600 peak 1620 spectrum 1 weight 0.10000E+01 volume 0.12616E-02 ppm1 7.515 ppm2 2.502 CV 1 OR { 1620} (( segid " " and resid 83 and name HN )) (( segid " " and resid 81 and name HB2 )) OR { 1620} (( segid " " and resid 83 and name HN )) (( segid " " and resid 79 and name HB2 )) ASSI { 1623} (( segid " " and resid 13 and name HN )) ( segid " " and resid 11 and name HG1%) 4.500 2.500 1.500 peak 1623 spectrum 1 weight 0.10000E+01 volume 0.75750E-03 ppm1 8.214 ppm2 0.690 CV 1 OR { 1623} (( segid " " and resid 13 and name HN )) ( segid " " and resid 19 and name HD1%) ASSI { 1625} (( segid " " and resid 148 and name HN )) (( segid " " and resid 147 and name HG1 )) 3.700 1.700 1.700 peak 1625 spectrum 1 weight 0.10000E+01 volume 0.92144E-03 ppm1 8.373 ppm2 2.021 CV 1 OR { 1625} (( segid " " and resid 148 and name HN )) (( segid " " and resid 147 and name HG2 )) OR { 1625} (( segid " " and resid 148 and name HN )) (( segid " " and resid 146 and name HB )) ASSI { 1630} (( segid " " and resid 13 and name HN )) ( segid " " and resid 20 and name HE% ) 3.700 1.700 1.700 peak 1630 spectrum 1 weight 0.10000E+01 volume 0.13879E-02 ppm1 8.219 ppm2 6.814 CV 1 OR { 1630} (( segid " " and resid 13 and name HN )) ( segid " " and resid 79 and name HD% ) ASSI { 1634} (( segid " " and resid 83 and name HN )) (( segid " " and resid 80 and name HB2 )) 5.200 3.400 0.800 peak 1634 spectrum 1 weight 0.10000E+01 volume 0.34337E-03 ppm1 7.527 ppm2 1.731 CV 1 OR { 1634} (( segid " " and resid 83 and name HN )) (( segid " " and resid 84 and name HB1 )) ASSI { 1646} (( segid " " and resid 109 and name HN )) (( segid " " and resid 109 and name HB )) 2.900 1.100 1.100 peak 1646 spectrum 1 weight 0.10000E+01 volume 0.29129E-02 ppm1 8.344 ppm2 1.194 CV 1 OR { 1646} (( segid " " and resid 109 and name HN )) ( segid " " and resid 141 and name HB% ) ASSI { 1651} (( segid " " and resid 116 and name HN )) (( segid " " and resid 116 and name HB1 )) 3.000 1.100 1.100 peak 1651 spectrum 1 weight 0.10000E+01 volume 0.51601E-02 ppm1 8.571 ppm2 2.828 CV 1 OR { 1651} (( segid " " and resid 116 and name HN )) (( segid " " and resid 117 and name HB1 )) OR { 1651} (( segid " " and resid 116 and name HN )) (( segid " " and resid 117 and name HB2 )) ASSI { 1675} (( segid " " and resid 21 and name HN )) ( segid " " and resid 19 and name HD1%) 4.400 2.400 1.600 peak 1675 spectrum 1 weight 0.10000E+01 volume 0.95225E-03 ppm1 8.570 ppm2 0.695 CV 1 OR { 1675} (( segid " " and resid 21 and name HN )) ( segid " " and resid 11 and name HG1%) ASSI { 1688} (( segid " " and resid 66 and name HN )) (( segid " " and resid 63 and name HB1 )) 4.300 2.300 1.700 peak 1688 spectrum 1 weight 0.10000E+01 volume 0.52198E-03 ppm1 7.587 ppm2 2.782 CV 1 OR { 1688} (( segid " " and resid 26 and name HN )) (( segid " " and resid 4 and name HB2 )) ASSI { 1698} (( segid " " and resid 26 and name HN )) (( segid " " and resid 24 and name HN )) 3.600 1.600 1.600 peak 1698 spectrum 1 weight 0.10000E+01 volume 0.14355E-02 ppm1 7.588 ppm2 8.547 CV 1 OR { 1698} (( segid " " and resid 66 and name HN )) (( segid " " and resid 63 and name HN )) ASSI { 1704} (( segid " " and resid 26 and name HN )) (( segid " " and resid 26 and name HG1 )) 2.000 0.500 0.500 peak 1704 spectrum 1 weight 0.10000E+01 volume 0.60365E-02 ppm1 7.582 ppm2 1.961 CV 1 OR { 1704} (( segid " " and resid 57 and name HN )) (( segid " " and resid 72 and name HB1 )) OR { 1704} (( segid " " and resid 57 and name HN )) (( segid " " and resid 72 and name HB2 )) ASSI { 1706} (( segid " " and resid 66 and name HN )) (( segid " " and resid 66 and name HB1 )) 2.000 0.500 0.500 peak 1706 spectrum 1 weight 0.10000E+01 volume 0.14069E-01 ppm1 7.586 ppm2 1.865 CV 1 OR { 1706} (( segid " " and resid 66 and name HN )) (( segid " " and resid 66 and name HB2 )) OR { 1706} (( segid " " and resid 26 and name HN )) (( segid " " and resid 26 and name HB2 )) ASSI { 1707} (( segid " " and resid 26 and name HN )) (( segid " " and resid 26 and name HD1 )) 3.900 1.900 1.900 peak 1707 spectrum 1 weight 0.10000E+01 volume 0.23678E-02 ppm1 7.584 ppm2 1.682 CV 1 OR { 1707} (( segid " " and resid 26 and name HN )) (( segid " " and resid 26 and name HD2 )) OR { 1707} (( segid " " and resid 66 and name HN )) (( segid " " and resid 66 and name HD2 )) OR { 1707} (( segid " " and resid 66 and name HN )) (( segid " " and resid 66 and name HD1 )) ASSI { 1708} (( segid " " and resid 26 and name HN )) (( segid " " and resid 25 and name HB1 )) 2.400 0.700 0.700 peak 1708 spectrum 1 weight 0.10000E+01 volume 0.18519E-02 ppm1 7.581 ppm2 1.612 CV 1 OR { 1708} (( segid " " and resid 26 and name HN )) (( segid " " and resid 27 and name HG1 )) ASSI { 1710} (( segid " " and resid 26 and name HN )) (( segid " " and resid 25 and name HB2 )) 3.400 1.500 1.500 peak 1710 spectrum 1 weight 0.10000E+01 volume 0.26217E-02 ppm1 7.579 ppm2 1.276 CV 1 OR { 1710} (( segid " " and resid 26 and name HN )) ( segid " " and resid 47 and name HB% ) OR { 1710} (( segid " " and resid 26 and name HN )) ( segid " " and resid 23 and name HG2%) ASSI { 1712} (( segid " " and resid 26 and name HN )) ( segid " " and resid 25 and name HD2%) 4.400 2.500 1.600 peak 1712 spectrum 1 weight 0.10000E+01 volume 0.90311E-03 ppm1 7.579 ppm2 0.661 CV 1 OR { 1712} (( segid " " and resid 26 and name HN )) ( segid " " and resid 45 and name HG2%) OR { 1712} (( segid " " and resid 57 and name HN )) ( segid " " and resid 73 and name HD1%) ASSI { 1723} (( segid " " and resid 35 and name HN )) (( segid " " and resid 35 and name HB1 )) 3.000 1.200 1.200 peak 1723 spectrum 1 weight 0.10000E+01 volume 0.10116E-02 ppm1 8.218 ppm2 2.178 CV 1 OR { 1723} (( segid " " and resid 35 and name HN )) (( segid " " and resid 35 and name HB1 )) OR { 1723} (( segid " " and resid 35 and name HN )) (( segid " " and resid 33 and name HB )) ASSI { 1728} (( segid " " and resid 35 and name HN )) (( segid " " and resid 39 and name HA )) 4.000 2.200 1.000 peak 1728 spectrum 1 weight 0.10000E+01 volume 0.13190E-02 ppm1 8.223 ppm2 4.357 CV 1 OR { 1728} (( segid " " and resid 35 and name HN )) (( segid " " and resid 38 and name HA )) ASSI { 1733} (( segid " " and resid 75 and name HN )) ( segid " " and resid 73 and name HD1%) 3.500 1.500 1.500 peak 1733 spectrum 1 weight 0.10000E+01 volume 0.87892E-03 ppm1 8.717 ppm2 0.649 CV 1 OR { 1733} (( segid " " and resid 75 and name HN )) ( segid " " and resid 86 and name HD2%) ASSI { 1738} (( segid " " and resid 33 and name HN )) (( segid " " and resid 33 and name HG12)) 2.900 1.000 1.000 peak 1738 spectrum 1 weight 0.10000E+01 volume 0.13156E-02 ppm1 9.344 ppm2 1.403 CV 1 OR { 1738} (( segid " " and resid 33 and name HN )) (( segid " " and resid 33 and name HG11)) OR { 1738} (( segid " " and resid 33 and name HN )) (( segid " " and resid 41 and name HG11)) ASSI { 1753} (( segid " " and resid 133 and name HN )) (( segid " " and resid 133 and name HB2 )) 3.100 1.200 1.200 peak 1753 spectrum 1 weight 0.10000E+01 volume 0.98379E-03 ppm1 8.792 ppm2 2.622 CV 1 OR { 1753} (( segid " " and resid 133 and name HN )) (( segid " " and resid 105 and name HB2 )) ASSI { 1760} (( segid " " and resid 75 and name HN )) (( segid " " and resid 75 and name HG2 )) 2.700 0.900 0.900 peak 1760 spectrum 1 weight 0.10000E+01 volume 0.26417E-02 ppm1 8.730 ppm2 1.222 CV 1 OR { 1760} (( segid " " and resid 75 and name HN )) (( segid " " and resid 75 and name HG1 )) OR { 1760} (( segid " " and resid 75 and name HN )) ( segid " " and resid 76 and name HG2%) ASSI { 1762} (( segid " " and resid 114 and name HN )) (( segid " " and resid 111 and name HA )) 4.900 3.000 1.100 peak 1762 spectrum 1 weight 0.10000E+01 volume 0.82688E-03 ppm1 7.715 ppm2 4.563 CV 1 OR { 1762} (( segid " " and resid 114 and name HN )) (( segid " " and resid 118 and name HA )) OR { 1762} (( segid " " and resid 114 and name HN )) (( segid " " and resid 139 and name HA )) ASSI { 1776} (( segid " " and resid 145 and name HN )) (( segid " " and resid 143 and name HB1 )) 3.500 1.500 2.500 peak 1776 spectrum 1 weight 0.10000E+01 volume 0.92338E-03 ppm1 8.583 ppm2 1.675 CV 1 OR { 1776} (( segid " " and resid 145 and name HN )) (( segid " " and resid 143 and name HB2 )) OR { 1776} (( segid " " and resid 145 and name HN )) (( segid " " and resid 143 and name HG1 )) OR { 1776} (( segid " " and resid 145 and name HN )) (( segid " " and resid 148 and name HB1 )) OR { 1776} (( segid " " and resid 145 and name HN )) (( segid " " and resid 148 and name HB2 )) ASSI { 1788} (( segid " " and resid 40 and name HN )) (( segid " " and resid 39 and name HG1 )) 3.600 1.600 1.600 peak 1788 spectrum 1 weight 0.10000E+01 volume 0.20891E-02 ppm1 8.166 ppm2 1.293 CV 1 OR { 1788} (( segid " " and resid 40 and name HN )) (( segid " " and resid 40 and name HG2 )) OR { 1788} (( segid " " and resid 40 and name HN )) (( segid " " and resid 39 and name HG2 )) OR { 1788} (( segid " " and resid 40 and name HN )) (( segid " " and resid 40 and name HG1 )) ASSI { 1798} (( segid " " and resid 40 and name HN )) (( segid " " and resid 62 and name HB )) 3.300 1.500 1.300 peak 1798 spectrum 1 weight 0.10000E+01 volume 0.76446E-03 ppm1 8.161 ppm2 4.049 CV 1 OR { 1798} (( segid " " and resid 40 and name HN )) (( segid " " and resid 65 and name HB1 )) ASSI { 1823} (( segid " " and resid 6 and name HN )) (( segid " " and resid 26 and name HB2 )) 4.600 2.700 1.400 peak 1823 spectrum 1 weight 0.10000E+01 volume 0.75518E-03 ppm1 8.459 ppm2 1.865 CV 1 ASSI { 1841} (( segid " " and resid 112 and name HN )) (( segid " " and resid 111 and name HG1 )) 3.400 1.500 1.500 peak 1841 spectrum 1 weight 0.10000E+01 volume 0.11953E-02 ppm1 9.184 ppm2 1.524 CV 1 OR { 1841} (( segid " " and resid 112 and name HN )) (( segid " " and resid 111 and name HG2 )) OR { 1841} (( segid " " and resid 112 and name HN )) ( segid " " and resid 114 and name HB% ) ASSI { 1843} (( segid " " and resid 106 and name HN )) ( segid " " and resid 45 and name HG2%) 4.900 3.100 1.100 peak 1843 spectrum 1 weight 0.10000E+01 volume 0.35075E-03 ppm1 9.411 ppm2 0.669 CV 1 OR { 1843} (( segid " " and resid 106 and name HN )) ( segid " " and resid 123 and name HD1%) OR { 1843} (( segid " " and resid 106 and name HN )) ( segid " " and resid 123 and name HD2%) OR { 1843} (( segid " " and resid 106 and name HN )) ( segid " " and resid 43 and name HD2%) OR { 1843} (( segid " " and resid 106 and name HN )) ( segid " " and resid 43 and name HD1%) OR { 1843} (( segid " " and resid 106 and name HN )) ( segid " " and resid 25 and name HD2%) ASSI { 1845} (( segid " " and resid 106 and name HN )) (( segid " " and resid 86 and name HB1 )) 4.000 2.000 2.000 peak 1845 spectrum 1 weight 0.10000E+01 volume 0.43663E-03 ppm1 9.415 ppm2 1.629 CV 1 OR { 1845} (( segid " " and resid 106 and name HN )) (( segid " " and resid 85 and name HB1 )) ASSI { 1849} (( segid " " and resid 110 and name HN )) (( segid " " and resid 109 and name HB )) 3.000 1.100 1.100 peak 1849 spectrum 1 weight 0.10000E+01 volume 0.28779E-02 ppm1 9.154 ppm2 1.177 CV 1 OR { 1849} (( segid " " and resid 110 and name HN )) ( segid " " and resid 141 and name HB% ) ASSI { 1853} (( segid " " and resid 143 and name HN )) (( segid " " and resid 144 and name HG2 )) 5.100 3.300 0.900 peak 1853 spectrum 1 weight 0.10000E+01 volume 0.37731E-03 ppm1 8.977 ppm2 2.237 CV 1 OR { 1853} (( segid " " and resid 143 and name HN )) (( segid " " and resid 144 and name HG1 )) ASSI { 1854} (( segid " " and resid 143 and name HN )) (( segid " " and resid 143 and name HG2 )) 3.300 1.400 1.400 peak 1854 spectrum 1 weight 0.10000E+01 volume 0.17334E-02 ppm1 8.980 ppm2 1.895 CV 1 ASSI { 1857} (( segid " " and resid 6 and name HN )) (( segid " " and resid 6 and name HB2 )) 2.200 0.600 0.600 peak 1857 spectrum 1 weight 0.10000E+01 volume 0.76112E-02 ppm1 8.485 ppm2 2.117 CV 1 ASSI { 1858} (( segid " " and resid 6 and name HN )) (( segid " " and resid 6 and name HB1 )) 2.900 1.100 1.100 peak 1858 spectrum 1 weight 0.10000E+01 volume 0.80478E-02 ppm1 8.483 ppm2 2.041 CV 1 OR { 1858} (( segid " " and resid 6 and name HN )) (( segid " " and resid 5 and name HB )) ASSI { 1898} (( segid " " and resid 49 and name HN )) (( segid " " and resid 50 and name HN )) 3.800 1.800 2.000 peak 1898 spectrum 1 weight 0.10000E+01 volume 0.15044E-02 ppm1 8.691 ppm2 8.469 CV 1 OR { 1898} (( segid " " and resid 49 and name HN )) (( segid " " and resid 48 and name HN )) ASSI { 1899} (( segid " " and resid 27 and name HN )) (( segid " " and resid 44 and name HD21)) 3.700 1.700 1.700 peak 1899 spectrum 1 weight 0.10000E+01 volume 0.21692E-02 ppm1 8.226 ppm2 7.591 CV 1 OR { 1899} (( segid " " and resid 27 and name HN )) (( segid " " and resid 26 and name HN )) ASSI { 1914} (( segid " " and resid 79 and name HN )) ( segid " " and resid 11 and name HG2%) 3.300 1.500 1.100 peak 1914 spectrum 1 weight 0.10000E+01 volume 0.40608E-02 ppm1 8.878 ppm2 1.274 CV 1 ASSI { 1917} (( segid " " and resid 27 and name HN )) (( segid " " and resid 27 and name HB1 )) 3.100 1.200 1.200 peak 1917 spectrum 1 weight 0.10000E+01 volume 0.21814E-02 ppm1 8.226 ppm2 1.892 CV 1 OR { 1917} (( segid " " and resid 27 and name HN )) (( segid " " and resid 26 and name HB2 )) ASSI { 1918} (( segid " " and resid 27 and name HN )) (( segid " " and resid 27 and name HG1 )) 3.000 1.200 1.200 peak 1918 spectrum 1 weight 0.10000E+01 volume 0.16567E-02 ppm1 8.229 ppm2 1.623 CV 1 OR { 1918} (( segid " " and resid 27 and name HN )) (( segid " " and resid 25 and name HB1 )) ASSI { 1919} (( segid " " and resid 27 and name HN )) (( segid " " and resid 27 and name HG2 )) 2.700 0.900 0.900 peak 1919 spectrum 1 weight 0.10000E+01 volume 0.20933E-02 ppm1 8.227 ppm2 1.469 CV 1 OR { 1919} (( segid " " and resid 27 and name HN )) (( segid " " and resid 26 and name HG2 )) ASSI { 1920} (( segid " " and resid 27 and name HN )) (( segid " " and resid 26 and name HB1 )) 3.400 1.400 1.400 peak 1920 spectrum 1 weight 0.10000E+01 volume 0.23951E-02 ppm1 8.225 ppm2 1.376 CV 1 OR { 1920} (( segid " " and resid 27 and name HN )) (( segid " " and resid 27 and name HB2 )) ASSI { 1932} (( segid " " and resid 81 and name HN )) (( segid " " and resid 81 and name HB2 )) 3.200 1.300 1.300 peak 1932 spectrum 1 weight 0.10000E+01 volume 0.30373E-02 ppm1 9.084 ppm2 2.487 CV 1 OR { 1932} (( segid " " and resid 81 and name HN )) (( segid " " and resid 82 and name HB1 )) ASSI { 1938} (( segid " " and resid 72 and name HN )) (( segid " " and resid 59 and name HB )) 4.500 2.500 1.500 peak 1938 spectrum 1 weight 0.10000E+01 volume 0.99040E-03 ppm1 8.837 ppm2 1.849 CV 1 OR { 1938} (( segid " " and resid 72 and name HN )) (( segid " " and resid 87 and name HB )) ASSI { 1941} (( segid " " and resid 72 and name HN )) (( segid " " and resid 72 and name HA )) 2.600 0.900 0.900 peak 1941 spectrum 1 weight 0.10000E+01 volume 0.20512E-02 ppm1 8.833 ppm2 4.505 CV 1 OR { 1941} (( segid " " and resid 72 and name HN )) (( segid " " and resid 70 and name HA )) ASSI { 1947} (( segid " " and resid 22 and name HN )) (( segid " " and resid 22 and name HB2 )) 2.600 0.800 0.800 peak 1947 spectrum 1 weight 0.10000E+01 volume 0.25993E-02 ppm1 8.188 ppm2 1.259 CV 1 OR { 1947} (( segid " " and resid 22 and name HN )) (( segid " " and resid 22 and name HB1 )) OR { 1947} (( segid " " and resid 22 and name HN )) ( segid " " and resid 23 and name HG2%) OR { 1947} (( segid " " and resid 22 and name HN )) (( segid " " and resid 25 and name HB2 )) ASSI { 1949} (( segid " " and resid 108 and name HN )) ( segid " " and resid 83 and name HG1%) 3.100 1.200 1.200 peak 1949 spectrum 1 weight 0.10000E+01 volume 0.22348E-02 ppm1 9.670 ppm2 0.866 CV 1 OR { 1949} (( segid " " and resid 108 and name HN )) ( segid " " and resid 83 and name HG2%) OR { 1949} (( segid " " and resid 108 and name HN )) ( segid " " and resid 109 and name HG2%) ASSI { 1952} (( segid " " and resid 108 and name HN )) (( segid " " and resid 108 and name HB2 )) 3.100 1.200 1.200 peak 1952 spectrum 1 weight 0.10000E+01 volume 0.68231E-03 ppm1 9.663 ppm2 2.415 CV 1 ASSI { 1972} (( segid " " and resid 108 and name HN )) (( segid " " and resid 84 and name HB2 )) 4.300 2.400 1.700 peak 1972 spectrum 1 weight 0.10000E+01 volume 0.81178E-03 ppm1 9.659 ppm2 1.314 CV 1 OR { 1972} (( segid " " and resid 108 and name HN )) (( segid " " and resid 84 and name HG )) OR { 1972} (( segid " " and resid 108 and name HN )) (( segid " " and resid 86 and name HB2 )) ASSI { 1973} (( segid " " and resid 9 and name HN )) (( segid " " and resid 75 and name HG1 )) 3.600 1.600 1.600 peak 1973 spectrum 1 weight 0.10000E+01 volume 0.10302E-02 ppm1 9.656 ppm2 1.266 CV 1 OR { 1973} (( segid " " and resid 108 and name HN )) (( segid " " and resid 85 and name HG1 )) OR { 1973} (( segid " " and resid 108 and name HN )) (( segid " " and resid 84 and name HB2 )) OR { 1973} (( segid " " and resid 108 and name HN )) (( segid " " and resid 85 and name HG2 )) OR { 1973} (( segid " " and resid 108 and name HN )) (( segid " " and resid 86 and name HB2 )) ASSI { 1975} (( segid " " and resid 9 and name HN )) (( segid " " and resid 75 and name HB1 )) 3.700 1.700 1.700 peak 1975 spectrum 1 weight 0.10000E+01 volume 0.95560E-03 ppm1 9.632 ppm2 1.639 CV 1 OR { 1975} (( segid " " and resid 9 and name HN )) (( segid " " and resid 10 and name HG1 )) OR { 1975} (( segid " " and resid 9 and name HN )) (( segid " " and resid 75 and name HB2 )) ASSI { 1982} (( segid " " and resid 87 and name HN )) ( segid " " and resid 87 and name HG1%) 3.400 1.400 1.400 peak 1982 spectrum 1 weight 0.10000E+01 volume 0.27442E-02 ppm1 8.773 ppm2 0.500 CV 1 OR { 1982} (( segid " " and resid 87 and name HN )) ( segid " " and resid 86 and name HD1%) ASSI { 1983} (( segid " " and resid 86 and name HN )) (( segid " " and resid 86 and name HB2 )) 3.300 1.400 1.400 peak 1983 spectrum 1 weight 0.10000E+01 volume 0.17389E-02 ppm1 8.504 ppm2 1.285 CV 1 OR { 1983} (( segid " " and resid 86 and name HN )) (( segid " " and resid 85 and name HG1 )) OR { 1983} (( segid " " and resid 86 and name HN )) (( segid " " and resid 85 and name HG2 )) ASSI { 1984} (( segid " " and resid 86 and name HN )) ( segid " " and resid 86 and name HD2%) 4.400 2.400 1.600 peak 1984 spectrum 1 weight 0.10000E+01 volume 0.10829E-02 ppm1 8.498 ppm2 0.664 CV 1 OR { 1984} (( segid " " and resid 86 and name HN )) ( segid " " and resid 45 and name HG2%) ASSI { 1985} (( segid " " and resid 86 and name HN )) ( segid " " and resid 87 and name HG1%) 4.100 2.100 1.900 peak 1985 spectrum 1 weight 0.10000E+01 volume 0.96960E-03 ppm1 8.498 ppm2 0.508 CV 1 OR { 1985} (( segid " " and resid 86 and name HN )) ( segid " " and resid 86 and name HD1%) ASSI { 1987} (( segid " " and resid 87 and name HN )) (( segid " " and resid 86 and name HB1 )) 4.100 2.100 1.900 peak 1987 spectrum 1 weight 0.10000E+01 volume 0.58208E-03 ppm1 8.773 ppm2 1.644 CV 1 OR { 1987} (( segid " " and resid 87 and name HN )) (( segid " " and resid 85 and name HB1 )) ASSI { 1989} (( segid " " and resid 86 and name HN )) (( segid " " and resid 85 and name HB1 )) 2.600 0.800 0.800 peak 1989 spectrum 1 weight 0.10000E+01 volume 0.31084E-02 ppm1 8.496 ppm2 1.623 CV 1 OR { 1989} (( segid " " and resid 86 and name HN )) (( segid " " and resid 86 and name HB1 )) OR { 1989} (( segid " " and resid 86 and name HN )) (( segid " " and resid 85 and name HB2 )) ASSI { 1990} (( segid " " and resid 72 and name HN )) (( segid " " and resid 90 and name HB2 )) 4.300 2.300 1.700 peak 1990 spectrum 1 weight 0.10000E+01 volume 0.11820E-02 ppm1 8.845 ppm2 2.709 CV 1 OR { 1990} (( segid " " and resid 127 and name HN )) (( segid " " and resid 126 and name HB2 )) OR { 1990} (( segid " " and resid 127 and name HN )) (( segid " " and resid 126 and name HB1 )) ASSI { 1992} (( segid " " and resid 127 and name HN )) (( segid " " and resid 127 and name HB1 )) 2.600 0.900 0.900 peak 1992 spectrum 1 weight 0.10000E+01 volume 0.61239E-02 ppm1 8.851 ppm2 2.098 CV 1 OR { 1992} (( segid " " and resid 127 and name HN )) (( segid " " and resid 127 and name HB2 )) OR { 1992} (( segid " " and resid 127 and name HN )) (( segid " " and resid 128 and name HB2 )) OR { 1992} (( segid " " and resid 72 and name HN )) (( segid " " and resid 72 and name HE1 )) OR { 1992} (( segid " " and resid 72 and name HN )) (( segid " " and resid 72 and name HE2 )) ASSI { 1999} (( segid " " and resid 86 and name HN )) ( segid " " and resid 108 and name HD% ) 3.900 1.900 1.900 peak 1999 spectrum 1 weight 0.10000E+01 volume 0.69155E-03 ppm1 8.493 ppm2 6.745 CV 1 OR { 1999} (( segid " " and resid 86 and name HN )) ( segid " " and resid 106 and name HD% ) OR { 1999} (( segid " " and resid 86 and name HN )) ( segid " " and resid 105 and name HE% ) ASSI { 2002} (( segid " " and resid 127 and name HN )) (( segid " " and resid 127 and name HA )) 2.900 1.100 1.100 peak 2002 spectrum 1 weight 0.10000E+01 volume 0.21112E-02 ppm1 8.852 ppm2 3.626 CV 1 OR { 2002} (( segid " " and resid 127 and name HN )) (( segid " " and resid 130 and name HA )) ASSI { 2016} (( segid " " and resid 105 and name HN )) (( segid " " and resid 105 and name HA )) 3.700 1.700 1.700 peak 2016 spectrum 1 weight 0.10000E+01 volume 0.43564E-03 ppm1 9.338 ppm2 5.086 CV 1 OR { 2016} (( segid " " and resid 105 and name HN )) (( segid " " and resid 104 and name HB1 )) ASSI { 2028} (( segid " " and resid 62 and name HN )) (( segid " " and resid 61 and name HA )) 2.700 0.900 0.900 peak 2028 spectrum 1 weight 0.10000E+01 volume 0.11615E-02 ppm1 9.657 ppm2 4.923 CV 1 OR { 2028} (( segid " " and resid 62 and name HN )) (( segid " " and resid 62 and name HA )) ASSI { 2041} (( segid " " and resid 20 and name HN )) (( segid " " and resid 19 and name HB2 )) 4.100 2.100 1.900 peak 2041 spectrum 1 weight 0.10000E+01 volume 0.15835E-02 ppm1 9.305 ppm2 1.160 CV 1 OR { 2041} (( segid " " and resid 20 and name HN )) (( segid " " and resid 77 and name HB2 )) ASSI { 2042} (( segid " " and resid 20 and name HN )) ( segid " " and resid 12 and name HG2%) 3.000 3.000 3.000 peak 2042 spectrum 1 weight 0.10000E+01 volume 0.13622E-02 ppm1 9.305 ppm2 0.862 CV 1 OR { 2042} (( segid " " and resid 20 and name HN )) (( segid " " and resid 22 and name HG )) ASSI { 2043} (( segid " " and resid 20 and name HN )) ( segid " " and resid 19 and name HD1%) 3.000 1.200 1.000 peak 2043 spectrum 1 weight 0.10000E+01 volume 0.45500E-02 ppm1 9.302 ppm2 0.687 CV 1 OR { 2043} (( segid " " and resid 20 and name HN )) ( segid " " and resid 11 and name HG1%) ASSI { 2063} (( segid " " and resid 42 and name HN )) (( segid " " and resid 42 and name HB1 )) 3.400 1.500 1.500 peak 2063 spectrum 1 weight 0.10000E+01 volume 0.89463E-03 ppm1 8.880 ppm2 1.905 CV 1 OR { 2063} (( segid " " and resid 42 and name HN )) (( segid " " and resid 42 and name HB2 )) OR { 2063} (( segid " " and resid 42 and name HN )) (( segid " " and resid 41 and name HB )) ASSI { 2069} (( segid " " and resid 63 and name HN )) (( segid " " and resid 67 and name HA )) 3.000 1.100 1.100 peak 2069 spectrum 1 weight 0.10000E+01 volume 0.15423E-02 ppm1 8.545 ppm2 4.831 CV 1 OR { 2069} (( segid " " and resid 63 and name HN )) (( segid " " and resid 63 and name HA )) ASSI { 2070} (( segid " " and resid 63 and name HN )) (( segid " " and resid 66 and name HA )) 4.700 2.800 1.300 peak 2070 spectrum 1 weight 0.10000E+01 volume 0.57660E-03 ppm1 8.554 ppm2 4.515 CV 1 OR { 2070} (( segid " " and resid 63 and name HN )) (( segid " " and resid 68 and name HA )) ASSI { 2074} (( segid " " and resid 63 and name HN )) (( segid " " and resid 66 and name HB1 )) 3.400 1.400 1.400 peak 2074 spectrum 1 weight 0.10000E+01 volume 0.17793E-02 ppm1 8.545 ppm2 1.851 CV 1 OR { 2074} (( segid " " and resid 63 and name HN )) (( segid " " and resid 66 and name HB2 )) ASSI { 2075} (( segid " " and resid 41 and name HN )) (( segid " " and resid 39 and name HB1 )) 4.500 2.600 1.500 peak 2075 spectrum 1 weight 0.10000E+01 volume 0.10960E-02 ppm1 9.097 ppm2 1.745 CV 1 OR { 2075} (( segid " " and resid 41 and name HN )) (( segid " " and resid 39 and name HB2 )) OR { 2075} (( segid " " and resid 41 and name HN )) (( segid " " and resid 41 and name HB )) OR { 2075} (( segid " " and resid 41 and name HN )) (( segid " " and resid 43 and name HB1 )) ASSI { 2077} (( segid " " and resid 41 and name HN )) (( segid " " and resid 41 and name HG11)) 2.700 0.900 0.900 peak 2077 spectrum 1 weight 0.10000E+01 volume 0.22762E-02 ppm1 9.099 ppm2 1.415 CV 1 OR { 2077} (( segid " " and resid 41 and name HN )) (( segid " " and resid 33 and name HG11)) OR { 2077} (( segid " " and resid 41 and name HN )) (( segid " " and resid 41 and name HG12)) OR { 2077} (( segid " " and resid 41 and name HN )) (( segid " " and resid 33 and name HG12)) ASSI { 2079} (( segid " " and resid 41 and name HN )) ( segid " " and resid 34 and name HG2%) 3.400 1.400 1.400 peak 2079 spectrum 1 weight 0.10000E+01 volume 0.13650E-02 ppm1 9.094 ppm2 1.178 CV 1 OR { 2079} (( segid " " and resid 41 and name HN )) ( segid " " and resid 62 and name HG2%) OR { 2079} (( segid " " and resid 41 and name HN )) ( segid " " and resid 59 and name HG2%) ASSI { 2080} (( segid " " and resid 41 and name HN )) ( segid " " and resid 33 and name HG2%) 3.500 3.500 2.500 peak 2080 spectrum 1 weight 0.10000E+01 volume 0.10322E-02 ppm1 9.099 ppm2 0.953 CV 1 OR { 2080} (( segid " " and resid 41 and name HN )) ( segid " " and resid 59 and name HG1%) ASSI { 2081} (( segid " " and resid 41 and name HN )) ( segid " " and resid 41 and name HG2%) 3.800 1.900 1.900 peak 2081 spectrum 1 weight 0.10000E+01 volume 0.11262E-02 ppm1 9.094 ppm2 0.889 CV 1 OR { 2081} (( segid " " and resid 41 and name HN )) ( segid " " and resid 33 and name HD1%) OR { 2081} (( segid " " and resid 137 and name HN )) ( segid " " and resid 121 and name HG2%) ASSI { 2082} (( segid " " and resid 41 and name HN )) ( segid " " and resid 41 and name HD1%) 4.400 2.400 1.600 peak 2082 spectrum 1 weight 0.10000E+01 volume 0.97888E-03 ppm1 9.100 ppm2 0.616 CV 1 OR { 2082} (( segid " " and resid 137 and name HN )) ( segid " " and resid 109 and name HG1%) OR { 2082} (( segid " " and resid 41 and name HN )) ( segid " " and resid 43 and name HD2%) ASSI { 2088} (( segid " " and resid 41 and name HN )) (( segid " " and resid 34 and name HA )) 3.500 1.500 1.500 peak 2088 spectrum 1 weight 0.10000E+01 volume 0.10681E-02 ppm1 9.101 ppm2 5.493 CV 1 OR { 2088} (( segid " " and resid 41 and name HN )) (( segid " " and resid 32 and name HA )) ASSI { 2092} (( segid " " and resid 63 and name HN )) (( segid " " and resid 66 and name HN )) 3.800 1.800 1.800 peak 2092 spectrum 1 weight 0.10000E+01 volume 0.12364E-02 ppm1 8.545 ppm2 7.592 CV 1 OR { 2092} (( segid " " and resid 63 and name HN )) (( segid " " and resid 38 and name HD22)) ASSI { 2123} (( segid " " and resid 80 and name HN )) (( segid " " and resid 82 and name HN )) 3.500 1.500 1.500 peak 2123 spectrum 1 weight 0.10000E+01 volume 0.25137E-02 ppm1 8.414 ppm2 6.820 CV 1 OR { 2123} (( segid " " and resid 80 and name HN )) ( segid " " and resid 79 and name HD% ) ASSI { 2130} (( segid " " and resid 80 and name HN )) (( segid " " and resid 85 and name HG2 )) 4.000 2.200 1.600 peak 2130 spectrum 1 weight 0.10000E+01 volume 0.11006E-02 ppm1 8.415 ppm2 1.270 CV 1 OR { 2130} (( segid " " and resid 80 and name HN )) (( segid " " and resid 85 and name HG1 )) OR { 2130} (( segid " " and resid 80 and name HN )) (( segid " " and resid 84 and name HB2 )) ASSI { 2134} (( segid " " and resid 68 and name HN )) ( segid " " and resid 62 and name HG2%) 3.100 3.100 2.900 peak 2134 spectrum 1 weight 0.10000E+01 volume 0.93133E-03 ppm1 8.996 ppm2 1.177 CV 1 OR { 2134} (( segid " " and resid 68 and name HN )) ( segid " " and resid 57 and name HB% ) OR { 2134} (( segid " " and resid 68 and name HN )) ( segid " " and resid 59 and name HG2%) ASSI { 2136} (( segid " " and resid 136 and name HN )) ( segid " " and resid 123 and name HD1%) 3.800 1.800 1.800 peak 2136 spectrum 1 weight 0.10000E+01 volume 0.53084E-03 ppm1 8.831 ppm2 0.682 CV 1 OR { 2136} (( segid " " and resid 126 and name HN )) ( segid " " and resid 61 and name HD1%) OR { 2136} (( segid " " and resid 136 and name HN )) ( segid " " and resid 25 and name HD2%) OR { 2136} (( segid " " and resid 126 and name HN )) ( segid " " and resid 123 and name HD1%) OR { 2136} (( segid " " and resid 126 and name HN )) ( segid " " and resid 123 and name HD2%) ASSI { 2137} (( segid " " and resid 136 and name HN )) ( segid " " and resid 109 and name HG1%) 3.800 1.800 1.800 peak 2137 spectrum 1 weight 0.10000E+01 volume 0.12445E-02 ppm1 8.834 ppm2 0.579 CV 1 OR { 2137} (( segid " " and resid 126 and name HN )) ( segid " " and resid 41 and name HD1%) ASSI { 2160} (( segid " " and resid 123 and name HN )) ( segid " " and resid 134 and name HD% ) 3.500 1.500 1.500 peak 2160 spectrum 1 weight 0.10000E+01 volume 0.12044E-02 ppm1 8.552 ppm2 6.634 CV 1 OR { 2160} (( segid " " and resid 123 and name HN )) ( segid " " and resid 122 and name HD% ) ASSI { 2173} (( segid " " and resid 77 and name HN )) (( segid " " and resid 77 and name HB2 )) 2.800 1.000 0.600 peak 2173 spectrum 1 weight 0.10000E+01 volume 0.55743E-02 ppm1 8.900 ppm2 1.226 CV 1 OR { 2173} (( segid " " and resid 77 and name HN )) ( segid " " and resid 76 and name HG2%) OR { 2173} (( segid " " and resid 77 and name HN )) ( segid " " and resid 11 and name HG2%) ASSI { 2207} (( segid " " and resid 111 and name HN )) ( segid " " and resid 141 and name HB% ) 3.700 1.700 1.700 peak 2207 spectrum 1 weight 0.10000E+01 volume 0.20366E-02 ppm1 6.966 ppm2 1.168 CV 1 OR { 2207} (( segid " " and resid 111 and name HN )) (( segid " " and resid 109 and name HB )) ASSI { 2216} (( segid " " and resid 70 and name HN )) (( segid " " and resid 70 and name HA )) 3.700 1.700 1.700 peak 2216 spectrum 1 weight 0.10000E+01 volume 0.40399E-03 ppm1 8.641 ppm2 4.561 CV 1 OR { 2216} (( segid " " and resid 70 and name HN )) (( segid " " and resid 59 and name HA )) ASSI { 2217} (( segid " " and resid 111 and name HN )) (( segid " " and resid 137 and name HA )) 4.500 2.600 1.500 peak 2217 spectrum 1 weight 0.10000E+01 volume 0.42898E-03 ppm1 6.960 ppm2 5.530 CV 1 OR { 2217} (( segid " " and resid 111 and name HN )) (( segid " " and resid 108 and name HA )) ASSI { 2239} (( segid " " and resid 130 and name HN )) (( segid " " and resid 130 and name HB1 )) 4.700 2.800 1.300 peak 2239 spectrum 1 weight 0.10000E+01 volume 0.49414E-03 ppm1 7.761 ppm2 2.684 CV 1 OR { 2239} (( segid " " and resid 132 and name HN )) (( segid " " and resid 126 and name HB2 )) OR { 2239} (( segid " " and resid 132 and name HN )) (( segid " " and resid 126 and name HB1 )) OR { 2239} (( segid " " and resid 130 and name HN )) (( segid " " and resid 97 and name HB1 )) ASSI { 2242} (( segid " " and resid 11 and name HN )) (( segid " " and resid 22 and name HN )) 5.500 3.700 0.500 peak 2242 spectrum 1 weight 0.10000E+01 volume 0.34574E-03 ppm1 8.846 ppm2 8.194 CV 1 OR { 2242} (( segid " " and resid 11 and name HN )) (( segid " " and resid 13 and name HN )) ASSI { 2251} (( segid " " and resid 42 and name HN )) ( segid " " and resid 43 and name HD2%) 4.500 2.500 1.500 peak 2251 spectrum 1 weight 0.10000E+01 volume 0.58706E-03 ppm1 8.873 ppm2 0.618 CV 1 OR { 2251} (( segid " " and resid 42 and name HN )) ( segid " " and resid 41 and name HD1%) ASSI { 2272} (( segid " " and resid 61 and name HN )) ( segid " " and resid 70 and name HB% ) 4.400 2.400 1.600 peak 2272 spectrum 1 weight 0.10000E+01 volume 0.41841E-03 ppm1 9.769 ppm2 1.313 CV 1 OR { 2272} (( segid " " and resid 61 and name HN )) (( segid " " and resid 68 and name HB2 )) ASSI { 2276} (( segid " " and resid 61 and name HN )) (( segid " " and resid 61 and name HG12)) 2.800 1.000 1.000 peak 2276 spectrum 1 weight 0.10000E+01 volume 0.81216E-03 ppm1 9.766 ppm2 1.581 CV 1 OR { 2276} (( segid " " and resid 61 and name HN )) (( segid " " and resid 68 and name HB1 )) ASSI { 2277} (( segid " " and resid 61 and name HN )) ( segid " " and resid 59 and name HG2%) 5.600 3.900 0.400 peak 2277 spectrum 1 weight 0.10000E+01 volume 0.33550E-03 ppm1 9.760 ppm2 1.198 CV 1 OR { 2277} (( segid " " and resid 61 and name HN )) ( segid " " and resid 57 and name HB% ) OR { 2277} (( segid " " and resid 61 and name HN )) ( segid " " and resid 62 and name HG2%) ASSI { 2278} (( segid " " and resid 61 and name HN )) (( segid " " and resid 68 and name HG )) 3.900 1.900 1.900 peak 2278 spectrum 1 weight 0.10000E+01 volume 0.55089E-03 ppm1 9.763 ppm2 1.068 CV 1 OR { 2278} (( segid " " and resid 61 and name HN )) ( segid " " and resid 67 and name HG2%) ASSI { 2302} (( segid " " and resid 85 and name HN )) (( segid " " and resid 84 and name HB1 )) 4.000 2.200 1.800 peak 2302 spectrum 1 weight 0.10000E+01 volume 0.10523E-02 ppm1 9.055 ppm2 1.720 CV 1 OR { 2302} (( segid " " and resid 85 and name HN )) (( segid " " and resid 80 and name HB2 )) ASSI { 2305} (( segid " " and resid 85 and name HN )) ( segid " " and resid 78 and name HG2%) 3.600 1.600 1.600 peak 2305 spectrum 1 weight 0.10000E+01 volume 0.10992E-02 ppm1 9.056 ppm2 1.182 CV 1 OR { 2305} (( segid " " and resid 85 and name HN )) ( segid " " and resid 141 and name HB% ) ASSI { 2306} (( segid " " and resid 85 and name HN )) ( segid " " and resid 83 and name HG1%) 4.000 2.000 2.000 peak 2306 spectrum 1 weight 0.10000E+01 volume 0.10730E-02 ppm1 9.061 ppm2 0.866 CV 1 OR { 2306} (( segid " " and resid 85 and name HN )) ( segid " " and resid 83 and name HG2%) OR { 2306} (( segid " " and resid 85 and name HN )) (( segid " " and resid 86 and name HG )) ASSI { 2307} (( segid " " and resid 85 and name HN )) ( segid " " and resid 77 and name HD2%) 3.500 1.600 1.600 peak 2307 spectrum 1 weight 0.10000E+01 volume 0.11294E-02 ppm1 9.059 ppm2 0.517 CV 1 OR { 2307} (( segid " " and resid 85 and name HN )) ( segid " " and resid 86 and name HD1%) OR { 2307} (( segid " " and resid 85 and name HN )) ( segid " " and resid 87 and name HG1%) OR { 2307} (( segid " " and resid 85 and name HN )) ( segid " " and resid 45 and name HG1%) ASSI { 2310} (( segid " " and resid 85 and name HN )) (( segid " " and resid 85 and name HG2 )) 3.000 1.100 1.100 peak 2310 spectrum 1 weight 0.10000E+01 volume 0.31847E-02 ppm1 9.060 ppm2 1.270 CV 1 OR { 2310} (( segid " " and resid 85 and name HN )) (( segid " " and resid 85 and name HG1 )) OR { 2310} (( segid " " and resid 85 and name HN )) (( segid " " and resid 84 and name HB2 )) ASSI { 2311} (( segid " " and resid 85 and name HN )) (( segid " " and resid 84 and name HG )) 3.400 1.400 1.400 peak 2311 spectrum 1 weight 0.10000E+01 volume 0.23667E-02 ppm1 9.059 ppm2 1.326 CV 1 OR { 2311} (( segid " " and resid 85 and name HN )) (( segid " " and resid 84 and name HB2 )) OR { 2311} (( segid " " and resid 85 and name HN )) (( segid " " and resid 77 and name HB1 )) OR { 2311} (( segid " " and resid 85 and name HN )) (( segid " " and resid 86 and name HB2 )) ASSI { 2339} (( segid " " and resid 106 and name HN )) (( segid " " and resid 106 and name HB1 )) 3.300 1.400 1.400 peak 2339 spectrum 1 weight 0.10000E+01 volume 0.15778E-02 ppm1 9.422 ppm2 3.066 CV 1 OR { 2339} (( segid " " and resid 106 and name HN )) (( segid " " and resid 105 and name HB1 )) ASSI { 2341} (( segid " " and resid 107 and name HN )) ( segid " " and resid 106 and name HD% ) 4.600 2.600 1.400 peak 2341 spectrum 1 weight 0.10000E+01 volume 0.63331E-03 ppm1 7.681 ppm2 6.746 CV 1 OR { 2341} (( segid " " and resid 107 and name HN )) ( segid " " and resid 108 and name HD% ) ASSI { 2342} (( segid " " and resid 111 and name HN )) (( segid " " and resid 137 and name HB2 )) 5.700 4.000 0.300 peak 2342 spectrum 1 weight 0.10000E+01 volume 0.43217E-03 ppm1 6.976 ppm2 2.952 CV 1 OR { 2342} (( segid " " and resid 111 and name HN )) (( segid " " and resid 111 and name HE1 )) OR { 2342} (( segid " " and resid 111 and name HN )) (( segid " " and resid 111 and name HE2 )) OR { 2342} (( segid " " and resid 111 and name HN )) (( segid " " and resid 113 and name HB1 )) ASSI { 2348} (( segid " " and resid 119 and name HN )) ( segid " " and resid 121 and name HG1%) 4.500 2.500 1.500 peak 2348 spectrum 1 weight 0.10000E+01 volume 0.58276E-03 ppm1 8.247 ppm2 0.932 CV 1 OR { 2348} (( segid " " and resid 119 and name HN )) ( segid " " and resid 33 and name HG2%) OR { 2348} (( segid " " and resid 119 and name HN )) ( segid " " and resid 33 and name HD1%) OR { 2348} (( segid " " and resid 119 and name HN )) ( segid " " and resid 121 and name HG2%) ASSI { 2351} (( segid " " and resid 122 and name HN )) ( segid " " and resid 41 and name HD1%) 4.400 2.400 1.600 peak 2351 spectrum 1 weight 0.10000E+01 volume 0.70657E-03 ppm1 8.793 ppm2 0.616 CV 1 OR { 2351} (( segid " " and resid 122 and name HN )) ( segid " " and resid 43 and name HD2%) ASSI { 2352} (( segid " " and resid 123 and name HN )) ( segid " " and resid 121 and name HG2%) 4.100 2.100 1.900 peak 2352 spectrum 1 weight 0.10000E+01 volume 0.99329E-03 ppm1 8.547 ppm2 0.894 CV 1 OR { 2352} (( segid " " and resid 123 and name HN )) ( segid " " and resid 121 and name HG1%) OR { 2352} (( segid " " and resid 123 and name HN )) ( segid " " and resid 41 and name HG2%) ASSI { 2354} (( segid " " and resid 136 and name HN )) ( segid " " and resid 109 and name HG2%) 4.000 2.000 2.000 peak 2354 spectrum 1 weight 0.10000E+01 volume 0.99341E-03 ppm1 8.826 ppm2 0.878 CV 1 OR { 2354} (( segid " " and resid 136 and name HN )) ( segid " " and resid 121 and name HG2%) OR { 2354} (( segid " " and resid 126 and name HN )) ( segid " " and resid 41 and name HG2%) OR { 2354} (( segid " " and resid 136 and name HN )) (( segid " " and resid 22 and name HG )) ASSI { 2361} (( segid " " and resid 129 and name HN )) (( segid " " and resid 128 and name HG2 )) 4.100 2.100 1.900 peak 2361 spectrum 1 weight 0.10000E+01 volume 0.58931E-03 ppm1 6.669 ppm2 2.392 CV 1 OR { 2361} (( segid " " and resid 129 and name HN )) (( segid " " and resid 128 and name HG1 )) OR { 2361} (( segid " " and resid 129 and name HN )) (( segid " " and resid 130 and name HB2 )) ASSI { 2385} (( segid " " and resid 25 and name HN )) ( segid " " and resid 25 and name HD2%) 3.700 1.700 1.700 peak 2385 spectrum 1 weight 0.10000E+01 volume 0.27694E-02 ppm1 7.913 ppm2 0.665 CV 1 OR { 2385} (( segid " " and resid 25 and name HN )) ( segid " " and resid 140 and name HD2%) ASSI { 2392} (( segid " " and resid 141 and name HN )) (( segid " " and resid 138 and name HN )) 4.700 2.700 1.300 peak 2392 spectrum 1 weight 0.10000E+01 volume 0.33212E-03 ppm1 7.112 ppm2 9.108 CV 1 OR { 2392} (( segid " " and resid 141 and name HN )) (( segid " " and resid 110 and name HN )) ASSI { 2394} (( segid " " and resid 141 and name HN )) (( segid " " and resid 142 and name HB2 )) 4.900 3.000 1.100 peak 2394 spectrum 1 weight 0.10000E+01 volume 0.45473E-03 ppm1 7.100 ppm2 3.132 CV 1 OR { 2394} (( segid " " and resid 141 and name HN )) (( segid " " and resid 110 and name HB1 )) ASSI { 2400} (( segid " " and resid 143 and name HN )) (( segid " " and resid 110 and name HA )) 3.300 3.300 2.700 peak 2400 spectrum 1 weight 0.10000E+01 volume 0.40536E-03 ppm1 8.973 ppm2 4.442 CV 1 OR { 2400} (( segid " " and resid 143 and name HN )) (( segid " " and resid 16 and name HA )) ASSI { 2406} (( segid " " and resid 9 and name HN )) ( segid " " and resid 77 and name HD2%) 5.500 3.500 0.500 peak 2406 spectrum 1 weight 0.10000E+01 volume 0.39878E-03 ppm1 9.635 ppm2 0.517 CV 1 OR { 2406} (( segid " " and resid 9 and name HN )) ( segid " " and resid 77 and name HD1%) OR { 2406} (( segid " " and resid 9 and name HN )) ( segid " " and resid 45 and name HG1%) OR { 2406} (( segid " " and resid 9 and name HN )) ( segid " " and resid 86 and name HD1%) OR { 2406} (( segid " " and resid 108 and name HN )) ( segid " " and resid 86 and name HD1%) ASSI { 2411} (( segid " " and resid 5 and name HN )) (( segid " " and resid 6 and name HA )) 4.400 2.400 1.600 peak 2411 spectrum 1 weight 0.10000E+01 volume 0.39859E-03 ppm1 8.090 ppm2 4.342 CV 1 OR { 2411} (( segid " " and resid 5 and name HN )) (( segid " " and resid 26 and name HA )) ASSI { 2417} (( segid " " and resid 7 and name HN )) (( segid " " and resid 7 and name HD21)) 4.600 2.700 1.400 peak 2417 spectrum 1 weight 0.10000E+01 volume 0.48189E-03 ppm1 8.378 ppm2 7.641 CV 1 OR { 2417} (( segid " " and resid 7 and name HN )) (( segid " " and resid 6 and name HE21)) ASSI { 2423} (( segid " " and resid 8 and name HN )) (( segid " " and resid 6 and name HB1 )) 3.500 1.600 1.600 peak 2423 spectrum 1 weight 0.10000E+01 volume 0.79478E-03 ppm1 8.171 ppm2 2.071 CV 1 OR { 2423} (( segid " " and resid 8 and name HN )) (( segid " " and resid 6 and name HB2 )) OR { 2423} (( segid " " and resid 8 and name HN )) (( segid " " and resid 75 and name HB2 )) ASSI { 2428} (( segid " " and resid 12 and name HN )) ( segid " " and resid 79 and name HD% ) 5.500 3.800 0.500 peak 2428 spectrum 1 weight 0.10000E+01 volume 0.22521E-03 ppm1 7.982 ppm2 6.803 CV 1 OR { 2428} (( segid " " and resid 12 and name HN )) ( segid " " and resid 20 and name HE% ) OR { 2428} (( segid " " and resid 12 and name HN )) ( segid " " and resid 10 and name HE ) ASSI { 2437} (( segid " " and resid 13 and name HD21)) (( segid " " and resid 16 and name HN )) 3.800 1.800 1.300 peak 2437 spectrum 1 weight 0.10000E+01 volume 0.10642E-02 ppm1 7.312 ppm2 6.766 CV 1 OR { 2437} (( segid " " and resid 13 and name HD21)) ( segid " " and resid 20 and name HE% ) ASSI { 2439} (( segid " " and resid 16 and name HN )) (( segid " " and resid 14 and name HB1 )) 3.300 3.300 2.700 peak 2439 spectrum 1 weight 0.10000E+01 volume 0.40182E-03 ppm1 6.742 ppm2 2.385 CV 1 OR { 2439} (( segid " " and resid 16 and name HN )) (( segid " " and resid 13 and name HB1 )) ASSI { 2452} (( segid " " and resid 20 and name HN )) (( segid " " and resid 11 and name HA )) 4.600 2.600 1.400 peak 2452 spectrum 1 weight 0.10000E+01 volume 0.39482E-03 ppm1 9.296 ppm2 4.566 CV 1 OR { 2452} (( segid " " and resid 20 and name HN )) (( segid " " and resid 141 and name HA )) ASSI { 2462} (( segid " " and resid 23 and name HN )) (( segid " " and resid 25 and name HN )) 4.500 2.600 1.500 peak 2462 spectrum 1 weight 0.10000E+01 volume 0.29291E-03 ppm1 8.867 ppm2 7.921 CV 1 OR { 2462} (( segid " " and resid 23 and name HN )) (( segid " " and resid 140 and name HN )) ASSI { 2463} (( segid " " and resid 23 and name HN )) ( segid " " and resid 77 and name HD1%) 4.000 2.000 2.000 peak 2463 spectrum 1 weight 0.10000E+01 volume 0.34231E-03 ppm1 8.852 ppm2 0.514 CV 1 OR { 2463} (( segid " " and resid 23 and name HN )) ( segid " " and resid 77 and name HD2%) OR { 2463} (( segid " " and resid 23 and name HN )) ( segid " " and resid 45 and name HG1%) OR { 2463} (( segid " " and resid 23 and name HN )) ( segid " " and resid 86 and name HD1%) ASSI { 2464} (( segid " " and resid 23 and name HN )) (( segid " " and resid 25 and name HB1 )) 5.100 3.300 0.900 peak 2464 spectrum 1 weight 0.10000E+01 volume 0.33482E-03 ppm1 8.864 ppm2 1.628 CV 1 OR { 2464} (( segid " " and resid 23 and name HN )) (( segid " " and resid 26 and name HD1 )) OR { 2464} (( segid " " and resid 23 and name HN )) (( segid " " and resid 26 and name HD2 )) ASSI { 2468} (( segid " " and resid 25 and name HN )) ( segid " " and resid 45 and name HG1%) 4.300 2.300 1.700 peak 2468 spectrum 1 weight 0.10000E+01 volume 0.10262E-02 ppm1 7.920 ppm2 0.554 CV 1 OR { 2468} (( segid " " and resid 25 and name HN )) ( segid " " and resid 86 and name HD1%) ASSI { 2470} (( segid " " and resid 25 and name HN )) (( segid " " and resid 23 and name HA )) 3.700 1.700 1.700 peak 2470 spectrum 1 weight 0.10000E+01 volume 0.56641E-03 ppm1 7.913 ppm2 3.636 CV 1 OR { 2470} (( segid " " and resid 25 and name HN )) (( segid " " and resid 30 and name HA2 )) ASSI { 2472} (( segid " " and resid 26 and name HN )) ( segid " " and resid 45 and name HG1%) 4.700 2.800 1.300 peak 2472 spectrum 1 weight 0.10000E+01 volume 0.40840E-03 ppm1 7.583 ppm2 0.546 CV 1 OR { 2472} (( segid " " and resid 26 and name HN )) ( segid " " and resid 86 and name HD1%) ASSI { 2474} (( segid " " and resid 26 and name HN )) (( segid " " and resid 27 and name HN )) 4.300 2.300 1.700 peak 2474 spectrum 1 weight 0.10000E+01 volume 0.93677E-03 ppm1 7.581 ppm2 8.165 CV 1 OR { 2474} (( segid " " and resid 57 and name HN )) (( segid " " and resid 53 and name HN )) OR { 2474} (( segid " " and resid 26 and name HN )) (( segid " " and resid 8 and name HN )) ASSI { 2476} (( segid " " and resid 26 and name HN )) (( segid " " and resid 46 and name HB1 )) 5.200 3.400 0.800 peak 2476 spectrum 1 weight 0.10000E+01 volume 0.39018E-03 ppm1 7.560 ppm2 3.102 CV 1 OR { 2476} (( segid " " and resid 57 and name HN )) (( segid " " and resid 53 and name HB1 )) ASSI { 2479} (( segid " " and resid 27 and name HN )) (( segid " " and resid 28 and name HN )) 5.600 3.900 0.400 peak 2479 spectrum 1 weight 0.10000E+01 volume 0.20412E-03 ppm1 8.244 ppm2 9.211 CV 1 OR { 2479} (( segid " " and resid 27 and name HN )) (( segid " " and resid 31 and name HN )) ASSI { 2480} (( segid " " and resid 27 and name HN )) (( segid " " and resid 45 and name HN )) 4.300 2.400 1.700 peak 2480 spectrum 1 weight 0.10000E+01 volume 0.83179E-03 ppm1 8.226 ppm2 8.498 CV 1 ASSI { 2481} (( segid " " and resid 27 and name HN )) (( segid " " and resid 27 and name HD1 )) 5.300 3.400 0.700 peak 2481 spectrum 1 weight 0.10000E+01 volume 0.33831E-03 ppm1 8.227 ppm2 2.886 CV 1 OR { 2481} (( segid " " and resid 27 and name HN )) (( segid " " and resid 4 and name HB1 )) ASSI { 2483} (( segid " " and resid 27 and name HN )) ( segid " " and resid 25 and name HD2%) 5.000 3.100 1.000 peak 2483 spectrum 1 weight 0.10000E+01 volume 0.54762E-03 ppm1 8.228 ppm2 0.651 CV 1 OR { 2483} (( segid " " and resid 27 and name HN )) ( segid " " and resid 45 and name HG2%) OR { 2483} (( segid " " and resid 27 and name HN )) ( segid " " and resid 73 and name HD1%) OR { 2483} (( segid " " and resid 27 and name HN )) ( segid " " and resid 43 and name HD1%) ASSI { 2503} (( segid " " and resid 31 and name HN )) ( segid " " and resid 31 and name HD% ) 3.600 1.600 1.600 peak 2503 spectrum 1 weight 0.10000E+01 volume 0.20668E-02 ppm1 9.200 ppm2 7.344 CV 1 OR { 2503} (( segid " " and resid 31 and name HN )) (( segid " " and resid 30 and name HN )) ASSI { 2506} (( segid " " and resid 32 and name HN )) ( segid " " and resid 43 and name HD2%) 5.400 3.700 0.600 peak 2506 spectrum 1 weight 0.10000E+01 volume 0.33207E-03 ppm1 8.720 ppm2 0.666 CV 1 OR { 2506} (( segid " " and resid 32 and name HN )) ( segid " " and resid 43 and name HD1%) OR { 2506} (( segid " " and resid 32 and name HN )) ( segid " " and resid 45 and name HG2%) ASSI { 2508} (( segid " " and resid 33 and name HN )) ( segid " " and resid 41 and name HD1%) 4.900 3.000 1.100 peak 2508 spectrum 1 weight 0.10000E+01 volume 0.73301E-03 ppm1 9.351 ppm2 0.623 CV 1 OR { 2508} (( segid " " and resid 33 and name HN )) ( segid " " and resid 43 and name HD2%) ASSI { 2517} (( segid " " and resid 35 and name HN )) (( segid " " and resid 41 and name HG11)) 3.700 1.700 1.700 peak 2517 spectrum 1 weight 0.10000E+01 volume 0.49201E-03 ppm1 8.225 ppm2 1.399 CV 1 OR { 2517} (( segid " " and resid 35 and name HN )) (( segid " " and resid 33 and name HG11)) OR { 2517} (( segid " " and resid 35 and name HN )) (( segid " " and resid 41 and name HG12)) OR { 2517} (( segid " " and resid 35 and name HN )) (( segid " " and resid 33 and name HG12)) ASSI { 2529} (( segid " " and resid 37 and name HN )) ( segid " " and resid 34 and name HG2%) 4.700 2.700 1.300 peak 2529 spectrum 1 weight 0.10000E+01 volume 0.47592E-03 ppm1 8.274 ppm2 1.219 CV 1 OR { 2529} (( segid " " and resid 37 and name HN )) ( segid " " and resid 62 and name HG2%) ASSI { 2532} (( segid " " and resid 38 and name HN )) (( segid " " and resid 39 and name HB2 )) 5.800 4.200 0.200 peak 2532 spectrum 1 weight 0.10000E+01 volume 0.18370E-03 ppm1 8.307 ppm2 1.728 CV 1 OR { 2532} (( segid " " and resid 38 and name HN )) (( segid " " and resid 39 and name HB1 )) ASSI { 2541} (( segid " " and resid 42 and name HN )) ( segid " " and resid 62 and name HG2%) 5.200 3.300 0.800 peak 2541 spectrum 1 weight 0.10000E+01 volume 0.50201E-03 ppm1 8.872 ppm2 1.181 CV 1 OR { 2541} (( segid " " and resid 42 and name HN )) ( segid " " and resid 59 and name HG2%) ASSI { 2550} (( segid " " and resid 43 and name HN )) (( segid " " and resid 59 and name HA )) 5.400 3.600 0.600 peak 2550 spectrum 1 weight 0.10000E+01 volume 0.25295E-03 ppm1 9.367 ppm2 4.598 CV 1 OR { 2550} (( segid " " and resid 43 and name HN )) (( segid " " and resid 30 and name HA1 )) ASSI { 2552} (( segid " " and resid 44 and name HN )) ( segid " " and resid 31 and name HD% ) 5.000 3.100 1.000 peak 2552 spectrum 1 weight 0.10000E+01 volume 0.40239E-03 ppm1 8.108 ppm2 7.311 CV 1 OR { 2552} (( segid " " and resid 44 and name HN )) (( segid " " and resid 47 and name HN )) OR { 2552} (( segid " " and resid 44 and name HN )) (( segid " " and resid 30 and name HN )) ASSI { 2556} (( segid " " and resid 45 and name HN )) (( segid " " and resid 31 and name HN )) 4.600 2.600 1.400 peak 2556 spectrum 1 weight 0.10000E+01 volume 0.51559E-03 ppm1 8.481 ppm2 9.223 CV 1 OR { 2556} (( segid " " and resid 101 and name HN )) (( segid " " and resid 102 and name HN )) ASSI { 2562} (( segid " " and resid 47 and name HN )) ( segid " " and resid 45 and name HG1%) 4.700 2.700 1.300 peak 2562 spectrum 1 weight 0.10000E+01 volume 0.68858E-03 ppm1 7.272 ppm2 0.544 CV 1 OR { 2562} (( segid " " and resid 47 and name HN )) ( segid " " and resid 86 and name HD1%) ASSI { 2564} (( segid " " and resid 47 and name HN )) (( segid " " and resid 75 and name HG2 )) 5.000 3.200 1.000 peak 2564 spectrum 1 weight 0.10000E+01 volume 0.65001E-03 ppm1 7.273 ppm2 1.170 CV 1 OR { 2564} (( segid " " and resid 47 and name HN )) (( segid " " and resid 73 and name HB2 )) ASSI { 2568} (( segid " " and resid 49 and name HN )) (( segid " " and resid 73 and name HB2 )) 4.300 2.300 1.700 peak 2568 spectrum 1 weight 0.10000E+01 volume 0.53978E-03 ppm1 8.688 ppm2 1.207 CV 1 OR { 2568} (( segid " " and resid 49 and name HN )) ( segid " " and resid 57 and name HB% ) ASSI { 2577} (( segid " " and resid 53 and name HN )) (( segid " " and resid 51 and name HB2 )) 4.000 2.200 2.000 peak 2577 spectrum 1 weight 0.10000E+01 volume 0.55621E-03 ppm1 8.166 ppm2 3.459 CV 1 ASSI { 2590} (( segid " " and resid 62 and name HN )) (( segid " " and resid 64 and name HN )) 4.000 2.200 2.000 peak 2590 spectrum 1 weight 0.10000E+01 volume 0.24473E-03 ppm1 9.661 ppm2 8.996 CV 1 ASSI { 2602} (( segid " " and resid 68 and name HN )) (( segid " " and resid 63 and name HN )) 4.400 2.500 1.600 peak 2602 spectrum 1 weight 0.10000E+01 volume 0.46584E-03 ppm1 9.008 ppm2 8.507 CV 1 OR { 2602} (( segid " " and resid 68 and name HN )) (( segid " " and resid 69 and name HN )) ASSI { 2606} (( segid " " and resid 69 and name HN )) (( segid " " and resid 68 and name HB2 )) 4.500 2.500 1.500 peak 2606 spectrum 1 weight 0.10000E+01 volume 0.49440E-03 ppm1 8.465 ppm2 1.291 CV 1 OR { 2606} (( segid " " and resid 69 and name HN )) ( segid " " and resid 70 and name HB% ) ASSI { 2609} (( segid " " and resid 70 and name HN )) ( segid " " and resid 59 and name HG2%) 4.400 2.400 1.600 peak 2609 spectrum 1 weight 0.10000E+01 volume 0.67839E-03 ppm1 8.617 ppm2 1.190 CV 1 OR { 2609} (( segid " " and resid 70 and name HN )) ( segid " " and resid 57 and name HB% ) ASSI { 2615} (( segid " " and resid 71 and name HN )) (( segid " " and resid 69 and name HB1 )) 3.600 1.600 1.300 peak 2615 spectrum 1 weight 0.10000E+01 volume 0.10873E-02 ppm1 8.435 ppm2 3.090 CV 1 OR { 2615} (( segid " " and resid 71 and name HN )) (( segid " " and resid 60 and name HB1 )) ASSI { 2620} (( segid " " and resid 72 and name HN )) (( segid " " and resid 88 and name HB1 )) 3.300 1.400 1.400 peak 2620 spectrum 1 weight 0.10000E+01 volume 0.41704E-03 ppm1 8.830 ppm2 3.289 CV 1 OR { 2620} (( segid " " and resid 72 and name HN )) (( segid " " and resid 73 and name HA )) ASSI { 2655} (( segid " " and resid 84 and name HN )) ( segid " " and resid 141 and name HB% ) 3.900 1.900 1.900 peak 2655 spectrum 1 weight 0.10000E+01 volume 0.94267E-03 ppm1 8.305 ppm2 1.176 CV 1 OR { 2655} (( segid " " and resid 84 and name HN )) (( segid " " and resid 109 and name HB )) OR { 2655} (( segid " " and resid 84 and name HN )) ( segid " " and resid 78 and name HG2%) ASSI { 2667} (( segid " " and resid 86 and name HN )) (( segid " " and resid 106 and name HB1 )) 4.400 2.400 1.600 peak 2667 spectrum 1 weight 0.10000E+01 volume 0.52164E-03 ppm1 8.504 ppm2 3.076 CV 1 OR { 2667} (( segid " " and resid 86 and name HN )) (( segid " " and resid 105 and name HB1 )) ASSI { 2698} (( segid " " and resid 45 and name HN )) (( segid " " and resid 26 and name HA )) 3.800 1.800 1.500 peak 2698 spectrum 1 weight 0.10000E+01 volume 0.80425E-03 ppm1 8.454 ppm2 4.328 CV 1 ASSI { 2701} (( segid " " and resid 45 and name HN )) (( segid " " and resid 25 and name HB1 )) 3.800 1.800 1.800 peak 2701 spectrum 1 weight 0.10000E+01 volume 0.23664E-02 ppm1 8.486 ppm2 1.713 CV 1 ASSI { 2704} (( segid " " and resid 106 and name HN )) ( segid " " and resid 105 and name HD% ) 4.100 2.100 1.900 peak 2704 spectrum 1 weight 0.10000E+01 volume 0.50992E-03 ppm1 9.422 ppm2 6.964 CV 1 OR { 2704} (( segid " " and resid 106 and name HN )) ( segid " " and resid 133 and name HD% ) ASSI { 2707} (( segid " " and resid 106 and name HN )) (( segid " " and resid 86 and name HB2 )) 4.800 2.900 1.200 peak 2707 spectrum 1 weight 0.10000E+01 volume 0.39246E-03 ppm1 9.425 ppm2 1.289 CV 1 OR { 2707} (( segid " " and resid 106 and name HN )) (( segid " " and resid 85 and name HG1 )) OR { 2707} (( segid " " and resid 106 and name HN )) (( segid " " and resid 85 and name HG2 )) ASSI { 2713} (( segid " " and resid 107 and name HN )) ( segid " " and resid 123 and name HD1%) 5.300 3.500 0.700 peak 2713 spectrum 1 weight 0.10000E+01 volume 0.28939E-03 ppm1 7.673 ppm2 0.681 CV 1 OR { 2713} (( segid " " and resid 107 and name HN )) ( segid " " and resid 123 and name HD2%) OR { 2713} (( segid " " and resid 107 and name HN )) ( segid " " and resid 45 and name HG2%) ASSI { 2721} (( segid " " and resid 112 and name HN )) (( segid " " and resid 113 and name HN )) 3.200 1.300 1.300 peak 2721 spectrum 1 weight 0.10000E+01 volume 0.93514E-03 ppm1 9.146 ppm2 8.326 CV 1 OR { 2721} (( segid " " and resid 110 and name HN )) (( segid " " and resid 109 and name HN )) ASSI { 2728} (( segid " " and resid 111 and name HN )) (( segid " " and resid 137 and name HB1 )) 5.100 3.300 0.900 peak 2728 spectrum 1 weight 0.10000E+01 volume 0.28986E-03 ppm1 6.979 ppm2 3.348 CV 1 OR { 2728} (( segid " " and resid 111 and name HN )) (( segid " " and resid 142 and name HB1 )) ASSI { 2731} (( segid " " and resid 110 and name HN )) (( segid " " and resid 141 and name HN )) 5.400 3.600 0.600 peak 2731 spectrum 1 weight 0.10000E+01 volume 0.26396E-03 ppm1 9.174 ppm2 7.090 CV 1 OR { 2731} (( segid " " and resid 112 and name HN )) (( segid " " and resid 141 and name HN )) ASSI { 2733} (( segid " " and resid 112 and name HN )) (( segid " " and resid 111 and name HE1 )) 5.500 3.800 0.500 peak 2733 spectrum 1 weight 0.10000E+01 volume 0.43929E-03 ppm1 9.182 ppm2 2.941 CV 1 OR { 2733} (( segid " " and resid 112 and name HN )) (( segid " " and resid 111 and name HE2 )) OR { 2733} (( segid " " and resid 112 and name HN )) (( segid " " and resid 113 and name HB1 )) OR { 2733} (( segid " " and resid 110 and name HN )) (( segid " " and resid 108 and name HB1 )) OR { 2733} (( segid " " and resid 112 and name HN )) (( segid " " and resid 137 and name HB2 )) ASSI { 2743} (( segid " " and resid 115 and name HN )) (( segid " " and resid 117 and name HB1 )) 5.400 3.700 0.600 peak 2743 spectrum 1 weight 0.10000E+01 volume 0.33988E-03 ppm1 8.589 ppm2 2.823 CV 1 OR { 2743} (( segid " " and resid 115 and name HN )) (( segid " " and resid 117 and name HB2 )) OR { 2743} (( segid " " and resid 115 and name HN )) (( segid " " and resid 116 and name HB1 )) ASSI { 2757} (( segid " " and resid 119 and name HN )) ( segid " " and resid 114 and name HB% ) 4.400 2.400 1.600 peak 2757 spectrum 1 weight 0.10000E+01 volume 0.39482E-03 ppm1 8.253 ppm2 1.573 CV 1 OR { 2757} (( segid " " and resid 119 and name HN )) (( segid " " and resid 120 and name HB1 )) ASSI { 2768} (( segid " " and resid 72 and name HN )) (( segid " " and resid 71 and name HA2 )) 3.300 1.500 1.000 peak 2768 spectrum 1 weight 0.10000E+01 volume 0.58664E-03 ppm1 8.838 ppm2 4.029 CV 1 OR { 2768} (( segid " " and resid 72 and name HN )) (( segid " " and resid 57 and name HA )) OR { 2768} (( segid " " and resid 72 and name HN )) (( segid " " and resid 91 and name HA1 )) OR { 2768} (( segid " " and resid 127 and name HN )) (( segid " " and resid 128 and name HA )) ASSI { 2770} (( segid " " and resid 132 and name HN )) (( segid " " and resid 104 and name HB2 )) 4.500 2.500 1.500 peak 2770 spectrum 1 weight 0.10000E+01 volume 0.48033E-03 ppm1 7.764 ppm2 4.018 CV 1 OR { 2770} (( segid " " and resid 130 and name HN )) (( segid " " and resid 128 and name HA )) ASSI { 2772} (( segid " " and resid 134 and name HN )) (( segid " " and resid 105 and name HB1 )) 4.600 2.600 1.400 peak 2772 spectrum 1 weight 0.10000E+01 volume 0.23818E-03 ppm1 9.093 ppm2 3.074 CV 1 OR { 2772} (( segid " " and resid 134 and name HN )) (( segid " " and resid 106 and name HB1 )) ASSI { 2774} (( segid " " and resid 136 and name HE1 )) (( segid " " and resid 117 and name HB2 )) 3.200 3.200 2.800 peak 2774 spectrum 1 weight 0.10000E+01 volume 0.35388E-03 ppm1 9.788 ppm2 2.862 CV 1 OR { 2774} (( segid " " and resid 136 and name HE1 )) (( segid " " and resid 117 and name HB1 )) OR { 2774} (( segid " " and resid 136 and name HE1 )) (( segid " " and resid 27 and name HD1 )) ASSI { 2775} (( segid " " and resid 136 and name HE1 )) (( segid " " and resid 25 and name HB2 )) 4.700 2.700 1.300 peak 2775 spectrum 1 weight 0.10000E+01 volume 0.27834E-03 ppm1 9.787 ppm2 1.233 CV 1 OR { 2775} (( segid " " and resid 136 and name HE1 )) (( segid " " and resid 22 and name HB1 )) OR { 2775} (( segid " " and resid 136 and name HE1 )) (( segid " " and resid 140 and name HG )) ASSI { 2783} (( segid " " and resid 9 and name HN )) (( segid " " and resid 75 and name HB2 )) 4.700 2.800 1.300 peak 2783 spectrum 1 weight 0.10000E+01 volume 0.51338E-03 ppm1 9.638 ppm2 2.098 CV 1 OR { 2783} (( segid " " and resid 9 and name HN )) (( segid " " and resid 6 and name HB2 )) OR { 2783} (( segid " " and resid 108 and name HN )) (( segid " " and resid 106 and name HB2 )) ASSI { 2784} (( segid " " and resid 108 and name HN )) (( segid " " and resid 85 and name HG1 )) 4.400 2.400 1.600 peak 2784 spectrum 1 weight 0.10000E+01 volume 0.74720E-03 ppm1 9.634 ppm2 1.294 CV 1 OR { 2784} (( segid " " and resid 108 and name HN )) (( segid " " and resid 84 and name HB2 )) OR { 2784} (( segid " " and resid 108 and name HN )) (( segid " " and resid 84 and name HG )) OR { 2784} (( segid " " and resid 108 and name HN )) (( segid " " and resid 86 and name HB2 )) OR { 2784} (( segid " " and resid 9 and name HN )) (( segid " " and resid 77 and name HG )) OR { 2784} (( segid " " and resid 9 and name HN )) ( segid " " and resid 47 and name HB% ) OR { 2784} (( segid " " and resid 9 and name HN )) (( segid " " and resid 77 and name HB1 )) ASSI { 2785} (( segid " " and resid 9 and name HN )) (( segid " " and resid 75 and name HG1 )) 3.800 1.800 1.800 peak 2785 spectrum 1 weight 0.10000E+01 volume 0.79908E-03 ppm1 9.625 ppm2 1.208 CV 1 OR { 2785} (( segid " " and resid 108 and name HN )) (( segid " " and resid 85 and name HG1 )) OR { 2785} (( segid " " and resid 9 and name HN )) (( segid " " and resid 75 and name HG2 )) OR { 2785} (( segid " " and resid 108 and name HN )) ( segid " " and resid 141 and name HB% ) OR { 2785} (( segid " " and resid 108 and name HN )) (( segid " " and resid 85 and name HG2 )) OR { 2785} (( segid " " and resid 108 and name HN )) (( segid " " and resid 109 and name HB )) ASSI { 2799} (( segid " " and resid 12 and name HN )) (( segid " " and resid 19 and name HA )) 4.800 2.800 1.200 peak 2799 spectrum 1 weight 0.10000E+01 volume 0.52518E-03 ppm1 7.990 ppm2 4.251 CV 1 OR { 2799} (( segid " " and resid 12 and name HN )) (( segid " " and resid 14 and name HA )) ASSI { 2803} (( segid " " and resid 30 and name HN )) (( segid " " and resid 45 and name HN )) 5.500 3.500 0.500 peak 2803 spectrum 1 weight 0.10000E+01 volume 0.37778E-03 ppm1 7.371 ppm2 8.467 CV 1 OR { 2803} (( segid " " and resid 30 and name HN )) (( segid " " and resid 50 and name HN )) ASSI { 2807} (( segid " " and resid 33 and name HN )) (( segid " " and resid 40 and name HB1 )) 5.500 3.500 0.500 peak 2807 spectrum 1 weight 0.10000E+01 volume 0.23902E-03 ppm1 9.344 ppm2 1.645 CV 1 OR { 2807} (( segid " " and resid 33 and name HN )) (( segid " " and resid 120 and name HG1 )) OR { 2807} (( segid " " and resid 33 and name HN )) (( segid " " and resid 40 and name HB2 )) ASSI { 2809} (( segid " " and resid 33 and name HN )) ( segid " " and resid 41 and name HD1%) 5.000 3.100 1.000 peak 2809 spectrum 1 weight 0.10000E+01 volume 0.59341E-03 ppm1 9.329 ppm2 0.630 CV 1 OR { 2809} (( segid " " and resid 33 and name HN )) ( segid " " and resid 43 and name HD2%) OR { 2809} (( segid " " and resid 33 and name HN )) ( segid " " and resid 43 and name HD1%) ASSI { 2817} (( segid " " and resid 38 and name HN )) (( segid " " and resid 39 and name HG1 )) 5.300 3.500 0.700 peak 2817 spectrum 1 weight 0.10000E+01 volume 0.45659E-03 ppm1 8.323 ppm2 1.313 CV 1 OR { 2817} (( segid " " and resid 38 and name HN )) (( segid " " and resid 39 and name HG2 )) ASSI { 2821} (( segid " " and resid 40 and name HN )) (( segid " " and resid 64 and name HN )) 4.600 2.600 1.400 peak 2821 spectrum 1 weight 0.10000E+01 volume 0.52441E-03 ppm1 8.160 ppm2 8.994 CV 1 OR { 2821} (( segid " " and resid 40 and name HN )) (( segid " " and resid 39 and name HE )) OR { 2821} (( segid " " and resid 40 and name HN )) (( segid " " and resid 41 and name HN )) ASSI { 2825} (( segid " " and resid 118 and name HN )) (( segid " " and resid 118 and name HA )) 3.500 1.500 1.500 peak 2825 spectrum 1 weight 0.10000E+01 volume 0.54206E-03 ppm1 8.124 ppm2 4.598 CV 1 OR { 2825} (( segid " " and resid 44 and name HN )) (( segid " " and resid 59 and name HA )) ASSI { 2826} (( segid " " and resid 45 and name HN )) (( segid " " and resid 47 and name HN )) 3.700 1.800 1.800 peak 2826 spectrum 1 weight 0.10000E+01 volume 0.11761E-02 ppm1 8.498 ppm2 7.296 CV 1 OR { 2826} (( segid " " and resid 45 and name HN )) ( segid " " and resid 31 and name HD% ) OR { 2826} (( segid " " and resid 125 and name HN )) ( segid " " and resid 125 and name HE% ) ASSI { 2829} (( segid " " and resid 45 and name HN )) (( segid " " and resid 44 and name HD21)) 4.400 2.400 1.600 peak 2829 spectrum 1 weight 0.10000E+01 volume 0.33455E-03 ppm1 8.495 ppm2 7.590 CV 1 OR { 2829} (( segid " " and resid 45 and name HN )) (( segid " " and resid 26 and name HN )) ASSI { 2833} (( segid " " and resid 125 and name HN )) (( segid " " and resid 124 and name HA )) 2.700 0.900 0.900 peak 2833 spectrum 1 weight 0.10000E+01 volume 0.22086E-02 ppm1 8.494 ppm2 4.228 CV 1 OR { 2833} (( segid " " and resid 45 and name HN )) (( segid " " and resid 49 and name HA )) ASSI { 2836} (( segid " " and resid 145 and name HN )) (( segid " " and resid 110 and name HN )) 2.800 2.800 3.200 peak 2836 spectrum 1 weight 0.10000E+01 volume 0.76317E-03 ppm1 8.583 ppm2 9.152 CV 1 OR { 2836} (( segid " " and resid 145 and name HN )) (( segid " " and resid 112 and name HN )) ASSI { 2846} (( segid " " and resid 56 and name HN )) (( segid " " and resid 72 and name HB1 )) 5.000 3.100 1.000 peak 2846 spectrum 1 weight 0.10000E+01 volume 0.42537E-03 ppm1 8.421 ppm2 1.945 CV 1 OR { 2846} (( segid " " and resid 56 and name HN )) (( segid " " and resid 48 and name HB1 )) OR { 2846} (( segid " " and resid 56 and name HN )) (( segid " " and resid 72 and name HB2 )) ASSI { 2850} (( segid " " and resid 57 and name HN )) (( segid " " and resid 55 and name HB2 )) 4.500 2.500 1.500 peak 2850 spectrum 1 weight 0.10000E+01 volume 0.65716E-03 ppm1 7.569 ppm2 2.785 CV 1 OR { 2850} (( segid " " and resid 57 and name HN )) (( segid " " and resid 53 and name HB2 )) OR { 2850} (( segid " " and resid 26 and name HN )) (( segid " " and resid 4 and name HB2 )) OR { 2850} (( segid " " and resid 26 and name HN )) (( segid " " and resid 9 and name HB2 )) ASSI { 2851} (( segid " " and resid 26 and name HN )) (( segid " " and resid 26 and name HE2 )) 5.400 3.700 0.600 peak 2851 spectrum 1 weight 0.10000E+01 volume 0.45648E-03 ppm1 7.582 ppm2 2.973 CV 1 OR { 2851} (( segid " " and resid 26 and name HN )) (( segid " " and resid 26 and name HE1 )) OR { 2851} (( segid " " and resid 66 and name HN )) (( segid " " and resid 66 and name HE2 )) OR { 2851} (( segid " " and resid 66 and name HN )) (( segid " " and resid 66 and name HE1 )) ASSI { 2852} (( segid " " and resid 26 and name HN )) (( segid " " and resid 4 and name HB1 )) 4.400 2.400 1.600 peak 2852 spectrum 1 weight 0.10000E+01 volume 0.41970E-03 ppm1 7.572 ppm2 2.878 CV 1 OR { 2852} (( segid " " and resid 26 and name HN )) (( segid " " and resid 27 and name HD1 )) OR { 2852} (( segid " " and resid 26 and name HN )) (( segid " " and resid 75 and name HE2 )) OR { 2852} (( segid " " and resid 26 and name HN )) (( segid " " and resid 75 and name HE1 )) ASSI { 2854} (( segid " " and resid 58 and name HN )) (( segid " " and resid 49 and name HN )) 5.600 3.900 0.400 peak 2854 spectrum 1 weight 0.10000E+01 volume 0.21621E-03 ppm1 9.657 ppm2 8.701 CV 1 OR { 2854} (( segid " " and resid 58 and name HN )) (( segid " " and resid 92 and name HN )) OR { 2854} (( segid " " and resid 58 and name HN )) (( segid " " and resid 75 and name HN )) ASSI { 2857} (( segid " " and resid 59 and name HN )) (( segid " " and resid 71 and name HN )) 4.300 2.300 1.700 peak 2857 spectrum 1 weight 0.10000E+01 volume 0.28075E-03 ppm1 6.891 ppm2 8.441 CV 1 OR { 2857} (( segid " " and resid 59 and name HN )) (( segid " " and resid 69 and name HN )) ASSI { 2863} (( segid " " and resid 61 and name HN )) (( segid " " and resid 60 and name HB2 )) 5.700 4.000 0.300 peak 2863 spectrum 1 weight 0.10000E+01 volume 0.31230E-03 ppm1 9.754 ppm2 2.611 CV 1 OR { 2863} (( segid " " and resid 61 and name HN )) (( segid " " and resid 69 and name HB2 )) ASSI { 2875} (( segid " " and resid 70 and name HN )) (( segid " " and resid 59 and name HB )) 3.900 1.900 1.900 peak 2875 spectrum 1 weight 0.10000E+01 volume 0.21220E-03 ppm1 8.641 ppm2 1.902 CV 1 OR { 2875} (( segid " " and resid 70 and name HN )) (( segid " " and resid 43 and name HB2 )) ASSI { 2901} (( segid " " and resid 81 and name HN )) ( segid " " and resid 79 and name HD% ) 3.900 2.900 2.100 peak 2901 spectrum 1 weight 0.10000E+01 volume 0.13578E-02 ppm1 9.078 ppm2 6.762 CV 1 ASSI { 2905} (( segid " " and resid 85 and name HN )) ( segid " " and resid 108 and name HD% ) 4.800 2.900 1.200 peak 2905 spectrum 1 weight 0.10000E+01 volume 0.25318E-03 ppm1 9.044 ppm2 6.750 CV 1 OR { 2905} (( segid " " and resid 85 and name HN )) ( segid " " and resid 105 and name HE% ) ASSI { 2909} (( segid " " and resid 86 and name HN )) (( segid " " and resid 86 and name HG )) 4.700 2.700 1.300 peak 2909 spectrum 1 weight 0.10000E+01 volume 0.56443E-03 ppm1 8.502 ppm2 0.866 CV 1 OR { 2909} (( segid " " and resid 86 and name HN )) ( segid " " and resid 83 and name HG1%) OR { 2909} (( segid " " and resid 86 and name HN )) ( segid " " and resid 83 and name HG2%) ASSI { 2911} (( segid " " and resid 87 and name HN )) ( segid " " and resid 106 and name HD% ) 5.400 3.600 0.600 peak 2911 spectrum 1 weight 0.10000E+01 volume 0.28451E-03 ppm1 8.769 ppm2 6.733 CV 1 OR { 2911} (( segid " " and resid 87 and name HN )) ( segid " " and resid 105 and name HE% ) OR { 2911} (( segid " " and resid 87 and name HN )) ( segid " " and resid 108 and name HD% ) ASSI { 2925} (( segid " " and resid 125 and name HN )) (( segid " " and resid 125 and name HB2 )) 3.500 1.500 1.500 peak 2925 spectrum 1 weight 0.10000E+01 volume 0.92780E-03 ppm1 8.484 ppm2 3.043 CV 1 OR { 2925} (( segid " " and resid 45 and name HN )) (( segid " " and resid 44 and name HB1 )) ASSI { 2926} (( segid " " and resid 45 and name HN )) (( segid " " and resid 31 and name HA )) 4.200 2.200 1.800 peak 2926 spectrum 1 weight 0.10000E+01 volume 0.34502E-03 ppm1 8.481 ppm2 4.793 CV 1 OR { 2926} (( segid " " and resid 103 and name HN )) (( segid " " and resid 87 and name HA )) OR { 2926} (( segid " " and resid 45 and name HN )) (( segid " " and resid 106 and name HA )) OR { 2926} (( segid " " and resid 45 and name HN )) (( segid " " and resid 87 and name HA )) ASSI { 2929} (( segid " " and resid 104 and name HN )) ( segid " " and resid 105 and name HD% ) 5.300 3.500 0.700 peak 2929 spectrum 1 weight 0.10000E+01 volume 0.24830E-03 ppm1 9.095 ppm2 6.984 CV 1 OR { 2929} (( segid " " and resid 104 and name HN )) ( segid " " and resid 133 and name HD% ) ASSI { 2931} (( segid " " and resid 105 and name HN )) ( segid " " and resid 134 and name HD% ) 4.900 3.000 1.100 peak 2931 spectrum 1 weight 0.10000E+01 volume 0.21379E-03 ppm1 9.349 ppm2 6.627 CV 1 OR { 2931} (( segid " " and resid 105 and name HN )) (( segid " " and resid 122 and name HD% )) ASSI { 2938} (( segid " " and resid 108 and name HN )) (( segid " " and resid 83 and name HA )) 5.000 3.200 1.000 peak 2938 spectrum 1 weight 0.10000E+01 volume 0.35911E-03 ppm1 9.665 ppm2 4.433 CV 1 OR { 2938} (( segid " " and resid 108 and name HN )) (( segid " " and resid 110 and name HA )) ASSI { 2945} (( segid " " and resid 121 and name HN )) ( segid " " and resid 134 and name HD% ) 5.800 4.200 0.200 peak 2945 spectrum 1 weight 0.10000E+01 volume 0.16425E-03 ppm1 8.747 ppm2 6.625 CV 1 OR { 2945} (( segid " " and resid 121 and name HN )) ( segid " " and resid 122 and name HD% ) ASSI { 2964} (( segid " " and resid 130 and name HN )) (( segid " " and resid 127 and name HN )) 5.300 3.500 0.700 peak 2964 spectrum 1 weight 0.10000E+01 volume 0.18017E-03 ppm1 7.753 ppm2 8.869 CV 1 OR { 2964} (( segid " " and resid 130 and name HN )) (( segid " " and resid 126 and name HN )) ASSI { 2967} (( segid " " and resid 82 and name HE21)) (( segid " " and resid 82 and name HA )) 5.600 3.900 0.400 peak 2967 spectrum 1 weight 0.10000E+01 volume 0.33230E-03 ppm1 7.623 ppm2 3.570 CV 1 OR { 2967} (( segid " " and resid 38 and name HD22)) (( segid " " and resid 37 and name HB1 )) ASSI { 2970} (( segid " " and resid 38 and name HD21)) (( segid " " and resid 37 and name HA )) 5.100 3.300 0.900 peak 2970 spectrum 1 weight 0.10000E+01 volume 0.17920E-03 ppm1 6.827 ppm2 4.778 CV 1 OR { 2970} (( segid " " and resid 6 and name HE22)) (( segid " " and resid 4 and name HA )) ASSI { 2974} (( segid " " and resid 46 and name HN )) ( segid " " and resid 47 and name HB% ) 4.900 3.000 1.100 peak 2974 spectrum 1 weight 0.10000E+01 volume 0.43427E-03 ppm1 8.295 ppm2 1.256 CV 1 OR { 2974} (( segid " " and resid 46 and name HN )) (( segid " " and resid 75 and name HG1 )) OR { 2974} (( segid " " and resid 46 and name HN )) (( segid " " and resid 22 and name HB2 )) OR { 2974} (( segid " " and resid 46 and name HN )) (( segid " " and resid 86 and name HB2 )) OR { 2974} (( segid " " and resid 46 and name HN )) ( segid " " and resid 76 and name HG2%) ASSI { 2976} (( segid " " and resid 6 and name HE22)) (( segid " " and resid 46 and name HB2 )) 5.700 4.100 0.300 peak 2976 spectrum 1 weight 0.10000E+01 volume 0.28839E-03 ppm1 6.854 ppm2 4.024 CV 1 OR { 2976} (( segid " " and resid 128 and name HE21)) (( segid " " and resid 128 and name HA )) ASSI { 2978} (( segid " " and resid 21 and name HN )) (( segid " " and resid 140 and name HB1 )) 4.100 2.100 1.900 peak 2978 spectrum 1 weight 0.10000E+01 volume 0.32863E-03 ppm1 8.573 ppm2 1.442 CV 1 OR { 2978} (( segid " " and resid 21 and name HN )) (( segid " " and resid 19 and name HB1 )) OR { 2978} (( segid " " and resid 21 and name HN )) (( segid " " and resid 19 and name HG )) OR { 2978} (( segid " " and resid 21 and name HN )) (( segid " " and resid 140 and name HB2 )) ASSI { 2986} (( segid " " and resid 6 and name HE21)) (( segid " " and resid 6 and name HA )) 5.000 3.100 1.000 peak 2986 spectrum 1 weight 0.10000E+01 volume 0.20955E-03 ppm1 7.658 ppm2 4.336 CV 1 OR { 2986} (( segid " " and resid 6 and name HE21)) (( segid " " and resid 26 and name HA )) ASSI { 2987} (( segid " " and resid 4 and name HD22)) (( segid " " and resid 6 and name HA )) 5.800 4.100 0.200 peak 2987 spectrum 1 weight 0.10000E+01 volume 0.13208E-03 ppm1 6.953 ppm2 4.330 CV 1 OR { 2987} (( segid " " and resid 4 and name HD22)) (( segid " " and resid 26 and name HA )) OR { 2987} (( segid " " and resid 4 and name HD22)) (( segid " " and resid 25 and name HA )) ASSI { 2988} (( segid " " and resid 6 and name HE22)) (( segid " " and resid 6 and name HB2 )) 5.400 3.700 0.600 peak 2988 spectrum 1 weight 0.10000E+01 volume 0.46972E-03 ppm1 6.815 ppm2 2.121 CV 1 OR { 2988} (( segid " " and resid 6 and name HE22)) (( segid " " and resid 48 and name HG2 )) OR { 2988} (( segid " " and resid 6 and name HE22)) (( segid " " and resid 48 and name HG1 )) OR { 2988} (( segid " " and resid 6 and name HE22)) (( segid " " and resid 75 and name HB2 )) ASSI { 2989} (( segid " " and resid 119 and name HE21)) (( segid " " and resid 119 and name HB1 )) 4.700 2.800 1.300 peak 2989 spectrum 1 weight 0.10000E+01 volume 0.44416E-03 ppm1 6.826 ppm2 2.043 CV 1 OR { 2989} (( segid " " and resid 6 and name HE22)) (( segid " " and resid 6 and name HB1 )) ASSI { 2996} (( segid " " and resid 8 and name HN )) (( segid " " and resid 7 and name HD21)) 4.300 2.300 1.700 peak 2996 spectrum 1 weight 0.10000E+01 volume 0.39189E-03 ppm1 8.173 ppm2 7.630 CV 1 OR { 2996} (( segid " " and resid 8 and name HN )) (( segid " " and resid 6 and name HE21)) ASSI { 3001} (( segid " " and resid 138 and name HN )) (( segid " " and resid 139 and name HA )) 5.100 3.200 0.900 peak 3001 spectrum 1 weight 0.10000E+01 volume 0.33598E-03 ppm1 9.088 ppm2 4.564 CV 1 OR { 3001} (( segid " " and resid 138 and name HN )) (( segid " " and resid 111 and name HA )) OR { 3001} (( segid " " and resid 138 and name HN )) (( segid " " and resid 141 and name HA )) ASSI { 3007} (( segid " " and resid 44 and name HD21)) (( segid " " and resid 26 and name HB2 )) 5.700 4.000 0.300 peak 3007 spectrum 1 weight 0.10000E+01 volume 0.26166E-03 ppm1 7.591 ppm2 1.892 CV 1 OR { 3007} (( segid " " and resid 44 and name HD21)) (( segid " " and resid 48 and name HB1 )) OR { 3007} (( segid " " and resid 44 and name HD21)) (( segid " " and resid 43 and name HB2 )) ASSI { 3013} (( segid " " and resid 111 and name HN )) (( segid " " and resid 139 and name HB2 )) 4.700 2.700 1.300 peak 3013 spectrum 1 weight 0.10000E+01 volume 0.39943E-03 ppm1 6.968 ppm2 4.230 CV 1 OR { 3013} (( segid " " and resid 111 and name HN )) (( segid " " and resid 112 and name HA )) ASSI { 3029} (( segid " " and resid 100 and name HN )) (( segid " " and resid 100 and name HA )) 3.100 1.300 1.000 peak 3029 spectrum 1 weight 0.10000E+01 volume 0.14546E-02 ppm1 8.565 ppm2 4.689 CV 1 OR { 3029} (( segid " " and resid 100 and name HN )) (( segid " " and resid 101 and name HA )) ASSI { 3035} (( segid " " and resid 13 and name HD21)) (( segid " " and resid 16 and name HB )) 4.000 2.200 2.000 peak 3035 spectrum 1 weight 0.10000E+01 volume 0.29463E-03 ppm1 7.306 ppm2 4.354 CV 1 OR { 3035} (( segid " " and resid 13 and name HD21)) (( segid " " and resid 13 and name HA )) ASSI { 2237} (( segid " " and resid 128 and name HG1 )) ( segid " " and resid 98 and name HD1%) 3.800 1.800 2.500 peak 2237 spectrum 1 weight 0.10000E+01 volume 0.14349E-02 ppm1 2.377 ppm2 0.925 CV 1 OR { 2237} (( segid " " and resid 128 and name HG2 )) ( segid " " and resid 98 and name HD1%) OR { 2237} (( segid " " and resid 128 and name HG2 )) ( segid " " and resid 98 and name HD2%) OR { 2237} (( segid " " and resid 128 and name HG1 )) ( segid " " and resid 98 and name HD2%) OR { 2237} (( segid " " and resid 6 and name HG1 )) ( segid " " and resid 5 and name HG2%) OR { 2237} (( segid " " and resid 6 and name HG1 )) ( segid " " and resid 5 and name HG1%) OR { 2237} (( segid " " and resid 6 and name HG2 )) ( segid " " and resid 5 and name HG2%) OR { 2237} (( segid " " and resid 6 and name HG2 )) ( segid " " and resid 5 and name HG1%) ASSI { 2240} (( segid " " and resid 128 and name HG2 )) (( segid " " and resid 129 and name HB )) 2.800 1.000 1.000 peak 2240 spectrum 1 weight 0.10000E+01 volume 0.58892E-02 ppm1 2.374 ppm2 4.339 CV 1 OR { 2240} (( segid " " and resid 128 and name HG1 )) (( segid " " and resid 129 and name HB )) OR { 2240} (( segid " " and resid 119 and name HG1 )) (( segid " " and resid 119 and name HA )) ASSI { 2960} (( segid " " and resid 128 and name HA )) ( segid " " and resid 96 and name HG2%) 3.000 1.200 1.000 peak 2960 spectrum 1 weight 0.10000E+01 volume 0.40095E-02 ppm1 4.013 ppm2 1.254 CV 1 OR { 2960} (( segid " " and resid 122 and name HA )) ( segid " " and resid 123 and name HB1 ) !! { Dihedral Angle Restraints } !!omega CA(i)-C(i)-N(i+1)-CA(i+1) ! K2 assign (resid 2 and name CA ) (resid 2 and name C ) (resid 3 and name N ) (resid 3 and name CA ) 1 180.00 10.00 2 ! S3 assign (resid 3 and name CA ) (resid 3 and name C ) (resid 4 and name N ) (resid 4 and name CA ) 1 180.00 10.00 2 ! N4 assign (resid 4 and name CA ) (resid 4 and name C ) (resid 5 and name N ) (resid 5 and name CA ) 1 180.00 10.00 2 ! V5 assign (resid 5 and name CA ) (resid 5 and name C ) (resid 6 and name N ) (resid 6 and name CA ) 1 180.00 10.00 2 ! Q6 assign (resid 6 and name CA ) (resid 6 and name C ) (resid 7 and name N ) (resid 7 and name CA ) 1 180.00 10.00 2 ! N7 assign (resid 7 and name CA ) (resid 7 and name C ) (resid 8 and name N ) (resid 8 and name CA ) 1 180.00 10.00 2 ! D8 assign (resid 8 and name CA ) (resid 8 and name C ) (resid 9 and name N ) (resid 9 and name CA ) 1 180.00 10.00 2 ! C9 assign (resid 9 and name CA ) (resid 9 and name C ) (resid 10 and name N ) (resid 10 and name CA ) 1 180.00 10.00 2 ! R10 assign (resid 10 and name CA ) (resid 10 and name C ) (resid 11 and name N ) (resid 11 and name CA ) 1 180.00 10.00 2 ! V11 assign (resid 11 and name CA ) (resid 11 and name C ) (resid 12 and name N ) (resid 12 and name CA ) 1 180.00 10.00 2 ! T12 assign (resid 12 and name CA ) (resid 12 and name C ) (resid 13 and name N ) (resid 13 and name CA ) 1 180.00 10.00 2 ! N13 assign (resid 13 and name CA ) (resid 13 and name C ) (resid 14 and name N ) (resid 14 and name CA ) 1 180.00 10.00 2 ! P14 assign (resid 14 and name CA ) (resid 14 and name C ) (resid 15 and name N ) (resid 15 and name CA ) 1 180.00 10.00 2 ! A15 assign (resid 15 and name CA ) (resid 15 and name C ) (resid 16 and name N ) (resid 16 and name CA ) 1 180.00 10.00 2 ! T16 assign (resid 16 and name CA ) (resid 16 and name C ) (resid 17 and name N ) (resid 17 and name CA ) 1 180.00 10.00 2 ! G17 assign (resid 17 and name CA ) (resid 17 and name C ) (resid 18 and name N ) (resid 18 and name CA ) 1 180.00 10.00 2 ! H18 assign (resid 18 and name CA ) (resid 18 and name C ) (resid 19 and name N ) (resid 19 and name CA ) 1 180.00 10.00 2 ! L19 assign (resid 19 and name CA ) (resid 19 and name C ) (resid 20 and name N ) (resid 20 and name CA ) 1 180.00 10.00 2 ! F20 assign (resid 20 and name CA ) (resid 20 and name C ) (resid 21 and name N ) (resid 21 and name CA ) 1 180.00 10.00 2 ! D21 assign (resid 21 and name CA ) (resid 21 and name C ) (resid 22 and name N ) (resid 22 and name CA ) 1 180.00 10.00 2 ! L22 assign (resid 22 and name CA ) (resid 22 and name C ) (resid 23 and name N ) (resid 23 and name CA ) 1 180.00 10.00 2 ! T23 assign (resid 23 and name CA ) (resid 23 and name C ) (resid 24 and name N ) (resid 24 and name CA ) 1 180.00 10.00 2 ! S24 assign (resid 24 and name CA ) (resid 24 and name C ) (resid 25 and name N ) (resid 25 and name CA ) 1 180.00 10.00 2 ! L25 assign (resid 25 and name CA ) (resid 25 and name C ) (resid 26 and name N ) (resid 26 and name CA ) 1 180.00 10.00 2 ! K26 assign (resid 26 and name CA ) (resid 26 and name C ) (resid 27 and name N ) (resid 27 and name CA ) 1 180.00 10.00 2 ! R27 assign (resid 27 and name CA ) (resid 27 and name C ) (resid 28 and name N ) (resid 28 and name CA ) 1 180.00 10.00 2 ! E28 assign (resid 28 and name CA ) (resid 28 and name C ) (resid 29 and name N ) (resid 29 and name CA ) 1 180.00 10.00 2 ! S29 assign (resid 29 and name CA ) (resid 29 and name C ) (resid 30 and name N ) (resid 30 and name CA ) 1 180.00 10.00 2 ! G30 assign (resid 30 and name CA ) (resid 30 and name C ) (resid 31 and name N ) (resid 31 and name CA ) 1 180.00 10.00 2 ! Y31 assign (resid 31 and name CA ) (resid 31 and name C ) (resid 32 and name N ) (resid 32 and name CA ) 1 180.00 10.00 2 ! T32 assign (resid 32 and name CA ) (resid 32 and name C ) (resid 33 and name N ) (resid 33 and name CA ) 1 180.00 10.00 2 ! I33 assign (resid 33 and name CA ) (resid 33 and name C ) (resid 34 and name N ) (resid 34 and name CA ) 1 180.00 10.00 2 ! T34 assign (resid 34 and name CA ) (resid 34 and name C ) (resid 35 and name N ) (resid 35 and name CA ) 1 180.00 10.00 2 ! D35 assign (resid 35 and name CA ) (resid 35 and name C ) (resid 36 and name N ) (resid 36 and name CA ) 1 180.00 10.00 2 ! S36 assign (resid 36 and name CA ) (resid 36 and name C ) (resid 37 and name N ) (resid 37 and name CA ) 1 180.00 10.00 2 ! H37 assign (resid 37 and name CA ) (resid 37 and name C ) (resid 38 and name N ) (resid 38 and name CA ) 1 180.00 10.00 2 ! N38 assign (resid 38 and name CA ) (resid 38 and name C ) (resid 39 and name N ) (resid 39 and name CA ) 1 180.00 10.00 2 ! R39 assign (resid 39 and name CA ) (resid 39 and name C ) (resid 40 and name N ) (resid 40 and name CA ) 1 180.00 10.00 2 ! K40 assign (resid 40 and name CA ) (resid 40 and name C ) (resid 41 and name N ) (resid 41 and name CA ) 1 180.00 10.00 2 ! I41 assign (resid 41 and name CA ) (resid 41 and name C ) (resid 42 and name N ) (resid 42 and name CA ) 1 180.00 10.00 2 ! E42 assign (resid 42 and name CA ) (resid 42 and name C ) (resid 43 and name N ) (resid 43 and name CA ) 1 180.00 10.00 2 ! L43 assign (resid 43 and name CA ) (resid 43 and name C ) (resid 44 and name N ) (resid 44 and name CA ) 1 180.00 10.00 2 ! N44 assign (resid 44 and name CA ) (resid 44 and name C ) (resid 45 and name N ) (resid 45 and name CA ) 1 180.00 10.00 2 ! V45 assign (resid 45 and name CA ) (resid 45 and name C ) (resid 46 and name N ) (resid 46 and name CA ) 1 180.00 10.00 2 ! C46 assign (resid 46 and name CA ) (resid 46 and name C ) (resid 47 and name N ) (resid 47 and name CA ) 1 180.00 10.00 2 ! A47 assign (resid 47 and name CA ) (resid 47 and name C ) (resid 48 and name N ) (resid 48 and name CA ) 1 180.00 10.00 2 ! E48 assign (resid 48 and name CA ) (resid 48 and name C ) (resid 49 and name N ) (resid 49 and name CA ) 1 180.00 10.00 2 ! A49 assign (resid 49 and name CA ) (resid 49 and name C ) (resid 50 and name N ) (resid 50 and name CA ) 1 180.00 10.00 2 ! K50 assign (resid 50 and name CA ) (resid 50 and name C ) (resid 51 and name N ) (resid 51 and name CA ) 1 180.00 10.00 2 ! S51 assign (resid 51 and name CA ) (resid 51 and name C ) (resid 52 and name N ) (resid 52 and name CA ) 1 180.00 10.00 2 ! S52 assign (resid 52 and name CA ) (resid 52 and name C ) (resid 53 and name N ) (resid 53 and name CA ) 1 180.00 10.00 2 ! C53 assign (resid 53 and name CA ) (resid 53 and name C ) (resid 54 and name N ) (resid 54 and name CA ) 1 180.00 10.00 2 ! A54 assign (resid 54 and name CA ) (resid 54 and name C ) (resid 55 and name N ) (resid 55 and name CA ) 1 180.00 10.00 2 ! N55 assign (resid 55 and name CA ) (resid 55 and name C ) (resid 56 and name N ) (resid 56 and name CA ) 1 180.00 10.00 2 ! G56 assign (resid 56 and name CA ) (resid 56 and name C ) (resid 57 and name N ) (resid 57 and name CA ) 1 180.00 10.00 2 ! A57 assign (resid 57 and name CA ) (resid 57 and name C ) (resid 58 and name N ) (resid 58 and name CA ) 1 180.00 10.00 2 ! A58 assign (resid 58 and name CA ) (resid 58 and name C ) (resid 59 and name N ) (resid 59 and name CA ) 1 180.00 10.00 2 ! V59 assign (resid 59 and name CA ) (resid 59 and name C ) (resid 60 and name N ) (resid 60 and name CA ) 1 180.00 10.00 2 ! C60 assign (resid 60 and name CA ) (resid 60 and name C ) (resid 61 and name N ) (resid 61 and name CA ) 1 180.00 10.00 2 ! I61 assign (resid 61 and name CA ) (resid 61 and name C ) (resid 62 and name N ) (resid 62 and name CA ) 1 180.00 10.00 2 ! T62 assign (resid 62 and name CA ) (resid 62 and name C ) (resid 63 and name N ) (resid 63 and name CA ) 1 180.00 10.00 2 ! D63 assign (resid 63 and name CA ) (resid 63 and name C ) (resid 64 and name N ) (resid 64 and name CA ) 1 180.00 10.00 2 ! G64 assign (resid 64 and name CA ) (resid 64 and name C ) (resid 65 and name N ) (resid 65 and name CA ) 1 180.00 10.00 2 ! P65 assign (resid 65 and name CA ) (resid 65 and name C ) (resid 66 and name N ) (resid 66 and name CA ) 1 180.00 10.00 2 ! K66 assign (resid 66 and name CA ) (resid 66 and name C ) (resid 67 and name N ) (resid 67 and name CA ) 1 180.00 10.00 2 ! T67 assign (resid 67 and name CA ) (resid 67 and name C ) (resid 68 and name N ) (resid 68 and name CA ) 1 180.00 10.00 2 ! L68 assign (resid 68 and name CA ) (resid 68 and name C ) (resid 69 and name N ) (resid 69 and name CA ) 1 180.00 10.00 2 ! N69 assign (resid 69 and name CA ) (resid 69 and name C ) (resid 70 and name N ) (resid 70 and name CA ) 1 180.00 10.00 2 ! A70 assign (resid 70 and name CA ) (resid 70 and name C ) (resid 71 and name N ) (resid 71 and name CA ) 1 180.00 10.00 2 ! G71 assign (resid 71 and name CA ) (resid 71 and name C ) (resid 72 and name N ) (resid 72 and name CA ) 1 180.00 10.00 2 ! K72 assign (resid 72 and name CA ) (resid 72 and name C ) (resid 73 and name N ) (resid 73 and name CA ) 1 180.00 10.00 2 ! L73 assign (resid 73 and name CA ) (resid 73 and name C ) (resid 74 and name N ) (resid 74 and name CA ) 1 180.00 10.00 2 ! S74 assign (resid 74 and name CA ) (resid 74 and name C ) (resid 75 and name N ) (resid 75 and name CA ) 1 180.00 10.00 2 ! K75 assign (resid 75 and name CA ) (resid 75 and name C ) (resid 76 and name N ) (resid 76 and name CA ) 1 180.00 10.00 2 ! T76 assign (resid 76 and name CA ) (resid 76 and name C ) (resid 77 and name N ) (resid 77 and name CA ) 1 180.00 10.00 2 ! L77 assign (resid 77 and name CA ) (resid 77 and name C ) (resid 78 and name N ) (resid 78 and name CA ) 1 180.00 10.00 2 ! T78 assign (resid 78 and name CA ) (resid 78 and name C ) (resid 79 and name N ) (resid 79 and name CA ) 1 180.00 10.00 2 ! Y79 assign (resid 79 and name CA ) (resid 79 and name C ) (resid 80 and name N ) (resid 80 and name CA ) 1 180.00 10.00 2 ! E80 assign (resid 80 and name CA ) (resid 80 and name C ) (resid 81 and name N ) (resid 81 and name CA ) 1 180.00 10.00 2 ! D81 assign (resid 81 and name CA ) (resid 81 and name C ) (resid 82 and name N ) (resid 82 and name CA ) 1 180.00 10.00 2 ! Q82 assign (resid 82 and name CA ) (resid 82 and name C ) (resid 83 and name N ) (resid 83 and name CA ) 1 180.00 10.00 2 ! V83 assign (resid 83 and name CA ) (resid 83 and name C ) (resid 84 and name N ) (resid 84 and name CA ) 1 180.00 10.00 2 ! L84 assign (resid 84 and name CA ) (resid 84 and name C ) (resid 85 and name N ) (resid 85 and name CA ) 1 180.00 10.00 2 ! K85 assign (resid 85 and name CA ) (resid 85 and name C ) (resid 86 and name N ) (resid 86 and name CA ) 1 180.00 10.00 2 ! L86 assign (resid 86 and name CA ) (resid 86 and name C ) (resid 87 and name N ) (resid 87 and name CA ) 1 180.00 10.00 2 ! V87 assign (resid 87 and name CA ) (resid 87 and name C ) (resid 88 and name N ) (resid 88 and name CA ) 1 180.00 10.00 2 ! Y88 assign (resid 88 and name CA ) (resid 88 and name C ) (resid 89 and name N ) (resid 89 and name CA ) 1 180.00 10.00 2 ! E89 assign (resid 89 and name CA ) (resid 89 and name C ) (resid 90 and name N ) (resid 90 and name CA ) 1 180.00 10.00 2 ! D90 assign (resid 90 and name CA ) (resid 90 and name C ) (resid 91 and name N ) (resid 91 and name CA ) 1 180.00 10.00 2 ! G91 assign (resid 91 and name CA ) (resid 91 and name C ) (resid 92 and name N ) (resid 92 and name CA ) 1 180.00 10.00 2 ! D92 assign (resid 92 and name CA ) (resid 92 and name C ) (resid 93 and name N ) (resid 93 and name CA ) 1 180.00 10.00 2 ! P93 assign (resid 93 and name CA ) (resid 93 and name C ) (resid 94 and name N ) (resid 94 and name CA ) 1 180.00 10.00 2 ! C94 assign (resid 94 and name CA ) (resid 94 and name C ) (resid 95 and name N ) (resid 95 and name CA ) 1 180.00 10.00 2 ! P95 assign (resid 95 and name CA ) (resid 95 and name C ) (resid 96 and name N ) (resid 96 and name CA ) 1 180.00 10.00 2 ! T96 assign (resid 96 and name CA ) (resid 96 and name C ) (resid 97 and name N ) (resid 97 and name CA ) 1 180.00 10.00 2 ! D97 assign (resid 97 and name CA ) (resid 97 and name C ) (resid 98 and name N ) (resid 98 and name CA ) 1 180.00 10.00 2 ! L98 assign (resid 98 and name CA ) (resid 98 and name C ) (resid 99 and name N ) (resid 99 and name CA ) 1 180.00 10.00 2 ! K99 assign (resid 99 and name CA ) (resid 99 and name C ) (resid 100 and name N ) (resid 100 and name CA ) 1 180.00 10.00 2 ! M100 assign (resid 100 and name CA ) (resid 100 and name C ) (resid 101 and name N ) (resid 101 and name CA ) 1 180.00 10.00 2 ! K101 assign (resid 101 and name CA ) (resid 101 and name C ) (resid 102 and name N ) (resid 102 and name CA ) 1 180.00 10.00 2 ! H102 assign (resid 102 and name CA ) (resid 102 and name C ) (resid 103 and name N ) (resid 103 and name CA ) 1 180.00 10.00 2 ! K103 assign (resid 103 and name CA ) (resid 103 and name C ) (resid 104 and name N ) (resid 104 and name CA ) 1 180.00 10.00 2 ! S104 assign (resid 104 and name CA ) (resid 104 and name C ) (resid 105 and name N ) (resid 105 and name CA ) 1 180.00 10.00 2 ! Y105 assign (resid 105 and name CA ) (resid 105 and name C ) (resid 106 and name N ) (resid 106 and name CA ) 1 180.00 10.00 2 ! F106 assign (resid 106 and name CA ) (resid 106 and name C ) (resid 107 and name N ) (resid 107 and name CA ) 1 180.00 10.00 2 ! S107 assign (resid 107 and name CA ) (resid 107 and name C ) (resid 108 and name N ) (resid 108 and name CA ) 1 180.00 10.00 2 ! F108 assign (resid 108 and name CA ) (resid 108 and name C ) (resid 109 and name N ) (resid 109 and name CA ) 1 180.00 10.00 2 ! V109 assign (resid 109 and name CA ) (resid 109 and name C ) (resid 110 and name N ) (resid 110 and name CA ) 1 180.00 10.00 2 ! C110 assign (resid 110 and name CA ) (resid 110 and name C ) (resid 111 and name N ) (resid 111 and name CA ) 1 180.00 10.00 2 ! K111 assign (resid 111 and name CA ) (resid 111 and name C ) (resid 112 and name N ) (resid 112 and name CA ) 1 180.00 10.00 2 ! S112 assign (resid 112 and name CA ) (resid 112 and name C ) (resid 113 and name N ) (resid 113 and name CA ) 1 180.00 10.00 2 ! D113 assign (resid 113 and name CA ) (resid 113 and name C ) (resid 114 and name N ) (resid 114 and name CA ) 1 180.00 10.00 2 ! A114 assign (resid 114 and name CA ) (resid 114 and name C ) (resid 115 and name N ) (resid 115 and name CA ) 1 180.00 10.00 2 ! G115 assign (resid 115 and name CA ) (resid 115 and name C ) (resid 116 and name N ) (resid 116 and name CA ) 1 180.00 10.00 2 ! D116 assign (resid 116 and name CA ) (resid 116 and name C ) (resid 117 and name N ) (resid 117 and name CA ) 1 180.00 10.00 2 ! D117 assign (resid 117 and name CA ) (resid 117 and name C ) (resid 118 and name N ) (resid 118 and name CA ) 1 180.00 10.00 2 ! S118 assign (resid 118 and name CA ) (resid 118 and name C ) (resid 119 and name N ) (resid 119 and name CA ) 1 180.00 10.00 2 ! Q119 assign (resid 119 and name CA ) (resid 119 and name C ) (resid 120 and name N ) (resid 120 and name CA ) 1 180.00 10.00 2 ! P120 assign (resid 120 and name CA ) (resid 120 and name C ) (resid 121 and name N ) (resid 121 and name CA ) 1 180.00 10.00 2 ! V121 assign (resid 121 and name CA ) (resid 121 and name C ) (resid 122 and name N ) (resid 122 and name CA ) 1 180.00 10.00 2 ! F122 assign (resid 122 and name CA ) (resid 122 and name C ) (resid 123 and name N ) (resid 123 and name CA ) 1 180.00 10.00 2 ! L123 assign (resid 123 and name CA ) (resid 123 and name C ) (resid 124 and name N ) (resid 124 and name CA ) 1 180.00 10.00 2 ! S124 assign (resid 124 and name CA ) (resid 124 and name C ) (resid 125 and name N ) (resid 125 and name CA ) 1 180.00 10.00 2 ! F125 assign (resid 125 and name CA ) (resid 125 and name C ) (resid 126 and name N ) (resid 126 and name CA ) 1 180.00 10.00 2 ! D126 assign (resid 126 and name CA ) (resid 126 and name C ) (resid 127 and name N ) (resid 127 and name CA ) 1 180.00 10.00 2 ! E127 assign (resid 127 and name CA ) (resid 127 and name C ) (resid 128 and name N ) (resid 128 and name CA ) 1 180.00 10.00 2 ! Q128 assign (resid 128 and name CA ) (resid 128 and name C ) (resid 129 and name N ) (resid 129 and name CA ) 1 180.00 10.00 2 ! T129 assign (resid 129 and name CA ) (resid 129 and name C ) (resid 130 and name N ) (resid 130 and name CA ) 1 180.00 10.00 2 ! C130 assign (resid 130 and name CA ) (resid 130 and name C ) (resid 131 and name N ) (resid 131 and name CA ) 1 180.00 10.00 2 ! T131 assign (resid 131 and name CA ) (resid 131 and name C ) (resid 132 and name N ) (resid 132 and name CA ) 1 180.00 10.00 2 ! S132 assign (resid 132 and name CA ) (resid 132 and name C ) (resid 133 and name N ) (resid 133 and name CA ) 1 180.00 10.00 2 ! Y133 assign (resid 133 and name CA ) (resid 133 and name C ) (resid 134 and name N ) (resid 134 and name CA ) 1 180.00 10.00 2 ! F134 assign (resid 134 and name CA ) (resid 134 and name C ) (resid 135 and name N ) (resid 135 and name CA ) 1 180.00 10.00 2 ! S135 assign (resid 135 and name CA ) (resid 135 and name C ) (resid 136 and name N ) (resid 136 and name CA ) 1 180.00 10.00 2 ! W136 assign (resid 136 and name CA ) (resid 136 and name C ) (resid 137 and name N ) (resid 137 and name CA ) 1 180.00 10.00 2 ! H137 assign (resid 137 and name CA ) (resid 137 and name C ) (resid 138 and name N ) (resid 138 and name CA ) 1 180.00 10.00 2 ! T138 assign (resid 138 and name CA ) (resid 138 and name C ) (resid 139 and name N ) (resid 139 and name CA ) 1 180.00 10.00 2 ! S139 assign (resid 139 and name CA ) (resid 139 and name C ) (resid 140 and name N ) (resid 140 and name CA ) 1 180.00 10.00 2 ! L140 assign (resid 140 and name CA ) (resid 140 and name C ) (resid 141 and name N ) (resid 141 and name CA ) 1 180.00 10.00 2 ! A141 assign (resid 141 and name CA ) (resid 141 and name C ) (resid 142 and name N ) (resid 142 and name CA ) 1 180.00 10.00 2 ! C142 assign (resid 142 and name CA ) (resid 142 and name C ) (resid 143 and name N ) (resid 143 and name CA ) 1 180.00 10.00 2 ! E143 assign (resid 143 and name CA ) (resid 143 and name C ) (resid 144 and name N ) (resid 144 and name CA ) 1 180.00 10.00 2 ! E144 assign (resid 144 and name CA ) (resid 144 and name C ) (resid 145 and name N ) (resid 145 and name CA ) 1 180.00 10.00 2 ! E145 assign (resid 145 and name CA ) (resid 145 and name C ) (resid 146 and name N ) (resid 146 and name CA ) 1 180.00 10.00 2 ! V146 assign (resid 146 and name CA ) (resid 146 and name C ) (resid 147 and name N ) (resid 147 and name CA ) 1 180.00 10.00 2 ! P147 assign (resid 147 and name CA ) (resid 147 and name C ) (resid 148 and name N ) (resid 148 and name CA ) 1 180.00 10.00 2 ! R148 assign (resid 148 and name CA ) (resid 148 and name C ) (resid 149 and name N ) (resid 149 and name CA ) 1 180.00 10.00 2 ! phi and psi dihedral restraint file generated by Talos2Aria.py ! ! TALOS filename: ! /home/chxcw/Structure_calc/Chicken/aria_jade/chk_talos_pred_101208.tab ! ! settings: min phiError=30.0, min psiError=30.0, errorFactor=2.0 ! ! Talos derived phi restraint: assign (resid 9 and name C) (resid 10 and name N) (resid 10 and name CA) (resid 10 and name C) 1.0 -143 34 2 ! Talos derived phi restraint: assign (resid 10 and name C) (resid 11 and name N) (resid 11 and name CA) (resid 11 and name C) 1.0 -132 40 2 ! Talos derived phi restraint: assign (resid 11 and name C) (resid 12 and name N) (resid 12 and name CA) (resid 12 and name C) 1.0 -120 30 2 ! Talos derived phi restraint: assign (resid 12 and name C) (resid 13 and name N) (resid 13 and name CA) (resid 13 and name C) 1.0 -101 62 2 ! Talos derived phi restraint: assign (resid 13 and name C) (resid 14 and name N) (resid 14 and name CA) (resid 14 and name C) 1.0 -60 30 2 ! Talos derived phi restraint: assign (resid 14 and name C) (resid 15 and name N) (resid 15 and name CA) (resid 15 and name C) 1.0 -72 30 2 ! Talos derived phi restraint: assign (resid 15 and name C) (resid 16 and name N) (resid 16 and name CA) (resid 16 and name C) 1.0 -107 32 2 ! Talos derived phi restraint: assign (resid 17 and name C) (resid 18 and name N) (resid 18 and name CA) (resid 18 and name C) 1.0 -80 30 2 ! Talos derived phi restraint: assign (resid 18 and name C) (resid 19 and name N) (resid 19 and name CA) (resid 19 and name C) 1.0 -108 50 2 ! Talos derived phi restraint: assign (resid 19 and name C) (resid 20 and name N) (resid 20 and name CA) (resid 20 and name C) 1.0 -125 30 2 ! Talos derived phi restraint: assign (resid 20 and name C) (resid 21 and name N) (resid 21 and name CA) (resid 21 and name C) 1.0 -105 45 2 ! Talos derived phi restraint: assign (resid 22 and name C) (resid 23 and name N) (resid 23 and name CA) (resid 23 and name C) 1.0 -62 30 2 ! Talos derived phi restraint: assign (resid 23 and name C) (resid 24 and name N) (resid 24 and name CA) (resid 24 and name C) 1.0 -61 30 2 ! Talos derived phi restraint: assign (resid 24 and name C) (resid 25 and name N) (resid 25 and name CA) (resid 25 and name C) 1.0 -79 30 2 ! Talos derived phi restraint: assign (resid 25 and name C) (resid 26 and name N) (resid 26 and name CA) (resid 26 and name C) 1.0 -74 30 2 ! Talos derived phi restraint: assign (resid 27 and name C) (resid 28 and name N) (resid 28 and name CA) (resid 28 and name C) 1.0 -62 30 2 ! Talos derived phi restraint: assign (resid 30 and name C) (resid 31 and name N) (resid 31 and name CA) (resid 31 and name C) 1.0 -105 39 2 ! Talos derived phi restraint: assign (resid 31 and name C) (resid 32 and name N) (resid 32 and name CA) (resid 32 and name C) 1.0 -108 34 2 ! Talos derived phi restraint: assign (resid 32 and name C) (resid 33 and name N) (resid 33 and name CA) (resid 33 and name C) 1.0 -131 35 2 ! Talos derived phi restraint: assign (resid 33 and name C) (resid 34 and name N) (resid 34 and name CA) (resid 34 and name C) 1.0 -126 35 2 ! Talos derived phi restraint: assign (resid 34 and name C) (resid 35 and name N) (resid 35 and name CA) (resid 35 and name C) 1.0 -89 30 2 ! Talos derived phi restraint: assign (resid 35 and name C) (resid 36 and name N) (resid 36 and name CA) (resid 36 and name C) 1.0 -61 30 2 ! Talos derived phi restraint: assign (resid 39 and name C) (resid 40 and name N) (resid 40 and name CA) (resid 40 and name C) 1.0 -111 49 2 ! Talos derived phi restraint: assign (resid 40 and name C) (resid 41 and name N) (resid 41 and name CA) (resid 41 and name C) 1.0 -112 30 2 ! Talos derived phi restraint: assign (resid 41 and name C) (resid 42 and name N) (resid 42 and name CA) (resid 42 and name C) 1.0 -117 30 2 ! Talos derived phi restraint: assign (resid 42 and name C) (resid 43 and name N) (resid 43 and name CA) (resid 43 and name C) 1.0 -129 30 2 ! Talos derived phi restraint: assign (resid 43 and name C) (resid 44 and name N) (resid 44 and name CA) (resid 44 and name C) 1.0 -127 35 2 ! CSI derived phi restraint: assign (resid 54 and name C) (resid 55 and name N) (resid 55 and name CA) (resid 55 and name C) 1.0 -65 55 2 ! CSI derived phi restraint: assign (resid 55 and name C) (resid 56 and name N) (resid 56 and name CA) (resid 56 and name C) 1.0 -65 50 2 ! CSI derived phi restraint: assign (resid 56 and name C) (resid 57 and name N) (resid 57 and name CA) (resid 57 and name C) 1.0 -65 45 2 ! Talos derived phi restraint: assign (resid 58 and name C) (resid 59 and name N) (resid 59 and name CA) (resid 59 and name C) 1.0 -126 30 2 ! Talos derived phi restraint: assign (resid 59 and name C) (resid 60 and name N) (resid 60 and name CA) (resid 60 and name C) 1.0 -109 30 2 ! Talos derived phi restraint: assign (resid 60 and name C) (resid 61 and name N) (resid 61 and name CA) (resid 61 and name C) 1.0 -115 36 2 ! Talos derived phi restraint: assign (resid 61 and name C) (resid 62 and name N) (resid 62 and name CA) (resid 62 and name C) 1.0 -119 37 2 ! Talos derived phi restraint: assign (resid 62 and name C) (resid 63 and name N) (resid 63 and name CA) (resid 63 and name C) 1.0 -122 41 2 ! Talos derived phi restraint: assign (resid 65 and name C) (resid 66 and name N) (resid 66 and name CA) (resid 66 and name C) 1.0 -109 34 2 ! Talos derived phi restraint: assign (resid 66 and name C) (resid 67 and name N) (resid 67 and name CA) (resid 67 and name C) 1.0 -105 34 2 ! Talos derived phi restraint: assign (resid 67 and name C) (resid 68 and name N) (resid 68 and name CA) (resid 68 and name C) 1.0 -117 50 2 ! Talos derived phi restraint: assign (resid 68 and name C) (resid 69 and name N) (resid 69 and name CA) (resid 69 and name C) 1.0 -99 55 2 ! Talos derived phi restraint: assign (resid 73 and name C) (resid 74 and name N) (resid 74 and name CA) (resid 74 and name C) 1.0 -115 52 2 ! Talos derived phi restraint: assign (resid 75 and name C) (resid 76 and name N) (resid 76 and name CA) (resid 76 and name C) 1.0 -107 42 2 ! Talos derived phi restraint: assign (resid 76 and name C) (resid 77 and name N) (resid 77 and name CA) (resid 77 and name C) 1.0 -104 37 2 ! Talos derived phi restraint: assign (resid 77 and name C) (resid 78 and name N) (resid 78 and name CA) (resid 78 and name C) 1.0 -122 35 2 ! Talos derived phi restraint: assign (resid 78 and name C) (resid 79 and name N) (resid 79 and name CA) (resid 79 and name C) 1.0 -106 41 2 ! Talos derived phi restraint: assign (resid 79 and name C) (resid 80 and name N) (resid 80 and name CA) (resid 80 and name C) 1.0 -124 44 2 ! Talos derived phi restraint: assign (resid 81 and name C) (resid 82 and name N) (resid 82 and name CA) (resid 82 and name C) 1.0 64 30 2 ! Talos derived phi restraint: assign (resid 82 and name C) (resid 83 and name N) (resid 83 and name CA) (resid 83 and name C) 1.0 -119 41 2 ! Talos derived phi restraint: assign (resid 83 and name C) (resid 84 and name N) (resid 84 and name CA) (resid 84 and name C) 1.0 -118 35 2 ! Talos derived phi restraint: assign (resid 84 and name C) (resid 85 and name N) (resid 85 and name CA) (resid 85 and name C) 1.0 -126 30 2 ! Talos derived phi restraint: assign (resid 85 and name C) (resid 86 and name N) (resid 86 and name CA) (resid 86 and name C) 1.0 -142 30 2 ! Talos derived phi restraint: assign (resid 86 and name C) (resid 87 and name N) (resid 87 and name CA) (resid 87 and name C) 1.0 -135 30 2 ! Talos derived phi restraint: assign (resid 87 and name C) (resid 88 and name N) (resid 88 and name CA) (resid 88 and name C) 1.0 -116 35 2 ! Talos derived phi restraint: assign (resid 88 and name C) (resid 89 and name N) (resid 89 and name CA) (resid 89 and name C) 1.0 -109 38 2 ! Talos derived phi restraint: assign (resid 93 and name C) (resid 94 and name N) (resid 94 and name CA) (resid 94 and name C) 1.0 -108 40 2 ! Talos derived phi restraint: assign (resid 94 and name C) (resid 95 and name N) (resid 95 and name CA) (resid 95 and name C) 1.0 -58 30 2 ! Talos derived phi restraint: assign (resid 95 and name C) (resid 96 and name N) (resid 96 and name CA) (resid 96 and name C) 1.0 -75 30 2 ! Talos derived phi restraint: assign (resid 97 and name C) (resid 98 and name N) (resid 98 and name CA) (resid 98 and name C) 1.0 -65 30 2 ! Talos derived phi restraint: assign (resid 100 and name C) (resid 101 and name N) (resid 101 and name CA) (resid 101 and name C) 1.0 -91 38 2 ! Talos derived phi restraint: assign (resid 103 and name C) (resid 104 and name N) (resid 104 and name CA) (resid 104 and name C) 1.0 -128 34 2 ! Talos derived phi restraint: assign (resid 104 and name C) (resid 105 and name N) (resid 105 and name CA) (resid 105 and name C) 1.0 -116 35 2 ! Talos derived phi restraint: assign (resid 105 and name C) (resid 106 and name N) (resid 106 and name CA) (resid 106 and name C) 1.0 -138 30 2 ! Talos derived phi restraint: assign (resid 106 and name C) (resid 107 and name N) (resid 107 and name CA) (resid 107 and name C) 1.0 -107 31 2 ! Talos derived phi restraint: assign (resid 107 and name C) (resid 108 and name N) (resid 108 and name CA) (resid 108 and name C) 1.0 -112 33 2 ! Talos derived phi restraint: assign (resid 108 and name C) (resid 109 and name N) (resid 109 and name CA) (resid 109 and name C) 1.0 -127 30 2 ! Talos derived phi restraint: assign (resid 109 and name C) (resid 110 and name N) (resid 110 and name CA) (resid 110 and name C) 1.0 -78 30 2 ! Talos derived phi restraint: assign (resid 110 and name C) (resid 111 and name N) (resid 111 and name CA) (resid 111 and name C) 1.0 -101 38 2 ! Talos derived phi restraint: assign (resid 118 and name C) (resid 119 and name N) (resid 119 and name CA) (resid 119 and name C) 1.0 -106 58 2 ! Talos derived phi restraint: assign (resid 120 and name C) (resid 121 and name N) (resid 121 and name CA) (resid 121 and name C) 1.0 -120 50 2 ! Talos derived phi restraint: assign (resid 121 and name C) (resid 122 and name N) (resid 122 and name CA) (resid 122 and name C) 1.0 -81 30 2 ! Talos derived phi restraint: assign (resid 123 and name C) (resid 124 and name N) (resid 124 and name CA) (resid 124 and name C) 1.0 -158 48 2 ! Talos derived phi restraint: assign (resid 124 and name C) (resid 125 and name N) (resid 125 and name CA) (resid 125 and name C) 1.0 -122 38 2 ! Talos derived phi restraint: assign (resid 125 and name C) (resid 126 and name N) (resid 126 and name CA) (resid 126 and name C) 1.0 -118 40 2 ! Talos derived phi restraint: assign (resid 126 and name C) (resid 127 and name N) (resid 127 and name CA) (resid 127 and name C) 1.0 -62 30 2 ! Talos derived phi restraint: assign (resid 127 and name C) (resid 128 and name N) (resid 128 and name CA) (resid 128 and name C) 1.0 -71 30 2 ! Talos derived phi restraint: assign (resid 129 and name C) (resid 130 and name N) (resid 130 and name CA) (resid 130 and name C) 1.0 58 30 2 ! Talos derived phi restraint: assign (resid 131 and name C) (resid 132 and name N) (resid 132 and name CA) (resid 132 and name C) 1.0 -122 52 2 ! Talos derived phi restraint: assign (resid 132 and name C) (resid 133 and name N) (resid 133 and name CA) (resid 133 and name C) 1.0 -107 48 2 ! Talos derived phi restraint: assign (resid 133 and name C) (resid 134 and name N) (resid 134 and name CA) (resid 134 and name C) 1.0 -123 30 2 ! Talos derived phi restraint: assign (resid 134 and name C) (resid 135 and name N) (resid 135 and name CA) (resid 135 and name C) 1.0 -128 36 2 ! Talos derived phi restraint: assign (resid 135 and name C) (resid 136 and name N) (resid 136 and name CA) (resid 136 and name C) 1.0 -135 35 2 ! Talos derived phi restraint: assign (resid 136 and name C) (resid 137 and name N) (resid 137 and name CA) (resid 137 and name C) 1.0 -107 30 2 ! Talos derived phi restraint: assign (resid 137 and name C) (resid 138 and name N) (resid 138 and name CA) (resid 138 and name C) 1.0 -108 36 2 ! Talos derived phi restraint: assign (resid 141 and name C) (resid 142 and name N) (resid 142 and name CA) (resid 142 and name C) 1.0 -98 50 2 ! Talos derived phi restraint: assign (resid 145 and name C) (resid 146 and name N) (resid 146 and name CA) (resid 146 and name C) 1.0 -105 59 2 ! Talos derived psi restraint: assign (resid 10 and name N) (resid 10 and name CA) (resid 10 and name C) (resid 11 and name N) 1.0 135 30 2 ! Talos derived psi restraint: assign (resid 11 and name N) (resid 11 and name CA) (resid 11 and name C) (resid 12 and name N) 1.0 132 36 2 ! Talos derived psi restraint: assign (resid 12 and name N) (resid 12 and name CA) (resid 12 and name C) (resid 13 and name N) 1.0 137 30 2 ! Talos derived psi restraint: assign (resid 13 and name N) (resid 13 and name CA) (resid 13 and name C) (resid 14 and name N) 1.0 150 56 2 ! Talos derived psi restraint: assign (resid 14 and name N) (resid 14 and name CA) (resid 14 and name C) (resid 15 and name N) 1.0 -24 30 2 ! Talos derived psi restraint: assign (resid 15 and name N) (resid 15 and name CA) (resid 15 and name C) (resid 16 and name N) 1.0 -33 30 2 ! Talos derived psi restraint: assign (resid 16 and name N) (resid 16 and name CA) (resid 16 and name C) (resid 17 and name N) 1.0 -9 35 2 ! Talos derived psi restraint: assign (resid 18 and name N) (resid 18 and name CA) (resid 18 and name C) (resid 19 and name N) 1.0 126 35 2 ! Talos derived psi restraint: assign (resid 19 and name N) (resid 19 and name CA) (resid 19 and name C) (resid 20 and name N) 1.0 122 30 2 ! Talos derived psi restraint: assign (resid 20 and name N) (resid 20 and name CA) (resid 20 and name C) (resid 21 and name N) 1.0 134 30 2 ! Talos derived psi restraint: assign (resid 21 and name N) (resid 21 and name CA) (resid 21 and name C) (resid 22 and name N) 1.0 138 30 2 ! Talos derived psi restraint: assign (resid 23 and name N) (resid 23 and name CA) (resid 23 and name C) (resid 24 and name N) 1.0 -38 30 2 ! Talos derived psi restraint: assign (resid 24 and name N) (resid 24 and name CA) (resid 24 and name C) (resid 25 and name N) 1.0 -36 30 2 ! Talos derived psi restraint: assign (resid 25 and name N) (resid 25 and name CA) (resid 25 and name C) (resid 26 and name N) 1.0 -19 32 2 ! Talos derived psi restraint: assign (resid 26 and name N) (resid 26 and name CA) (resid 26 and name C) (resid 27 and name N) 1.0 139 35 2 ! Talos derived psi restraint: assign (resid 28 and name N) (resid 28 and name CA) (resid 28 and name C) (resid 29 and name N) 1.0 -20 30 2 ! Talos derived psi restraint: assign (resid 31 and name N) (resid 31 and name CA) (resid 31 and name C) (resid 32 and name N) 1.0 142 35 2 ! Talos derived psi restraint: assign (resid 32 and name N) (resid 32 and name CA) (resid 32 and name C) (resid 33 and name N) 1.0 143 34 2 ! Talos derived psi restraint: assign (resid 33 and name N) (resid 33 and name CA) (resid 33 and name C) (resid 34 and name N) 1.0 153 35 2 ! Talos derived psi restraint: assign (resid 34 and name N) (resid 34 and name CA) (resid 34 and name C) (resid 35 and name N) 1.0 140 30 2 ! Talos derived psi restraint: assign (resid 35 and name N) (resid 35 and name CA) (resid 35 and name C) (resid 36 and name N) 1.0 165 41 2 ! Talos derived psi restraint: assign (resid 36 and name N) (resid 36 and name CA) (resid 36 and name C) (resid 37 and name N) 1.0 -21 30 2 ! Talos derived psi restraint: assign (resid 40 and name N) (resid 40 and name CA) (resid 40 and name C) (resid 41 and name N) 1.0 118 42 2 ! Talos derived psi restraint: assign (resid 41 and name N) (resid 41 and name CA) (resid 41 and name C) (resid 42 and name N) 1.0 117 30 2 ! Talos derived psi restraint: assign (resid 42 and name N) (resid 42 and name CA) (resid 42 and name C) (resid 43 and name N) 1.0 139 36 2 ! Talos derived psi restraint: assign (resid 43 and name N) (resid 43 and name CA) (resid 43 and name C) (resid 44 and name N) 1.0 148 30 2 ! Talos derived psi restraint: assign (resid 44 and name N) (resid 44 and name CA) (resid 44 and name C) (resid 45 and name N) 1.0 135 35 2 ! CSI derived psi restraint: assign (resid 54 and name N) (resid 54 and name CA) (resid 54 and name C) (resid 55 and name N) 1.0 -35 55 2 ! CSI derived psi restraint: assign (resid 55 and name N) (resid 55 and name CA) (resid 55 and name C) (resid 56 and name N) 1.0 -35 50 2 ! CSI derived psi restraint: assign (resid 56 and name N) (resid 56 and name CA) (resid 56 and name C) (resid 57 and name N) 1.0 -35 45 2 ! Talos derived psi restraint: assign (resid 59 and name N) (resid 59 and name CA) (resid 59 and name C) (resid 60 and name N) 1.0 152 34 2 ! Talos derived psi restraint: assign (resid 60 and name N) (resid 60 and name CA) (resid 60 and name C) (resid 61 and name N) 1.0 126 30 2 ! Talos derived psi restraint: assign (resid 61 and name N) (resid 61 and name CA) (resid 61 and name C) (resid 62 and name N) 1.0 121 30 2 ! Talos derived psi restraint: assign (resid 62 and name N) (resid 62 and name CA) (resid 62 and name C) (resid 63 and name N) 1.0 122 30 2 ! Talos derived psi restraint: assign (resid 63 and name N) (resid 63 and name CA) (resid 63 and name C) (resid 64 and name N) 1.0 126 30 2 ! Talos derived psi restraint: assign (resid 66 and name N) (resid 66 and name CA) (resid 66 and name C) (resid 67 and name N) 1.0 126 42 2 ! Talos derived psi restraint: assign (resid 67 and name N) (resid 67 and name CA) (resid 67 and name C) (resid 68 and name N) 1.0 136 30 2 ! Talos derived psi restraint: assign (resid 68 and name N) (resid 68 and name CA) (resid 68 and name C) (resid 69 and name N) 1.0 131 35 2 ! Talos derived psi restraint: assign (resid 69 and name N) (resid 69 and name CA) (resid 69 and name C) (resid 70 and name N) 1.0 123 30 2 ! Talos derived psi restraint: assign (resid 74 and name N) (resid 74 and name CA) (resid 74 and name C) (resid 75 and name N) 1.0 135 32 2 ! Talos derived psi restraint: assign (resid 76 and name N) (resid 76 and name CA) (resid 76 and name C) (resid 77 and name N) 1.0 123 30 2 ! Talos derived psi restraint: assign (resid 77 and name N) (resid 77 and name CA) (resid 77 and name C) (resid 78 and name N) 1.0 139 32 2 ! Talos derived psi restraint: assign (resid 78 and name N) (resid 78 and name CA) (resid 78 and name C) (resid 79 and name N) 1.0 142 44 2 ! Talos derived psi restraint: assign (resid 79 and name N) (resid 79 and name CA) (resid 79 and name C) (resid 80 and name N) 1.0 123 30 2 ! Talos derived psi restraint: assign (resid 80 and name N) (resid 80 and name CA) (resid 80 and name C) (resid 81 and name N) 1.0 130 32 2 ! Talos derived psi restraint: assign (resid 82 and name N) (resid 82 and name CA) (resid 82 and name C) (resid 83 and name N) 1.0 17 30 2 ! Talos derived psi restraint: assign (resid 83 and name N) (resid 83 and name CA) (resid 83 and name C) (resid 84 and name N) 1.0 144 31 2 ! Talos derived psi restraint: assign (resid 84 and name N) (resid 84 and name CA) (resid 84 and name C) (resid 85 and name N) 1.0 129 30 2 ! Talos derived psi restraint: assign (resid 85 and name N) (resid 85 and name CA) (resid 85 and name C) (resid 86 and name N) 1.0 141 35 2 ! Talos derived psi restraint: assign (resid 86 and name N) (resid 86 and name CA) (resid 86 and name C) (resid 87 and name N) 1.0 143 30 2 ! Talos derived psi restraint: assign (resid 87 and name N) (resid 87 and name CA) (resid 87 and name C) (resid 88 and name N) 1.0 125 30 2 ! Talos derived psi restraint: assign (resid 88 and name N) (resid 88 and name CA) (resid 88 and name C) (resid 89 and name N) 1.0 126 30 2 ! Talos derived psi restraint: assign (resid 89 and name N) (resid 89 and name CA) (resid 89 and name C) (resid 90 and name N) 1.0 159 35 2 ! Talos derived psi restraint: assign (resid 94 and name N) (resid 94 and name CA) (resid 94 and name C) (resid 95 and name N) 1.0 131 78 2 ! Talos derived psi restraint: assign (resid 95 and name N) (resid 95 and name CA) (resid 95 and name C) (resid 96 and name N) 1.0 -29 30 2 ! Talos derived psi restraint: assign (resid 96 and name N) (resid 96 and name CA) (resid 96 and name C) (resid 97 and name N) 1.0 -25 32 2 ! Talos derived psi restraint: assign (resid 98 and name N) (resid 98 and name CA) (resid 98 and name C) (resid 99 and name N) 1.0 -38 30 2 ! Talos derived psi restraint: assign (resid 101 and name N) (resid 101 and name CA) (resid 101 and name C) (resid 102 and name N) 1.0 123 82 2 ! Talos derived psi restraint: assign (resid 104 and name N) (resid 104 and name CA) (resid 104 and name C) (resid 105 and name N) 1.0 141 30 2 ! Talos derived psi restraint: assign (resid 105 and name N) (resid 105 and name CA) (resid 105 and name C) (resid 106 and name N) 1.0 129 30 2 ! Talos derived psi restraint: assign (resid 106 and name N) (resid 106 and name CA) (resid 106 and name C) (resid 107 and name N) 1.0 138 32 2 ! Talos derived psi restraint: assign (resid 107 and name N) (resid 107 and name CA) (resid 107 and name C) (resid 108 and name N) 1.0 131 30 2 ! Talos derived psi restraint: assign (resid 108 and name N) (resid 108 and name CA) (resid 108 and name C) (resid 109 and name N) 1.0 135 30 2 ! Talos derived psi restraint: assign (resid 109 and name N) (resid 109 and name CA) (resid 109 and name C) (resid 110 and name N) 1.0 142 46 2 ! Talos derived psi restraint: assign (resid 110 and name N) (resid 110 and name CA) (resid 110 and name C) (resid 111 and name N) 1.0 127 30 2 ! Talos derived psi restraint: assign (resid 111 and name N) (resid 111 and name CA) (resid 111 and name C) (resid 112 and name N) 1.0 133 57 2 ! Talos derived psi restraint: assign (resid 119 and name N) (resid 119 and name CA) (resid 119 and name C) (resid 120 and name N) 1.0 149 45 2 ! Talos derived psi restraint: assign (resid 121 and name N) (resid 121 and name CA) (resid 121 and name C) (resid 122 and name N) 1.0 156 50 2 ! Talos derived psi restraint: assign (resid 122 and name N) (resid 122 and name CA) (resid 122 and name C) (resid 123 and name N) 1.0 130 30 2 ! Talos derived psi restraint: assign (resid 124 and name N) (resid 124 and name CA) (resid 124 and name C) (resid 125 and name N) 1.0 164 30 2 ! Talos derived psi restraint: assign (resid 125 and name N) (resid 125 and name CA) (resid 125 and name C) (resid 126 and name N) 1.0 148 30 2 ! Talos derived psi restraint: assign (resid 126 and name N) (resid 126 and name CA) (resid 126 and name C) (resid 127 and name N) 1.0 129 46 2 ! Talos derived psi restraint: assign (resid 127 and name N) (resid 127 and name CA) (resid 127 and name C) (resid 128 and name N) 1.0 -26 30 2 ! Talos derived psi restraint: assign (resid 128 and name N) (resid 128 and name CA) (resid 128 and name C) (resid 129 and name N) 1.0 -28 35 2 ! Talos derived psi restraint: assign (resid 130 and name N) (resid 130 and name CA) (resid 130 and name C) (resid 131 and name N) 1.0 36 30 2 ! Talos derived psi restraint: assign (resid 132 and name N) (resid 132 and name CA) (resid 132 and name C) (resid 133 and name N) 1.0 140 48 2 ! Talos derived psi restraint: assign (resid 133 and name N) (resid 133 and name CA) (resid 133 and name C) (resid 134 and name N) 1.0 142 30 2 ! Talos derived psi restraint: assign (resid 134 and name N) (resid 134 and name CA) (resid 134 and name C) (resid 135 and name N) 1.0 150 30 2 ! Talos derived psi restraint: assign (resid 135 and name N) (resid 135 and name CA) (resid 135 and name C) (resid 136 and name N) 1.0 140 35 2 ! Talos derived psi restraint: assign (resid 136 and name N) (resid 136 and name CA) (resid 136 and name C) (resid 137 and name N) 1.0 128 30 2 ! Talos derived psi restraint: assign (resid 137 and name N) (resid 137 and name CA) (resid 137 and name C) (resid 138 and name N) 1.0 121 30 2 ! Talos derived psi restraint: assign (resid 138 and name N) (resid 138 and name CA) (resid 138 and name C) (resid 139 and name N) 1.0 121 30 2 ! Talos derived psi restraint: assign (resid 142 and name N) (resid 142 and name CA) (resid 142 and name C) (resid 143 and name N) 1.0 143 40 2 ! Talos derived psi restraint: assign (resid 146 and name N) (resid 146 and name CA) (resid 146 and name C) (resid 147 and name N) 1.0 137 45 2 {===========================================================} ! mainchain hydrogen bond distance restraints ! automatically generated by script hydrogen_bonds.inp ! O--N distance <= 3.2 Angstrom ! C--O--N angle >= 120.0 degrees ! input structure file: /home/chxcw/Structure_calc/Chicken/run11/begin/Chicken.psf ! input coordinate file: /home/chxcw/Structure_calc/Chicken/List_281108/chicken_sanger_hadded.pdb ! edited using initial structures, X-strand beta NOEs and TALOS/CSI angles ! CNS version: 1.2 date: 16-Dec-2008 user: chxcw {===========================================================} set echo=off message=off end assign ( segid "" and resid 11 and name O ) ( segid "" and resid 20 and name N ) 2.8 0.2 0.2 assign ( segid "" and resid 20 and name O ) ( segid "" and resid 11 and name N ) 2.8 0.2 0.2 assign ( segid "" and resid 31 and name O ) ( segid "" and resid 43 and name N ) 2.8 0.2 0.2 assign ( segid "" and resid 40 and name O ) ( segid "" and resid 62 and name N ) 2.8 0.2 0.2 assign ( segid "" and resid 42 and name O ) ( segid "" and resid 60 and name N ) 2.8 0.2 0.2 assign ( segid "" and resid 43 and name O ) ( segid "" and resid 31 and name N ) 2.8 0.2 0.2 assign ( segid "" and resid 56 and name O ) ( segid "" and resid 73 and name N ) 2.8 0.2 0.2 assign ( segid "" and resid 58 and name O ) ( segid "" and resid 44 and name N ) 2.8 0.2 0.2 assign ( segid "" and resid 59 and name O ) ( segid "" and resid 70 and name N ) 2.8 0.2 0.2 assign ( segid "" and resid 60 and name O ) ( segid "" and resid 42 and name N ) 2.8 0.2 0.2 ! assign ( segid "" and resid 68 and name O ) ! ( segid "" and resid 61 and name N ) 2.8 0.2 0.2 assign ( segid "" and resid 71 and name O ) ( segid "" and resid 58 and name N ) 2.8 0.2 0.2 assign ( segid "" and resid 78 and name O ) ( segid "" and resid 85 and name N ) 2.8 0.2 0.2 assign ( segid "" and resid 84 and name O ) ( segid "" and resid 108 and name N ) 2.8 0.2 0.2 assign ( segid "" and resid 85 and name O ) ( segid "" and resid 78 and name N ) 2.8 0.2 0.2 assign ( segid "" and resid 86 and name O ) ( segid "" and resid 106 and name N ) 2.8 0.2 0.2 assign ( segid "" and resid 88 and name O ) ( segid "" and resid 104 and name N ) 2.8 0.2 0.2 assign ( segid "" and resid 89 and name O ) ( segid "" and resid 72 and name N ) 2.8 0.2 0.2 assign ( segid "" and resid 104 and name O ) ( segid "" and resid 88 and name N ) 2.8 0.2 0.2 assign ( segid "" and resid 105 and name O ) ( segid "" and resid 134 and name N ) 2.8 0.2 0.2 assign ( segid "" and resid 106 and name O ) ( segid "" and resid 86 and name N ) 2.8 0.2 0.2 assign ( segid "" and resid 107 and name O ) ( segid "" and resid 136 and name N ) 2.8 0.2 0.2 assign ( segid "" and resid 108 and name O ) ( segid "" and resid 84 and name N ) 2.8 0.2 0.2 assign ( segid "" and resid 109 and name O ) ( segid "" and resid 138 and name N ) 2.8 0.2 0.2 assign ( segid "" and resid 121 and name O ) ( segid "" and resid 135 and name N ) 2.8 0.2 0.2 assign ( segid "" and resid 124 and name O ) ( segid "" and resid 133 and name N ) 2.8 0.2 0.2 assign ( segid "" and resid 126 and name O ) ( segid "" and resid 131 and name N ) 2.8 0.2 0.2 assign ( segid "" and resid 131 and name O ) ( segid "" and resid 126 and name N ) 2.8 0.2 0.2 assign ( segid "" and resid 132 and name O ) ( segid "" and resid 105 and name N ) 2.8 0.2 0.2 assign ( segid "" and resid 133 and name O ) ( segid "" and resid 123 and name N ) 2.8 0.2 0.2 assign ( segid "" and resid 134 and name O ) ( segid "" and resid 107 and name N ) 2.8 0.2 0.2 assign ( segid "" and resid 135 and name O ) ( segid "" and resid 121 and name N ) 2.8 0.2 0.2 assign ( segid "" and resid 136 and name O ) ( segid "" and resid 109 and name N ) 2.8 0.2 0.2 end flags include noe end set echo=on message=on end ASSI { 3} ( segid " " and resid 22 and name HD2%) (( segid " " and resid 22 and name HN )) 4.300 2.300 1.700 peak 3 spectrum 1 weight 0.10000E+01 volume 0.12281E-02 ppm1 -0.447 ppm2 8.196 CV 1 ASSI { 4} ( segid " " and resid 22 and name HD2%) ( segid " " and resid 108 and name HD% ) 3.000 1.100 1.100 peak 4 spectrum 1 weight 0.10000E+01 volume 0.18551E-02 ppm1 -0.450 ppm2 6.732 CV 1 ASSI { 5} ( segid " " and resid 22 and name HD2%) ( segid " " and resid 108 and name HE% ) 3.000 1.200 1.200 peak 5 spectrum 1 weight 0.10000E+01 volume 0.22868E-02 ppm1 -0.449 ppm2 6.454 CV 1 ASSI { 7} ( segid " " and resid 22 and name HD2%) (( segid " " and resid 22 and name HA )) 2.800 1.000 0.900 peak 7 spectrum 1 weight 0.10000E+01 volume 0.26005E-02 ppm1 -0.449 ppm2 4.361 CV 1 ASSI { 10} ( segid " " and resid 22 and name HD2%) (( segid " " and resid 140 and name HB1 )) 3.300 1.400 1.400 peak 10 spectrum 1 weight 0.10000E+01 volume 0.70589E-03 ppm1 -0.449 ppm2 1.455 CV 1 OR { 10} ( segid " " and resid 22 and name HD2%) (( segid " " and resid 140 and name HB2 )) ASSI { 12} ( segid " " and resid 22 and name HD2%) (( segid " " and resid 22 and name HG )) 2.000 0.500 0.500 peak 12 spectrum 1 weight 0.10000E+01 volume 0.77995E-02 ppm1 -0.450 ppm2 0.926 CV 1 ASSI { 19} ( segid " " and resid 22 and name HD2%) ( segid " " and resid 22 and name HD1%) 2.800 1.000 0.500 peak 19 spectrum 1 weight 0.11000E+01 volume 0.17454E-01 ppm1 -0.450 ppm2 -0.014 CV 1 ASSI { 35} ( segid " " and resid 61 and name HG2%) (( segid " " and resid 61 and name HN )) 4.300 2.300 1.700 peak 35 spectrum 1 weight 0.10000E+01 volume 0.12636E-02 ppm1 0.543 ppm2 9.767 CV 1 ASSI { 36} ( segid " " and resid 61 and name HG2%) (( segid " " and resid 62 and name HN )) 3.300 1.500 1.100 peak 36 spectrum 1 weight 0.10000E+01 volume 0.29394E-02 ppm1 0.541 ppm2 9.659 CV 1 ASSI { 38} ( segid " " and resid 61 and name HG2%) (( segid " " and resid 42 and name HN )) 5.000 3.200 1.000 peak 38 spectrum 1 weight 0.10000E+01 volume 0.58527E-03 ppm1 0.545 ppm2 8.884 CV 1 ASSI { 40} ( segid " " and resid 61 and name HG2%) (( segid " " and resid 40 and name HN )) 4.000 2.200 2.000 peak 40 spectrum 1 weight 0.10000E+01 volume 0.99431E-03 ppm1 0.542 ppm2 8.165 CV 1 ASSI { 44} ( segid " " and resid 61 and name HG2%) (( segid " " and resid 41 and name HA )) 3.700 1.700 1.700 peak 44 spectrum 1 weight 0.10000E+01 volume 0.72449E-03 ppm1 0.546 ppm2 4.709 CV 1 ASSI { 47} ( segid " " and resid 61 and name HG2%) (( segid " " and resid 63 and name HB1 )) 4.200 2.200 1.800 peak 47 spectrum 1 weight 0.10000E+01 volume 0.73584E-03 ppm1 0.539 ppm2 2.791 CV 1 ASSI { 49} ( segid " " and resid 61 and name HG2%) (( segid " " and resid 63 and name HB2 )) 3.400 1.400 1.400 peak 49 spectrum 1 weight 0.10000E+01 volume 0.12209E-02 ppm1 0.540 ppm2 1.999 CV 1 ASSI { 51} ( segid " " and resid 61 and name HG2%) (( segid " " and resid 61 and name HB )) 2.100 0.600 0.600 peak 51 spectrum 1 weight 0.10000E+01 volume 0.73263E-02 ppm1 0.542 ppm2 1.697 CV 1 ASSI { 52} ( segid " " and resid 61 and name HG2%) (( segid " " and resid 41 and name HG12)) 2.600 0.900 0.900 peak 52 spectrum 1 weight 0.10000E+01 volume 0.22672E-02 ppm1 0.541 ppm2 1.408 CV 1 OR { 52} ( segid " " and resid 61 and name HG2%) (( segid " " and resid 41 and name HG11)) ASSI { 56} ( segid " " and resid 61 and name HG2%) ( segid " " and resid 41 and name HG2%) 3.300 1.500 1.500 peak 56 spectrum 1 weight 0.10000E+01 volume 0.46724E-02 ppm1 0.541 ppm2 0.874 CV 1 ASSI { 57} ( segid " " and resid 61 and name HG2%) ( segid " " and resid 61 and name HD1%) 2.500 0.700 0.500 peak 57 spectrum 1 weight 0.10000E+01 volume 0.12220E-01 ppm1 0.543 ppm2 0.694 CV 1 ASSI { 69} ( segid " " and resid 61 and name HD1%) (( segid " " and resid 68 and name HN )) 4.800 2.800 1.200 peak 69 spectrum 1 weight 0.10000E+01 volume 0.59277E-03 ppm1 0.700 ppm2 8.997 CV 1 ASSI { 70} ( segid " " and resid 61 and name HD1%) ( segid " " and resid 134 and name HE% ) 3.300 1.400 1.400 peak 70 spectrum 1 weight 0.10000E+01 volume 0.10288E-02 ppm1 0.694 ppm2 7.098 CV 1 ASSI { 71} ( segid " " and resid 61 and name HD1%) (( segid " " and resid 61 and name HA )) 3.000 1.100 1.100 peak 71 spectrum 1 weight 0.10000E+01 volume 0.10325E-02 ppm1 0.695 ppm2 4.918 CV 1 ASSI { 73} ( segid " " and resid 61 and name HD1%) (( segid " " and resid 61 and name HB )) 3.100 1.200 1.200 peak 73 spectrum 1 weight 0.10000E+01 volume 0.42404E-02 ppm1 0.695 ppm2 1.696 CV 1 ASSI { 74} ( segid " " and resid 61 and name HD1%) (( segid " " and resid 61 and name HG12)) 2.200 0.600 0.600 peak 74 spectrum 1 weight 0.10000E+01 volume 0.47801E-02 ppm1 0.695 ppm2 1.607 CV 1 OR { 74} ( segid " " and resid 61 and name HD1%) (( segid " " and resid 61 and name HG11)) ASSI { 75} ( segid " " and resid 61 and name HD1%) (( segid " " and resid 41 and name HG12)) 3.000 1.100 1.100 peak 75 spectrum 1 weight 0.10000E+01 volume 0.11819E-02 ppm1 0.700 ppm2 1.418 CV 1 OR { 75} ( segid " " and resid 61 and name HD1%) (( segid " " and resid 41 and name HG11)) ASSI { 78} ( segid " " and resid 61 and name HD1%) ( segid " " and resid 59 and name HG2%) 4.200 2.200 1.800 peak 78 spectrum 1 weight 0.10000E+01 volume 0.91600E-03 ppm1 0.702 ppm2 1.164 CV 1 ASSI { 85} ( segid " " and resid 61 and name HD1%) ( segid " " and resid 68 and name HD1%) 5.000 3.200 1.000 peak 85 spectrum 1 weight 0.10000E+01 volume 0.67234E-03 ppm1 0.702 ppm2 0.331 CV 1 ASSI { 89} ( segid " " and resid 131 and name HG2%) ( segid " " and resid 105 and name HD% ) 3.300 1.500 2.000 peak 89 spectrum 1 weight 0.11000E+01 volume 0.21161E-02 ppm1 0.336 ppm2 6.963 CV 1 ASSI { 90} ( segid " " and resid 131 and name HG2%) ( segid " " and resid 105 and name HE% ) 4.000 2.200 2.000 peak 90 spectrum 1 weight 0.11000E+01 volume 0.11122E-02 ppm1 0.336 ppm2 6.733 CV 1 ASSI { 91} ( segid " " and resid 131 and name HG2%) ( segid " " and resid 133 and name HE% ) 4.000 2.200 2.000 peak 91 spectrum 1 weight 0.11000E+01 volume 0.86195E-03 ppm1 0.337 ppm2 6.245 CV 1 ASSI { 92} ( segid " " and resid 131 and name HG2%) (( segid " " and resid 131 and name HA )) 3.300 1.500 1.300 peak 92 spectrum 1 weight 0.10000E+01 volume 0.12048E-02 ppm1 0.335 ppm2 4.951 CV 1 ASSI { 93} ( segid " " and resid 131 and name HG2%) (( segid " " and resid 131 and name HB )) 2.900 1.000 1.000 peak 93 spectrum 1 weight 0.11000E+01 volume 0.14149E-02 ppm1 0.336 ppm2 3.513 CV 1 ASSI { 109} (( segid " " and resid 78 and name HB )) (( segid " " and resid 79 and name HN )) 3.300 1.500 1.600 peak 109 spectrum 1 weight 0.10000E+01 volume 0.30733E-02 ppm1 4.084 ppm2 8.876 CV 1 ASSI { 110} (( segid " " and resid 78 and name HB )) (( segid " " and resid 78 and name HN )) 3.100 1.200 1.200 peak 110 spectrum 1 weight 0.11000E+01 volume 0.12860E-02 ppm1 4.085 ppm2 8.708 CV 1 ASSI { 111} (( segid " " and resid 34 and name HB )) (( segid " " and resid 34 and name HN )) 2.600 0.800 0.800 peak 111 spectrum 1 weight 0.10000E+01 volume 0.24148E-02 ppm1 4.085 ppm2 8.330 CV 1 ASSI { 113} (( segid " " and resid 34 and name HB )) (( segid " " and resid 34 and name HA )) 2.700 0.900 0.900 peak 113 spectrum 1 weight 0.10000E+01 volume 0.35085E-02 ppm1 4.088 ppm2 5.484 CV 1 ASSI { 115} (( segid " " and resid 78 and name HB )) (( segid " " and resid 78 and name HA )) 2.700 0.900 0.900 peak 115 spectrum 1 weight 0.11000E+01 volume 0.25009E-02 ppm1 4.087 ppm2 4.767 CV 1 ASSI { 121} (( segid " " and resid 78 and name HB )) (( segid " " and resid 85 and name HB2 )) 3.800 1.800 1.800 peak 121 spectrum 1 weight 0.10000E+01 volume 0.12305E-02 ppm1 4.091 ppm2 1.630 CV 1 OR { 121} (( segid " " and resid 78 and name HB )) (( segid " " and resid 85 and name HB1 )) ASSI { 122} (( segid " " and resid 78 and name HB )) ( segid " " and resid 78 and name HG2%) 2.200 0.600 0.600 peak 122 spectrum 1 weight 0.11000E+01 volume 0.11834E-01 ppm1 4.085 ppm2 1.190 CV 1 ASSI { 123} (( segid " " and resid 104 and name HB2 )) (( segid " " and resid 131 and name HA )) 4.100 2.100 1.900 peak 123 spectrum 1 weight 0.10000E+01 volume 0.10556E-02 ppm1 3.980 ppm2 4.971 CV 1 ASSI { 124} (( segid " " and resid 104 and name HB2 )) (( segid " " and resid 104 and name HB1 )) 1.600 0.300 0.600 peak 124 spectrum 1 weight 0.10000E+01 volume 0.10739E-01 ppm1 3.981 ppm2 3.747 CV 1 ASSI { 128} (( segid " " and resid 104 and name HB1 )) (( segid " " and resid 131 and name HA )) 3.800 1.800 1.700 peak 128 spectrum 1 weight 0.10000E+01 volume 0.20246E-02 ppm1 3.746 ppm2 4.972 CV 1 ASSI { 145} ( segid " " and resid 15 and name HB% ) (( segid " " and resid 13 and name HD22)) 2.800 1.000 1.000 peak 145 spectrum 1 weight 0.10000E+01 volume 0.12972E-02 ppm1 1.534 ppm2 9.454 CV 1 ASSI { 146} ( segid " " and resid 114 and name HB% ) (( segid " " and resid 139 and name HN )) 3.000 1.200 1.200 peak 146 spectrum 1 weight 0.10000E+01 volume 0.26157E-02 ppm1 1.563 ppm2 9.369 CV 1 ASSI { 148} ( segid " " and resid 15 and name HB% ) (( segid " " and resid 17 and name HN )) 4.500 2.500 1.500 peak 148 spectrum 1 weight 0.10000E+01 volume 0.16849E-02 ppm1 1.534 ppm2 8.736 CV 1 ASSI { 149} ( segid " " and resid 114 and name HB% ) (( segid " " and resid 115 and name HN )) 2.800 1.000 1.000 peak 149 spectrum 1 weight 0.10000E+01 volume 0.44876E-02 ppm1 1.561 ppm2 8.582 CV 1 ASSI { 151} ( segid " " and resid 15 and name HB% ) (( segid " " and resid 15 and name HN )) 2.000 0.500 0.500 peak 151 spectrum 1 weight 0.10000E+01 volume 0.18168E-01 ppm1 1.541 ppm2 7.755 CV 1 ASSI { 152} ( segid " " and resid 15 and name HB% ) (( segid " " and resid 13 and name HD21)) 3.700 1.700 1.700 peak 152 spectrum 1 weight 0.10000E+01 volume 0.23967E-02 ppm1 1.537 ppm2 7.315 CV 1 ASSI { 154} ( segid " " and resid 114 and name HB% ) (( segid " " and resid 111 and name HN )) 4.400 2.400 1.600 peak 154 spectrum 1 weight 0.10000E+01 volume 0.69866E-03 ppm1 1.556 ppm2 6.960 CV 1 ASSI { 155} ( segid " " and resid 15 and name HB% ) (( segid " " and resid 16 and name HN )) 2.500 0.800 0.800 peak 155 spectrum 1 weight 0.10000E+01 volume 0.55473E-02 ppm1 1.537 ppm2 6.744 CV 1 ASSI { 156} ( segid " " and resid 114 and name HB% ) (( segid " " and resid 138 and name HA )) 2.500 0.800 0.800 peak 156 spectrum 1 weight 0.10000E+01 volume 0.35471E-02 ppm1 1.560 ppm2 5.196 CV 1 ASSI { 159} ( segid " " and resid 114 and name HB% ) (( segid " " and resid 114 and name HA )) 2.000 0.500 0.500 peak 159 spectrum 1 weight 0.11000E+01 volume 0.15448E-01 ppm1 1.559 ppm2 4.392 CV 1 ASSI { 168} ( segid " " and resid 15 and name HB% ) (( segid " " and resid 13 and name HB2 )) 4.500 2.500 1.500 peak 168 spectrum 1 weight 0.10000E+01 volume 0.94058E-03 ppm1 1.532 ppm2 2.372 CV 1 OR { 168} ( segid " " and resid 15 and name HB% ) (( segid " " and resid 14 and name HB1 )) ASSI { 169} ( segid " " and resid 15 and name HB% ) (( segid " " and resid 14 and name HG2 )) 2.900 1.100 1.100 peak 169 spectrum 1 weight 0.10000E+01 volume 0.19931E-02 ppm1 1.535 ppm2 2.166 CV 1 ASSI { 171} ( segid " " and resid 114 and name HB% ) (( segid " " and resid 111 and name HB1 )) 2.700 0.900 0.900 peak 171 spectrum 1 weight 0.10000E+01 volume 0.35831E-02 ppm1 1.562 ppm2 1.825 CV 1 OR { 171} ( segid " " and resid 114 and name HB% ) (( segid " " and resid 111 and name HB2 )) ASSI { 246} ( segid " " and resid 73 and name HD2%) (( segid " " and resid 45 and name HA )) 3.700 1.700 1.700 peak 246 spectrum 1 weight 0.10000E+01 volume 0.57896E-03 ppm1 0.859 ppm2 3.707 CV 1 OR { 246} ( segid " " and resid 73 and name HD2%) (( segid " " and resid 48 and name HA )) OR { 246} ( segid " " and resid 73 and name HD2%) (( segid " " and resid 56 and name HA1 )) ASSI { 255} ( segid " " and resid 25 and name HD2%) (( segid " " and resid 136 and name HE1 )) 3.600 1.600 1.600 peak 255 spectrum 1 weight 0.10000E+01 volume 0.12155E-02 ppm1 0.668 ppm2 9.791 CV 1 ASSI { 256} ( segid " " and resid 25 and name HD2%) (( segid " " and resid 25 and name HN )) 3.900 1.900 1.900 peak 256 spectrum 1 weight 0.10000E+01 volume 0.24070E-02 ppm1 0.668 ppm2 7.913 CV 1 ASSI { 257} ( segid " " and resid 25 and name HD2%) (( segid " " and resid 26 and name HN )) 4.800 2.900 1.200 peak 257 spectrum 1 weight 0.10000E+01 volume 0.51635E-03 ppm1 0.666 ppm2 7.574 CV 1 ASSI { 268} ( segid " " and resid 25 and name HD2%) ( segid " " and resid 25 and name HD1%) 2.200 0.600 0.600 peak 268 spectrum 1 weight 0.10000E+01 volume 0.14299E-01 ppm1 0.669 ppm2 -0.009 CV 1 ASSI { 276} ( segid " " and resid 78 and name HG2%) (( segid " " and resid 77 and name HN )) 3.300 1.500 1.000 peak 276 spectrum 1 weight 0.11000E+01 volume 0.48405E-02 ppm1 1.228 ppm2 8.897 CV 1 ASSI { 292} ( segid " " and resid 62 and name HG2%) (( segid " " and resid 62 and name HN )) 4.300 2.300 1.700 peak 292 spectrum 1 weight 0.11000E+01 volume 0.12642E-02 ppm1 1.173 ppm2 9.653 CV 1 ASSI { 300} ( segid " " and resid 32 and name HG2%) (( segid " " and resid 32 and name HA )) 2.900 1.100 1.100 peak 300 spectrum 1 weight 0.10000E+01 volume 0.52982E-02 ppm1 1.158 ppm2 5.498 CV 1 ASSI { 321} ( segid " " and resid 87 and name HG2%) (( segid " " and resid 106 and name HN )) 4.900 3.000 1.100 peak 321 spectrum 1 weight 0.10000E+01 volume 0.68797E-03 ppm1 0.768 ppm2 9.425 CV 1 ASSI { 322} ( segid " " and resid 87 and name HG2%) (( segid " " and resid 88 and name HN )) 3.600 1.600 1.600 peak 322 spectrum 1 weight 0.10000E+01 volume 0.34502E-02 ppm1 0.767 ppm2 9.224 CV 1 ASSI { 323} ( segid " " and resid 87 and name HG2%) (( segid " " and resid 87 and name HN )) 2.800 1.000 1.000 peak 323 spectrum 1 weight 0.11000E+01 volume 0.22083E-02 ppm1 0.767 ppm2 8.766 CV 1 ASSI { 324} ( segid " " and resid 87 and name HG2%) ( segid " " and resid 105 and name HD% ) 4.000 2.000 2.000 peak 324 spectrum 1 weight 0.10000E+01 volume 0.17370E-02 ppm1 0.767 ppm2 6.966 CV 1 ASSI { 327} ( segid " " and resid 87 and name HG2%) (( segid " " and resid 105 and name HA )) 4.300 2.300 1.700 peak 327 spectrum 1 weight 0.10000E+01 volume 0.13511E-02 ppm1 0.766 ppm2 5.076 CV 1 ASSI { 328} ( segid " " and resid 87 and name HG2%) (( segid " " and resid 87 and name HA )) 3.000 1.200 1.200 peak 328 spectrum 1 weight 0.11000E+01 volume 0.32591E-02 ppm1 0.766 ppm2 4.844 CV 1 ASSI { 329} ( segid " " and resid 87 and name HG2%) (( segid " " and resid 106 and name HB1 )) 5.100 3.300 0.900 peak 329 spectrum 1 weight 0.10000E+01 volume 0.10967E-02 ppm1 0.768 ppm2 3.103 CV 1 OR { 329} ( segid " " and resid 87 and name HG2%) (( segid " " and resid 103 and name HE1 )) OR { 329} ( segid " " and resid 87 and name HG2%) (( segid " " and resid 103 and name HE2 )) ASSI { 330} ( segid " " and resid 87 and name HG2%) (( segid " " and resid 89 and name HG1 )) 3.300 1.500 1.500 peak 330 spectrum 1 weight 0.10000E+01 volume 0.32387E-02 ppm1 0.767 ppm2 2.290 CV 1 ASSI { 331} ( segid " " and resid 87 and name HG2%) (( segid " " and resid 89 and name HG2 )) 3.600 1.600 1.500 peak 331 spectrum 1 weight 0.10000E+01 volume 0.27265E-02 ppm1 0.766 ppm2 2.216 CV 1 OR { 331} ( segid " " and resid 87 and name HG2%) (( segid " " and resid 89 and name HB1 )) ASSI { 334} ( segid " " and resid 87 and name HG2%) (( segid " " and resid 87 and name HB )) 2.100 0.600 0.600 peak 334 spectrum 1 weight 0.10000E+01 volume 0.11090E-01 ppm1 0.766 ppm2 1.815 CV 1 ASSI { 342} ( segid " " and resid 54 and name HB% ) (( segid " " and resid 53 and name HB1 )) 5.200 3.300 0.800 peak 342 spectrum 1 weight 0.10000E+01 volume 0.77443E-03 ppm1 1.426 ppm2 3.099 CV 1 ASSI { 367} ( segid " " and resid 100 and name HE% ) (( segid " " and resid 100 and name HN )) 3.700 1.700 1.700 peak 367 spectrum 1 weight 0.10000E+01 volume 0.20764E-02 ppm1 2.105 ppm2 8.567 CV 1 ASSI { 2029} ( segid " " and resid 100 and name HE% ) (( segid " " and resid 100 and name HA )) 4.100 2.100 1.900 peak 2029 spectrum 1 weight 0.10000E+01 volume 0.14432E-02 ppm1 2.105 ppm2 4.675 CV 1 ASSI { 396} ( segid " " and resid 100 and name HE% ) ( segid " " and resid 129 and name HG2%) 3.000 1.200 2.000 peak 396 spectrum 1 weight 0.10000E+01 volume 0.83639E-02 ppm1 2.104 ppm2 1.083 CV 1 ASSI { 903} (( segid " " and resid 96 and name HN )) (( segid " " and resid 95 and name HB1 )) 3.800 1.800 1.800 peak 903 spectrum 1 weight 0.10000E+01 volume 0.19013E-02 ppm1 7.094 ppm2 2.399 CV 1 ASSI { 905} (( segid " " and resid 96 and name HN )) (( segid " " and resid 95 and name HG1 )) 4.100 2.100 1.900 peak 905 spectrum 1 weight 0.10000E+01 volume 0.16925E-02 ppm1 7.093 ppm2 2.131 CV 1 ASSI { 4541} ( segid " " and resid 83 and name HB ) ( segid " " and resid 85 and name HE2) 4.000 2.200 2.000 peak 4541 spectrum 1 weight 0.10000E+01 volume 0.83639E-02 ppm1 2.007 ppm2 2.719 CV 1 OR { 4541} ( segid " " and resid 83 and name HB ) ( segid " " and resid 85 and name HE1) ASSI { 405} (( segid " " and resid 27 and name HD1 )) (( segid " " and resid 30 and name HN )) 3.900 1.900 1.900 peak 405 spectrum 1 weight 0.10000E+01 volume 0.85085E-03 ppm1 2.894 ppm2 7.339 CV 1 ASSI { 406} (( segid " " and resid 27 and name HD1 )) (( segid " " and resid 27 and name HE )) 2.900 1.100 1.100 peak 406 spectrum 1 weight 0.10000E+01 volume 0.16818E-02 ppm1 2.885 ppm2 6.838 CV 1 ASSI { 408} (( segid " " and resid 21 and name HB1 )) (( segid " " and resid 21 and name HA )) 3.300 1.300 1.300 peak 408 spectrum 1 weight 0.10000E+01 volume 0.92403E-03 ppm1 2.917 ppm2 5.032 CV 1 ASSI { 409} (( segid " " and resid 27 and name HD1 )) (( segid " " and resid 27 and name HA )) 4.800 2.900 1.200 peak 409 spectrum 1 weight 0.10000E+01 volume 0.10432E-02 ppm1 2.893 ppm2 4.887 CV 1 ASSI { 410} (( segid " " and resid 27 and name HD1 )) (( segid " " and resid 27 and name HD2 )) 1.500 0.300 0.700 peak 410 spectrum 1 weight 0.10000E+01 volume 0.10778E-01 ppm1 2.889 ppm2 2.501 CV 1 ASSI { 411} (( segid " " and resid 21 and name HB1 )) (( segid " " and resid 21 and name HB2 )) 2.200 0.600 0.600 peak 411 spectrum 1 weight 0.10000E+01 volume 0.28263E-02 ppm1 2.908 ppm2 2.178 CV 1 ASSI { 416} (( segid " " and resid 98 and name HB2 )) (( segid " " and resid 99 and name HN )) 3.300 1.500 1.300 peak 416 spectrum 1 weight 0.10000E+01 volume 0.80612E-03 ppm1 1.695 ppm2 8.235 CV 1 ASSI { 420} (( segid " " and resid 98 and name HB2 )) (( segid " " and resid 97 and name HA )) 4.400 2.500 1.600 peak 420 spectrum 1 weight 0.10000E+01 volume 0.13363E-02 ppm1 1.691 ppm2 4.484 CV 1 ASSI { 422} (( segid " " and resid 98 and name HB2 )) (( segid " " and resid 98 and name HA )) 2.800 1.000 1.000 peak 422 spectrum 1 weight 0.10000E+01 volume 0.40639E-02 ppm1 1.700 ppm2 4.364 CV 1 ASSI { 439} (( segid " " and resid 63 and name HB1 )) (( segid " " and resid 63 and name HB2 )) 2.100 0.600 0.600 peak 439 spectrum 1 weight 0.11000E+01 volume 0.29873E-02 ppm1 2.779 ppm2 1.999 CV 1 ASSI { 443} (( segid " " and resid 85 and name HE2 )) (( segid " " and resid 85 and name HB1 )) 3.900 1.900 1.900 peak 443 spectrum 1 weight 0.10000E+01 volume 0.22509E-02 ppm1 2.781 ppm2 1.574 CV 1 OR { 443} (( segid " " and resid 85 and name HE2 )) (( segid " " and resid 85 and name HB2 )) ASSI { 444} (( segid " " and resid 85 and name HE1 )) (( segid " " and resid 85 and name HG1 )) 2.600 2.600 3.400 peak 444 spectrum 1 weight 0.11000E+01 volume 0.33442E-02 ppm1 2.781 ppm2 1.260 CV 1 ASSI { 445} (( segid " " and resid 85 and name HE2 )) ( segid " " and resid 83 and name HG1%) 3.000 1.200 1.000 peak 445 spectrum 1 weight 0.10000E+01 volume 0.30145E-02 ppm1 2.781 ppm2 0.861 CV 1 OR { 445} (( segid " " and resid 85 and name HE2 )) ( segid " " and resid 83 and name HG2%) ASSI { 447} (( segid " " and resid 126 and name HB1 )) ( segid " " and resid 133 and name HE% ) 3.400 1.400 1.400 peak 447 spectrum 1 weight 0.10000E+01 volume 0.10297E-02 ppm1 2.705 ppm2 6.241 CV 1 OR { 447} (( segid " " and resid 126 and name HB2 )) ( segid " " and resid 133 and name HE% ) ASSI { 449} (( segid " " and resid 85 and name HE1 )) (( segid " " and resid 85 and name HB2 )) 3.800 1.800 1.800 peak 449 spectrum 1 weight 0.10000E+01 volume 0.22550E-02 ppm1 2.717 ppm2 1.569 CV 1 OR { 449} (( segid " " and resid 85 and name HE1 )) (( segid " " and resid 85 and name HB1 )) ASSI { 450} (( segid " " and resid 85 and name HE1 )) (( segid " " and resid 85 and name HD2 )) 3.000 1.100 1.100 peak 450 spectrum 1 weight 0.10000E+01 volume 0.15324E-02 ppm1 2.710 ppm2 1.461 CV 1 OR { 450} (( segid " " and resid 85 and name HE1 )) (( segid " " and resid 85 and name HD1 )) ASSI { 466} (( segid " " and resid 90 and name HB2 )) (( segid " " and resid 90 and name HA )) 2.800 1.000 1.000 peak 466 spectrum 1 weight 0.10000E+01 volume 0.19664E-02 ppm1 2.717 ppm2 4.228 CV 1 ASSI { 471} (( segid " " and resid 4 and name HB2 )) (( segid " " and resid 5 and name HN )) 4.200 2.200 1.800 peak 471 spectrum 1 weight 0.10000E+01 volume 0.77462E-03 ppm1 2.801 ppm2 8.087 CV 1 ASSI { 472} (( segid " " and resid 4 and name HB2 )) (( segid " " and resid 4 and name HD21)) 2.900 1.100 1.100 peak 472 spectrum 1 weight 0.10000E+01 volume 0.23003E-02 ppm1 2.804 ppm2 7.611 CV 1 ASSI { 479} (( segid " " and resid 80 and name HG2 )) (( segid " " and resid 80 and name HA )) 3.100 1.200 1.200 peak 479 spectrum 1 weight 0.10000E+01 volume 0.27905E-02 ppm1 2.065 ppm2 4.340 CV 1 OR { 479} (( segid " " and resid 80 and name HG1 )) (( segid " " and resid 80 and name HA )) ASSI { 486} (( segid " " and resid 6 and name HG2 )) (( segid " " and resid 47 and name HN )) 4.500 2.500 1.500 peak 486 spectrum 1 weight 0.10000E+01 volume 0.59973E-03 ppm1 2.430 ppm2 7.293 CV 1 ASSI { 489} (( segid " " and resid 6 and name HG2 )) (( segid " " and resid 6 and name HA )) 2.700 2.700 3.300 peak 489 spectrum 1 weight 0.10000E+01 volume 0.37648E-02 ppm1 2.428 ppm2 4.366 CV 1 ASSI { 2242} (( segid " " and resid 6 and name HG2 )) (( segid " " and resid 6 and name HE21)) 2.800 1.000 3.200 peak 2242 spectrum 1 weight 0.10000E+01 volume 0.37648E-02 ppm1 2.428 ppm2 4.366 CV 1 OR { 2242} (( segid " " and resid 6 and name HG1 )) (( segid " " and resid 6 and name HE21)) ASSI { 2241} (( segid " " and resid 6 and name HG2 )) (( segid " " and resid 6 and name HE22)) 3.000 1.000 3.200 peak 2241 spectrum 1 weight 0.10000E+01 volume 0.37648E-02 ppm1 2.428 ppm2 4.366 CV 1 OR { 2241} (( segid " " and resid 6 and name HG1 )) (( segid " " and resid 6 and name HE22)) ASSI { 508} (( segid " " and resid 75 and name HB2 )) (( segid " " and resid 48 and name HN )) 3.800 3.800 2.200 peak 508 spectrum 1 weight 0.10000E+01 volume 0.17242E-02 ppm1 2.092 ppm2 8.482 CV 1 ASSI { 511} (( segid " " and resid 75 and name HB2 )) (( segid " " and resid 76 and name HN )) 3.300 1.300 1.300 peak 511 spectrum 1 weight 0.10000E+01 volume 0.42277E-02 ppm1 2.097 ppm2 8.090 CV 1 ASSI { 513} (( segid " " and resid 5 and name HB )) (( segid " " and resid 5 and name HA )) 3.500 3.500 2.500 peak 513 spectrum 1 weight 0.10000E+01 volume 0.40397E-02 ppm1 2.098 ppm2 4.165 CV 1 ASSI { 514} (( segid " " and resid 65 and name HB2 )) (( segid " " and resid 65 and name HD1 )) 4.200 2.200 1.800 peak 514 spectrum 1 weight 0.10000E+01 volume 0.13541E-02 ppm1 2.110 ppm2 4.029 CV 1 ASSI { 515} (( segid " " and resid 65 and name HB2 )) (( segid " " and resid 65 and name HD2 )) 3.800 1.800 1.700 peak 515 spectrum 1 weight 0.10000E+01 volume 0.13045E-02 ppm1 2.109 ppm2 3.723 CV 1 ASSI { 527} (( segid " " and resid 146 and name HB )) ( segid " " and resid 146 and name HG2%) 2.000 0.500 0.500 peak 527 spectrum 1 weight 0.10000E+01 volume 0.21883E-01 ppm1 2.078 ppm2 0.932 CV 1 OR { 527} (( segid " " and resid 146 and name HB )) ( segid " " and resid 146 and name HG1%) ASSI { 529} (( segid " " and resid 146 and name HB )) (( segid " " and resid 146 and name HA )) 2.500 0.800 0.800 peak 529 spectrum 1 weight 0.10000E+01 volume 0.44986E-02 ppm1 2.049 ppm2 4.383 CV 1 ASSI { 532} (( segid " " and resid 146 and name HB )) (( segid " " and resid 147 and name HD1 )) 4.400 2.400 1.600 peak 532 spectrum 1 weight 0.10000E+01 volume 0.15961E-02 ppm1 2.053 ppm2 3.875 CV 1 ASSI { 540} (( segid " " and resid 119 and name HB2 )) (( segid " " and resid 119 and name HG2 )) 2.800 1.000 1.000 peak 540 spectrum 1 weight 0.10000E+01 volume 0.32646E-02 ppm1 1.753 ppm2 2.432 CV 1 OR { 540} (( segid " " and resid 119 and name HB2 )) (( segid " " and resid 119 and name HG1 )) ASSI { 545} (( segid " " and resid 143 and name HB1 )) (( segid " " and resid 143 and name HN )) 3.300 1.300 1.300 peak 545 spectrum 1 weight 0.11000E+01 volume 0.22663E-02 ppm1 1.652 ppm2 8.975 CV 1 OR { 545} (( segid " " and resid 143 and name HB2 )) (( segid " " and resid 143 and name HN )) ASSI { 3047} (( segid " " and resid 143 and name HN )) (( segid " " and resid 16 and name HG2%)) 4.500 2.500 1.500 peak 3047 spectrum 1 weight 0.11000E+01 volume 0.22663E-02 ppm1 1.652 ppm2 8.975 CV 1 ASSI { 546} (( segid " " and resid 50 and name HB2 )) (( segid " " and resid 50 and name HN )) 2.500 0.800 0.800 peak 546 spectrum 1 weight 0.10000E+01 volume 0.26042E-02 ppm1 1.692 ppm2 8.476 CV 1 ASSI { 547} (( segid " " and resid 39 and name HB2 )) (( segid " " and resid 39 and name HN )) 2.500 0.800 0.800 peak 547 spectrum 1 weight 0.10000E+01 volume 0.43807E-02 ppm1 1.700 ppm2 8.369 CV 1 OR { 547} (( segid " " and resid 39 and name HB1 )) (( segid " " and resid 39 and name HN )) ASSI { 554} (( segid " " and resid 143 and name HB1 )) (( segid " " and resid 143 and name HA )) 2.600 2.600 3.400 peak 554 spectrum 1 weight 0.11000E+01 volume 0.23531E-02 ppm1 1.664 ppm2 3.639 CV 1 ASSI { 555} (( segid " " and resid 39 and name HB2 )) (( segid " " and resid 38 and name HB1 )) 3.000 1.200 1.200 peak 555 spectrum 1 weight 0.10000E+01 volume 0.34975E-02 ppm1 1.701 ppm2 3.162 CV 1 OR { 555} (( segid " " and resid 39 and name HB1 )) (( segid " " and resid 38 and name HB1 )) ASSI { 556} (( segid " " and resid 143 and name HB2 )) (( segid " " and resid 143 and name HG2 )) 2.300 0.700 0.700 peak 556 spectrum 1 weight 0.10000E+01 volume 0.90688E-02 ppm1 1.657 ppm2 1.884 CV 1 OR { 556} (( segid " " and resid 143 and name HB1 )) (( segid " " and resid 143 and name HG2 )) ASSI { 564} (( segid " " and resid 48 and name HB2 )) (( segid " " and resid 48 and name HB1 )) 1.600 0.300 0.600 peak 564 spectrum 1 weight 0.10000E+01 volume 0.86157E-02 ppm1 1.805 ppm2 1.949 CV 1 ASSI { 578} (( segid " " and resid 28 and name HB2 )) (( segid " " and resid 28 and name HA )) 2.400 0.700 0.700 peak 578 spectrum 1 weight 0.10000E+01 volume 0.75305E-02 ppm1 2.062 ppm2 4.013 CV 1 OR { 578} (( segid " " and resid 28 and name HB1 )) (( segid " " and resid 28 and name HA )) ASSI { 592} (( segid " " and resid 6 and name HB1 )) (( segid " " and resid 6 and name HN )) 3.400 1.400 1.400 peak 592 spectrum 1 weight 0.10000E+01 volume 0.28456E-02 ppm1 2.038 ppm2 8.481 CV 1 ASSI { 599} (( segid " " and resid 6 and name HB1 )) (( segid " " and resid 6 and name HG1 )) 1.900 1.900 4.100 peak 599 spectrum 1 weight 0.10000E+01 volume 0.12510E-01 ppm1 2.039 ppm2 2.366 CV 1 ASSI { 604} (( segid " " and resid 95 and name HG1 )) (( segid " " and resid 95 and name HD1 )) 2.400 2.400 3.600 peak 604 spectrum 1 weight 0.11000E+01 volume 0.46576E-02 ppm1 2.005 ppm2 3.867 CV 1 OR { 604} (( segid " " and resid 95 and name HG2 )) (( segid " " and resid 95 and name HD1 )) ASSI { 607} (( segid " " and resid 95 and name HG2 )) (( segid " " and resid 95 and name HD2 )) 2.400 2.400 3.600 peak 607 spectrum 1 weight 0.11000E+01 volume 0.43586E-02 ppm1 2.003 ppm2 3.645 CV 1 OR { 607} (( segid " " and resid 95 and name HG1 )) (( segid " " and resid 95 and name HD2 )) ASSI { 608} (( segid " " and resid 147 and name HG2 )) (( segid " " and resid 147 and name HB1 )) 2.100 0.600 0.600 peak 608 spectrum 1 weight 0.10000E+01 volume 0.10669E-01 ppm1 2.004 ppm2 2.254 CV 1 OR { 608} (( segid " " and resid 147 and name HG1 )) (( segid " " and resid 147 and name HB1 )) ASSI { 610} (( segid " " and resid 147 and name HG1 )) (( segid " " and resid 147 and name HB2 )) 2.300 0.700 0.700 peak 610 spectrum 1 weight 0.10000E+01 volume 0.65739E-02 ppm1 2.003 ppm2 1.768 CV 1 OR { 610} (( segid " " and resid 147 and name HG2 )) (( segid " " and resid 147 and name HB2 )) ASSI { 614} (( segid " " and resid 85 and name HG2 )) (( segid " " and resid 85 and name HN )) 3.300 1.400 1.400 peak 614 spectrum 1 weight 0.11000E+01 volume 0.13765E-02 ppm1 1.253 ppm2 9.069 CV 1 OR { 614} (( segid " " and resid 85 and name HG1 )) (( segid " " and resid 85 and name HN )) ASSI { 616} (( segid " " and resid 85 and name HG1 )) (( segid " " and resid 86 and name HN )) 4.300 2.300 1.700 peak 616 spectrum 1 weight 0.10000E+01 volume 0.12593E-02 ppm1 1.260 ppm2 8.475 CV 1 OR { 616} (( segid " " and resid 85 and name HG2 )) (( segid " " and resid 86 and name HN )) ASSI { 617} (( segid " " and resid 85 and name HG1 )) (( segid " " and resid 85 and name HA )) 3.000 1.100 1.100 peak 617 spectrum 1 weight 0.11000E+01 volume 0.12964E-02 ppm1 1.263 ppm2 5.627 CV 1 OR { 617} (( segid " " and resid 85 and name HG2 )) (( segid " " and resid 85 and name HA )) ASSI { 620} (( segid " " and resid 75 and name HG1 )) (( segid " " and resid 47 and name HA )) 5.300 3.500 0.700 peak 620 spectrum 1 weight 0.10000E+01 volume 0.31652E-03 ppm1 1.251 ppm2 4.213 CV 1 ASSI { 622} (( segid " " and resid 85 and name HG1 )) (( segid " " and resid 85 and name HE2 )) 3.300 1.300 1.300 peak 622 spectrum 1 weight 0.10000E+01 volume 0.12691E-02 ppm1 1.256 ppm2 2.782 CV 1 OR { 622} (( segid " " and resid 85 and name HG2 )) (( segid " " and resid 85 and name HE2 )) ASSI { 630} ( segid " " and resid 141 and name HB% ) ( segid " " and resid 142 and name HN ) 4.000 2.200 1.000 peak 630 spectrum 1 weight 0.10000E+01 volume 0.59315E-03 ppm1 1.167 ppm2 7.432 CV 1 ASSI { 631} ( segid " " and resid 141 and name HB% ) (( segid " " and resid 141 and name HN )) 2.300 0.600 0.600 peak 631 spectrum 1 weight 0.11000E+01 volume 0.47128E-02 ppm1 1.160 ppm2 7.113 CV 1 ASSI { 633} ( segid " " and resid 141 and name HB% ) ( segid " " and resid 108 and name HD% ) 3.900 1.900 1.900 peak 633 spectrum 1 weight 0.10000E+01 volume 0.99523E-03 ppm1 1.160 ppm2 6.735 CV 1 ASSI { 634} ( segid " " and resid 141 and name HB% ) (( segid " " and resid 108 and name HA )) 3.800 1.800 1.800 peak 634 spectrum 1 weight 0.10000E+01 volume 0.92452E-03 ppm1 1.155 ppm2 5.497 CV 1 ASSI { 636} ( segid " " and resid 141 and name HB% ) (( segid " " and resid 141 and name HA )) 2.100 0.500 0.500 peak 636 spectrum 1 weight 0.11000E+01 volume 0.68501E-02 ppm1 1.162 ppm2 4.552 CV 1 ASSI { 637} ( segid " " and resid 141 and name HB% ) (( segid " " and resid 110 and name HA )) 2.400 0.700 0.700 peak 637 spectrum 1 weight 0.10000E+01 volume 0.35607E-02 ppm1 1.161 ppm2 4.435 CV 1 ASSI { 642} ( segid " " and resid 141 and name HB% ) (( segid " " and resid 108 and name HB1 )) 2.300 0.700 0.700 peak 642 spectrum 1 weight 0.10000E+01 volume 0.12778E-02 ppm1 1.165 ppm2 2.983 CV 1 ASSI { 643} ( segid " " and resid 141 and name HB% ) (( segid " " and resid 108 and name HB2 )) 3.400 1.400 1.400 peak 643 spectrum 1 weight 0.10000E+01 volume 0.13177E-02 ppm1 1.159 ppm2 2.413 CV 1 ASSI { 654} ( segid " " and resid 141 and name HB% ) ( segid " " and resid 84 and name HD2%) 3.000 1.100 1.100 peak 654 spectrum 1 weight 0.10000E+01 volume 0.31228E-02 ppm1 1.162 ppm2 0.440 CV 1 ASSI { 655} ( segid " " and resid 141 and name HB% ) ( segid " " and resid 84 and name HD1%) 2.600 2.600 3.400 peak 655 spectrum 1 weight 0.10000E+01 volume 0.10493E-02 ppm1 1.163 ppm2 0.175 CV 1 ASSI { 656} ( segid " " and resid 141 and name HB% ) ( segid " " and resid 22 and name HD1%) 3.900 1.900 1.900 peak 656 spectrum 1 weight 0.10000E+01 volume 0.74107E-03 ppm1 1.164 ppm2 -0.019 CV 1 ASSI { 680} (( segid " " and resid 3 and name HB2 )) (( segid " " and resid 3 and name HN )) 2.900 1.000 1.000 peak 680 spectrum 1 weight 0.10000E+01 volume 0.14348E-02 ppm1 3.853 ppm2 8.503 CV 1 OR { 680} (( segid " " and resid 3 and name HB1 )) (( segid " " and resid 3 and name HN )) ASSI { 682} (( segid " " and resid 29 and name HB2 )) (( segid " " and resid 30 and name HN )) 3.500 1.500 1.500 peak 682 spectrum 1 weight 0.10000E+01 volume 0.88025E-03 ppm1 3.873 ppm2 7.361 CV 1 ASSI { 695} (( segid " " and resid 147 and name HA )) (( segid " " and resid 148 and name HN )) 2.300 2.300 3.700 peak 695 spectrum 1 weight 0.10000E+01 volume 0.15410E-01 ppm1 4.356 ppm2 8.371 CV 1 ASSI { 702} (( segid " " and resid 147 and name HA )) (( segid " " and resid 147 and name HB1 )) 2.100 0.600 0.600 peak 702 spectrum 1 weight 0.10000E+01 volume 0.89569E-02 ppm1 4.357 ppm2 2.257 CV 1 ASSI { 703} (( segid " " and resid 147 and name HA )) (( segid " " and resid 147 and name HB2 )) 2.900 1.000 1.000 peak 703 spectrum 1 weight 0.10000E+01 volume 0.42966E-02 ppm1 4.356 ppm2 1.768 CV 1 ASSI { 706} (( segid " " and resid 147 and name HA )) ( segid " " and resid 146 and name HG2%) 6.000 4.900 0.000 peak 706 spectrum 1 weight 0.10000E+01 volume 0.86838E-04 ppm1 4.376 ppm2 0.945 CV 1 OR { 706} (( segid " " and resid 147 and name HA )) ( segid " " and resid 146 and name HG1%) ASSI { 713} (( segid " " and resid 5 and name HA )) (( segid " " and resid 5 and name HN )) 2.400 0.700 0.700 peak 713 spectrum 1 weight 0.10000E+01 volume 0.55446E-02 ppm1 4.163 ppm2 8.090 CV 1 ASSI { 725} (( segid " " and resid 5 and name HA )) (( segid " " and resid 6 and name HG2 )) 4.800 2.900 1.200 peak 725 spectrum 1 weight 0.10000E+01 volume 0.85107E-03 ppm1 4.166 ppm2 2.384 CV 1 OR { 725} (( segid " " and resid 5 and name HA )) (( segid " " and resid 6 and name HG1 )) ASSI { 729} (( segid " " and resid 5 and name HA )) ( segid " " and resid 5 and name HG2%) 2.300 0.700 0.700 peak 729 spectrum 1 weight 0.10000E+01 volume 0.15118E-01 ppm1 4.164 ppm2 0.927 CV 1 OR { 729} (( segid " " and resid 5 and name HA )) ( segid " " and resid 5 and name HG1%) ASSI { 731} (( segid " " and resid 3 and name HA )) (( segid " " and resid 4 and name HN )) 2.700 2.700 3.300 peak 731 spectrum 1 weight 0.11000E+01 volume 0.70402E-02 ppm1 4.486 ppm2 8.639 CV 1 ASSI { 734} (( segid " " and resid 3 and name HA )) (( segid " " and resid 4 and name HA )) 3.300 3.300 2.700 peak 734 spectrum 1 weight 0.11000E+01 volume 0.26904E-02 ppm1 4.480 ppm2 4.802 CV 1 ASSI { 736} (( segid " " and resid 3 and name HA )) (( segid " " and resid 3 and name HB1 )) 2.200 2.200 3.800 peak 736 spectrum 1 weight 0.11000E+01 volume 0.96435E-02 ppm1 4.486 ppm2 3.866 CV 1 OR { 736} (( segid " " and resid 3 and name HA )) (( segid " " and resid 3 and name HB2 )) ASSI { 742} (( segid " " and resid 6 and name HA )) (( segid " " and resid 7 and name HN )) 2.800 1.000 1.000 peak 742 spectrum 1 weight 0.10000E+01 volume 0.12433E-01 ppm1 4.338 ppm2 8.387 CV 1 ASSI { 754} (( segid " " and resid 6 and name HA )) (( segid " " and resid 6 and name HG1 )) 2.700 0.900 0.900 peak 754 spectrum 1 weight 0.10000E+01 volume 0.52266E-02 ppm1 4.339 ppm2 2.372 CV 1 ASSI { 756} (( segid " " and resid 6 and name HA )) (( segid " " and resid 6 and name HB1 )) 2.200 0.600 0.600 peak 756 spectrum 1 weight 0.10000E+01 volume 0.59501E-02 ppm1 4.338 ppm2 2.029 CV 1 ASSI { 760} (( segid " " and resid 46 and name HA )) (( segid " " and resid 46 and name HN )) 2.300 0.700 0.700 peak 760 spectrum 1 weight 0.10000E+01 volume 0.24000E-02 ppm1 4.279 ppm2 8.299 CV 1 ASSI { 762} (( segid " " and resid 140 and name HA )) (( segid " " and resid 140 and name HN )) 2.600 0.800 0.800 peak 762 spectrum 1 weight 0.10000E+01 volume 0.36711E-02 ppm1 4.254 ppm2 7.982 CV 1 ASSI { 788} (( segid " " and resid 38 and name HA )) (( segid " " and resid 38 and name HN )) 2.400 0.700 0.700 peak 788 spectrum 1 weight 0.11000E+01 volume 0.57405E-02 ppm1 4.348 ppm2 8.312 CV 1 ASSI { 789} (( segid " " and resid 25 and name HA )) (( segid " " and resid 25 and name HN )) 3.200 1.300 1.300 peak 789 spectrum 1 weight 0.10000E+01 volume 0.10933E-02 ppm1 4.355 ppm2 7.914 CV 1 ASSI { 793} (( segid " " and resid 38 and name HA )) (( segid " " and resid 38 and name HB1 )) 2.500 0.800 0.800 peak 793 spectrum 1 weight 0.11000E+01 volume 0.32436E-02 ppm1 4.350 ppm2 3.138 CV 1 ASSI { 811} (( segid " " and resid 119 and name HA )) (( segid " " and resid 119 and name HG1 )) 3.500 1.500 1.500 peak 811 spectrum 1 weight 0.10000E+01 volume 0.23517E-02 ppm1 4.364 ppm2 2.438 CV 1 OR { 811} (( segid " " and resid 119 and name HA )) (( segid " " and resid 119 and name HG2 )) ASSI { 812} (( segid " " and resid 119 and name HA )) (( segid " " and resid 119 and name HB1 )) 2.600 0.800 0.800 peak 812 spectrum 1 weight 0.10000E+01 volume 0.19794E-02 ppm1 4.368 ppm2 2.057 CV 1 ASSI { 815} (( segid " " and resid 119 and name HA )) (( segid " " and resid 119 and name HB2 )) 2.800 0.900 0.900 peak 815 spectrum 1 weight 0.10000E+01 volume 0.17914E-02 ppm1 4.363 ppm2 1.751 CV 1 ASSI { 827} (( segid " " and resid 47 and name HA )) (( segid " " and resid 47 and name HN )) 2.700 0.900 0.900 peak 827 spectrum 1 weight 0.10000E+01 volume 0.22110E-02 ppm1 4.220 ppm2 7.273 CV 1 ASSI { 834} (( segid " " and resid 49 and name HA )) (( segid " " and resid 44 and name HB1 )) 3.000 1.100 1.100 peak 834 spectrum 1 weight 0.10000E+01 volume 0.13651E-02 ppm1 4.249 ppm2 3.048 CV 1 ASSI { 840} (( segid " " and resid 49 and name HA )) ( segid " " and resid 49 and name HB% ) 2.500 0.800 0.800 peak 840 spectrum 1 weight 0.10000E+01 volume 0.32300E-02 ppm1 4.249 ppm2 1.034 CV 1 ASSI { 846} (( segid " " and resid 68 and name HB2 )) (( segid " " and resid 68 and name HA )) 2.700 0.900 0.900 peak 846 spectrum 1 weight 0.11000E+01 volume 0.16536E-02 ppm1 1.267 ppm2 4.501 CV 1 ASSI { 848} (( segid " " and resid 68 and name HB2 )) (( segid " " and resid 68 and name HB1 )) 1.900 0.400 0.400 peak 848 spectrum 1 weight 0.11000E+01 volume 0.29557E-02 ppm1 1.273 ppm2 1.562 CV 1 ASSI { 854} (( segid " " and resid 68 and name HB2 )) (( segid " " and resid 68 and name HG )) 3.200 1.300 1.300 peak 854 spectrum 1 weight 0.10000E+01 volume 0.15970E-02 ppm1 1.280 ppm2 1.065 CV 1 ASSI { 871} (( segid " " and resid 85 and name HB2 )) (( segid " " and resid 85 and name HG2 )) 2.500 0.800 0.800 peak 871 spectrum 1 weight 0.10000E+01 volume 0.34793E-02 ppm1 1.625 ppm2 1.262 CV 1 OR { 871} (( segid " " and resid 85 and name HB1 )) (( segid " " and resid 85 and name HG1 )) OR { 871} (( segid " " and resid 85 and name HB1 )) (( segid " " and resid 85 and name HG2 )) OR { 871} (( segid " " and resid 85 and name HB2 )) (( segid " " and resid 85 and name HG1 )) ASSI { 890} (( segid " " and resid 85 and name HD2 )) (( segid " " and resid 85 and name HE1 )) 2.900 1.000 1.000 peak 890 spectrum 1 weight 0.11000E+01 volume 0.15485E-02 ppm1 1.469 ppm2 2.763 CV 1 OR { 890} (( segid " " and resid 85 and name HD1 )) (( segid " " and resid 85 and name HE1 )) ASSI { 902} (( segid " " and resid 27 and name HG2 )) (( segid " " and resid 27 and name HD1 )) 2.900 1.100 1.100 peak 902 spectrum 1 weight 0.10000E+01 volume 0.92749E-03 ppm1 1.451 ppm2 2.896 CV 1 ASSI { 910} (( segid " " and resid 72 and name HG1 )) ( segid " " and resid 73 and name HD2%) 2.800 2.800 3.200 peak 910 spectrum 1 weight 0.10000E+01 volume 0.13645E-01 ppm1 1.373 ppm2 0.841 CV 1 ASSI { 920} (( segid " " and resid 99 and name HE2 )) (( segid " " and resid 99 and name HB1 )) 3.500 1.600 1.600 peak 920 spectrum 1 weight 0.10000E+01 volume 0.43069E-02 ppm1 3.032 ppm2 1.870 CV 1 OR { 920} (( segid " " and resid 99 and name HE1 )) (( segid " " and resid 99 and name HB1 )) OR { 920} (( segid " " and resid 99 and name HE2 )) (( segid " " and resid 99 and name HB2 )) OR { 920} (( segid " " and resid 99 and name HE1 )) (( segid " " and resid 99 and name HB2 )) ASSI { 924} ( segid " " and resid 41 and name HD1%) (( segid " " and resid 35 and name HB2 )) 3.300 1.400 1.400 peak 924 spectrum 1 weight 0.10000E+01 volume 0.15342E-02 ppm1 0.607 ppm2 3.043 CV 1 ASSI { 925} ( segid " " and resid 41 and name HD1%) (( segid " " and resid 122 and name HB1 )) 3.100 1.200 1.200 peak 925 spectrum 1 weight 0.10000E+01 volume 0.14811E-02 ppm1 0.610 ppm2 2.976 CV 1 ASSI { 928} ( segid " " and resid 41 and name HD1%) (( segid " " and resid 35 and name HB1 )) 3.500 1.500 1.500 peak 928 spectrum 1 weight 0.10000E+01 volume 0.23090E-02 ppm1 0.609 ppm2 2.193 CV 1 ASSI { 934} ( segid " " and resid 41 and name HD1%) (( segid " " and resid 41 and name HG12)) 2.100 0.500 0.500 peak 934 spectrum 1 weight 0.10000E+01 volume 0.67059E-02 ppm1 0.610 ppm2 1.409 CV 1 OR { 934} ( segid " " and resid 41 and name HD1%) (( segid " " and resid 41 and name HG11)) ASSI { 946} ( segid " " and resid 41 and name HD1%) (( segid " " and resid 41 and name HA )) 4.900 3.000 1.100 peak 946 spectrum 1 weight 0.10000E+01 volume 0.48033E-03 ppm1 0.610 ppm2 4.704 CV 1 ASSI { 951} ( segid " " and resid 41 and name HD1%) ( segid " " and resid 134 and name HE% ) 3.000 1.100 1.100 peak 951 spectrum 1 weight 0.10000E+01 volume 0.17559E-02 ppm1 0.608 ppm2 7.094 CV 1 ASSI { 952} ( segid " " and resid 41 and name HD1%) (( segid " " and resid 41 and name HN )) 4.100 2.100 1.900 peak 952 spectrum 1 weight 0.10000E+01 volume 0.13184E-02 ppm1 0.611 ppm2 9.095 CV 1 ASSI { 957} ( segid " " and resid 33 and name HD1%) (( segid " " and resid 33 and name HN )) 4.300 2.300 1.700 peak 957 spectrum 1 weight 0.10000E+01 volume 0.16018E-02 ppm1 0.906 ppm2 9.346 CV 1 ASSI { 963} ( segid " " and resid 61 and name HD1%) ( segid " " and resid 125 and name HE% ) 3.800 1.800 1.800 peak 963 spectrum 1 weight 0.10000E+01 volume 0.66876E-03 ppm1 0.692 ppm2 7.271 CV 1 ASSI { 964} ( segid " " and resid 33 and name HD1%) ( segid " " and resid 31 and name HD% ) 3.600 1.600 1.600 peak 964 spectrum 1 weight 0.10000E+01 volume 0.24525E-02 ppm1 0.904 ppm2 7.266 CV 1 ASSI { 965} ( segid " " and resid 33 and name HD1%) ( segid " " and resid 134 and name HE% ) 3.900 1.900 1.900 peak 965 spectrum 1 weight 0.10000E+01 volume 0.62533E-03 ppm1 0.905 ppm2 7.094 CV 1 ASSI { 968} ( segid " " and resid 33 and name HD1%) (( segid " " and resid 121 and name HA )) 3.800 1.800 1.500 peak 968 spectrum 1 weight 0.10000E+01 volume 0.20384E-02 ppm1 0.911 ppm2 4.300 CV 1 ASSI { 972} ( segid " " and resid 33 and name HD1%) (( segid " " and resid 122 and name HB1 )) 2.900 1.100 1.100 peak 972 spectrum 1 weight 0.10000E+01 volume 0.11469E-02 ppm1 0.906 ppm2 2.949 CV 1 ASSI { 974} ( segid " " and resid 33 and name HD1%) (( segid " " and resid 33 and name HB )) 2.500 0.800 0.800 peak 974 spectrum 1 weight 0.10000E+01 volume 0.37069E-02 ppm1 0.904 ppm2 2.205 CV 1 ASSI { 975} ( segid " " and resid 33 and name HD1%) (( segid " " and resid 41 and name HB )) 3.300 1.400 1.400 peak 975 spectrum 1 weight 0.10000E+01 volume 0.27779E-02 ppm1 0.907 ppm2 1.865 CV 1 ASSI { 977} ( segid " " and resid 33 and name HD1%) ( segid " " and resid 41 and name HD1%) 3.000 1.000 1.200 peak 977 spectrum 1 weight 0.10000E+01 volume 0.77911E-02 ppm1 0.904 ppm2 0.620 CV 1 ASSI { 984} ( segid " " and resid 33 and name HG2%) (( segid " " and resid 33 and name HA )) 2.500 0.800 0.800 peak 984 spectrum 1 weight 0.10000E+01 volume 0.45077E-02 ppm1 0.961 ppm2 4.895 CV 1 ASSI { 988} ( segid " " and resid 33 and name HG2%) (( segid " " and resid 121 and name HA )) 4.100 2.100 1.900 peak 988 spectrum 1 weight 0.10000E+01 volume 0.11364E-02 ppm1 0.958 ppm2 4.357 CV 1 ASSI { 992} ( segid " " and resid 70 and name HB% ) (( segid " " and resid 68 and name HG )) 3.800 1.800 1.200 peak 992 spectrum 1 weight 0.10000E+01 volume 0.18650E-02 ppm1 1.311 ppm2 1.068 CV 1 ASSI { 993} ( segid " " and resid 70 and name HB% ) (( segid " " and resid 59 and name HG1%)) 3.000 1.200 1.500 peak 993 spectrum 1 weight 0.10000E+01 volume 0.11364E-02 ppm1 1.310 ppm2 0.957 CV 1 ASSI { 996} ( segid " " and resid 70 and name HB% ) ( segid " " and resid 68 and name HD2%) 3.600 1.600 1.200 peak 996 spectrum 1 weight 0.10000E+01 volume 0.21610E-02 ppm1 1.310 ppm2 0.482 CV 1 ASSI { 997} ( segid " " and resid 70 and name HB% ) ( segid " " and resid 68 and name HD1%) 3.800 1.800 1.400 peak 997 spectrum 1 weight 0.10000E+01 volume 0.15200E-02 ppm1 1.311 ppm2 0.324 CV 1 ASSI { 1001} ( segid " " and resid 70 and name HB% ) (( segid " " and resid 61 and name HG12)) 4.000 2.200 1.500 peak 1001 spectrum 1 weight 0.10000E+01 volume 0.14804E-02 ppm1 1.311 ppm2 1.591 CV 1 ASSI { 1003} ( segid " " and resid 33 and name HG2%) (( segid " " and resid 33 and name HB )) 2.200 0.600 0.600 peak 1003 spectrum 1 weight 0.10000E+01 volume 0.59512E-02 ppm1 0.961 ppm2 2.209 CV 1 ASSI { 1018} ( segid " " and resid 33 and name HG2%) (( segid " " and resid 41 and name HB )) 4.800 2.800 1.200 peak 1018 spectrum 1 weight 0.10000E+01 volume 0.11065E-02 ppm1 0.961 ppm2 1.855 CV 1 ASSI { 1022} ( segid " " and resid 33 and name HG2%) (( segid " " and resid 120 and name HB1 )) 4.300 2.300 1.700 peak 1022 spectrum 1 weight 0.10000E+01 volume 0.14131E-02 ppm1 0.949 ppm2 1.546 CV 1 ASSI { 1023} ( segid " " and resid 33 and name HG2%) (( segid " " and resid 119 and name HG1 )) 4.200 2.200 1.800 peak 1023 spectrum 1 weight 0.10000E+01 volume 0.16312E-02 ppm1 0.960 ppm2 2.432 CV 1 OR { 1023} ( segid " " and resid 33 and name HG2%) (( segid " " and resid 119 and name HG2 )) OR { 1023} ( segid " " and resid 33 and name HG2%) (( segid " " and resid 122 and name HB1 )) ASSI { 1025} ( segid " " and resid 49 and name HB% ) (( segid " " and resid 48 and name HA )) 4.400 2.400 1.600 peak 1025 spectrum 1 weight 0.10000E+01 volume 0.14461E-02 ppm1 1.031 ppm2 3.788 CV 1 ASSI { 1026} ( segid " " and resid 49 and name HB% ) (( segid " " and resid 51 and name HB2 )) 4.100 2.100 1.900 peak 1026 spectrum 1 weight 0.10000E+01 volume 0.72331E-03 ppm1 1.032 ppm2 3.466 CV 1 ASSI { 1027} ( segid " " and resid 49 and name HB% ) (( segid " " and resid 44 and name HB1 )) 3.600 1.600 1.600 peak 1027 spectrum 1 weight 0.10000E+01 volume 0.15296E-02 ppm1 1.032 ppm2 3.040 CV 1 ASSI { 1029} ( segid " " and resid 49 and name HB% ) (( segid " " and resid 59 and name HA )) 3.700 1.700 1.700 peak 1029 spectrum 1 weight 0.10000E+01 volume 0.10508E-02 ppm1 1.032 ppm2 4.590 CV 1 ASSI { 1030} ( segid " " and resid 70 and name HB% ) (( segid " " and resid 70 and name HA )) 2.400 0.700 0.700 peak 1030 spectrum 1 weight 0.10000E+01 volume 0.42384E-02 ppm1 1.308 ppm2 4.555 CV 1 ASSI { 1032} ( segid " " and resid 70 and name HB% ) (( segid " " and resid 69 and name HA )) 4.100 2.100 1.900 peak 1032 spectrum 1 weight 0.10000E+01 volume 0.13809E-02 ppm1 1.313 ppm2 4.815 CV 1 ASSI { 1034} ( segid " " and resid 49 and name HB% ) (( segid " " and resid 43 and name HA )) 3.300 1.500 1.500 peak 1034 spectrum 1 weight 0.10000E+01 volume 0.23776E-02 ppm1 1.030 ppm2 5.864 CV 1 ASSI { 1038} ( segid " " and resid 49 and name HB% ) (( segid " " and resid 49 and name HN )) 2.500 0.800 0.800 peak 1038 spectrum 1 weight 0.10000E+01 volume 0.40156E-02 ppm1 1.032 ppm2 8.687 CV 1 ASSI { 1039} ( segid " " and resid 49 and name HB% ) (( segid " " and resid 50 and name HN )) 3.500 1.500 1.200 peak 1039 spectrum 1 weight 0.10000E+01 volume 0.42324E-02 ppm1 1.032 ppm2 8.464 CV 1 ASSI { 1044} ( segid " " and resid 49 and name HB% ) (( segid " " and resid 44 and name HB2 )) 3.400 1.500 1.500 peak 1044 spectrum 1 weight 0.10000E+01 volume 0.12109E-02 ppm1 1.034 ppm2 2.335 CV 1 ASSI { 1045} ( segid " " and resid 70 and name HB% ) (( segid " " and resid 70 and name HN )) 2.600 0.900 0.900 peak 1045 spectrum 1 weight 0.10000E+01 volume 0.29439E-02 ppm1 1.311 ppm2 8.627 CV 1 ASSI { 1046} ( segid " " and resid 70 and name HB% ) (( segid " " and resid 61 and name HN )) 3.600 1.600 1.600 peak 1046 spectrum 1 weight 0.10000E+01 volume 0.94320E-03 ppm1 1.309 ppm2 9.769 CV 1 ASSI { 1050} ( segid " " and resid 84 and name HD1%) ( segid " " and resid 22 and name HD1%) 3.700 1.700 1.700 peak 1050 spectrum 1 weight 0.10000E+01 volume 0.22242E-02 ppm1 0.167 ppm2 -0.450 CV 1 ASSI { 1105} ( segid " " and resid 68 and name HD1%) (( segid " " and resid 68 and name HN )) 4.300 2.400 1.700 peak 1105 spectrum 1 weight 0.10000E+01 volume 0.11495E-02 ppm1 0.319 ppm2 9.000 CV 1 ASSI { 1106} ( segid " " and resid 68 and name HD1%) (( segid " " and resid 92 and name HN )) 3.800 1.800 1.800 peak 1106 spectrum 1 weight 0.10000E+01 volume 0.15165E-02 ppm1 0.318 ppm2 8.746 CV 1 ASSI { 1107} ( segid " " and resid 68 and name HD1%) (( segid " " and resid 70 and name HN )) 3.800 1.800 1.800 peak 1107 spectrum 1 weight 0.10000E+01 volume 0.10140E-02 ppm1 0.325 ppm2 8.589 CV 1 ASSI { 1108} ( segid " " and resid 68 and name HD1%) (( segid " " and resid 69 and name HN )) 2.700 0.900 0.900 peak 1108 spectrum 1 weight 0.10000E+01 volume 0.41570E-02 ppm1 0.320 ppm2 8.470 CV 1 ASSI { 1110} ( segid " " and resid 68 and name HD1%) (( segid " " and resid 92 and name HA )) 4.000 2.000 2.000 peak 1110 spectrum 1 weight 0.10000E+01 volume 0.10133E-02 ppm1 0.317 ppm2 4.906 CV 1 ASSI { 1111} ( segid " " and resid 68 and name HD1%) (( segid " " and resid 69 and name HA )) 3.800 1.800 1.800 peak 1111 spectrum 1 weight 0.10000E+01 volume 0.10828E-02 ppm1 0.321 ppm2 4.813 CV 1 ASSI { 1112} ( segid " " and resid 68 and name HD1%) (( segid " " and resid 68 and name HA )) 2.700 0.900 0.900 peak 1112 spectrum 1 weight 0.10000E+01 volume 0.70741E-02 ppm1 0.321 ppm2 4.500 CV 1 ASSI { 1116} ( segid " " and resid 68 and name HD1%) (( segid " " and resid 92 and name HB1 )) 3.000 1.100 1.100 peak 1116 spectrum 1 weight 0.10000E+01 volume 0.24509E-02 ppm1 0.321 ppm2 2.823 CV 1 ASSI { 1117} ( segid " " and resid 68 and name HD1%) (( segid " " and resid 92 and name HB2 )) 3.700 1.700 1.700 peak 1117 spectrum 1 weight 0.10000E+01 volume 0.27341E-02 ppm1 0.321 ppm2 2.372 CV 1 ASSI { 1118} ( segid " " and resid 68 and name HD1%) (( segid " " and resid 61 and name HB )) 3.500 1.500 1.500 peak 1118 spectrum 1 weight 0.10000E+01 volume 0.15739E-02 ppm1 0.320 ppm2 1.693 CV 1 ASSI { 1119} ( segid " " and resid 68 and name HD1%) (( segid " " and resid 68 and name HB1 )) 3.600 1.600 1.600 peak 1119 spectrum 1 weight 0.11000E+01 volume 0.24921E-02 ppm1 0.320 ppm2 1.562 CV 1 ASSI { 1120} ( segid " " and resid 68 and name HD1%) (( segid " " and resid 68 and name HB2 )) 2.400 0.700 0.700 peak 1120 spectrum 1 weight 0.11000E+01 volume 0.55351E-02 ppm1 0.320 ppm2 1.283 CV 1 ASSI { 1122} ( segid " " and resid 68 and name HD1%) (( segid " " and resid 68 and name HG )) 2.200 0.600 0.600 peak 1122 spectrum 1 weight 0.10000E+01 volume 0.77804E-02 ppm1 0.320 ppm2 1.061 CV 1 ASSI { 1124} ( segid " " and resid 68 and name HD1%) ( segid " " and resid 68 and name HD2%) 2.300 0.700 0.700 peak 1124 spectrum 1 weight 0.10000E+01 volume 0.12920E-01 ppm1 0.320 ppm2 0.466 CV 1 ASSI { 1135} (( segid " " and resid 89 and name HG1 )) (( segid " " and resid 90 and name HB1 )) 4.600 2.600 1.400 peak 1135 spectrum 1 weight 0.10000E+01 volume 0.86412E-03 ppm1 2.287 ppm2 3.095 CV 1 ASSI { 1148} (( segid " " and resid 144 and name HG1 )) (( segid " " and resid 144 and name HB2 )) 2.300 0.700 0.700 peak 1148 spectrum 1 weight 0.10000E+01 volume 0.10382E-01 ppm1 2.231 ppm2 1.904 CV 1 OR { 1148} (( segid " " and resid 144 and name HG2 )) (( segid " " and resid 144 and name HB2 )) ASSI { 4537} (( segid " " and resid 109 and name HG2%)) (( segid " " and resid 137 and name HB2 )) 4.500 2.500 1.500 peak 4537 spectrum 1 weight 0.10000E+01 volume 0.10382E-01 ppm1 2.770 ppm2 0.574 CV 1 ASSI { 4539} (( segid " " and resid 109 and name HG2%)) (( segid " " and resid 137 and name HN )) 5.000 3.200 1.000 peak 4539 spectrum 1 weight 0.10000E+01 volume 0.10382E-01 ppm1 2.770 ppm2 0.574 CV 1 ASSI { 4536} (( segid " " and resid 109 and name HG2%)) (( segid " " and resid 110 and name HB2 )) 4.500 2.500 1.500 peak 4536 spectrum 1 weight 0.10000E+01 volume 0.10382E-01 ppm1 2.770 ppm2 0.574 CV 1 ASSI { 1164} (( segid " " and resid 26 and name HD2 )) (( segid " " and resid 26 and name HE1 )) 1.900 0.400 0.400 peak 1164 spectrum 1 weight 0.11000E+01 volume 0.16130E-01 ppm1 1.674 ppm2 2.975 CV 1 OR { 1164} (( segid " " and resid 26 and name HD1 )) (( segid " " and resid 26 and name HE2 )) OR { 1164} (( segid " " and resid 26 and name HD1 )) (( segid " " and resid 26 and name HE1 )) OR { 1164} (( segid " " and resid 26 and name HD2 )) (( segid " " and resid 26 and name HE2 )) ASSI { 1165} (( segid " " and resid 26 and name HD1 )) (( segid " " and resid 4 and name HB2 )) 3.800 1.800 1.800 peak 1165 spectrum 1 weight 0.10000E+01 volume 0.76283E-03 ppm1 1.693 ppm2 2.752 CV 1 OR { 1165} (( segid " " and resid 26 and name HD2 )) (( segid " " and resid 4 and name HB2 )) ASSI { 1189} (( segid " " and resid 25 and name HG )) (( segid " " and resid 25 and name HN )) 3.600 1.600 1.600 peak 1189 spectrum 1 weight 0.10000E+01 volume 0.63899E-03 ppm1 0.799 ppm2 7.916 CV 1 ASSI { 1192} ( segid " " and resid 73 and name HD2%) (( segid " " and resid 74 and name HN )) 4.000 2.200 1.000 peak 1192 spectrum 1 weight 0.11000E+01 volume 0.77802E-03 ppm1 0.833 ppm2 6.917 CV 1 ASSI { 1205} (( segid " " and resid 25 and name HG )) (( segid " " and resid 25 and name HB1 )) 2.800 1.000 1.200 peak 1205 spectrum 1 weight 0.10000E+01 volume 0.36922E-02 ppm1 0.799 ppm2 1.633 CV 1 ASSI { 1225} (( segid " " and resid 25 and name HG )) ( segid " " and resid 25 and name HD1%) 2.800 1.000 1.000 peak 1225 spectrum 1 weight 0.10000E+01 volume 0.56466E-02 ppm1 0.798 ppm2 -0.011 CV 1 ASSI { 1228} ( segid " " and resid 98 and name HD2%) (( segid " " and resid 100 and name HN )) 4.500 2.500 1.000 peak 1228 spectrum 1 weight 0.10000E+01 volume 0.80657E-03 ppm1 0.953 ppm2 8.549 CV 1 OR { 1228} ( segid " " and resid 98 and name HD2%) (( segid " " and resid 94 and name HN )) ASSI { 1229} ( segid " " and resid 98 and name HD2%) (( segid " " and resid 98 and name HN )) 3.500 1.500 1.500 peak 1229 spectrum 1 weight 0.10000E+01 volume 0.35005E-02 ppm1 0.955 ppm2 8.452 CV 1 ASSI { 1230} ( segid " " and resid 98 and name HD2%) (( segid " " and resid 99 and name HN )) 4.700 2.800 1.300 peak 1230 spectrum 1 weight 0.10000E+01 volume 0.65317E-03 ppm1 0.954 ppm2 8.240 CV 1 ASSI { 1232} ( segid " " and resid 98 and name HD1%) (( segid " " and resid 97 and name HA )) 4.800 2.800 1.200 peak 1232 spectrum 1 weight 0.10000E+01 volume 0.10850E-02 ppm1 0.954 ppm2 4.482 CV 1 OR { 1232} ( segid " " and resid 98 and name HD1%) (( segid " " and resid 95 and name HA )) ASSI { 1233} ( segid " " and resid 98 and name HD2%) (( segid " " and resid 98 and name HA )) 3.700 1.700 1.700 peak 1233 spectrum 1 weight 0.10000E+01 volume 0.39319E-02 ppm1 0.955 ppm2 4.364 CV 1 ASSI { 1241} ( segid " " and resid 98 and name HD2%) (( segid " " and resid 98 and name HB1 )) 2.400 0.600 0.500 peak 1241 spectrum 1 weight 0.11000E+01 volume 0.17799E-01 ppm1 0.955 ppm2 1.752 CV 1 ASSI { 1242} ( segid " " and resid 98 and name HD2%) (( segid " " and resid 98 and name HB2 )) 2.400 0.600 0.700 peak 1242 spectrum 1 weight 0.10000E+01 volume 0.17279E-01 ppm1 0.956 ppm2 1.714 CV 1 ASSI { 1266} ( segid " " and resid 77 and name HD2%) (( segid " " and resid 77 and name HN )) 3.100 1.200 1.200 peak 1266 spectrum 1 weight 0.10000E+01 volume 0.26182E-02 ppm1 0.510 ppm2 8.866 CV 1 OR { 1266} ( segid " " and resid 77 and name HD1%) (( segid " " and resid 77 and name HN )) ASSI { 1268} ( segid " " and resid 77 and name HD1%) (( segid " " and resid 22 and name HN )) 4.000 2.200 1.400 peak 1268 spectrum 1 weight 0.10000E+01 volume 0.92053E-03 ppm1 0.503 ppm2 8.196 CV 1 OR { 1268} ( segid " " and resid 77 and name HD2%) (( segid " " and resid 22 and name HN )) ASSI { 1269} ( segid " " and resid 77 and name HD1%) (( segid " " and resid 10 and name HN )) 4.000 2.200 1.000 peak 1269 spectrum 1 weight 0.10000E+01 volume 0.11167E-02 ppm1 0.502 ppm2 7.345 CV 1 ASSI { 1273} ( segid " " and resid 77 and name HD1%) (( segid " " and resid 84 and name HA )) 5.000 3.100 1.000 peak 1273 spectrum 1 weight 0.10000E+01 volume 0.60992E-03 ppm1 0.512 ppm2 5.242 CV 1 OR { 1273} ( segid " " and resid 77 and name HD2%) (( segid " " and resid 84 and name HA )) ASSI { 1276} ( segid " " and resid 86 and name HD1%) (( segid " " and resid 86 and name HA )) 3.800 1.800 1.800 peak 1276 spectrum 1 weight 0.11000E+01 volume 0.10639E-02 ppm1 0.518 ppm2 4.667 CV 1 ASSI { 1281} ( segid " " and resid 77 and name HD2%) (( segid " " and resid 11 and name HB )) 4.000 2.200 1.500 peak 1281 spectrum 1 weight 0.10000E+01 volume 0.95088E-03 ppm1 0.510 ppm2 2.245 CV 1 OR { 1281} ( segid " " and resid 77 and name HD1%) (( segid " " and resid 11 and name HB )) ASSI { 1822} ( segid " " and resid 98 and name HD1%) (( segid " " and resid 98 and name HN )) 2.800 0.700 0.700 peak 1822 spectrum 1 weight 0.10000E+01 volume 0.59916E-02 ppm1 0.875 ppm2 8.453 CV 1 ASSI { 899} (( segid " " and resid 96 and name HN )) (( segid " " and resid 95 and name HD1 )) 4.000 2.000 2.000 peak 899 spectrum 1 weight 0.10000E+01 volume 0.10879E-02 ppm1 7.091 ppm2 4.386 CV 1 OR { 899} (( segid " " and resid 96 and name HN )) (( segid " " and resid 97 and name HA )) ASSI { 1282} ( segid " " and resid 77 and name HD1%) (( segid " " and resid 84 and name HB1 )) 4.100 2.100 1.900 peak 1282 spectrum 1 weight 0.10000E+01 volume 0.14271E-02 ppm1 0.506 ppm2 1.731 CV 1 OR { 1282} ( segid " " and resid 77 and name HD2%) (( segid " " and resid 84 and name HB1 )) ASSI { 1286} ( segid " " and resid 77 and name HD1%) (( segid " " and resid 22 and name HG )) 3.200 1.400 1.200 peak 1286 spectrum 1 weight 0.10000E+01 volume 0.69303E-02 ppm1 0.509 ppm2 0.922 CV 1 OR { 1286} ( segid " " and resid 77 and name HD2%) (( segid " " and resid 22 and name HG )) ASSI { 1292} ( segid " " and resid 77 and name HD1%) ( segid " " and resid 22 and name HD1%) 3.200 1.300 1.300 peak 1292 spectrum 1 weight 0.10000E+01 volume 0.78668E-02 ppm1 0.509 ppm2 -0.446 CV 1 OR { 1292} ( segid " " and resid 77 and name HD2%) ( segid " " and resid 22 and name HD1%) ASSI { 1307} (( segid " " and resid 26 and name HG1 )) (( segid " " and resid 26 and name HE2 )) 2.700 2.700 3.300 peak 1307 spectrum 1 weight 0.11000E+01 volume 0.37401E-02 ppm1 1.435 ppm2 2.975 CV 1 OR { 1307} (( segid " " and resid 26 and name HG1 )) (( segid " " and resid 26 and name HE1 )) ASSI { 1318} ( segid " " and resid 73 and name HD1%) (( segid " " and resid 73 and name HN )) 4.200 4.200 1.800 peak 1318 spectrum 1 weight 0.11000E+01 volume 0.93928E-03 ppm1 0.634 ppm2 7.752 CV 1 ASSI { 1319} ( segid " " and resid 73 and name HD2%) (( segid " " and resid 88 and name HD% )) 4.000 2.200 2.000 peak 1319 spectrum 1 weight 0.10000E+01 volume 0.67940E-03 ppm1 0.633 ppm2 7.135 CV 1 ASSI { 1327} ( segid " " and resid 73 and name HD1%) (( segid " " and resid 73 and name HA )) 2.900 2.900 3.100 peak 1327 spectrum 1 weight 0.11000E+01 volume 0.36356E-02 ppm1 0.634 ppm2 3.290 CV 1 ASSI { 1331} ( segid " " and resid 140 and name HD2%) (( segid " " and resid 140 and name HB2 )) 2.800 1.000 1.000 peak 1331 spectrum 1 weight 0.10000E+01 volume 0.34507E-02 ppm1 0.639 ppm2 1.484 CV 1 OR { 1331} ( segid " " and resid 140 and name HD2%) (( segid " " and resid 140 and name HB1 )) ASSI { 1333} ( segid " " and resid 140 and name HD2%) (( segid " " and resid 140 and name HG )) 2.100 0.600 0.600 peak 1333 spectrum 1 weight 0.10000E+01 volume 0.93228E-02 ppm1 0.637 ppm2 1.233 CV 1 ASSI { 1334} ( segid " " and resid 140 and name HD2%) ( segid " " and resid 140 and name HD1%) 2.300 0.600 0.600 peak 1334 spectrum 1 weight 0.10000E+01 volume 0.12865E-01 ppm1 0.637 ppm2 0.842 CV 1 ASSI { 1341} ( segid " " and resid 19 and name HD1%) (( segid " " and resid 20 and name HN )) 2.800 1.000 1.000 peak 1341 spectrum 1 weight 0.10000E+01 volume 0.66336E-02 ppm1 0.676 ppm2 9.301 CV 1 ASSI { 1342} ( segid " " and resid 19 and name HD1%) (( segid " " and resid 11 and name HN )) 3.500 1.500 1.000 peak 1342 spectrum 1 weight 0.10000E+01 volume 0.44184E-02 ppm1 0.677 ppm2 8.845 CV 1 ASSI { 1344} ( segid " " and resid 19 and name HD1%) (( segid " " and resid 12 and name HN )) 4.100 2.100 1.900 peak 1344 spectrum 1 weight 0.10000E+01 volume 0.86998E-03 ppm1 0.681 ppm2 7.994 CV 1 ASSI { 1345} ( segid " " and resid 19 and name HD1%) (( segid " " and resid 19 and name HN )) 4.200 2.200 1.800 peak 1345 spectrum 1 weight 0.10000E+01 volume 0.23878E-02 ppm1 0.676 ppm2 7.821 CV 1 ASSI { 1346} ( segid " " and resid 19 and name HD1%) ( segid " " and resid 20 and name HD% ) 4.700 2.800 1.300 peak 1346 spectrum 1 weight 0.10000E+01 volume 0.75941E-03 ppm1 0.675 ppm2 7.446 CV 1 ASSI { 1348} ( segid " " and resid 19 and name HD1%) (( segid " " and resid 10 and name HE )) 4.000 2.200 2.000 peak 1348 spectrum 1 weight 0.10000E+01 volume 0.11666E-02 ppm1 0.675 ppm2 6.906 CV 1 ASSI { 1349} ( segid " " and resid 19 and name HD1%) (( segid " " and resid 12 and name HA )) 3.500 1.500 1.300 peak 1349 spectrum 1 weight 0.10000E+01 volume 0.25376E-02 ppm1 0.678 ppm2 5.494 CV 1 ASSI { 1350} ( segid " " and resid 19 and name HD1%) (( segid " " and resid 10 and name HA )) 3.400 1.500 1.500 peak 1350 spectrum 1 weight 0.10000E+01 volume 0.19017E-02 ppm1 0.677 ppm2 5.361 CV 1 ASSI { 1351} ( segid " " and resid 19 and name HD1%) (( segid " " and resid 19 and name HA )) 2.800 1.000 0.700 peak 1351 spectrum 1 weight 0.10000E+01 volume 0.73761E-02 ppm1 0.671 ppm2 4.260 CV 1 ASSI { 1353} ( segid " " and resid 19 and name HD1%) (( segid " " and resid 21 and name HB2 )) 3.500 1.500 1.500 peak 1353 spectrum 1 weight 0.10000E+01 volume 0.17660E-02 ppm1 0.672 ppm2 2.174 CV 1 ASSI { 1360} ( segid " " and resid 23 and name HG2%) (( segid " " and resid 23 and name HN )) 2.200 0.600 0.600 peak 1360 spectrum 1 weight 0.11000E+01 volume 0.82924E-02 ppm1 1.275 ppm2 8.869 CV 1 ASSI { 1363} ( segid " " and resid 11 and name HG2%) (( segid " " and resid 12 and name HN )) 2.500 0.700 0.600 peak 1363 spectrum 1 weight 0.10000E+01 volume 0.10007E-01 ppm1 1.272 ppm2 7.984 CV 1 ASSI { 1365} ( segid " " and resid 96 and name HG2%) (( segid " " and resid 96 and name HN )) 3.300 1.300 1.300 peak 1365 spectrum 1 weight 0.11000E+01 volume 0.58394E-02 ppm1 1.250 ppm2 7.084 CV 1 ASSI { 1366} ( segid " " and resid 11 and name HG2%) ( segid " " and resid 79 and name HD% ) 3.500 1.500 1.500 peak 1366 spectrum 1 weight 0.10000E+01 volume 0.15291E-02 ppm1 1.269 ppm2 6.813 CV 1 OR { 1366} ( segid " " and resid 11 and name HG2%) ( segid " " and resid 20 and name HE% ) ASSI { 1368} ( segid " " and resid 11 and name HG2%) (( segid " " and resid 11 and name HA )) 2.300 0.600 0.600 peak 1368 spectrum 1 weight 0.10000E+01 volume 0.81833E-02 ppm1 1.272 ppm2 4.558 CV 1 ASSI { 1370} ( segid " " and resid 96 and name HG2%) (( segid " " and resid 96 and name HB )) 2.100 0.600 0.600 peak 1370 spectrum 1 weight 0.10000E+01 volume 0.13251E-01 ppm1 1.253 ppm2 4.096 CV 1 ASSI { 1378} ( segid " " and resid 11 and name HG2%) ( segid " " and resid 11 and name HG1%) 2.200 0.600 0.600 peak 1378 spectrum 1 weight 0.10000E+01 volume 0.10274E-01 ppm1 1.274 ppm2 0.696 CV 1 ASSI { 1379} ( segid " " and resid 11 and name HG2%) ( segid " " and resid 77 and name HD2%) 4.600 2.600 1.400 peak 1379 spectrum 1 weight 0.10000E+01 volume 0.10202E-02 ppm1 1.276 ppm2 0.508 CV 1 OR { 1379} ( segid " " and resid 11 and name HG2%) ( segid " " and resid 77 and name HD1%) ASSI { 1380} ( segid " " and resid 11 and name HG2%) ( segid " " and resid 84 and name HD1%) 5.000 3.100 1.000 peak 1380 spectrum 1 weight 0.10000E+01 volume 0.47953E-03 ppm1 1.273 ppm2 0.169 CV 1 ASSI { 1387} ( segid " " and resid 140 and name HD2%) (( segid " " and resid 141 and name HN )) 2.400 2.400 3.600 peak 1387 spectrum 1 weight 0.11000E+01 volume 0.18055E-02 ppm1 0.871 ppm2 7.089 CV 1 ASSI { 1390} ( segid " " and resid 5 and name HG2%) (( segid " " and resid 5 and name HA )) 2.400 0.700 0.700 peak 1390 spectrum 1 weight 0.10000E+01 volume 0.13615E-01 ppm1 0.923 ppm2 4.166 CV 1 ASSI { 1405} ( segid " " and resid 121 and name HG2%) (( segid " " and resid 121 and name HB )) 1.800 0.400 0.400 peak 1405 spectrum 1 weight 0.11000E+01 volume 0.32458E-01 ppm1 0.890 ppm2 1.988 CV 1 OR { 1405} ( segid " " and resid 121 and name HG1%) (( segid " " and resid 121 and name HB )) ASSI { 1444} ( segid " " and resid 11 and name HG1%) (( segid " " and resid 12 and name HN )) 3.600 1.600 1.600 peak 1444 spectrum 1 weight 0.10000E+01 volume 0.12241E-02 ppm1 0.694 ppm2 7.989 CV 1 ASSI { 1445} ( segid " " and resid 11 and name HG1%) ( segid " " and resid 20 and name HD% ) 3.500 1.500 1.500 peak 1445 spectrum 1 weight 0.10000E+01 volume 0.29883E-02 ppm1 0.692 ppm2 7.443 CV 1 ASSI { 1453} ( segid " " and resid 11 and name HG1%) (( segid " " and resid 11 and name HB )) 2.200 0.600 0.600 peak 1453 spectrum 1 weight 0.10000E+01 volume 0.46352E-02 ppm1 0.694 ppm2 2.244 CV 1 ASSI { 1456} ( segid " " and resid 11 and name HG1%) ( segid " " and resid 77 and name HD1%) 3.500 1.500 1.500 peak 1456 spectrum 1 weight 0.10000E+01 volume 0.42658E-02 ppm1 0.695 ppm2 0.512 CV 1 OR { 1456} ( segid " " and resid 11 and name HG1%) ( segid " " and resid 77 and name HD2%) ASSI { 1458} ( segid " " and resid 34 and name HG2%) (( segid " " and resid 41 and name HN )) 4.900 2.900 1.100 peak 1458 spectrum 1 weight 0.10000E+01 volume 0.12534E-02 ppm1 1.208 ppm2 9.101 CV 1 ASSI { 1459} ( segid " " and resid 34 and name HG2%) (( segid " " and resid 34 and name HN )) 3.200 1.300 1.300 peak 1459 spectrum 1 weight 0.10000E+01 volume 0.72620E-02 ppm1 1.208 ppm2 8.324 CV 1 ASSI { 1460} ( segid " " and resid 34 and name HG2%) (( segid " " and resid 35 and name HN )) 2.800 1.000 1.000 peak 1460 spectrum 1 weight 0.10000E+01 volume 0.52864E-02 ppm1 1.207 ppm2 8.224 CV 1 ASSI { 1461} ( segid " " and resid 34 and name HG2%) (( segid " " and resid 34 and name HA )) 2.400 0.700 0.700 peak 1461 spectrum 1 weight 0.10000E+01 volume 0.60338E-02 ppm1 1.208 ppm2 5.484 CV 1 ASSI { 1463} ( segid " " and resid 34 and name HG2%) (( segid " " and resid 40 and name HA )) 3.600 1.600 1.600 peak 1463 spectrum 1 weight 0.10000E+01 volume 0.17801E-02 ppm1 1.207 ppm2 4.629 CV 1 ASSI { 1464} ( segid " " and resid 34 and name HG2%) (( segid " " and resid 39 and name HA )) 3.000 1.200 3.000 peak 1464 spectrum 1 weight 0.10000E+01 volume 0.63472E-02 ppm1 1.207 ppm2 4.348 CV 1 OR { 1464} ( segid " " and resid 34 and name HG2%) (( segid " " and resid 36 and name HA )) OR { 1464} ( segid " " and resid 34 and name HG2%) (( segid " " and resid 38 and name HA )) ASSI { 1465} ( segid " " and resid 34 and name HG2%) (( segid " " and resid 34 and name HB )) 2.200 0.600 0.600 peak 1465 spectrum 1 weight 0.10000E+01 volume 0.11082E-01 ppm1 1.208 ppm2 4.086 CV 1 ASSI { 1470} ( segid " " and resid 109 and name HG1%) (( segid " " and resid 108 and name HN )) 2.800 2.800 3.200 peak 1470 spectrum 1 weight 0.10000E+01 volume 0.70406E-03 ppm1 0.573 ppm2 9.669 CV 1 ASSI { 1471} ( segid " " and resid 109 and name HG1%) (( segid " " and resid 110 and name HN )) 3.400 1.500 1.500 peak 1471 spectrum 1 weight 0.10000E+01 volume 0.34393E-02 ppm1 0.574 ppm2 9.146 CV 1 ASSI { 1472} ( segid " " and resid 109 and name HG1%) (( segid " " and resid 136 and name HN )) 3.500 1.500 1.500 peak 1472 spectrum 1 weight 0.10000E+01 volume 0.17068E-02 ppm1 0.574 ppm2 8.829 CV 1 ASSI { 1473} ( segid " " and resid 109 and name HG1%) (( segid " " and resid 109 and name HN )) 2.300 0.700 0.700 peak 1473 spectrum 1 weight 0.10000E+01 volume 0.72742E-02 ppm1 0.574 ppm2 8.343 CV 1 ASSI { 1474} ( segid " " and resid 109 and name HG1%) (( segid " " and resid 141 and name HN )) 4.500 2.600 1.500 peak 1474 spectrum 1 weight 0.10000E+01 volume 0.12490E-02 ppm1 0.576 ppm2 7.087 CV 1 OR { 1474} ( segid " " and resid 109 and name HG1%) (( segid " " and resid 137 and name HE2 )) ASSI { 1476} ( segid " " and resid 109 and name HG1%) (( segid " " and resid 135 and name HA )) 3.900 1.900 1.900 peak 1476 spectrum 1 weight 0.10000E+01 volume 0.92799E-03 ppm1 0.576 ppm2 5.387 CV 1 ASSI { 1478} ( segid " " and resid 109 and name HG1%) (( segid " " and resid 109 and name HA )) 2.700 0.900 0.900 peak 1478 spectrum 1 weight 0.10000E+01 volume 0.63818E-02 ppm1 0.575 ppm2 4.356 CV 1 ASSI { 1486} ( segid " " and resid 109 and name HG1%) (( segid " " and resid 109 and name HB )) 2.100 0.600 0.600 peak 1486 spectrum 1 weight 0.10000E+01 volume 0.12352E-01 ppm1 0.575 ppm2 1.189 CV 1 ASSI { 1489} ( segid " " and resid 109 and name HG1%) ( segid " " and resid 109 and name HG2%) 2.800 1.000 0.500 peak 1489 spectrum 1 weight 0.11000E+01 volume 0.33077E-01 ppm1 0.575 ppm2 0.868 CV 1 ASSI { 1519} (( segid " " and resid 127 and name HG2 )) (( segid " " and resid 127 and name HN )) 2.600 0.800 0.800 peak 1519 spectrum 1 weight 0.10000E+01 volume 0.35455E-02 ppm1 2.415 ppm2 8.851 CV 1 OR { 1519} (( segid " " and resid 127 and name HG1 )) (( segid " " and resid 127 and name HN )) ASSI { 1520} (( segid " " and resid 127 and name HG2 )) ( segid " " and resid 125 and name HD% ) 3.900 1.900 1.900 peak 1520 spectrum 1 weight 0.10000E+01 volume 0.20541E-02 ppm1 2.417 ppm2 7.412 CV 1 OR { 1520} (( segid " " and resid 127 and name HG1 )) ( segid " " and resid 125 and name HD% ) ASSI { 1521} (( segid " " and resid 127 and name HG2 )) ( segid " " and resid 125 and name HE% ) 4.400 2.400 1.600 peak 1521 spectrum 1 weight 0.10000E+01 volume 0.17860E-02 ppm1 2.419 ppm2 7.278 CV 1 OR { 1521} (( segid " " and resid 127 and name HG1 )) ( segid " " and resid 125 and name HE% ) ASSI { 1522} (( segid " " and resid 127 and name HG2 )) (( segid " " and resid 126 and name HA )) 5.000 3.100 1.000 peak 1522 spectrum 1 weight 0.10000E+01 volume 0.95005E-03 ppm1 2.417 ppm2 4.717 CV 1 OR { 1522} (( segid " " and resid 127 and name HG1 )) (( segid " " and resid 126 and name HA )) ASSI { 1525} (( segid " " and resid 127 and name HG2 )) (( segid " " and resid 127 and name HB1 )) 2.100 0.600 0.600 peak 1525 spectrum 1 weight 0.10000E+01 volume 0.14217E-01 ppm1 2.417 ppm2 2.095 CV 1 OR { 1525} (( segid " " and resid 127 and name HG1 )) (( segid " " and resid 127 and name HB2 )) OR { 1525} (( segid " " and resid 127 and name HG2 )) (( segid " " and resid 127 and name HB2 )) OR { 1525} (( segid " " and resid 127 and name HG1 )) (( segid " " and resid 127 and name HB1 )) ASSI { 1528} (( segid " " and resid 144 and name HB2 )) (( segid " " and resid 144 and name HN )) 2.900 1.100 1.100 peak 1528 spectrum 1 weight 0.10000E+01 volume 0.38706E-02 ppm1 1.901 ppm2 8.203 CV 1 ASSI { 1561} (( segid " " and resid 26 and name HG2 )) (( segid " " and resid 26 and name HE2 )) 3.000 3.000 3.000 peak 1561 spectrum 1 weight 0.11000E+01 volume 0.25372E-02 ppm1 1.334 ppm2 2.973 CV 1 ASSI { 1567} ( segid " " and resid 45 and name HG1%) (( segid " " and resid 88 and name HH )) 4.000 2.200 2.000 peak 1567 spectrum 1 weight 0.11000E+01 volume 0.16671E-02 ppm1 0.544 ppm2 9.226 CV 1 ASSI { 1568} ( segid " " and resid 45 and name HG1%) (( segid " " and resid 45 and name HN )) 3.900 1.900 1.900 peak 1568 spectrum 1 weight 0.10000E+01 volume 0.16241E-02 ppm1 0.546 ppm2 8.492 CV 1 ASSI { 1569} ( segid " " and resid 45 and name HG1%) (( segid " " and resid 46 and name HN )) 3.300 1.500 1.000 peak 1569 spectrum 1 weight 0.10000E+01 volume 0.18056E-02 ppm1 0.546 ppm2 8.286 CV 1 ASSI { 1574} ( segid " " and resid 45 and name HG1%) ( segid " " and resid 108 and name HE% ) 4.000 2.200 2.000 peak 1574 spectrum 1 weight 0.10000E+01 volume 0.26377E-02 ppm1 0.545 ppm2 6.448 CV 1 ASSI { 1576} ( segid " " and resid 45 and name HG1%) (( segid " " and resid 46 and name HB2 )) 3.800 1.800 1.400 peak 1576 spectrum 1 weight 0.10000E+01 volume 0.72091E-03 ppm1 0.544 ppm2 3.982 CV 1 ASSI { 1577} ( segid " " and resid 45 and name HG1%) (( segid " " and resid 45 and name HA )) 2.600 0.800 0.800 peak 1577 spectrum 1 weight 0.10000E+01 volume 0.37211E-02 ppm1 0.544 ppm2 3.731 CV 1 ASSI { 1580} ( segid " " and resid 45 and name HG1%) (( segid " " and resid 45 and name HB )) 2.100 0.500 0.500 peak 1580 spectrum 1 weight 0.10000E+01 volume 0.69132E-02 ppm1 0.544 ppm2 1.559 CV 1 ASSI { 1590} ( segid " " and resid 45 and name HG1%) ( segid " " and resid 22 and name HD2%) 3.500 1.500 1.500 peak 1590 spectrum 1 weight 0.10000E+01 volume 0.22722E-02 ppm1 0.547 ppm2 -0.447 CV 1 ASSI { 1602} (( segid " " and resid 95 and name HA )) (( segid " " and resid 96 and name HN )) 3.300 1.500 1.100 peak 1602 spectrum 1 weight 0.11000E+01 volume 0.19339E-02 ppm1 4.254 ppm2 7.079 CV 1 ASSI { 1610} (( segid " " and resid 14 and name HA )) (( segid " " and resid 15 and name HN )) 3.200 1.200 1.200 peak 1610 spectrum 1 weight 0.11000E+01 volume 0.14333E-02 ppm1 4.276 ppm2 7.761 CV 1 ASSI { 1611} (( segid " " and resid 14 and name HA )) (( segid " " and resid 16 and name HN )) 4.200 2.200 1.800 peak 1611 spectrum 1 weight 0.10000E+01 volume 0.65557E-03 ppm1 4.275 ppm2 6.739 CV 1 ASSI { 1614} (( segid " " and resid 14 and name HA )) (( segid " " and resid 14 and name HB1 )) 2.100 0.500 0.500 peak 1614 spectrum 1 weight 0.10000E+01 volume 0.10705E-01 ppm1 4.273 ppm2 2.385 CV 1 ASSI { 1615} (( segid " " and resid 14 and name HA )) (( segid " " and resid 14 and name HG2 )) 3.400 1.500 1.500 peak 1615 spectrum 1 weight 0.10000E+01 volume 0.54994E-02 ppm1 4.275 ppm2 2.160 CV 1 OR { 1615} (( segid " " and resid 14 and name HA )) (( segid " " and resid 14 and name HG1 )) ASSI { 1616} (( segid " " and resid 14 and name HA )) (( segid " " and resid 14 and name HB2 )) 2.600 0.900 0.900 peak 1616 spectrum 1 weight 0.10000E+01 volume 0.65526E-02 ppm1 4.274 ppm2 2.042 CV 1 ASSI { 1619} (( segid " " and resid 112 and name HA )) (( segid " " and resid 112 and name HN )) 3.000 1.100 1.100 peak 1619 spectrum 1 weight 0.10000E+01 volume 0.21598E-02 ppm1 4.214 ppm2 9.184 CV 1 ASSI { 1620} (( segid " " and resid 112 and name HA )) (( segid " " and resid 113 and name HN )) 3.100 1.200 1.200 peak 1620 spectrum 1 weight 0.10000E+01 volume 0.19158E-02 ppm1 4.217 ppm2 8.296 CV 1 ASSI { 1621} (( segid " " and resid 24 and name HA )) (( segid " " and resid 25 and name HN )) 3.200 1.300 1.300 peak 1621 spectrum 1 weight 0.10000E+01 volume 0.10188E-02 ppm1 4.234 ppm2 7.910 CV 1 ASSI { 1627} (( segid " " and resid 24 and name HA )) (( segid " " and resid 24 and name HB1 )) 2.900 2.900 3.100 peak 1627 spectrum 1 weight 0.11000E+01 volume 0.25417E-02 ppm1 4.219 ppm2 4.098 CV 1 ASSI { 1647} (( segid " " and resid 146 and name HA )) (( segid " " and resid 147 and name HD1 )) 1.800 0.400 0.400 peak 1647 spectrum 1 weight 0.10000E+01 volume 0.14968E-01 ppm1 4.387 ppm2 3.871 CV 1 ASSI { 1648} (( segid " " and resid 146 and name HA )) (( segid " " and resid 147 and name HD2 )) 1.900 0.400 0.400 peak 1648 spectrum 1 weight 0.10000E+01 volume 0.11473E-01 ppm1 4.388 ppm2 3.651 CV 1 ASSI { 1651} (( segid " " and resid 146 and name HA )) (( segid " " and resid 147 and name HB1 )) 4.300 2.300 1.700 peak 1651 spectrum 1 weight 0.10000E+01 volume 0.13399E-02 ppm1 4.381 ppm2 2.253 CV 1 ASSI { 1656} (( segid " " and resid 146 and name HA )) ( segid " " and resid 146 and name HG1%) 2.200 0.600 0.600 peak 1656 spectrum 1 weight 0.10000E+01 volume 0.12661E-01 ppm1 4.387 ppm2 0.938 CV 1 OR { 1656} (( segid " " and resid 146 and name HA )) ( segid " " and resid 146 and name HG2%) ASSI { 1660} (( segid " " and resid 28 and name HA )) (( segid " " and resid 30 and name HN )) 4.600 2.600 1.400 peak 1660 spectrum 1 weight 0.10000E+01 volume 0.88188E-03 ppm1 4.009 ppm2 7.352 CV 1 ASSI { 1670} (( segid " " and resid 28 and name HA )) (( segid " " and resid 28 and name HG1 )) 2.900 1.100 1.100 peak 1670 spectrum 1 weight 0.10000E+01 volume 0.43868E-02 ppm1 4.012 ppm2 2.312 CV 1 OR { 1670} (( segid " " and resid 28 and name HA )) (( segid " " and resid 28 and name HG2 )) ASSI { 1681} (( segid " " and resid 29 and name HA )) (( segid " " and resid 29 and name HB2 )) 2.400 0.700 0.700 peak 1681 spectrum 1 weight 0.10000E+01 volume 0.82441E-02 ppm1 4.427 ppm2 3.881 CV 1 ASSI { 1709} (( segid " " and resid 15 and name HA )) (( segid " " and resid 16 and name HN )) 3.300 1.400 1.400 peak 1709 spectrum 1 weight 0.11000E+01 volume 0.17682E-02 ppm1 4.286 ppm2 6.746 CV 1 ASSI { 1717} (( segid " " and resid 15 and name HA )) ( segid " " and resid 15 and name HB% ) 2.100 0.500 0.500 peak 1717 spectrum 1 weight 0.10000E+01 volume 0.15698E-01 ppm1 4.286 ppm2 1.539 CV 1 ASSI { 1724} (( segid " " and resid 58 and name HA )) (( segid " " and resid 48 and name HA )) 3.200 1.200 1.200 peak 1724 spectrum 1 weight 0.11000E+01 volume 0.22465E-02 ppm1 4.265 ppm2 3.792 CV 1 ASSI { 1736} (( segid " " and resid 147 and name HD1 )) (( segid " " and resid 147 and name HD2 )) 1.400 0.200 0.800 peak 1736 spectrum 1 weight 0.10000E+01 volume 0.19790E-01 ppm1 3.871 ppm2 3.651 CV 1 ASSI { 1738} (( segid " " and resid 147 and name HD1 )) (( segid " " and resid 147 and name HB2 )) 4.300 2.300 1.700 peak 1738 spectrum 1 weight 0.10000E+01 volume 0.14283E-02 ppm1 3.870 ppm2 1.767 CV 1 ASSI { 1740} (( segid " " and resid 19 and name HB1 )) (( segid " " and resid 19 and name HN )) 2.800 1.000 1.000 peak 1740 spectrum 1 weight 0.10000E+01 volume 0.25016E-02 ppm1 1.489 ppm2 7.816 CV 1 ASSI { 1741} (( segid " " and resid 73 and name HB1 )) (( segid " " and resid 73 and name HN )) 2.300 0.700 0.700 peak 1741 spectrum 1 weight 0.10000E+01 volume 0.22894E-02 ppm1 1.482 ppm2 7.755 CV 1 ASSI { 1743} (( segid " " and resid 19 and name HB1 )) (( segid " " and resid 18 and name HA )) 4.900 3.000 1.100 peak 1743 spectrum 1 weight 0.10000E+01 volume 0.67329E-03 ppm1 1.486 ppm2 3.944 CV 1 ASSI { 1744} (( segid " " and resid 73 and name HB1 )) (( segid " " and resid 73 and name HA )) 3.100 1.200 1.200 peak 1744 spectrum 1 weight 0.10000E+01 volume 0.12612E-02 ppm1 1.477 ppm2 3.286 CV 1 ASSI { 1753} (( segid " " and resid 19 and name HB1 )) (( segid " " and resid 19 and name HB2 )) 1.600 0.300 0.600 peak 1753 spectrum 1 weight 0.11000E+01 volume 0.10575E-01 ppm1 1.485 ppm2 1.173 CV 1 ASSI { 1755} (( segid " " and resid 19 and name HB1 )) ( segid " " and resid 19 and name HD2%) 3.100 1.200 1.200 peak 1755 spectrum 1 weight 0.10000E+01 volume 0.32882E-02 ppm1 1.489 ppm2 0.735 CV 1 ASSI { 1761} (( segid " " and resid 123 and name HB2 )) (( segid " " and resid 123 and name HA )) 2.900 1.100 1.100 peak 1761 spectrum 1 weight 0.11000E+01 volume 0.25850E-02 ppm1 1.164 ppm2 4.236 CV 1 ASSI { 1763} (( segid " " and resid 73 and name HB2 )) (( segid " " and resid 73 and name HA )) 2.600 0.900 0.900 peak 1763 spectrum 1 weight 0.10000E+01 volume 0.11447E-02 ppm1 1.170 ppm2 3.287 CV 1 ASSI { 1777} (( segid " " and resid 73 and name HB2 )) ( segid " " and resid 73 and name HD2%) 2.700 0.900 0.900 peak 1777 spectrum 1 weight 0.10000E+01 volume 0.33107E-02 ppm1 1.168 ppm2 0.846 CV 1 ASSI { 1789} ( segid " " and resid 84 and name HD1%) (( segid " " and resid 84 and name HB1 )) 2.900 1.000 1.000 peak 1789 spectrum 1 weight 0.10000E+01 volume 0.30011E-02 ppm1 0.168 ppm2 1.737 CV 1 ASSI { 1793} ( segid " " and resid 84 and name HD1%) (( segid " " and resid 20 and name HB1 )) 2.400 0.700 0.700 peak 1793 spectrum 1 weight 0.10000E+01 volume 0.37897E-02 ppm1 0.168 ppm2 3.015 CV 1 ASSI { 1794} ( segid " " and resid 84 and name HD1%) (( segid " " and resid 20 and name HB2 )) 3.400 1.400 1.400 peak 1794 spectrum 1 weight 0.10000E+01 volume 0.28335E-02 ppm1 0.168 ppm2 2.615 CV 1 ASSI { 1795} ( segid " " and resid 84 and name HD1%) (( segid " " and resid 84 and name HA )) 2.400 0.700 0.700 peak 1795 spectrum 1 weight 0.10000E+01 volume 0.63008E-02 ppm1 0.168 ppm2 5.245 CV 1 ASSI { 1797} ( segid " " and resid 84 and name HD1%) (( segid " " and resid 141 and name HA )) 3.000 3.000 3.000 peak 1797 spectrum 1 weight 0.10000E+01 volume 0.20274E-02 ppm1 0.168 ppm2 4.552 CV 1 ASSI { 1798} ( segid " " and resid 84 and name HD1%) (( segid " " and resid 83 and name HA )) 4.600 2.600 1.400 peak 1798 spectrum 1 weight 0.10000E+01 volume 0.11337E-02 ppm1 0.168 ppm2 4.427 CV 1 ASSI { 1804} ( segid " " and resid 98 and name HD1%) (( segid " " and resid 98 and name HA )) 3.000 1.200 1.100 peak 1804 spectrum 1 weight 0.10000E+01 volume 0.18167E-01 ppm1 0.875 ppm2 4.363 CV 1 ASSI { 1805} ( segid " " and resid 98 and name HD1%) (( segid " " and resid 95 and name HA )) 3.500 1.500 1.300 peak 1805 spectrum 1 weight 0.10000E+01 volume 0.76024E-02 ppm1 0.875 ppm2 4.254 CV 1 OR { 1805} ( segid " " and resid 98 and name HD1%) (( segid " " and resid 99 and name HA )) ASSI { 1807} ( segid " " and resid 98 and name HD1%) (( segid " " and resid 97 and name HA )) 4.000 2.200 2.000 peak 1807 spectrum 1 weight 0.10000E+01 volume 0.14618E-02 ppm1 0.876 ppm2 4.487 CV 1 ASSI { 1810} ( segid " " and resid 45 and name HG2%) ( segid " " and resid 108 and name HE% ) 3.500 1.500 1.200 peak 1810 spectrum 1 weight 0.10000E+01 volume 0.29407E-02 ppm1 0.643 ppm2 6.452 CV 1 ASSI { 1812} ( segid " " and resid 84 and name HD1%) ( segid " " and resid 20 and name HD% ) 3.500 1.700 1.200 peak 1812 spectrum 1 weight 0.10000E+01 volume 0.37614E-02 ppm1 0.169 ppm2 7.442 CV 1 ASSI { 1813} ( segid " " and resid 84 and name HD1%) ( segid " " and resid 20 and name HE% ) 2.800 1.000 1.500 peak 1813 spectrum 1 weight 0.10000E+01 volume 0.11027E-01 ppm1 0.168 ppm2 6.810 CV 1 ASSI { 1816} ( segid " " and resid 84 and name HD1%) (( segid " " and resid 85 and name HN )) 3.100 1.200 1.200 peak 1816 spectrum 1 weight 0.10000E+01 volume 0.31583E-02 ppm1 0.169 ppm2 9.063 CV 1 ASSI { 1818} ( segid " " and resid 84 and name HD1%) (( segid " " and resid 80 and name HN )) 4.000 2.200 1.800 peak 1818 spectrum 1 weight 0.10000E+01 volume 0.21291E-02 ppm1 0.168 ppm2 8.408 CV 1 ASSI { 1819} ( segid " " and resid 84 and name HD1%) (( segid " " and resid 84 and name HN )) 3.900 1.900 1.900 peak 1819 spectrum 1 weight 0.10000E+01 volume 0.20650E-02 ppm1 0.168 ppm2 8.302 CV 1 ASSI { 1821} ( segid " " and resid 98 and name HD1%) (( segid " " and resid 100 and name HN )) 4.300 2.300 1.700 peak 1821 spectrum 1 weight 0.10000E+01 volume 0.14711E-02 ppm1 0.876 ppm2 8.558 CV 1 OR { 1821} ( segid " " and resid 98 and name HD1%) (( segid " " and resid 94 and name HN )) ASSI { 1828} ( segid " " and resid 98 and name HD1%) ( segid " " and resid 95 and name HB1 ) 3.300 1.500 1.500 peak 1828 spectrum 1 weight 0.10000E+01 volume 0.27945E-02 ppm1 0.875 ppm2 2.074 CV 1 ASSI { 1831} ( segid " " and resid 98 and name HD1%) (( segid " " and resid 99 and name HB2 )) 3.300 1.500 1.100 peak 1831 spectrum 1 weight 0.10000E+01 volume 0.67055E-02 ppm1 0.876 ppm2 1.869 CV 1 OR { 1831} ( segid " " and resid 98 and name HD1%) (( segid " " and resid 99 and name HB1 )) ASSI { 1832} ( segid " " and resid 98 and name HD1%) (( segid " " and resid 98 and name HG )) 2.400 0.600 0.500 peak 1832 spectrum 1 weight 0.10000E+01 volume 0.19652E-01 ppm1 0.875 ppm2 1.771 CV 1 ASSI { 1833} ( segid " " and resid 98 and name HD1%) (( segid " " and resid 98 and name HB2 )) 2.400 0.600 0.500 peak 1833 spectrum 1 weight 0.11000E+01 volume 0.15592E-01 ppm1 0.875 ppm2 1.707 CV 1 ASSI { 1839} ( segid " " and resid 45 and name HG2%) (( segid " " and resid 45 and name HA )) 2.600 0.800 0.800 peak 1839 spectrum 1 weight 0.10000E+01 volume 0.27336E-02 ppm1 0.639 ppm2 3.735 CV 1 ASSI { 1840} ( segid " " and resid 84 and name HD1%) ( segid " " and resid 84 and name HD2%) 2.800 1.000 0.500 peak 1840 spectrum 1 weight 0.10000E+01 volume 0.15840E-01 ppm1 0.168 ppm2 0.436 CV 1 ASSI { 1841} ( segid " " and resid 84 and name HD1%) ( segid " " and resid 11 and name HG1%) 2.800 1.000 1.000 peak 1841 spectrum 1 weight 0.10000E+01 volume 0.11557E-01 ppm1 0.168 ppm2 0.693 CV 1 ASSI { 1842} ( segid " " and resid 84 and name HD1%) ( segid " " and resid 77 and name HD1%) 2.800 1.000 1.200 peak 1842 spectrum 1 weight 0.10000E+01 volume 0.52989E-02 ppm1 0.169 ppm2 0.530 CV 1 OR { 1842} ( segid " " and resid 84 and name HD1%) ( segid " " and resid 77 and name HD2%) ASSI { 1849} ( segid " " and resid 22 and name HD1%) ( segid " " and resid 77 and name HD1%) 2.400 0.700 0.700 peak 1849 spectrum 1 weight 0.10000E+01 volume 0.50962E-02 ppm1 -0.017 ppm2 0.526 CV 1 OR { 1849} ( segid " " and resid 22 and name HD1%) ( segid " " and resid 77 and name HD2%) ASSI { 1850} ( segid " " and resid 22 and name HD1%) ( segid " " and resid 84 and name HD2%) 2.600 0.800 0.800 peak 1850 spectrum 1 weight 0.10000E+01 volume 0.46047E-02 ppm1 -0.018 ppm2 0.437 CV 1 ASSI { 1852} ( segid " " and resid 67 and name HG2%) (( segid " " and resid 52 and name HB2 )) 2.400 2.400 3.600 peak 1852 spectrum 1 weight 0.10000E+01 volume 0.20420E-02 ppm1 1.073 ppm2 3.820 CV 1 ASSI { 1853} ( segid " " and resid 23 and name HG2%) (( segid " " and resid 23 and name HB )) 2.500 0.800 0.800 peak 1853 spectrum 1 weight 0.11000E+01 volume 0.32883E-02 ppm1 1.280 ppm2 3.748 CV 1 ASSI { 1854} ( segid " " and resid 23 and name HG2%) (( segid " " and resid 23 and name HA )) 2.400 0.700 0.700 peak 1854 spectrum 1 weight 0.11000E+01 volume 0.71582E-02 ppm1 1.281 ppm2 3.637 CV 1 ASSI { 1857} ( segid " " and resid 67 and name HG2%) (( segid " " and resid 67 and name HB )) 2.200 0.600 0.600 peak 1857 spectrum 1 weight 0.10000E+01 volume 0.97055E-02 ppm1 1.073 ppm2 3.990 CV 1 ASSI { 1861} ( segid " " and resid 22 and name HD1%) (( segid " " and resid 22 and name HN )) 3.700 1.700 1.700 peak 1861 spectrum 1 weight 0.10000E+01 volume 0.13042E-02 ppm1 -0.018 ppm2 8.194 CV 1 ASSI { 1862} ( segid " " and resid 22 and name HD1%) ( segid " " and resid 108 and name HD% ) 3.100 1.200 1.200 peak 1862 spectrum 1 weight 0.10000E+01 volume 0.13702E-02 ppm1 -0.017 ppm2 6.731 CV 1 ASSI { 1863} ( segid " " and resid 22 and name HD1%) ( segid " " and resid 108 and name HE% ) 3.200 3.200 2.800 peak 1863 spectrum 1 weight 0.10000E+01 volume 0.13705E-02 ppm1 -0.012 ppm2 6.462 CV 1 ASSI { 1869} ( segid " " and resid 67 and name HG2%) (( segid " " and resid 67 and name HN )) 3.100 1.200 1.200 peak 1869 spectrum 1 weight 0.10000E+01 volume 0.33350E-02 ppm1 1.074 ppm2 8.380 CV 1 ASSI { 1876} ( segid " " and resid 123 and name HD1%) (( segid " " and resid 123 and name HN )) 2.800 1.000 1.000 peak 1876 spectrum 1 weight 0.10000E+01 volume 0.32970E-02 ppm1 0.686 ppm2 8.538 CV 1 ASSI { 1879} ( segid " " and resid 59 and name HG2%) ( segid " " and resid 106 and name HE% ) 3.900 1.900 1.200 peak 1879 spectrum 1 weight 0.10000E+01 volume 0.15442E-02 ppm1 1.156 ppm2 6.296 CV 1 ASSI { 1881} ( segid " " and resid 67 and name HG2%) (( segid " " and resid 62 and name HA )) 3.500 1.500 1.200 peak 1881 spectrum 1 weight 0.10000E+01 volume 0.24427E-02 ppm1 1.075 ppm2 4.917 CV 1 ASSI { 1882} ( segid " " and resid 67 and name HG2%) (( segid " " and resid 67 and name HA )) 2.500 0.800 0.800 peak 1882 spectrum 1 weight 0.10000E+01 volume 0.48748E-02 ppm1 1.072 ppm2 4.820 CV 1 ASSI { 1883} ( segid " " and resid 23 and name HG2%) (( segid " " and resid 24 and name HB2 )) 3.600 3.600 2.400 peak 1883 spectrum 1 weight 0.11000E+01 volume 0.91973E-02 ppm1 1.278 ppm2 4.069 CV 1 OR { 1883} ( segid " " and resid 23 and name HG2%) (( segid " " and resid 24 and name HB1 )) ASSI { 1885} ( segid " " and resid 47 and name HB% ) (( segid " " and resid 26 and name HE2 )) 3.800 1.800 1.500 peak 1885 spectrum 1 weight 0.10000E+01 volume 0.20824E-02 ppm1 1.272 ppm2 2.974 CV 1 OR { 1885} ( segid " " and resid 47 and name HB% ) (( segid " " and resid 26 and name HE1 )) ASSI { 1886} ( segid " " and resid 47 and name HB% ) (( segid " " and resid 75 and name HE2 )) 3.800 1.800 1.200 peak 1886 spectrum 1 weight 0.10000E+01 volume 0.15354E-02 ppm1 1.272 ppm2 2.867 CV 1 OR { 1886} ( segid " " and resid 47 and name HB% ) (( segid " " and resid 75 and name HE1 )) ASSI { 1888} ( segid " " and resid 59 and name HG1%) ( segid " " and resid 70 and name HB% ) 2.200 0.600 0.600 peak 1888 spectrum 1 weight 0.10000E+01 volume 0.90227E-02 ppm1 0.950 ppm2 1.302 CV 1 ASSI { 1890} ( segid " " and resid 123 and name HD1%) (( segid " " and resid 123 and name HB2 )) 2.000 0.500 0.500 peak 1890 spectrum 1 weight 0.10000E+01 volume 0.11788E-01 ppm1 0.684 ppm2 1.177 CV 1 ASSI { 1898} ( segid " " and resid 12 and name HG2%) (( segid " " and resid 13 and name HN )) 2.600 0.800 0.800 peak 1898 spectrum 1 weight 0.10000E+01 volume 0.40502E-02 ppm1 0.857 ppm2 8.209 CV 1 ASSI { 1901} ( segid " " and resid 83 and name HG1%) (( segid " " and resid 108 and name HN )) 3.300 1.500 1.100 peak 1901 spectrum 1 weight 0.10000E+01 volume 0.25128E-02 ppm1 0.863 ppm2 9.667 CV 1 OR { 1901} ( segid " " and resid 83 and name HG2%) (( segid " " and resid 108 and name HN )) ASSI { 1907} ( segid " " and resid 47 and name HB% ) (( segid " " and resid 48 and name HN )) 2.800 1.000 0.600 peak 1907 spectrum 1 weight 0.10000E+01 volume 0.10894E-01 ppm1 1.255 ppm2 8.462 CV 1 ASSI { 1908} ( segid " " and resid 47 and name HB% ) (( segid " " and resid 44 and name HD21)) 3.300 1.400 1.400 peak 1908 spectrum 1 weight 0.10000E+01 volume 0.34587E-02 ppm1 1.257 ppm2 7.594 CV 1 ASSI { 1909} ( segid " " and resid 47 and name HB% ) (( segid " " and resid 47 and name HN )) 2.500 0.800 0.800 peak 1909 spectrum 1 weight 0.10000E+01 volume 0.55595E-02 ppm1 1.256 ppm2 7.272 CV 1 ASSI { 1911} ( segid " " and resid 123 and name HD1%) (( segid " " and resid 124 and name HN )) 4.000 2.000 2.000 peak 1911 spectrum 1 weight 0.10000E+01 volume 0.21014E-02 ppm1 0.685 ppm2 6.527 CV 1 ASSI { 1914} ( segid " " and resid 83 and name HG2%) (( segid " " and resid 83 and name HA )) 2.100 0.600 0.600 peak 1914 spectrum 1 weight 0.11000E+01 volume 0.14305E-01 ppm1 0.857 ppm2 4.427 CV 1 ASSI { 1916} ( segid " " and resid 12 and name HG2%) (( segid " " and resid 12 and name HB )) 2.100 0.600 0.600 peak 1916 spectrum 1 weight 0.10000E+01 volume 0.13387E-01 ppm1 0.858 ppm2 3.709 CV 1 ASSI { 1917} ( segid " " and resid 83 and name HG1%) (( segid " " and resid 107 and name HB2 )) 3.300 1.500 1.200 peak 1917 spectrum 1 weight 0.10000E+01 volume 0.56861E-02 ppm1 0.859 ppm2 3.595 CV 1 OR { 1917} ( segid " " and resid 83 and name HG2%) (( segid " " and resid 107 and name HB2 )) ASSI { 1918} ( segid " " and resid 12 and name HG2%) (( segid " " and resid 17 and name HA2 )) 3.600 1.800 1.000 peak 1918 spectrum 1 weight 0.10000E+01 volume 0.26812E-02 ppm1 0.857 ppm2 3.500 CV 1 ASSI { 1920} ( segid " " and resid 123 and name HD1%) (( segid " " and resid 135 and name HB1 )) 2.500 0.800 0.800 peak 1920 spectrum 1 weight 0.10000E+01 volume 0.41415E-02 ppm1 0.684 ppm2 3.773 CV 1 ASSI { 1923} ( segid " " and resid 47 and name HB% ) (( segid " " and resid 75 and name HD1 )) 3.300 1.400 2.000 peak 1923 spectrum 1 weight 0.10000E+01 volume 0.44750E-02 ppm1 1.261 ppm2 1.609 CV 1 OR { 1923} ( segid " " and resid 47 and name HB% ) (( segid " " and resid 75 and name HD2 )) OR { 1923} ( segid " " and resid 47 and name HB% ) (( segid " " and resid 26 and name HD2 )) OR { 1923} ( segid " " and resid 47 and name HB% ) (( segid " " and resid 26 and name HD1 )) OR { 1923} ( segid " " and resid 59 and name HG1%) (( segid " " and resid 61 and name HG11)) OR { 1923} ( segid " " and resid 59 and name HG1%) (( segid " " and resid 61 and name HG12)) ASSI { 1929} ( segid " " and resid 59 and name HG1%) (( segid " " and resid 59 and name HN )) 4.000 2.000 2.000 peak 1929 spectrum 1 weight 0.10000E+01 volume 0.98748E-03 ppm1 0.956 ppm2 6.894 CV 1 ASSI { 1930} ( segid " " and resid 83 and name HG2%) (( segid " " and resid 83 and name HN )) 2.600 0.800 0.800 peak 1930 spectrum 1 weight 0.10000E+01 volume 0.10675E-01 ppm1 0.848 ppm2 7.520 CV 1 OR { 1930} ( segid " " and resid 83 and name HG1%) (( segid " " and resid 83 and name HN )) ASSI { 1932} ( segid " " and resid 129 and name HG2%) (( segid " " and resid 128 and name HN )) 4.000 2.200 2.000 peak 1932 spectrum 1 weight 0.10000E+01 volume 0.15535E-02 ppm1 1.079 ppm2 8.164 CV 1 ASSI { 1936} ( segid " " and resid 146 and name HG1%) (( segid " " and resid 146 and name HN )) 2.500 0.800 0.800 peak 1936 spectrum 1 weight 0.10000E+01 volume 0.12151E-01 ppm1 0.932 ppm2 8.189 CV 1 OR { 1936} ( segid " " and resid 146 and name HG1%) (( segid " " and resid 146 and name HN )) OR { 1936} ( segid " " and resid 146 and name HG2%) (( segid " " and resid 146 and name HN )) OR { 1936} ( segid " " and resid 146 and name HG2%) (( segid " " and resid 146 and name HN )) ASSI { 1937} ( segid " " and resid 5 and name HG2%) (( segid " " and resid 5 and name HN )) 2.400 0.700 0.700 peak 1937 spectrum 1 weight 0.10000E+01 volume 0.12940E-01 ppm1 0.925 ppm2 8.091 CV 1 OR { 1937} ( segid " " and resid 5 and name HG1%) (( segid " " and resid 5 and name HN )) ASSI { 1938} ( segid " " and resid 121 and name HG1%) (( segid " " and resid 121 and name HN )) 2.600 0.900 0.900 peak 1938 spectrum 1 weight 0.11000E+01 volume 0.80045E-02 ppm1 0.894 ppm2 8.733 CV 1 OR { 1938} ( segid " " and resid 121 and name HG2%) (( segid " " and resid 121 and name HN )) ASSI { 1939} ( segid " " and resid 87 and name HG1%) (( segid " " and resid 87 and name HN )) 3.200 1.300 1.300 peak 1939 spectrum 1 weight 0.11000E+01 volume 0.33746E-02 ppm1 0.488 ppm2 8.769 CV 1 ASSI { 1940} ( segid " " and resid 87 and name HG1%) (( segid " " and resid 88 and name HN )) 3.700 1.700 1.700 peak 1940 spectrum 1 weight 0.10000E+01 volume 0.24623E-02 ppm1 0.491 ppm2 9.220 CV 1 ASSI { 1941} ( segid " " and resid 87 and name HG1%) (( segid " " and resid 106 and name HN )) 3.900 1.900 1.900 peak 1941 spectrum 1 weight 0.10000E+01 volume 0.12418E-02 ppm1 0.489 ppm2 9.424 CV 1 ASSI { 1943} ( segid " " and resid 129 and name HG2%) (( segid " " and resid 129 and name HN )) 2.400 0.700 0.700 peak 1943 spectrum 1 weight 0.10000E+01 volume 0.29164E-02 ppm1 1.079 ppm2 6.666 CV 1 ASSI { 1944} ( segid " " and resid 87 and name HG1%) ( segid " " and resid 105 and name HD% ) 3.100 1.200 1.200 peak 1944 spectrum 1 weight 0.10000E+01 volume 0.24718E-02 ppm1 0.488 ppm2 6.967 CV 1 ASSI { 1945} ( segid " " and resid 87 and name HG1%) ( segid " " and resid 105 and name HE% ) 3.400 1.400 1.500 peak 1945 spectrum 1 weight 0.10000E+01 volume 0.22868E-02 ppm1 0.487 ppm2 6.735 CV 1 ASSI { 1946} ( segid " " and resid 87 and name HG1%) (( segid " " and resid 105 and name HA )) 2.600 0.900 0.900 peak 1946 spectrum 1 weight 0.10000E+01 volume 0.24028E-02 ppm1 0.487 ppm2 5.073 CV 1 ASSI { 1947} ( segid " " and resid 87 and name HG1%) (( segid " " and resid 87 and name HA )) 2.600 0.800 0.800 peak 1947 spectrum 1 weight 0.11000E+01 volume 0.32316E-02 ppm1 0.488 ppm2 4.846 CV 1 ASSI { 1948} ( segid " " and resid 87 and name HG1%) (( segid " " and resid 86 and name HA )) 4.400 2.400 1.600 peak 1948 spectrum 1 weight 0.10000E+01 volume 0.10493E-02 ppm1 0.486 ppm2 4.664 CV 1 ASSI { 1950} ( segid " " and resid 16 and name HG2%) (( segid " " and resid 16 and name HA )) 2.800 1.000 1.000 peak 1950 spectrum 1 weight 0.10000E+01 volume 0.10548E-01 ppm1 1.107 ppm2 4.504 CV 1 ASSI { 1951} ( segid " " and resid 16 and name HG2%) (( segid " " and resid 16 and name HB )) 2.800 1.000 0.500 peak 1951 spectrum 1 weight 0.10000E+01 volume 0.12445E-01 ppm1 1.100 ppm2 4.335 CV 1 ASSI { 4653} ( segid " " and resid 16 and name HG2%) (( segid " " and resid 15 and name HB% )) 3.300 1.500 1.500 peak 4653 spectrum 1 weight 0.10000E+01 volume 0.12445E-01 ppm1 1.100 ppm2 1.541 CV 1 ASSI { 1942} ( segid " " and resid 16 and name HG2%) (( segid " " and resid 16 and name HN )) 3.300 1.500 1.500 peak 1942 spectrum 1 weight 0.10000E+01 volume 0.12445E-01 ppm1 1.100 ppm2 6.750 CV 1 ASSI { 1935} ( segid " " and resid 16 and name HG2%) (( segid " " and resid 13 and name HD21)) 3.300 1.500 1.500 peak 1935 spectrum 1 weight 0.10000E+01 volume 0.12445E-01 ppm1 1.100 ppm2 7.312 CV 1 ASSI { 4472} ( segid " " and resid 16 and name HG2%) (( segid " " and resid 17 and name HN )) 3.300 1.500 1.500 peak 4472 spectrum 1 weight 0.10000E+01 volume 0.12445E-01 ppm1 1.100 ppm2 8.733 CV 1 ASSI { 3323} ( segid " " and resid 16 and name HG2%) (( segid " " and resid 13 and name HD22)) 3.300 1.500 1.500 peak 3323 spectrum 1 weight 0.10000E+01 volume 0.12445E-01 ppm1 1.100 ppm2 9.455 CV 1 ASSI { 1933} ( segid " " and resid 16 and name HG2%) (( segid " " and resid 18 and name HN )) 4.000 2.200 1.500 peak 1933 spectrum 1 weight 0.10000E+01 volume 0.12445E-01 ppm1 1.100 ppm2 9.455 CV 1 OR { 1933} ( segid " " and resid 16 and name HG2%) (( segid " " and resid 19 and name HN )) ASSI { 4637} ( segid " " and resid 129 and name HG2%) (( segid " " and resid 129 and name HB )) 2.800 1.000 0.500 peak 4637 spectrum 1 weight 0.10000E+01 volume 0.12445E-01 ppm1 1.100 ppm2 4.335 CV 1 ASSI { 1952} ( segid " " and resid 129 and name HG2%) (( segid " " and resid 129 and name HA )) 2.800 1.000 1.000 peak 1952 spectrum 1 weight 0.10000E+01 volume 0.91406E-02 ppm1 1.082 ppm2 4.452 CV 1 ASSI { 1954} ( segid " " and resid 146 and name HG1%) (( segid " " and resid 147 and name HD1 )) 3.800 1.800 1.800 peak 1954 spectrum 1 weight 0.10000E+01 volume 0.37554E-02 ppm1 0.935 ppm2 3.871 CV 1 OR { 1954} ( segid " " and resid 146 and name HG2%) (( segid " " and resid 147 and name HD1 )) ASSI { 1955} ( segid " " and resid 87 and name HG2%) ( segid " " and resid 87 and name HG1%) 2.200 0.600 0.600 peak 1955 spectrum 1 weight 0.11000E+01 volume 0.14776E-01 ppm1 0.767 ppm2 0.490 CV 1 ASSI { 1957} ( segid " " and resid 87 and name HG1%) (( segid " " and resid 87 and name HB )) 2.100 0.500 0.500 peak 1957 spectrum 1 weight 0.10000E+01 volume 0.11038E-01 ppm1 0.487 ppm2 1.818 CV 1 ASSI { 1959} ( segid " " and resid 5 and name HG2%) (( segid " " and resid 5 and name HB )) 1.800 0.400 0.400 peak 1959 spectrum 1 weight 0.11000E+01 volume 0.39665E-01 ppm1 0.931 ppm2 2.076 CV 1 OR { 1959} ( segid " " and resid 5 and name HG1%) (( segid " " and resid 5 and name HB )) ASSI { 1963} ( segid " " and resid 146 and name HG2%) (( segid " " and resid 148 and name HN )) 3.300 1.500 1.200 peak 1963 spectrum 1 weight 0.10000E+01 volume 0.26306E-02 ppm1 0.932 ppm2 8.372 CV 1 OR { 1963} ( segid " " and resid 146 and name HG1%) (( segid " " and resid 148 and name HN )) ASSI { 1968} ( segid " " and resid 54 and name HB% ) (( segid " " and resid 55 and name HN )) 2.800 1.000 0.500 peak 1968 spectrum 1 weight 0.11000E+01 volume 0.12894E-01 ppm1 1.429 ppm2 8.405 CV 1 ASSI { 1969} ( segid " " and resid 54 and name HB% ) (( segid " " and resid 54 and name HN )) 2.500 0.800 0.800 peak 1969 spectrum 1 weight 0.11000E+01 volume 0.10149E-01 ppm1 1.427 ppm2 8.352 CV 1 ASSI { 1972} ( segid " " and resid 138 and name HG2%) (( segid " " and resid 136 and name HE1 )) 4.400 2.400 1.600 peak 1972 spectrum 1 weight 0.10000E+01 volume 0.72183E-03 ppm1 1.091 ppm2 9.787 CV 1 ASSI { 1974} ( segid " " and resid 57 and name HB% ) (( segid " " and resid 58 and name HN )) 3.500 1.500 1.500 peak 1974 spectrum 1 weight 0.11000E+01 volume 0.18090E-02 ppm1 1.195 ppm2 9.649 CV 1 ASSI { 1975} ( segid " " and resid 138 and name HG2%) (( segid " " and resid 139 and name HN )) 4.500 2.500 1.500 peak 1975 spectrum 1 weight 0.10000E+01 volume 0.61977E-03 ppm1 1.098 ppm2 9.369 CV 1 ASSI { 1976} ( segid " " and resid 58 and name HB% ) (( segid " " and resid 73 and name HN )) 3.900 1.900 1.900 peak 1976 spectrum 1 weight 0.10000E+01 volume 0.75720E-03 ppm1 0.264 ppm2 7.745 CV 1 ASSI { 1977} ( segid " " and resid 58 and name HB% ) ( segid " " and resid 88 and name HD% ) 3.300 1.300 1.300 peak 1977 spectrum 1 weight 0.10000E+01 volume 0.96336E-03 ppm1 0.262 ppm2 7.117 CV 1 ASSI { 1980} ( segid " " and resid 58 and name HB% ) (( segid " " and resid 58 and name HN )) 2.600 0.900 0.900 peak 1980 spectrum 1 weight 0.10000E+01 volume 0.14450E-02 ppm1 0.266 ppm2 9.648 CV 1 ASSI { 1982} ( segid " " and resid 138 and name HG2%) (( segid " " and resid 141 and name HN )) 2.300 0.700 0.700 peak 1982 spectrum 1 weight 0.10000E+01 volume 0.45271E-02 ppm1 1.096 ppm2 7.112 CV 1 ASSI { 1983} ( segid " " and resid 138 and name HG2%) (( segid " " and resid 136 and name HD1 )) 3.300 1.400 1.400 peak 1983 spectrum 1 weight 0.10000E+01 volume 0.11458E-02 ppm1 1.097 ppm2 6.905 CV 1 ASSI { 1984} ( segid " " and resid 138 and name HG2%) ( segid " " and resid 108 and name HE% ) 2.200 2.200 3.800 peak 1984 spectrum 1 weight 0.10000E+01 volume 0.28187E-02 ppm1 1.095 ppm2 6.483 CV 1 ASSI { 1986} ( segid " " and resid 138 and name HG2%) (( segid " " and resid 138 and name HA )) 3.400 1.400 1.400 peak 1986 spectrum 1 weight 0.10000E+01 volume 0.18733E-02 ppm1 1.096 ppm2 5.197 CV 1 ASSI { 1988} ( segid " " and resid 138 and name HG2%) (( segid " " and resid 142 and name HN )) 4.600 2.600 1.400 peak 1988 spectrum 1 weight 0.10000E+01 volume 0.10932E-02 ppm1 1.100 ppm2 7.530 CV 1 ASSI { 1990} ( segid " " and resid 57 and name HB% ) (( segid " " and resid 59 and name HN )) 3.300 1.400 1.400 peak 1990 spectrum 1 weight 0.11000E+01 volume 0.25194E-02 ppm1 1.194 ppm2 6.894 CV 1 ASSI { 1992} ( segid " " and resid 54 and name HB% ) (( segid " " and resid 55 and name HD22)) 4.300 2.300 1.700 peak 1992 spectrum 1 weight 0.10000E+01 volume 0.14216E-02 ppm1 1.430 ppm2 7.791 CV 1 ASSI { 1993} ( segid " " and resid 58 and name HB% ) (( segid " " and resid 72 and name HA )) 3.800 1.800 1.800 peak 1993 spectrum 1 weight 0.10000E+01 volume 0.11004E-02 ppm1 0.263 ppm2 4.504 CV 1 ASSI { 1994} ( segid " " and resid 58 and name HB% ) (( segid " " and resid 58 and name HA )) 2.300 0.700 0.700 peak 1994 spectrum 1 weight 0.10000E+01 volume 0.35968E-02 ppm1 0.264 ppm2 4.271 CV 1 ASSI { 1997} ( segid " " and resid 58 and name HB% ) (( segid " " and resid 73 and name HA )) 2.200 0.600 0.600 peak 1997 spectrum 1 weight 0.11000E+01 volume 0.23618E-02 ppm1 0.262 ppm2 3.288 CV 1 ASSI { 1999} ( segid " " and resid 138 and name HG2%) (( segid " " and resid 138 and name HB )) 2.200 0.600 0.600 peak 1999 spectrum 1 weight 0.11000E+01 volume 0.43362E-02 ppm1 1.095 ppm2 4.270 CV 1 ASSI { 2001} ( segid " " and resid 138 and name HG2%) ( segid " " and resid 22 and name HD2%) 3.300 1.500 1.200 peak 2001 spectrum 1 weight 0.10000E+01 volume 0.39376E-02 ppm1 1.095 ppm2 -0.013 CV 1 ASSI { 2012} ( segid " " and resid 41 and name HG2%) ( segid " " and resid 134 and name HE% ) 3.000 1.200 1.200 peak 2012 spectrum 1 weight 0.10000E+01 volume 0.26318E-02 ppm1 0.868 ppm2 7.095 CV 1 ASSI { 2013} ( segid " " and resid 138 and name HG2%) ( segid " " and resid 108 and name HD% ) 2.500 0.800 0.800 peak 2013 spectrum 1 weight 0.10000E+01 volume 0.31138E-02 ppm1 1.095 ppm2 6.730 CV 1 ASSI { 2014} ( segid " " and resid 138 and name HG2%) (( segid " " and resid 138 and name HN )) 2.300 0.700 0.700 peak 2014 spectrum 1 weight 0.11000E+01 volume 0.35027E-02 ppm1 1.094 ppm2 9.099 CV 1 ASSI { 2016} ( segid " " and resid 138 and name HG2%) (( segid " " and resid 109 and name HN )) 3.700 1.700 1.700 peak 2016 spectrum 1 weight 0.10000E+01 volume 0.11853E-02 ppm1 1.093 ppm2 8.346 CV 1 ASSI { 2017} ( segid " " and resid 41 and name HG2%) (( segid " " and resid 41 and name HN )) 3.800 1.800 1.800 peak 2017 spectrum 1 weight 0.10000E+01 volume 0.13336E-02 ppm1 0.866 ppm2 9.096 CV 1 ASSI { 2018} ( segid " " and resid 41 and name HG2%) (( segid " " and resid 42 and name HN )) 2.900 1.100 1.100 peak 2018 spectrum 1 weight 0.10000E+01 volume 0.18893E-02 ppm1 0.868 ppm2 8.877 CV 1 ASSI { 2023} ( segid " " and resid 100 and name HE% ) (( segid " " and resid 100 and name HG2 )) 2.900 1.000 1.300 peak 2023 spectrum 1 weight 0.11000E+01 volume 0.64860E-02 ppm1 2.104 ppm2 2.431 CV 1 OR { 2023} ( segid " " and resid 100 and name HE% ) (( segid " " and resid 128 and name HG2 )) OR { 2023} ( segid " " and resid 100 and name HE% ) (( segid " " and resid 128 and name HG1 )) ASSI { 2024} ( segid " " and resid 100 and name HE% ) (( segid " " and resid 100 and name HG1 )) 2.400 0.700 0.700 peak 2024 spectrum 1 weight 0.11000E+01 volume 0.76313E-02 ppm1 2.104 ppm2 2.527 CV 1 ASSI { 2027} ( segid " " and resid 100 and name HE% ) (( segid " " and resid 129 and name HB )) 3.000 1.200 1.500 peak 2027 spectrum 1 weight 0.10000E+01 volume 0.31383E-02 ppm1 2.104 ppm2 4.333 CV 1 ASSI { 2028} ( segid " " and resid 100 and name HE% ) (( segid " " and resid 96 and name HB )) 4.000 2.200 2.000 peak 2028 spectrum 1 weight 0.10000E+01 volume 0.12621E-02 ppm1 2.103 ppm2 4.102 CV 1 ASSI { 2037} ( segid " " and resid 25 and name HD1%) ( segid " " and resid 22 and name HD2%) 3.700 1.700 1.700 peak 2037 spectrum 1 weight 0.10000E+01 volume 0.19152E-02 ppm1 -0.016 ppm2 -0.443 CV 1 ASSI { 2038} ( segid " " and resid 84 and name HD2%) ( segid " " and resid 20 and name HD% ) 3.300 1.500 1.000 peak 2038 spectrum 1 weight 0.10000E+01 volume 0.27153E-02 ppm1 0.434 ppm2 7.442 CV 1 ASSI { 2040} ( segid " " and resid 84 and name HD2%) ( segid " " and resid 20 and name HE% ) 3.400 1.500 1.500 peak 2040 spectrum 1 weight 0.10000E+01 volume 0.24509E-02 ppm1 0.435 ppm2 6.804 CV 1 ASSI { 2044} ( segid " " and resid 25 and name HD1%) ( segid " " and resid 138 and name HG2%) 3.800 1.800 1.800 peak 2044 spectrum 1 weight 0.10000E+01 volume 0.12714E-02 ppm1 -0.017 ppm2 1.099 CV 1 ASSI { 2045} ( segid " " and resid 25 and name HD1%) ( segid " " and resid 140 and name HD1%) 3.800 1.800 2.200 peak 2045 spectrum 1 weight 0.10000E+01 volume 0.28585E-02 ppm1 -0.014 ppm2 0.799 CV 1 ASSI { 2047} ( segid " " and resid 25 and name HD1%) ( segid " " and resid 45 and name HG1%) 3.500 1.500 1.500 peak 2047 spectrum 1 weight 0.10000E+01 volume 0.32628E-02 ppm1 -0.016 ppm2 0.538 CV 1 ASSI { 2053} ( segid " " and resid 25 and name HD1%) ( segid " " and resid 108 and name HE% ) 3.200 1.300 1.300 peak 2053 spectrum 1 weight 0.10000E+01 volume 0.21550E-02 ppm1 -0.011 ppm2 6.465 CV 1 ASSI { 2057} ( segid " " and resid 19 and name HD2%) (( segid " " and resid 10 and name HD1 )) 3.800 1.800 1.500 peak 2057 spectrum 1 weight 0.10000E+01 volume 0.16368E-02 ppm1 0.738 ppm2 3.069 CV 1 ASSI { 2065} ( segid " " and resid 86 and name HD2%) ( segid " " and resid 108 and name HE% ) 3.800 1.800 1.800 peak 2065 spectrum 1 weight 0.10000E+01 volume 0.25615E-02 ppm1 0.640 ppm2 6.454 CV 1 ASSI { 2066} ( segid " " and resid 123 and name HD2%) ( segid " " and resid 133 and name HE% ) 4.500 2.500 1.500 peak 2066 spectrum 1 weight 0.10000E+01 volume 0.13932E-02 ppm1 0.672 ppm2 6.238 CV 1 ASSI { 2068} ( segid " " and resid 123 and name HD2%) (( segid " " and resid 124 and name HN )) 4.800 2.900 1.200 peak 2068 spectrum 1 weight 0.10000E+01 volume 0.13276E-02 ppm1 0.689 ppm2 6.535 CV 1 ASSI { 2069} ( segid " " and resid 123 and name HD2%) (( segid " " and resid 123 and name HN )) 4.000 2.000 2.000 peak 2069 spectrum 1 weight 0.10000E+01 volume 0.21944E-02 ppm1 0.688 ppm2 8.540 CV 1 ASSI { 2076} ( segid " " and resid 19 and name HD2%) (( segid " " and resid 19 and name HN )) 4.500 2.500 1.500 peak 2076 spectrum 1 weight 0.10000E+01 volume 0.14277E-02 ppm1 0.739 ppm2 7.823 CV 1 ASSI { 2079} (( segid " " and resid 65 and name HG1 )) (( segid " " and resid 65 and name HD1 )) 2.400 0.800 0.700 peak 2079 spectrum 1 weight 0.10000E+01 volume 0.24765E-02 ppm1 2.063 ppm2 4.018 CV 1 ASSI { 2082} (( segid " " and resid 65 and name HG1 )) (( segid " " and resid 65 and name HD2 )) 3.000 1.400 1.200 peak 2082 spectrum 1 weight 0.10000E+01 volume 0.21468E-02 ppm1 2.067 ppm2 3.724 CV 1 ASSI { 2087} ( segid " " and resid 43 and name HD1%) (( segid " " and resid 43 and name HB2 )) 2.400 2.400 3.600 peak 2087 spectrum 1 weight 0.11000E+01 volume 0.51977E-02 ppm1 0.622 ppm2 1.829 CV 1 OR { 2087} ( segid " " and resid 43 and name HD1%) (( segid " " and resid 43 and name HB1 )) ASSI { 2088} ( segid " " and resid 43 and name HD2%) ( segid " " and resid 33 and name HD1%) 3.000 1.200 1.200 peak 2088 spectrum 1 weight 0.10000E+01 volume 0.13588E-01 ppm1 0.624 ppm2 0.887 CV 1 ASSI { 2090} ( segid " " and resid 43 and name HD2%) (( segid " " and resid 41 and name HG12)) 3.800 1.800 1.600 peak 2090 spectrum 1 weight 0.10000E+01 volume 0.25304E-02 ppm1 0.615 ppm2 1.419 CV 1 OR { 2090} ( segid " " and resid 43 and name HD2%) (( segid " " and resid 41 and name HG11)) ASSI { 2093} ( segid " " and resid 43 and name HD2%) ( segid " " and resid 31 and name HD% ) 3.800 1.800 1.400 peak 2093 spectrum 1 weight 0.10000E+01 volume 0.20091E-02 ppm1 0.620 ppm2 7.272 CV 1 ASSI { 2095} ( segid " " and resid 43 and name HD2%) ( segid " " and resid 106 and name HD% ) 3.700 1.700 1.700 peak 2095 spectrum 1 weight 0.10000E+01 volume 0.23870E-02 ppm1 0.619 ppm2 6.736 CV 1 OR { 2095} ( segid " " and resid 43 and name HD2%) ( segid " " and resid 88 and name HE% ) ASSI { 2097} ( segid " " and resid 43 and name HD2%) ( segid " " and resid 106 and name HE% ) 3.800 1.800 1.200 peak 2097 spectrum 1 weight 0.10000E+01 volume 0.28102E-02 ppm1 0.620 ppm2 6.297 CV 1 ASSI { 2098} ( segid " " and resid 43 and name HD2%) (( segid " " and resid 43 and name HA )) 3.700 1.800 1.800 peak 2098 spectrum 1 weight 0.10000E+01 volume 0.11854E-02 ppm1 0.617 ppm2 5.865 CV 1 ASSI { 2099} ( segid " " and resid 43 and name HD2%) (( segid " " and resid 43 and name HN )) 3.300 1.300 1.300 peak 2099 spectrum 1 weight 0.10000E+01 volume 0.17711E-02 ppm1 0.620 ppm2 9.364 CV 1 ASSI { 2100} ( segid " " and resid 43 and name HD2%) (( segid " " and resid 44 and name HN )) 4.900 3.000 1.100 peak 2100 spectrum 1 weight 0.10000E+01 volume 0.67801E-03 ppm1 0.617 ppm2 8.117 CV 1 ASSI { 2108} (( segid " " and resid 98 and name HG )) (( segid " " and resid 98 and name HN )) 2.500 0.800 0.800 peak 2108 spectrum 1 weight 0.10000E+01 volume 0.29217E-02 ppm1 1.775 ppm2 8.452 CV 1 ASSI { 2118} (( segid " " and resid 98 and name HG )) ( segid " " and resid 98 and name HD2%) 2.700 0.900 0.900 peak 2118 spectrum 1 weight 0.10000E+01 volume 0.24512E-02 ppm1 1.772 ppm2 0.964 CV 1 ASSI { 2119} (( segid " " and resid 98 and name HG )) ( segid " " and resid 98 and name HD1%) 2.500 0.800 0.800 peak 2119 spectrum 1 weight 0.10000E+01 volume 0.34307E-02 ppm1 1.774 ppm2 0.874 CV 1 ASSI { 2125} (( segid " " and resid 128 and name HB1 )) (( segid " " and resid 128 and name HA )) 2.900 1.100 1.100 peak 2125 spectrum 1 weight 0.10000E+01 volume 0.38143E-02 ppm1 2.255 ppm2 4.021 CV 1 ASSI { 2131} (( segid " " and resid 37 and name HB1 )) (( segid " " and resid 37 and name HA )) 3.400 1.500 1.500 peak 2131 spectrum 1 weight 0.10000E+01 volume 0.15613E-02 ppm1 3.537 ppm2 4.793 CV 1 ASSI { 2132} (( segid " " and resid 37 and name HB2 )) (( segid " " and resid 37 and name HA )) 3.400 1.400 1.400 peak 2132 spectrum 1 weight 0.10000E+01 volume 0.10116E-02 ppm1 2.886 ppm2 4.789 CV 1 ASSI { 2133} (( segid " " and resid 37 and name HB1 )) (( segid " " and resid 37 and name HB2 )) 2.000 0.500 0.500 peak 2133 spectrum 1 weight 0.10000E+01 volume 0.41570E-02 ppm1 3.536 ppm2 2.887 CV 1 ASSI { 2141} (( segid " " and resid 127 and name HB1 )) ( segid " " and resid 125 and name HE% ) 3.400 1.400 1.400 peak 2141 spectrum 1 weight 0.10000E+01 volume 0.98618E-03 ppm1 2.088 ppm2 7.281 CV 1 OR { 2141} (( segid " " and resid 127 and name HB2 )) ( segid " " and resid 125 and name HE% ) ASSI { 2157} (( segid " " and resid 18 and name HB1 )) (( segid " " and resid 18 and name HB2 )) 2.300 0.700 0.700 peak 2157 spectrum 1 weight 0.10000E+01 volume 0.10566E-02 ppm1 2.956 ppm2 2.513 CV 1 ASSI { 2158} (( segid " " and resid 137 and name HB2 )) (( segid " " and resid 137 and name HB1 )) 2.200 2.200 3.800 peak 2158 spectrum 1 weight 0.11000E+01 volume 0.12371E-02 ppm1 2.954 ppm2 3.356 CV 1 ASSI { 2161} (( segid " " and resid 127 and name HB1 )) (( segid " " and resid 127 and name HN )) 2.700 0.900 0.900 peak 2161 spectrum 1 weight 0.10000E+01 volume 0.40220E-02 ppm1 2.093 ppm2 8.851 CV 1 OR { 2161} (( segid " " and resid 127 and name HB2 )) (( segid " " and resid 127 and name HN )) ASSI { 2162} (( segid " " and resid 6 and name HB2 )) (( segid " " and resid 6 and name HN )) 2.200 0.600 0.600 peak 2162 spectrum 1 weight 0.10000E+01 volume 0.35005E-02 ppm1 2.121 ppm2 8.480 CV 1 ASSI { 2183} (( segid " " and resid 14 and name HB1 )) (( segid " " and resid 15 and name HN )) 4.300 2.300 1.700 peak 2183 spectrum 1 weight 0.10000E+01 volume 0.99584E-03 ppm1 2.382 ppm2 7.760 CV 1 ASSI { 2205} (( segid " " and resid 14 and name HB1 )) (( segid " " and resid 14 and name HD2 )) 3.600 1.600 1.600 peak 2205 spectrum 1 weight 0.10000E+01 volume 0.11658E-02 ppm1 2.384 ppm2 3.949 CV 1 OR { 2205} (( segid " " and resid 14 and name HB1 )) (( segid " " and resid 14 and name HD1 )) ASSI { 2207} (( segid " " and resid 100 and name HG1 )) (( segid " " and resid 100 and name HA )) 4.000 2.000 2.000 peak 2207 spectrum 1 weight 0.10000E+01 volume 0.12097E-02 ppm1 2.513 ppm2 4.680 CV 1 ASSI { 2209} (( segid " " and resid 95 and name HB1 )) (( segid " " and resid 96 and name HN )) 3.500 1.500 2.000 peak 2209 spectrum 1 weight 0.11000E+01 volume 0.12059E-02 ppm1 2.392 ppm2 7.088 CV 1 ASSI { 2214} (( segid " " and resid 100 and name HG2 )) (( segid " " and resid 100 and name HN )) 3.100 1.200 1.200 peak 2214 spectrum 1 weight 0.10000E+01 volume 0.17565E-02 ppm1 2.428 ppm2 8.565 CV 1 ASSI { 2230} (( segid " " and resid 80 and name HB1 )) (( segid " " and resid 80 and name HA )) 2.700 0.900 0.900 peak 2230 spectrum 1 weight 0.10000E+01 volume 0.37407E-02 ppm1 1.822 ppm2 4.347 CV 1 ASSI { 2247} (( segid " " and resid 89 and name HB1 )) (( segid " " and resid 90 and name HN )) 3.300 1.500 1.000 peak 2247 spectrum 1 weight 0.11000E+01 volume 0.12928E-02 ppm1 2.113 ppm2 9.235 CV 1 OR { 2247} (( segid " " and resid 89 and name HB2 )) (( segid " " and resid 90 and name HN )) ASSI { 2248} (( segid " " and resid 89 and name HB1 )) (( segid " " and resid 89 and name HN )) 3.600 1.600 1.600 peak 2248 spectrum 1 weight 0.11000E+01 volume 0.88839E-03 ppm1 2.126 ppm2 9.123 CV 1 OR { 2248} (( segid " " and resid 89 and name HB2 )) (( segid " " and resid 89 and name HN )) ASSI { 2251} (( segid " " and resid 128 and name HG2 )) (( segid " " and resid 128 and name HN )) 3.700 1.700 1.700 peak 2251 spectrum 1 weight 0.11000E+01 volume 0.36594E-02 ppm1 2.368 ppm2 8.166 CV 1 ASSI { 2256} (( segid " " and resid 66 and name HB1 )) (( segid " " and resid 66 and name HN )) 2.200 0.600 0.600 peak 2256 spectrum 1 weight 0.10000E+01 volume 0.55804E-02 ppm1 1.844 ppm2 7.584 CV 1 OR { 2256} (( segid " " and resid 66 and name HB2 )) (( segid " " and resid 66 and name HN )) ASSI { 2258} (( segid " " and resid 82 and name HG1 )) (( segid " " and resid 82 and name HN )) 2.800 1.000 1.000 peak 2258 spectrum 1 weight 0.10000E+01 volume 0.26048E-02 ppm1 2.375 ppm2 6.828 CV 1 ASSI { 2259} (( segid " " and resid 66 and name HB2 )) (( segid " " and resid 66 and name HA )) 2.400 0.700 0.700 peak 2259 spectrum 1 weight 0.10000E+01 volume 0.52464E-02 ppm1 1.846 ppm2 4.525 CV 1 OR { 2259} (( segid " " and resid 66 and name HB1 )) (( segid " " and resid 66 and name HA )) ASSI { 2260} (( segid " " and resid 27 and name HB1 )) (( segid " " and resid 27 and name HA )) 2.800 1.000 1.000 peak 2260 spectrum 1 weight 0.10000E+01 volume 0.12518E-02 ppm1 1.886 ppm2 4.887 CV 1 ASSI { 2261} (( segid " " and resid 87 and name HB )) (( segid " " and resid 87 and name HA )) 2.800 1.000 1.000 peak 2261 spectrum 1 weight 0.11000E+01 volume 0.16322E-02 ppm1 1.838 ppm2 4.836 CV 1 ASSI { 2263} (( segid " " and resid 89 and name HB2 )) (( segid " " and resid 89 and name HA )) 3.200 1.300 1.300 peak 2263 spectrum 1 weight 0.10000E+01 volume 0.13222E-02 ppm1 2.112 ppm2 5.151 CV 1 ASSI { 2264} (( segid " " and resid 128 and name HG1 )) (( segid " " and resid 128 and name HA )) 2.500 0.800 0.800 peak 2264 spectrum 1 weight 0.10000E+01 volume 0.38828E-02 ppm1 2.430 ppm2 4.015 CV 1 ASSI { 2265} (( segid " " and resid 128 and name HG2 )) (( segid " " and resid 128 and name HA )) 3.200 1.300 1.300 peak 2265 spectrum 1 weight 0.10000E+01 volume 0.31282E-02 ppm1 2.368 ppm2 4.015 CV 1 ASSI { 2274} (( segid " " and resid 27 and name HB1 )) (( segid " " and resid 27 and name HD1 )) 3.600 1.600 1.600 peak 2274 spectrum 1 weight 0.10000E+01 volume 0.77736E-03 ppm1 1.895 ppm2 2.892 CV 1 ASSI { 2286} (( segid " " and resid 27 and name HB1 )) (( segid " " and resid 30 and name HN )) 4.400 2.400 1.600 peak 2286 spectrum 1 weight 0.10000E+01 volume 0.12261E-02 ppm1 1.894 ppm2 7.356 CV 1 ASSI { 2302} (( segid " " and resid 11 and name HB )) ( segid " " and resid 11 and name HG2%) 2.500 0.800 0.800 peak 2302 spectrum 1 weight 0.10000E+01 volume 0.30217E-02 ppm1 2.245 ppm2 1.278 CV 1 ASSI { 2304} (( segid " " and resid 128 and name HG2 )) ( segid " " and resid 96 and name HG2%) 4.000 2.200 2.000 peak 2304 spectrum 1 weight 0.10000E+01 volume 0.13802E-02 ppm1 2.367 ppm2 1.258 CV 1 ASSI { 2305} (( segid " " and resid 128 and name HG1 )) ( segid " " and resid 129 and name HG2%) 4.600 2.600 1.400 peak 2305 spectrum 1 weight 0.10000E+01 volume 0.12717E-02 ppm1 2.430 ppm2 1.088 CV 1 ASSI { 2306} (( segid " " and resid 128 and name HG2 )) ( segid " " and resid 129 and name HG2%) 4.500 2.500 1.500 peak 2306 spectrum 1 weight 0.10000E+01 volume 0.99147E-03 ppm1 2.363 ppm2 1.082 CV 1 ASSI { 2317} (( segid " " and resid 82 and name HG1 )) (( segid " " and resid 82 and name HA )) 3.100 1.200 1.200 peak 2317 spectrum 1 weight 0.10000E+01 volume 0.31936E-02 ppm1 2.385 ppm2 3.574 CV 1 ASSI { 2328} (( segid " " and resid 109 and name HB )) (( segid " " and resid 110 and name HN )) 3.600 1.600 1.600 peak 2328 spectrum 1 weight 0.11000E+01 volume 0.98147E-03 ppm1 1.194 ppm2 9.134 CV 1 ASSI { 2329} (( segid " " and resid 109 and name HB )) (( segid " " and resid 109 and name HN )) 3.100 1.200 1.200 peak 2329 spectrum 1 weight 0.11000E+01 volume 0.21281E-02 ppm1 1.195 ppm2 8.343 CV 1 ASSI { 2332} (( segid " " and resid 59 and name HB )) ( segid " " and resid 59 and name HG2%) 2.600 0.800 0.800 peak 2332 spectrum 1 weight 0.10000E+01 volume 0.17686E-02 ppm1 1.873 ppm2 1.159 CV 1 ASSI { 2333} (( segid " " and resid 109 and name HB )) ( segid " " and resid 109 and name HG2%) 2.500 0.800 0.800 peak 2333 spectrum 1 weight 0.11000E+01 volume 0.49083E-02 ppm1 1.187 ppm2 0.871 CV 1 ASSI { 2240} (( segid " " and resid 128 and name HG1 )) (( segid " " and resid 129 and name HB )) 3.000 1.200 1.000 peak 2240 spectrum 1 weight 0.10000E+01 volume 0.54980E-02 ppm1 2.374 ppm2 4.339 CV 1 OR { 2240} (( segid " " and resid 128 and name HG2 )) (( segid " " and resid 129 and name HB )) ASSI { 2353} (( segid " " and resid 55 and name HB1 )) (( segid " " and resid 55 and name HA )) 2.500 0.800 0.800 peak 2353 spectrum 1 weight 0.10000E+01 volume 0.66431E-02 ppm1 2.837 ppm2 4.352 CV 1 OR { 2353} (( segid " " and resid 55 and name HB2 )) (( segid " " and resid 55 and name HA )) ASSI { 2356} (( segid " " and resid 38 and name HB1 )) (( segid " " and resid 38 and name HB2 )) 1.300 0.200 0.900 peak 2356 spectrum 1 weight 0.10000E+01 volume 0.26414E-01 ppm1 3.137 ppm2 2.842 CV 1 ASSI { 2360} (( segid " " and resid 48 and name HG1 )) (( segid " " and resid 48 and name HA )) 3.300 1.300 1.300 peak 2360 spectrum 1 weight 0.10000E+01 volume 0.22471E-02 ppm1 2.139 ppm2 3.788 CV 1 OR { 2360} (( segid " " and resid 48 and name HG2 )) (( segid " " and resid 48 and name HA )) ASSI { 2363} (( segid " " and resid 89 and name HG2 )) (( segid " " and resid 89 and name HA )) 3.500 1.600 1.600 peak 2363 spectrum 1 weight 0.11000E+01 volume 0.10611E-02 ppm1 2.219 ppm2 5.147 CV 1 ASSI { 2377} (( segid " " and resid 38 and name HB1 )) (( segid " " and resid 38 and name HD22)) 3.700 1.700 1.700 peak 2377 spectrum 1 weight 0.10000E+01 volume 0.27091E-02 ppm1 3.137 ppm2 7.587 CV 1 ASSI { 2378} (( segid " " and resid 55 and name HB2 )) (( segid " " and resid 57 and name HN )) 4.000 2.000 2.000 peak 2378 spectrum 1 weight 0.10000E+01 volume 0.30100E-02 ppm1 2.840 ppm2 7.587 CV 1 OR { 2378} (( segid " " and resid 55 and name HB1 )) (( segid " " and resid 57 and name HN )) ASSI { 2282} (( segid " " and resid 83 and name HB )) (( segid " " and resid 84 and name HN )) 4.000 2.200 1.000 peak 2282 spectrum 1 weight 0.10000E+01 volume 0.11204E-02 ppm1 1.986 ppm2 8.303 CV 1 ASSI { 2385} (( segid " " and resid 48 and name HG1 )) ( segid " " and resid 73 and name HD1%) 3.700 1.700 1.700 peak 2385 spectrum 1 weight 0.10000E+01 volume 0.14282E-02 ppm1 2.120 ppm2 0.639 CV 1 OR { 2385} (( segid " " and resid 48 and name HG2 )) ( segid " " and resid 73 and name HD1%) ASSI { 2386} (( segid " " and resid 48 and name HG1 )) ( segid " " and resid 73 and name HD2%) 4.100 2.100 1.900 peak 2386 spectrum 1 weight 0.10000E+01 volume 0.15761E-02 ppm1 2.135 ppm2 0.841 CV 1 OR { 2386} (( segid " " and resid 48 and name HG2 )) ( segid " " and resid 73 and name HD2%) ASSI { 2288} (( segid " " and resid 11 and name HB )) (( segid " " and resid 12 and name HN )) 4.000 2.200 1.400 peak 2288 spectrum 1 weight 0.10000E+01 volume 0.66602E-03 ppm1 2.238 ppm2 7.989 CV 1 ASSI { 2389} (( segid " " and resid 89 and name HG2 )) ( segid " " and resid 87 and name HG2%) 3.600 1.600 1.600 peak 2389 spectrum 1 weight 0.10000E+01 volume 0.12783E-02 ppm1 2.221 ppm2 0.767 CV 1 ASSI { 2391} (( segid " " and resid 55 and name HB1 )) ( segid " " and resid 54 and name HB% ) 5.600 3.900 0.400 peak 2391 spectrum 1 weight 0.10000E+01 volume 0.99775E-03 ppm1 2.891 ppm2 1.426 CV 1 ASSI { 2392} (( segid " " and resid 55 and name HB2 )) ( segid " " and resid 54 and name HB% ) 5.000 3.100 1.000 peak 2392 spectrum 1 weight 0.10000E+01 volume 0.80421E-03 ppm1 2.800 ppm2 1.430 CV 1 ASSI { 2398} (( segid " " and resid 81 and name HB2 )) (( segid " " and resid 81 and name HN )) 3.200 1.300 1.300 peak 2398 spectrum 1 weight 0.11000E+01 volume 0.23352E-02 ppm1 2.481 ppm2 9.082 CV 1 ASSI { 2400} (( segid " " and resid 7 and name HB2 )) (( segid " " and resid 7 and name HN )) 3.000 1.200 1.000 peak 2400 spectrum 1 weight 0.10000E+01 volume 0.11836E-02 ppm1 2.933 ppm2 8.179 CV 1 ASSI { 2401} (( segid " " and resid 7 and name HB1 )) (( segid " " and resid 8 and name HN )) 3.500 1.600 1.600 peak 2401 spectrum 1 weight 0.10000E+01 volume 0.11836E-02 ppm1 2.933 ppm2 8.179 CV 1 ASSI { 2402} (( segid " " and resid 7 and name HB2 )) (( segid " " and resid 8 and name HN )) 3.500 1.600 1.600 peak 2402 spectrum 1 weight 0.10000E+01 volume 0.13858E-02 ppm1 2.744 ppm2 8.177 CV 1 ASSI { 2404} (( segid " " and resid 94 and name HB1 )) (( segid " " and resid 94 and name HN )) 3.600 1.700 1.700 peak 2404 spectrum 1 weight 0.11000E+01 volume 0.13859E-02 ppm1 3.263 ppm2 8.459 CV 1 ASSI { 2407} (( segid " " and resid 90 and name HB1 )) (( segid " " and resid 90 and name HN )) 3.900 1.900 1.900 peak 2407 spectrum 1 weight 0.10000E+01 volume 0.10857E-02 ppm1 3.095 ppm2 9.234 CV 1 ASSI { 2408} (( segid " " and resid 7 and name HB1 )) (( segid " " and resid 7 and name HD21)) 2.900 1.000 1.000 peak 2408 spectrum 1 weight 0.10000E+01 volume 0.26714E-02 ppm1 2.930 ppm2 7.631 CV 1 ASSI { 2409} (( segid " " and resid 4 and name HB1 )) (( segid " " and resid 4 and name HD21)) 2.600 0.800 0.800 peak 2409 spectrum 1 weight 0.10000E+01 volume 0.27907E-02 ppm1 2.855 ppm2 7.611 CV 1 ASSI { 2410} (( segid " " and resid 7 and name HB2 )) (( segid " " and resid 7 and name HD21)) 2.800 1.000 1.000 peak 2410 spectrum 1 weight 0.10000E+01 volume 0.30134E-02 ppm1 2.744 ppm2 7.631 CV 1 OR { 2410} (( segid " " and resid 4 and name HB2 )) (( segid " " and resid 4 and name HD21)) ASSI { 2412} (( segid " " and resid 7 and name HB1 )) (( segid " " and resid 7 and name HD22)) 4.100 2.100 1.900 peak 2412 spectrum 1 weight 0.10000E+01 volume 0.16441E-02 ppm1 2.932 ppm2 6.948 CV 1 ASSI { 2413} (( segid " " and resid 4 and name HB1 )) (( segid " " and resid 4 and name HD22)) 4.200 2.200 1.800 peak 2413 spectrum 1 weight 0.10000E+01 volume 0.10828E-02 ppm1 2.860 ppm2 6.926 CV 1 ASSI { 2415} (( segid " " and resid 88 and name HB1 )) ( segid " " and resid 88 and name HD% ) 3.200 1.300 1.300 peak 2415 spectrum 1 weight 0.11000E+01 volume 0.85640E-03 ppm1 3.266 ppm2 7.105 CV 1 ASSI { 2417} (( segid " " and resid 4 and name HB1 )) (( segid " " and resid 4 and name HA )) 3.000 1.100 1.100 peak 2417 spectrum 1 weight 0.10000E+01 volume 0.26144E-02 ppm1 2.857 ppm2 4.789 CV 1 ASSI { 2419} (( segid " " and resid 81 and name HB1 )) (( segid " " and resid 81 and name HA )) 2.400 0.700 0.700 peak 2419 spectrum 1 weight 0.10000E+01 volume 0.68645E-02 ppm1 2.830 ppm2 4.223 CV 1 ASSI { 2420} (( segid " " and resid 81 and name HB2 )) (( segid " " and resid 81 and name HA )) 2.700 0.900 0.900 peak 2420 spectrum 1 weight 0.10000E+01 volume 0.57561E-02 ppm1 2.480 ppm2 4.223 CV 1 ASSI { 2421} (( segid " " and resid 90 and name HB1 )) (( segid " " and resid 90 and name HA )) 3.000 1.100 1.100 peak 2421 spectrum 1 weight 0.11000E+01 volume 0.26045E-02 ppm1 3.095 ppm2 4.227 CV 1 ASSI { 2422} (( segid " " and resid 90 and name HB2 )) (( segid " " and resid 90 and name HB1 )) 1.700 0.300 0.500 peak 2422 spectrum 1 weight 0.10000E+01 volume 0.10544E-01 ppm1 2.721 ppm2 3.095 CV 1 ASSI { 2426} (( segid " " and resid 81 and name HB1 )) (( segid " " and resid 81 and name HB2 )) 1.500 0.300 0.700 peak 2426 spectrum 1 weight 0.10000E+01 volume 0.26138E-01 ppm1 2.830 ppm2 2.483 CV 1 ASSI { 2429} (( segid " " and resid 113 and name HB2 )) (( segid " " and resid 113 and name HA )) 3.000 1.100 1.100 peak 2429 spectrum 1 weight 0.11000E+01 volume 0.34102E-02 ppm1 2.615 ppm2 4.724 CV 1 ASSI { 2430} (( segid " " and resid 94 and name HB1 )) (( segid " " and resid 94 and name HB2 )) 2.200 0.600 0.600 peak 2430 spectrum 1 weight 0.11000E+01 volume 0.16171E-02 ppm1 3.251 ppm2 2.290 CV 1 ASSI { 2433} (( segid " " and resid 90 and name HB1 )) (( segid " " and resid 72 and name HG2 )) 3.000 1.100 1.100 peak 2433 spectrum 1 weight 0.10000E+01 volume 0.10518E-02 ppm1 3.094 ppm2 1.682 CV 1 ASSI { 2438} (( segid " " and resid 81 and name HB2 )) ( segid " " and resid 83 and name HG2%) 3.900 1.900 1.900 peak 2438 spectrum 1 weight 0.10000E+01 volume 0.10145E-02 ppm1 2.478 ppm2 0.851 CV 1 OR { 2438} (( segid " " and resid 81 and name HB2 )) ( segid " " and resid 83 and name HG1%) ASSI { 2452} (( segid " " and resid 22 and name HB2 )) (( segid " " and resid 22 and name HG )) 2.900 2.900 3.100 peak 2452 spectrum 1 weight 0.11000E+01 volume 0.11110E-02 ppm1 1.259 ppm2 0.929 CV 1 OR { 2452} (( segid " " and resid 22 and name HB1 )) (( segid " " and resid 22 and name HG )) ASSI { 2460} (( segid " " and resid 22 and name HB1 )) ( segid " " and resid 22 and name HD2%) 2.800 1.000 1.000 peak 2460 spectrum 1 weight 0.11000E+01 volume 0.17786E-02 ppm1 1.237 ppm2 -0.447 CV 1 OR { 2460} (( segid " " and resid 22 and name HB2 )) ( segid " " and resid 22 and name HD2%) ASSI { 2462} (( segid " " and resid 113 and name HB1 )) (( segid " " and resid 113 and name HA )) 2.700 0.900 0.900 peak 2462 spectrum 1 weight 0.11000E+01 volume 0.33242E-02 ppm1 2.922 ppm2 4.723 CV 1 ASSI { 2463} (( segid " " and resid 79 and name HB1 )) ( segid " " and resid 79 and name HD% ) 2.900 1.100 1.100 peak 2463 spectrum 1 weight 0.11000E+01 volume 0.17352E-02 ppm1 3.046 ppm2 6.809 CV 1 ASSI { 2464} (( segid " " and resid 79 and name HB2 )) ( segid " " and resid 79 and name HD% ) 2.800 1.000 1.000 peak 2464 spectrum 1 weight 0.11000E+01 volume 0.18435E-02 ppm1 2.571 ppm2 6.807 CV 1 ASSI { 2465} (( segid " " and resid 20 and name HB1 )) ( segid " " and resid 20 and name HD% ) 2.900 1.100 1.100 peak 2465 spectrum 1 weight 0.10000E+01 volume 0.82753E-03 ppm1 3.002 ppm2 7.441 CV 1 ASSI { 2466} (( segid " " and resid 20 and name HB2 )) ( segid " " and resid 20 and name HD% ) 3.100 1.200 1.200 peak 2466 spectrum 1 weight 0.10000E+01 volume 0.12069E-02 ppm1 2.644 ppm2 7.439 CV 1 ASSI { 2468} (( segid " " and resid 113 and name HB1 )) (( segid " " and resid 113 and name HN )) 3.700 1.700 1.700 peak 2468 spectrum 1 weight 0.11000E+01 volume 0.14338E-02 ppm1 2.927 ppm2 8.294 CV 1 ASSI { 2472} (( segid " " and resid 22 and name HB1 )) (( segid " " and resid 22 and name HA )) 2.600 2.600 3.400 peak 2472 spectrum 1 weight 0.11000E+01 volume 0.19654E-02 ppm1 1.269 ppm2 4.357 CV 1 OR { 2472} (( segid " " and resid 22 and name HB2 )) (( segid " " and resid 22 and name HA )) ASSI { 2474} (( segid " " and resid 22 and name HB2 )) (( segid " " and resid 22 and name HN )) 3.000 3.000 3.000 peak 2474 spectrum 1 weight 0.11000E+01 volume 0.75081E-03 ppm1 1.272 ppm2 8.191 CV 1 OR { 2474} (( segid " " and resid 22 and name HB1 )) (( segid " " and resid 22 and name HN )) ASSI { 2477} (( segid " " and resid 105 and name HB1 )) ( segid " " and resid 105 and name HD% ) 2.800 2.800 3.200 peak 2477 spectrum 1 weight 0.11000E+01 volume 0.19438E-02 ppm1 3.054 ppm2 6.953 CV 1 ASSI { 2480} (( segid " " and resid 105 and name HB1 )) (( segid " " and resid 105 and name HA )) 2.700 2.700 3.300 peak 2480 spectrum 1 weight 0.11000E+01 volume 0.16884E-02 ppm1 3.050 ppm2 5.064 CV 1 ASSI { 2481} (( segid " " and resid 105 and name HB2 )) (( segid " " and resid 105 and name HA )) 2.900 2.900 3.100 peak 2481 spectrum 1 weight 0.11000E+01 volume 0.13878E-02 ppm1 2.641 ppm2 5.048 CV 1 ASSI { 2482} (( segid " " and resid 116 and name HB2 )) (( segid " " and resid 116 and name HA )) 2.900 1.000 1.000 peak 2482 spectrum 1 weight 0.10000E+01 volume 0.37757E-02 ppm1 2.723 ppm2 4.690 CV 1 ASSI { 2490} (( segid " " and resid 31 and name HB2 )) ( segid " " and resid 31 and name HD% ) 2.900 1.100 1.100 peak 2490 spectrum 1 weight 0.10000E+01 volume 0.11465E-02 ppm1 2.764 ppm2 7.292 CV 1 ASSI { 2493} (( segid " " and resid 31 and name HB1 )) ( segid " " and resid 31 and name HD% ) 3.300 1.400 1.400 peak 2493 spectrum 1 weight 0.10000E+01 volume 0.95115E-03 ppm1 2.706 ppm2 7.296 CV 1 ASSI { 2514} (( segid " " and resid 75 and name HE1 )) (( segid " " and resid 75 and name HG2 )) 2.400 0.700 0.700 peak 2514 spectrum 1 weight 0.10000E+01 volume 0.84643E-02 ppm1 2.905 ppm2 1.216 CV 1 OR { 2514} (( segid " " and resid 75 and name HE1 )) (( segid " " and resid 75 and name HG1 )) OR { 2514} (( segid " " and resid 75 and name HE2 )) (( segid " " and resid 75 and name HG2 )) OR { 2514} (( segid " " and resid 75 and name HE2 )) (( segid " " and resid 75 and name HG1 )) ASSI { 2515} (( segid " " and resid 75 and name HE1 )) ( segid " " and resid 73 and name HD2%) 2.800 1.000 1.000 peak 2515 spectrum 1 weight 0.10000E+01 volume 0.49581E-02 ppm1 2.906 ppm2 0.840 CV 1 OR { 2515} (( segid " " and resid 75 and name HE2 )) ( segid " " and resid 73 and name HD2%) ASSI { 2516} (( segid " " and resid 75 and name HE1 )) ( segid " " and resid 73 and name HD1%) 2.200 0.600 0.600 peak 2516 spectrum 1 weight 0.10000E+01 volume 0.56431E-02 ppm1 2.906 ppm2 0.640 CV 1 OR { 2516} (( segid " " and resid 75 and name HE2 )) ( segid " " and resid 73 and name HD1%) ASSI { 2520} (( segid " " and resid 33 and name HB )) (( segid " " and resid 33 and name HA )) 2.600 0.800 0.800 peak 2520 spectrum 1 weight 0.11000E+01 volume 0.25196E-02 ppm1 2.202 ppm2 4.898 CV 1 ASSI { 2522} (( segid " " and resid 106 and name HB2 )) ( segid " " and resid 106 and name HD% ) 2.900 1.000 1.000 peak 2522 spectrum 1 weight 0.11000E+01 volume 0.12083E-02 ppm1 2.145 ppm2 6.744 CV 1 ASSI { 2523} (( segid " " and resid 106 and name HB2 )) ( segid " " and resid 108 and name HE% ) 3.500 1.500 1.500 peak 2523 spectrum 1 weight 0.10000E+01 volume 0.75659E-03 ppm1 2.130 ppm2 6.456 CV 1 ASSI { 2524} (( segid " " and resid 33 and name HB )) (( segid " " and resid 34 and name HN )) 3.700 1.700 1.400 peak 2524 spectrum 1 weight 0.11000E+01 volume 0.28776E-02 ppm1 2.207 ppm2 8.324 CV 1 ASSI { 2525} (( segid " " and resid 106 and name HB2 )) (( segid " " and resid 106 and name HN )) 3.000 1.100 1.100 peak 2525 spectrum 1 weight 0.10000E+01 volume 0.87740E-03 ppm1 2.140 ppm2 9.424 CV 1 ASSI { 2528} (( segid " " and resid 125 and name HB1 )) ( segid " " and resid 134 and name HE% ) 4.200 2.200 1.800 peak 2528 spectrum 1 weight 0.10000E+01 volume 0.88713E-03 ppm1 3.377 ppm2 7.113 CV 1 ASSI { 2530} (( segid " " and resid 142 and name HB2 )) (( segid " " and resid 142 and name HN )) 3.200 1.300 1.300 peak 2530 spectrum 1 weight 0.11000E+01 volume 0.17961E-02 ppm1 3.115 ppm2 7.529 CV 1 ASSI { 2533} (( segid " " and resid 142 and name HB1 )) (( segid " " and resid 142 and name HA )) 3.100 1.200 1.200 peak 2533 spectrum 1 weight 0.11000E+01 volume 0.12841E-02 ppm1 3.348 ppm2 4.863 CV 1 ASSI { 2538} (( segid " " and resid 60 and name HB2 )) (( segid " " and resid 60 and name HN )) 3.000 1.200 1.200 peak 2538 spectrum 1 weight 0.11000E+01 volume 0.88185E-03 ppm1 2.609 ppm2 9.762 CV 1 ASSI { 2546} (( segid " " and resid 84 and name HB2 )) (( segid " " and resid 84 and name HA )) 2.800 1.000 1.000 peak 2546 spectrum 1 weight 0.11000E+01 volume 0.11523E-02 ppm1 1.291 ppm2 5.246 CV 1 ASSI { 2551} (( segid " " and resid 27 and name HD2 )) (( segid " " and resid 30 and name HN )) 4.300 2.300 1.700 peak 2551 spectrum 1 weight 0.10000E+01 volume 0.98261E-03 ppm1 2.496 ppm2 7.334 CV 1 ASSI { 2552} (( segid " " and resid 27 and name HD2 )) (( segid " " and resid 27 and name HE )) 2.800 1.000 1.000 peak 2552 spectrum 1 weight 0.10000E+01 volume 0.18901E-02 ppm1 2.504 ppm2 6.838 CV 1 ASSI { 2554} (( segid " " and resid 125 and name HB1 )) ( segid " " and resid 125 and name HD% ) 3.100 1.200 1.200 peak 2554 spectrum 1 weight 0.10000E+01 volume 0.10593E-02 ppm1 3.381 ppm2 7.413 CV 1 ASSI { 2555} (( segid " " and resid 125 and name HB2 )) ( segid " " and resid 125 and name HD% ) 3.300 1.400 1.400 peak 2555 spectrum 1 weight 0.10000E+01 volume 0.86290E-03 ppm1 3.026 ppm2 7.409 CV 1 ASSI { 2557} (( segid " " and resid 142 and name HB2 )) (( segid " " and resid 142 and name HB1 )) 2.100 0.500 0.500 peak 2557 spectrum 1 weight 0.10000E+01 volume 0.33628E-02 ppm1 3.115 ppm2 3.362 CV 1 ASSI { 2560} (( segid " " and resid 148 and name HD1 )) (( segid " " and resid 148 and name HB1 )) 2.800 1.000 1.000 peak 2560 spectrum 1 weight 0.10000E+01 volume 0.52206E-02 ppm1 3.181 ppm2 1.673 CV 1 OR { 2560} (( segid " " and resid 148 and name HD1 )) (( segid " " and resid 148 and name HB2 )) OR { 2560} (( segid " " and resid 148 and name HD2 )) (( segid " " and resid 148 and name HB2 )) OR { 2560} (( segid " " and resid 148 and name HD2 )) (( segid " " and resid 148 and name HB1 )) ASSI { 2561} (( segid " " and resid 85 and name HE2 )) (( segid " " and resid 85 and name HD1 )) 2.800 1.000 1.000 peak 2561 spectrum 1 weight 0.10000E+01 volume 0.18469E-02 ppm1 2.781 ppm2 1.464 CV 1 OR { 2561} (( segid " " and resid 85 and name HE2 )) (( segid " " and resid 85 and name HD2 )) ASSI { 2564} (( segid " " and resid 148 and name HD1 )) (( segid " " and resid 148 and name HA )) 4.100 2.100 1.900 peak 2564 spectrum 1 weight 0.10000E+01 volume 0.16192E-02 ppm1 3.158 ppm2 4.221 CV 1 OR { 2564} (( segid " " and resid 148 and name HD2 )) (( segid " " and resid 148 and name HA )) ASSI { 2566} (( segid " " and resid 91 and name HA2 )) (( segid " " and resid 91 and name HN )) 3.400 1.400 1.400 peak 2566 spectrum 1 weight 0.10000E+01 volume 0.10966E-02 ppm1 3.475 ppm2 8.524 CV 1 ASSI { 2572} (( segid " " and resid 134 and name HB1 )) (( segid " " and resid 135 and name HN )) 2.900 1.100 1.100 peak 2572 spectrum 1 weight 0.11000E+01 volume 0.92734E-03 ppm1 2.287 ppm2 9.083 CV 1 ASSI { 2573} (( segid " " and resid 134 and name HB2 )) (( segid " " and resid 135 and name HN )) 4.200 2.200 1.800 peak 2573 spectrum 1 weight 0.11000E+01 volume 0.84457E-03 ppm1 1.856 ppm2 9.088 CV 1 ASSI { 2575} (( segid " " and resid 134 and name HB2 )) ( segid " " and resid 134 and name HD% ) 2.900 1.000 1.000 peak 2575 spectrum 1 weight 0.11000E+01 volume 0.90132E-03 ppm1 1.852 ppm2 6.617 CV 1 ASSI { 2576} (( segid " " and resid 134 and name HB1 )) ( segid " " and resid 134 and name HD% ) 3.000 1.100 1.100 peak 2576 spectrum 1 weight 0.11000E+01 volume 0.11357E-02 ppm1 2.290 ppm2 6.618 CV 1 ASSI { 2577} (( segid " " and resid 10 and name HD1 )) (( segid " " and resid 10 and name HE )) 2.700 0.900 0.900 peak 2577 spectrum 1 weight 0.10000E+01 volume 0.21266E-02 ppm1 3.069 ppm2 6.909 CV 1 ASSI { 2578} (( segid " " and resid 10 and name HD2 )) (( segid " " and resid 10 and name HE )) 2.800 1.000 1.000 peak 2578 spectrum 1 weight 0.10000E+01 volume 0.22579E-02 ppm1 2.957 ppm2 6.906 CV 1 ASSI { 2583} (( segid " " and resid 17 and name HA2 )) (( segid " " and resid 17 and name HA1 )) 2.000 0.500 0.500 peak 2583 spectrum 1 weight 0.10000E+01 volume 0.44115E-02 ppm1 3.502 ppm2 4.178 CV 1 ASSI { 2584} (( segid " " and resid 64 and name HA1 )) (( segid " " and resid 64 and name HA2 )) 1.800 0.400 0.400 peak 2584 spectrum 1 weight 0.10000E+01 volume 0.51319E-02 ppm1 4.258 ppm2 3.567 CV 1 ASSI { 2586} (( segid " " and resid 64 and name HA1 )) (( segid " " and resid 65 and name HD2 )) 2.800 1.000 0.900 peak 2586 spectrum 1 weight 0.10000E+01 volume 0.26659E-02 ppm1 4.255 ppm2 3.721 CV 1 ASSI { 4551} (( segid " " and resid 64 and name HA1 )) (( segid " " and resid 63 and name HA )) 4.500 2.500 1.500 peak 4551 spectrum 1 weight 0.10000E+01 volume 0.26659E-02 ppm1 4.262 ppm2 4.824 CV 1 ASSI { 4550} (( segid " " and resid 64 and name HA2 )) (( segid " " and resid 63 and name HA )) 4.000 2.200 2.000 peak 4550 spectrum 1 weight 0.10000E+01 volume 0.26659E-02 ppm1 3.573 ppm2 4.824 CV 1 ASSI { 2587} (( segid " " and resid 91 and name HA1 )) (( segid " " and resid 91 and name HA2 )) 2.000 0.500 0.500 peak 2587 spectrum 1 weight 0.10000E+01 volume 0.19902E-02 ppm1 4.055 ppm2 3.465 CV 1 ASSI { 2588} (( segid " " and resid 30 and name HA1 )) (( segid " " and resid 30 and name HA2 )) 1.900 0.500 0.500 peak 2588 spectrum 1 weight 0.10000E+01 volume 0.21600E-02 ppm1 4.574 ppm2 3.582 CV 1 ASSI { 2602} (( segid " " and resid 30 and name HA1 )) (( segid " " and resid 31 and name HN )) 2.600 0.800 0.800 peak 2602 spectrum 1 weight 0.10000E+01 volume 0.11757E-02 ppm1 4.567 ppm2 9.205 CV 1 ASSI { 2603} (( segid " " and resid 64 and name HA1 )) (( segid " " and resid 64 and name HN )) 2.700 0.900 0.900 peak 2603 spectrum 1 weight 0.10000E+01 volume 0.31362E-02 ppm1 4.259 ppm2 8.986 CV 1 ASSI { 2605} (( segid " " and resid 115 and name HA1 )) (( segid " " and resid 117 and name HN )) 4.100 2.100 1.900 peak 2605 spectrum 1 weight 0.10000E+01 volume 0.11060E-02 ppm1 4.209 ppm2 8.688 CV 1 ASSI { 4625} (( segid " " and resid 115 and name HA2 )) (( segid " " and resid 117 and name HN )) 4.500 2.500 1.500 peak 4625 spectrum 1 weight 0.10000E+01 volume 0.11060E-02 ppm1 4.028 ppm2 8.688 CV 1 ASSI { 2607} (( segid " " and resid 77 and name HB2 )) (( segid " " and resid 77 and name HN )) 2.500 0.800 0.800 peak 2607 spectrum 1 weight 0.11000E+01 volume 0.12213E-02 ppm1 1.186 ppm2 8.895 CV 1 ASSI { 2608} (( segid " " and resid 77 and name HB1 )) (( segid " " and resid 78 and name HN )) 3.300 1.100 1.100 peak 2608 spectrum 1 weight 0.11000E+01 volume 0.12169E-02 ppm1 1.334 ppm2 8.706 CV 1 ASSI { 2609} (( segid " " and resid 77 and name HB2 )) (( segid " " and resid 78 and name HN )) 4.000 2.200 1.500 peak 2609 spectrum 1 weight 0.11000E+01 volume 0.70676E-03 ppm1 1.193 ppm2 8.711 CV 1 ASSI { 2618} (( segid " " and resid 77 and name HB1 )) (( segid " " and resid 77 and name HA )) 2.600 0.900 0.900 peak 2618 spectrum 1 weight 0.11000E+01 volume 0.16341E-02 ppm1 1.329 ppm2 5.032 CV 1 ASSI { 2619} (( segid " " and resid 77 and name HB2 )) (( segid " " and resid 77 and name HA )) 3.200 1.300 1.300 peak 2619 spectrum 1 weight 0.11000E+01 volume 0.10317E-02 ppm1 1.193 ppm2 5.034 CV 1 ASSI { 2622} (( segid " " and resid 77 and name HB1 )) ( segid " " and resid 77 and name HD1%) 2.500 0.800 0.800 peak 2622 spectrum 1 weight 0.10000E+01 volume 0.41593E-02 ppm1 1.332 ppm2 0.514 CV 1 OR { 2622} (( segid " " and resid 77 and name HB1 )) ( segid " " and resid 77 and name HD2%) ASSI { 2623} (( segid " " and resid 64 and name HA2 )) (( segid " " and resid 65 and name HB1 )) 4.000 2.200 2.000 peak 2623 spectrum 1 weight 0.10000E+01 volume 0.76519E-03 ppm1 3.563 ppm2 2.074 CV 1 OR { 2623} (( segid " " and resid 64 and name HA2 )) (( segid " " and resid 65 and name HB2 )) OR { 2623} (( segid " " and resid 64 and name HA2 )) (( segid " " and resid 65 and name HG2 )) ASSI { 2631} (( segid " " and resid 10 and name HD1 )) (( segid " " and resid 10 and name HG1 )) 2.600 0.800 0.800 peak 2631 spectrum 1 weight 0.10000E+01 volume 0.20000E-02 ppm1 3.062 ppm2 1.623 CV 1 ASSI { 2635} (( segid " " and resid 10 and name HD2 )) (( segid " " and resid 10 and name HB2 )) 3.700 1.700 1.700 peak 2635 spectrum 1 weight 0.10000E+01 volume 0.13737E-02 ppm1 2.964 ppm2 1.525 CV 1 ASSI { 2636} (( segid " " and resid 10 and name HD1 )) (( segid " " and resid 10 and name HG2 )) 3.200 1.300 1.300 peak 2636 spectrum 1 weight 0.10000E+01 volume 0.13761E-02 ppm1 3.061 ppm2 1.433 CV 1 ASSI { 2637} (( segid " " and resid 77 and name HB1 )) (( segid " " and resid 77 and name HB2 )) 1.800 0.100 0.600 peak 2637 spectrum 1 weight 0.11000E+01 volume 0.44393E-02 ppm1 1.331 ppm2 1.203 CV 1 ASSI { 2638} (( segid " " and resid 77 and name HB1 )) (( segid " " and resid 11 and name HB )) 3.800 1.800 1.300 peak 2638 spectrum 1 weight 0.10000E+01 volume 0.12925E-02 ppm1 1.333 ppm2 2.241 CV 1 ASSI { 2640} (( segid " " and resid 77 and name HB2 )) (( segid " " and resid 11 and name HB )) 3.300 1.500 0.900 peak 2640 spectrum 1 weight 0.10000E+01 volume 0.10086E-02 ppm1 1.194 ppm2 2.246 CV 1 ASSI { 2642} (( segid " " and resid 77 and name HB2 )) ( segid " " and resid 11 and name HG1%) 3.500 1.500 1.300 peak 2642 spectrum 1 weight 0.10000E+01 volume 0.11456E-02 ppm1 1.206 ppm2 0.702 CV 1 ASSI { 2645} (( segid " " and resid 77 and name HB2 )) ( segid " " and resid 77 and name HD2%) 2.700 0.900 0.900 peak 2645 spectrum 1 weight 0.10000E+01 volume 0.28541E-02 ppm1 1.195 ppm2 0.513 CV 1 OR { 2645} (( segid " " and resid 77 and name HB2 )) ( segid " " and resid 77 and name HD1%) ASSI { 2647} (( segid " " and resid 68 and name HB1 )) (( segid " " and resid 68 and name HG )) 2.900 1.000 1.000 peak 2647 spectrum 1 weight 0.10000E+01 volume 0.16036E-02 ppm1 1.557 ppm2 1.061 CV 1 ASSI { 2648} (( segid " " and resid 68 and name HB1 )) ( segid " " and resid 68 and name HD2%) 3.100 1.200 1.200 peak 2648 spectrum 1 weight 0.10000E+01 volume 0.10918E-02 ppm1 1.552 ppm2 0.480 CV 1 ASSI { 2650} (( segid " " and resid 17 and name HA1 )) ( segid " " and resid 12 and name HG2%) 4.200 2.200 1.800 peak 2650 spectrum 1 weight 0.10000E+01 volume 0.16081E-02 ppm1 4.177 ppm2 0.864 CV 1 ASSI { 2651} (( segid " " and resid 64 and name HA2 )) (( segid " " and resid 65 and name HD1 )) 4.000 2.200 1.800 peak 2651 spectrum 1 weight 0.10000E+01 volume 0.30383E-02 ppm1 3.569 ppm2 4.022 CV 1 ASSI { 2652} (( segid " " and resid 64 and name HA2 )) (( segid " " and resid 65 and name HD2 )) 4.000 2.200 2.000 peak 2652 spectrum 1 weight 0.10000E+01 volume 0.30943E-02 ppm1 3.567 ppm2 3.721 CV 1 ASSI { 2655} (( segid " " and resid 115 and name HA2 )) (( segid " " and resid 115 and name HA1 )) 1.600 0.300 0.600 peak 2655 spectrum 1 weight 0.10000E+01 volume 0.16847E-01 ppm1 4.023 ppm2 4.189 CV 1 ASSI { 2657} (( segid " " and resid 56 and name HA1 )) (( segid " " and resid 56 and name HN )) 2.300 0.700 0.700 peak 2657 spectrum 1 weight 0.11000E+01 volume 0.49543E-02 ppm1 3.993 ppm2 8.438 CV 1 ASSI { 2662} (( segid " " and resid 56 and name HA1 )) (( segid " " and resid 57 and name HN )) 3.300 1.500 1.500 peak 2662 spectrum 1 weight 0.11000E+01 volume 0.12166E-02 ppm1 3.987 ppm2 7.566 CV 1 ASSI { 2667} (( segid " " and resid 68 and name HB1 )) (( segid " " and resid 68 and name HA )) 3.300 1.400 1.400 peak 2667 spectrum 1 weight 0.11000E+01 volume 0.10552E-02 ppm1 1.560 ppm2 4.498 CV 1 ASSI { 2668} (( segid " " and resid 56 and name HA1 )) (( segid " " and resid 56 and name HA2 )) 1.900 0.400 0.400 peak 2668 spectrum 1 weight 0.11000E+01 volume 0.58744E-02 ppm1 3.992 ppm2 3.625 CV 1 ASSI { 2671} (( segid " " and resid 86 and name HB1 )) (( segid " " and resid 86 and name HN )) 3.500 1.500 1.500 peak 2671 spectrum 1 weight 0.11000E+01 volume 0.62673E-03 ppm1 1.613 ppm2 8.500 CV 1 ASSI { 2672} (( segid " " and resid 86 and name HB2 )) (( segid " " and resid 86 and name HN )) 3.200 1.300 1.300 peak 2672 spectrum 1 weight 0.11000E+01 volume 0.65998E-03 ppm1 1.295 ppm2 8.497 CV 1 ASSI { 2673} (( segid " " and resid 86 and name HB1 )) ( segid " " and resid 108 and name HE% ) 3.000 1.100 1.100 peak 2673 spectrum 1 weight 0.10000E+01 volume 0.10834E-02 ppm1 1.619 ppm2 6.454 CV 1 ASSI { 2674} (( segid " " and resid 86 and name HB2 )) ( segid " " and resid 108 and name HE% ) 2.800 1.000 1.000 peak 2674 spectrum 1 weight 0.10000E+01 volume 0.11753E-02 ppm1 1.293 ppm2 6.456 CV 1 ASSI { 2685} (( segid " " and resid 86 and name HB1 )) (( segid " " and resid 86 and name HB2 )) 2.000 0.500 0.500 peak 2685 spectrum 1 weight 0.11000E+01 volume 0.16260E-02 ppm1 1.622 ppm2 1.294 CV 1 ASSI { 2701} (( segid " " and resid 93 and name HD1 )) (( segid " " and resid 93 and name HD2 )) 2.100 0.500 0.500 peak 2701 spectrum 1 weight 0.10000E+01 volume 0.22070E-02 ppm1 3.672 ppm2 4.088 CV 1 ASSI { 2702} (( segid " " and resid 65 and name HD2 )) (( segid " " and resid 65 and name HD1 )) 1.800 0.400 0.400 peak 2702 spectrum 1 weight 0.11000E+01 volume 0.42358E-02 ppm1 3.725 ppm2 4.018 CV 1 ASSI { 2704} (( segid " " and resid 13 and name HA )) (( segid " " and resid 14 and name HD1 )) 2.400 0.700 0.700 peak 2704 spectrum 1 weight 0.10000E+01 volume 0.24563E-02 ppm1 4.395 ppm2 3.950 CV 1 OR { 2704} (( segid " " and resid 13 and name HA )) (( segid " " and resid 14 and name HD2 )) ASSI { 2705} (( segid " " and resid 95 and name HD2 )) (( segid " " and resid 95 and name HB1 )) 4.600 2.600 1.400 peak 2705 spectrum 1 weight 0.10000E+01 volume 0.80863E-03 ppm1 4.081 ppm2 2.372 CV 1 ASSI { 2706} (( segid " " and resid 147 and name HD1 )) (( segid " " and resid 147 and name HB1 )) 3.600 1.600 1.600 peak 2706 spectrum 1 weight 0.10000E+01 volume 0.14176E-02 ppm1 3.869 ppm2 2.255 CV 1 ASSI { 2707} (( segid " " and resid 65 and name HD1 )) (( segid " " and resid 65 and name HG1 )) 2.600 0.800 0.800 peak 2707 spectrum 1 weight 0.10000E+01 volume 0.25700E-02 ppm1 4.024 ppm2 2.083 CV 1 ASSI { 2708} (( segid " " and resid 65 and name HD1 )) (( segid " " and resid 65 and name HG2 )) 3.000 1.100 1.100 peak 2708 spectrum 1 weight 0.11000E+01 volume 0.20773E-02 ppm1 4.020 ppm2 1.878 CV 1 ASSI { 2709} (( segid " " and resid 147 and name HD2 )) (( segid " " and resid 147 and name HB1 )) 3.900 1.900 1.900 peak 2709 spectrum 1 weight 0.10000E+01 volume 0.19512E-02 ppm1 3.654 ppm2 2.250 CV 1 ASSI { 2710} (( segid " " and resid 65 and name HD2 )) (( segid " " and resid 65 and name HB1 )) 4.400 2.400 1.600 peak 2710 spectrum 1 weight 0.10000E+01 volume 0.10469E-02 ppm1 3.720 ppm2 2.236 CV 1 ASSI { 2712} (( segid " " and resid 65 and name HD2 )) (( segid " " and resid 65 and name HG1 )) 3.100 1.200 1.200 peak 2712 spectrum 1 weight 0.10000E+01 volume 0.28604E-02 ppm1 3.714 ppm2 2.069 CV 1 ASSI { 2713} (( segid " " and resid 65 and name HD2 )) (( segid " " and resid 65 and name HG2 )) 2.500 0.800 0.800 peak 2713 spectrum 1 weight 0.11000E+01 volume 0.19180E-02 ppm1 3.721 ppm2 1.883 CV 1 ASSI { 2718} (( segid " " and resid 93 and name HD2 )) (( segid " " and resid 92 and name HA )) 2.900 1.100 1.100 peak 2718 spectrum 1 weight 0.10000E+01 volume 0.92251E-03 ppm1 4.110 ppm2 4.922 CV 1 ASSI { 2721} (( segid " " and resid 93 and name HD1 )) (( segid " " and resid 92 and name HA )) 2.900 1.100 1.100 peak 2721 spectrum 1 weight 0.10000E+01 volume 0.14516E-02 ppm1 3.672 ppm2 4.916 CV 1 ASSI { 2722} (( segid " " and resid 65 and name HD2 )) (( segid " " and resid 64 and name HN )) 4.600 2.600 1.400 peak 2722 spectrum 1 weight 0.10000E+01 volume 0.86573E-03 ppm1 3.725 ppm2 8.981 CV 1 ASSI { 2723} (( segid " " and resid 147 and name HD1 )) (( segid " " and resid 146 and name HN )) 4.200 2.200 1.800 peak 2723 spectrum 1 weight 0.10000E+01 volume 0.83499E-03 ppm1 3.872 ppm2 8.189 CV 1 ASSI { 2724} (( segid " " and resid 65 and name HD2 )) (( segid " " and resid 66 and name HN )) 4.300 2.300 1.700 peak 2724 spectrum 1 weight 0.10000E+01 volume 0.91159E-03 ppm1 3.642 ppm2 8.191 CV 1 ASSI { 2725} (( segid " " and resid 147 and name HD2 )) (( segid " " and resid 146 and name HN )) 4.700 2.700 1.300 peak 2725 spectrum 1 weight 0.10000E+01 volume 0.91159E-03 ppm1 3.642 ppm2 8.191 CV 1 ASSI { 2729} (( segid " " and resid 65 and name HD1 )) (( segid " " and resid 66 and name HN )) 4.300 2.300 1.700 peak 2729 spectrum 1 weight 0.10000E+01 volume 0.92433E-03 ppm1 4.024 ppm2 7.594 CV 1 ASSI { 2737} (( segid " " and resid 147 and name HD2 )) ( segid " " and resid 146 and name HG1%) 3.400 1.500 1.500 peak 2737 spectrum 1 weight 0.10000E+01 volume 0.27568E-02 ppm1 3.646 ppm2 0.939 CV 1 OR { 2737} (( segid " " and resid 147 and name HD2 )) ( segid " " and resid 146 and name HG2%) ASSI { 2739} (( segid " " and resid 141 and name HA )) ( segid " " and resid 84 and name HD2%) 2.800 1.000 1.000 peak 2739 spectrum 1 weight 0.10000E+01 volume 0.21742E-02 ppm1 4.555 ppm2 0.436 CV 1 ASSI { 2744} (( segid " " and resid 95 and name HD2 )) (( segid " " and resid 94 and name HA )) 3.000 1.200 1.200 peak 2744 spectrum 1 weight 0.10000E+01 volume 0.11970E-02 ppm1 4.077 ppm2 5.156 CV 1 ASSI { 2745} (( segid " " and resid 95 and name HD1 )) (( segid " " and resid 94 and name HA )) 3.300 1.500 1.200 peak 2744 spectrum 1 weight 0.10000E+01 volume 0.11970E-02 ppm1 4.077 ppm2 5.156 CV 1 ASSI { 2746} (( segid " " and resid 95 and name HD1 )) (( segid " " and resid 95 and name HD2 )) 2.100 0.600 0.600 peak 2746 spectrum 1 weight 0.10000E+01 volume 0.19036E-02 ppm1 4.396 ppm2 4.075 CV 1 ASSI { 2747} (( segid " " and resid 141 and name HA )) ( segid " " and resid 20 and name HE% ) 3.600 3.600 2.400 peak 2747 spectrum 1 weight 0.10000E+01 volume 0.15964E-02 ppm1 4.557 ppm2 6.811 CV 1 ASSI { 2751} (( segid " " and resid 65 and name HD1 )) (( segid " " and resid 64 and name HN )) 4.900 2.900 1.100 peak 2751 spectrum 1 weight 0.10000E+01 volume 0.95427E-03 ppm1 4.018 ppm2 8.994 CV 1 OR { 2751} (( segid " " and resid 65 and name HD1 )) (( segid " " and resid 39 and name HE )) ASSI { 2722} (( segid " " and resid 65 and name HD2 )) (( segid " " and resid 64 and name HN )) 4.900 2.900 1.100 peak 2722 spectrum 1 weight 0.10000E+01 volume 0.95427E-03 ppm1 4.018 ppm2 8.994 CV 1 OR { 2722} (( segid " " and resid 65 and name HD2 )) (( segid " " and resid 39 and name HE )) ASSI { 2760} (( segid " " and resid 95 and name HD1 )) (( segid " " and resid 95 and name HG1 )) 2.700 0.900 0.900 peak 2760 spectrum 1 weight 0.10000E+01 volume 0.14607E-02 ppm1 4.387 ppm2 2.144 CV 1 ASSI { 2761} (( segid " " and resid 119 and name HA )) ( segid " " and resid 33 and name HG2%) 4.200 2.200 1.800 peak 2761 spectrum 1 weight 0.10000E+01 volume 0.11432E-02 ppm1 4.380 ppm2 0.951 CV 1 ASSI { 2762} (( segid " " and resid 57 and name HA )) (( segid " " and resid 58 and name HN )) 2.300 0.700 0.700 peak 2762 spectrum 1 weight 0.11000E+01 volume 0.16739E-02 ppm1 4.035 ppm2 9.647 CV 1 ASSI { 2763} (( segid " " and resid 58 and name HA )) (( segid " " and resid 49 and name HN )) 2.600 0.800 0.800 peak 2763 spectrum 1 weight 0.11000E+01 volume 0.24110E-02 ppm1 4.269 ppm2 8.688 CV 1 ASSI { 2767} (( segid " " and resid 114 and name HA )) (( segid " " and resid 114 and name HN )) 2.500 0.800 0.800 peak 2767 spectrum 1 weight 0.10000E+01 volume 0.36968E-02 ppm1 4.394 ppm2 7.722 CV 1 ASSI { 2769} (( segid " " and resid 57 and name HA )) (( segid " " and resid 59 and name HN )) 4.000 2.000 2.000 peak 2769 spectrum 1 weight 0.11000E+01 volume 0.98778E-03 ppm1 4.038 ppm2 6.897 CV 1 ASSI { 2777} (( segid " " and resid 57 and name HA )) ( segid " " and resid 58 and name HB% ) 4.200 2.200 1.800 peak 2777 spectrum 1 weight 0.11000E+01 volume 0.11953E-02 ppm1 4.036 ppm2 0.269 CV 1 ASSI { 2779} (( segid " " and resid 43 and name HA )) ( segid " " and resid 43 and name HD1%) 4.000 2.000 2.000 peak 2779 spectrum 1 weight 0.10000E+01 volume 0.10267E-02 ppm1 5.864 ppm2 0.638 CV 1 OR { 2779} (( segid " " and resid 43 and name HA )) ( segid " " and resid 43 and name HD2%) ASSI { 2780} (( segid " " and resid 60 and name HA )) (( segid " " and resid 60 and name HB2 )) 3.400 1.400 1.400 peak 2780 spectrum 1 weight 0.11000E+01 volume 0.12456E-02 ppm1 5.642 ppm2 2.597 CV 1 ASSI { 2781} (( segid " " and resid 84 and name HA )) (( segid " " and resid 85 and name HN )) 2.200 0.600 0.600 peak 2781 spectrum 1 weight 0.11000E+01 volume 0.36139E-02 ppm1 5.250 ppm2 9.066 CV 1 ASSI { 2782} (( segid " " and resid 60 and name HA )) (( segid " " and resid 61 and name HN )) 2.100 0.600 0.600 peak 2782 spectrum 1 weight 0.11000E+01 volume 0.33355E-02 ppm1 5.643 ppm2 9.766 CV 1 ASSI { 2785} (( segid " " and resid 42 and name HA )) (( segid " " and resid 43 and name HN )) 2.400 0.700 0.700 peak 2785 spectrum 1 weight 0.11000E+01 volume 0.21850E-02 ppm1 5.446 ppm2 9.370 CV 1 ASSI { 2786} (( segid " " and resid 88 and name HA )) ( segid " " and resid 88 and name HD% ) 2.300 0.700 0.700 peak 2786 spectrum 1 weight 0.11000E+01 volume 0.21935E-02 ppm1 5.380 ppm2 7.121 CV 1 ASSI { 2788} (( segid " " and resid 86 and name HA )) (( segid " " and resid 87 and name HN )) 2.400 0.700 0.700 peak 2788 spectrum 1 weight 0.10000E+01 volume 0.27642E-02 ppm1 4.663 ppm2 8.759 CV 1 ASSI { 2792} (( segid " " and resid 22 and name HA )) ( segid " " and resid 22 and name HD2%) 3.100 1.200 1.200 peak 2792 spectrum 1 weight 0.11000E+01 volume 0.94586E-03 ppm1 4.360 ppm2 -0.452 CV 1 ASSI { 2793} (( segid " " and resid 85 and name HA )) (( segid " " and resid 107 and name HA )) 2.500 0.800 0.800 peak 2793 spectrum 1 weight 0.10000E+01 volume 0.20325E-02 ppm1 5.593 ppm2 5.156 CV 1 ASSI { 2800} (( segid " " and resid 97 and name HA )) (( segid " " and resid 97 and name HN )) 2.800 1.000 1.000 peak 2800 spectrum 1 weight 0.11000E+01 volume 0.25099E-02 ppm1 4.487 ppm2 7.070 CV 1 ASSI { 2801} (( segid " " and resid 8 and name HA )) (( segid " " and resid 9 and name HN )) 3.300 1.500 1.200 peak 2801 spectrum 1 weight 0.10000E+01 volume 0.29262E-02 ppm1 4.563 ppm2 9.624 CV 1 ASSI { 2802} (( segid " " and resid 68 and name HA )) (( segid " " and resid 69 and name HN )) 2.000 0.500 0.500 peak 2802 spectrum 1 weight 0.11000E+01 volume 0.95088E-02 ppm1 4.489 ppm2 8.454 CV 1 ASSI { 2804} (( segid " " and resid 8 and name HA )) (( segid " " and resid 8 and name HN )) 2.800 1.000 1.000 peak 2804 spectrum 1 weight 0.10000E+01 volume 0.30099E-02 ppm1 4.560 ppm2 8.168 CV 1 ASSI { 2805} (( segid " " and resid 97 and name HA )) (( segid " " and resid 97 and name HB1 )) 2.700 0.900 0.900 peak 2805 spectrum 1 weight 0.11000E+01 volume 0.37040E-02 ppm1 4.488 ppm2 2.701 CV 1 ASSI { 2806} (( segid " " and resid 8 and name HA )) (( segid " " and resid 8 and name HB1 )) 2.500 0.800 0.800 peak 2806 spectrum 1 weight 0.10000E+01 volume 0.68185E-02 ppm1 4.563 ppm2 2.633 CV 1 OR { 2806} (( segid " " and resid 8 and name HA )) (( segid " " and resid 8 and name HB2 )) ASSI { 2807} (( segid " " and resid 97 and name HA )) (( segid " " and resid 97 and name HB2 )) 2.800 1.000 1.000 peak 2807 spectrum 1 weight 0.11000E+01 volume 0.26146E-02 ppm1 4.490 ppm2 2.573 CV 1 ASSI { 2808} (( segid " " and resid 19 and name HA )) ( segid " " and resid 12 and name HG2%) 3.800 1.800 1.300 peak 2808 spectrum 1 weight 0.10000E+01 volume 0.10131E-02 ppm1 4.252 ppm2 0.861 CV 1 ASSI { 2813} (( segid " " and resid 22 and name HA )) ( segid " " and resid 22 and name HD1%) 3.400 3.400 2.600 peak 2813 spectrum 1 weight 0.11000E+01 volume 0.36923E-02 ppm1 4.361 ppm2 -0.010 CV 1 ASSI { 2817} (( segid " " and resid 10 and name HA )) ( segid " " and resid 77 and name HD2%) 3.500 1.500 1.400 peak 2817 spectrum 1 weight 0.10000E+01 volume 0.13158E-02 ppm1 5.365 ppm2 0.520 CV 1 OR { 2817} (( segid " " and resid 10 and name HA )) ( segid " " and resid 77 and name HD1%) ASSI { 2819} (( segid " " and resid 10 and name HA )) (( segid " " and resid 10 and name HB1 )) 3.200 1.300 1.300 peak 2819 spectrum 1 weight 0.10000E+01 volume 0.12118E-02 ppm1 5.358 ppm2 1.792 CV 1 ASSI { 2820} (( segid " " and resid 10 and name HA )) (( segid " " and resid 10 and name HD1 )) 4.800 2.900 1.200 peak 2820 spectrum 1 weight 0.10000E+01 volume 0.90254E-03 ppm1 5.365 ppm2 3.076 CV 1 ASSI { 2827} (( segid " " and resid 10 and name HA )) (( segid " " and resid 11 and name HN )) 2.300 0.600 0.600 peak 2827 spectrum 1 weight 0.11000E+01 volume 0.32407E-02 ppm1 5.362 ppm2 8.842 CV 1 ASSI { 2828} (( segid " " and resid 85 and name HA )) (( segid " " and resid 86 and name HN )) 2.200 0.600 0.600 peak 2828 spectrum 1 weight 0.11000E+01 volume 0.45492E-02 ppm1 5.629 ppm2 8.504 CV 1 ASSI { 2829} (( segid " " and resid 125 and name HA )) ( segid " " and resid 125 and name HD% ) 3.100 1.200 1.200 peak 2829 spectrum 1 weight 0.11000E+01 volume 0.15209E-02 ppm1 5.652 ppm2 7.412 CV 1 ASSI { 2830} (( segid " " and resid 10 and name HA )) (( segid " " and resid 21 and name HA )) 2.800 1.000 0.900 peak 2830 spectrum 1 weight 0.10000E+01 volume 0.16116E-02 ppm1 5.352 ppm2 5.043 CV 1 ASSI { 2835} (( segid " " and resid 85 and name HA )) (( segid " " and resid 85 and name HB1 )) 2.600 0.900 0.900 peak 2835 spectrum 1 weight 0.10000E+01 volume 0.25353E-02 ppm1 5.623 ppm2 1.628 CV 1 OR { 2835} (( segid " " and resid 85 and name HA )) (( segid " " and resid 85 and name HB2 )) ASSI { 2837} (( segid " " and resid 55 and name HA )) (( segid " " and resid 55 and name HN )) 2.100 0.600 0.600 peak 2837 spectrum 1 weight 0.11000E+01 volume 0.12599E-01 ppm1 4.359 ppm2 8.414 CV 1 ASSI { 2838} (( segid " " and resid 116 and name HA )) (( segid " " and resid 116 and name HN )) 2.600 0.900 0.900 peak 2838 spectrum 1 weight 0.11000E+01 volume 0.51015E-02 ppm1 4.686 ppm2 8.573 CV 1 ASSI { 2839} (( segid " " and resid 116 and name HA )) (( segid " " and resid 117 and name HN )) 3.300 1.500 1.200 peak 2839 spectrum 1 weight 0.11000E+01 volume 0.56078E-02 ppm1 4.687 ppm2 8.662 CV 1 ASSI { 2845} (( segid " " and resid 80 and name HA )) (( segid " " and resid 81 and name HN )) 2.400 0.600 0.500 peak 2845 spectrum 1 weight 0.11000E+01 volume 0.80292E-02 ppm1 4.342 ppm2 9.083 CV 1 ASSI { 2847} (( segid " " and resid 40 and name HA )) (( segid " " and resid 41 and name HN )) 2.200 0.600 0.600 peak 2847 spectrum 1 weight 0.11000E+01 volume 0.20960E-02 ppm1 4.617 ppm2 9.093 CV 1 ASSI { 2848} (( segid " " and resid 66 and name HA )) (( segid " " and resid 67 and name HN )) 2.000 0.500 0.500 peak 2848 spectrum 1 weight 0.10000E+01 volume 0.95978E-02 ppm1 4.517 ppm2 8.387 CV 1 ASSI { 2853} (( segid " " and resid 81 and name HA )) (( segid " " and resid 82 and name HN )) 2.700 0.900 0.900 peak 2853 spectrum 1 weight 0.11000E+01 volume 0.37723E-02 ppm1 4.219 ppm2 6.830 CV 1 ASSI { 2861} (( segid " " and resid 123 and name HA )) ( segid " " and resid 123 and name HD1%) 2.800 1.000 1.000 peak 2861 spectrum 1 weight 0.10000E+01 volume 0.84643E-02 ppm1 4.234 ppm2 0.690 CV 1 OR { 2861} (( segid " " and resid 123 and name HA )) ( segid " " and resid 123 and name HD2%) ASSI { 2862} (( segid " " and resid 137 and name HA )) ( segid " " and resid 138 and name HG2%) 4.400 2.500 1.600 peak 2862 spectrum 1 weight 0.10000E+01 volume 0.88337E-03 ppm1 5.521 ppm2 1.097 CV 1 ASSI { 2863} (( segid " " and resid 116 and name HA )) (( segid " " and resid 116 and name HB1 )) 2.700 0.900 0.900 peak 2863 spectrum 1 weight 0.11000E+01 volume 0.63659E-02 ppm1 4.689 ppm2 2.832 CV 1 ASSI { 2866} (( segid " " and resid 135 and name HA )) (( segid " " and resid 135 and name HB1 )) 2.900 1.000 1.000 peak 2866 spectrum 1 weight 0.11000E+01 volume 0.20536E-02 ppm1 5.379 ppm2 3.765 CV 1 ASSI { 2868} (( segid " " and resid 148 and name HA )) (( segid " " and resid 148 and name HB2 )) 2.300 0.600 0.600 peak 2868 spectrum 1 weight 0.10000E+01 volume 0.10678E-01 ppm1 4.215 ppm2 1.701 CV 1 OR { 2868} (( segid " " and resid 148 and name HA )) (( segid " " and resid 148 and name HB1 )) ASSI { 2869} (( segid " " and resid 137 and name HA )) ( segid " " and resid 109 and name HG1%) 3.100 1.200 1.200 peak 2869 spectrum 1 weight 0.10000E+01 volume 0.15278E-02 ppm1 5.517 ppm2 0.572 CV 1 ASSI { 2873} (( segid " " and resid 137 and name HA )) (( segid " " and resid 137 and name HB2 )) 3.300 1.300 1.300 peak 2873 spectrum 1 weight 0.11000E+01 volume 0.11189E-02 ppm1 5.521 ppm2 2.953 CV 1 ASSI { 2874} (( segid " " and resid 135 and name HA )) (( segid " " and resid 107 and name HN )) 2.400 0.700 0.700 peak 2874 spectrum 1 weight 0.11000E+01 volume 0.19605E-02 ppm1 5.379 ppm2 7.676 CV 1 ASSI { 2875} (( segid " " and resid 135 and name HA )) (( segid " " and resid 136 and name HN )) 2.200 0.400 0.600 peak 2875 spectrum 1 weight 0.11000E+01 volume 0.35472E-02 ppm1 5.386 ppm2 8.830 CV 1 ASSI { 2876} (( segid " " and resid 134 and name HA )) (( segid " " and resid 135 and name HN )) 2.200 0.600 0.600 peak 2876 spectrum 1 weight 0.11000E+01 volume 0.40334E-02 ppm1 5.255 ppm2 9.093 CV 1 ASSI { 2877} (( segid " " and resid 137 and name HA )) (( segid " " and resid 138 and name HN )) 2.100 0.600 0.600 peak 2877 spectrum 1 weight 0.11000E+01 volume 0.44560E-02 ppm1 5.530 ppm2 9.098 CV 1 ASSI { 2878} (( segid " " and resid 125 and name HA )) (( segid " " and resid 126 and name HN )) 2.400 0.700 0.700 peak 2878 spectrum 1 weight 0.11000E+01 volume 0.20218E-02 ppm1 5.651 ppm2 8.863 CV 1 ASSI { 2881} (( segid " " and resid 143 and name HA )) (( segid " " and resid 143 and name HN )) 2.800 1.000 1.000 peak 2881 spectrum 1 weight 0.11000E+01 volume 0.20069E-02 ppm1 3.638 ppm2 8.980 CV 1 ASSI { 2886} (( segid " " and resid 143 and name HA )) (( segid " " and resid 143 and name HG2 )) 3.500 1.500 1.500 peak 2886 spectrum 1 weight 0.10000E+01 volume 0.19681E-02 ppm1 3.643 ppm2 1.892 CV 1 ASSI { 2887} (( segid " " and resid 143 and name HA )) (( segid " " and resid 143 and name HB2 )) 2.600 0.800 0.800 peak 2887 spectrum 1 weight 0.10000E+01 volume 0.45119E-02 ppm1 3.639 ppm2 1.671 CV 1 OR { 2887} (( segid " " and resid 143 and name HA )) (( segid " " and resid 143 and name HB1 )) OR { 2887} (( segid " " and resid 143 and name HA )) (( segid " " and resid 143 and name HG1 )) ASSI { 2893} (( segid " " and resid 50 and name HA )) (( segid " " and resid 51 and name HN )) 3.000 1.200 2.000 peak 2893 spectrum 1 weight 0.10000E+01 volume 0.71882E-02 ppm1 4.482 ppm2 8.210 CV 1 ASSI { 2894} (( segid " " and resid 48 and name HA )) (( segid " " and resid 49 and name HN )) 2.400 0.700 0.700 peak 2894 spectrum 1 weight 0.11000E+01 volume 0.31647E-02 ppm1 3.785 ppm2 8.689 CV 1 ASSI { 2896} (( segid " " and resid 18 and name HA )) (( segid " " and resid 19 and name HN )) 2.200 0.600 0.600 peak 2896 spectrum 1 weight 0.11000E+01 volume 0.73841E-02 ppm1 3.945 ppm2 7.825 CV 1 ASSI { 2897} (( segid " " and resid 74 and name HA )) (( segid " " and resid 75 and name HN )) 2.300 0.600 0.600 peak 2897 spectrum 1 weight 0.10000E+01 volume 0.40095E-02 ppm1 4.571 ppm2 8.723 CV 1 ASSI { 2898} (( segid " " and resid 108 and name HA )) (( segid " " and resid 109 and name HN )) 2.200 0.600 0.600 peak 2898 spectrum 1 weight 0.10000E+01 volume 0.37688E-02 ppm1 5.482 ppm2 8.347 CV 1 ASSI { 2899} (( segid " " and resid 110 and name HA )) (( segid " " and resid 111 and name HN )) 2.200 0.400 0.500 peak 2899 spectrum 1 weight 0.11000E+01 volume 0.42064E-02 ppm1 4.438 ppm2 6.966 CV 1 ASSI { 2901} (( segid " " and resid 48 and name HA )) ( segid " " and resid 58 and name HB% ) 3.800 1.800 1.800 peak 2901 spectrum 1 weight 0.10000E+01 volume 0.99862E-03 ppm1 3.784 ppm2 0.272 CV 1 ASSI { 2902} (( segid " " and resid 18 and name HA )) (( segid " " and resid 18 and name HB1 )) 3.200 1.300 1.300 peak 2902 spectrum 1 weight 0.11000E+01 volume 0.12237E-02 ppm1 3.945 ppm2 2.972 CV 1 ASSI { 2903} (( segid " " and resid 18 and name HA )) (( segid " " and resid 18 and name HB2 )) 3.100 1.200 1.200 peak 2903 spectrum 1 weight 0.11000E+01 volume 0.12845E-02 ppm1 3.947 ppm2 2.516 CV 1 ASSI { 2905} (( segid " " and resid 18 and name HA )) (( segid " " and resid 19 and name HB1 )) 5.000 3.200 1.000 peak 2905 spectrum 1 weight 0.10000E+01 volume 0.12369E-02 ppm1 3.947 ppm2 1.493 CV 1 OR { 2905} (( segid " " and resid 18 and name HA )) (( segid " " and resid 19 and name HG )) ASSI { 2906} (( segid " " and resid 18 and name HA )) (( segid " " and resid 19 and name HB2 )) 4.500 2.500 1.500 peak 2906 spectrum 1 weight 0.10000E+01 volume 0.10282E-02 ppm1 3.937 ppm2 1.180 CV 1 ASSI { 2908} (( segid " " and resid 48 and name HA )) (( segid " " and resid 48 and name HB1 )) 2.500 0.800 0.800 peak 2908 spectrum 1 weight 0.10000E+01 volume 0.19226E-02 ppm1 3.782 ppm2 1.941 CV 1 ASSI { 2909} (( segid " " and resid 48 and name HA )) (( segid " " and resid 48 and name HB2 )) 3.000 1.100 1.100 peak 2909 spectrum 1 weight 0.10000E+01 volume 0.16566E-02 ppm1 3.787 ppm2 1.797 CV 1 ASSI { 2913} (( segid " " and resid 110 and name HA )) (( segid " " and resid 110 and name HB1 )) 2.700 0.900 0.900 peak 2913 spectrum 1 weight 0.11000E+01 volume 0.20451E-02 ppm1 4.446 ppm2 3.135 CV 1 ASSI { 2915} (( segid " " and resid 110 and name HA )) (( segid " " and resid 110 and name HB2 )) 3.200 1.200 1.200 peak 2915 spectrum 1 weight 0.11000E+01 volume 0.15658E-02 ppm1 4.443 ppm2 2.766 CV 1 ASSI { 2918} (( segid " " and resid 148 and name HA )) (( segid " " and resid 148 and name HG1 )) 2.800 1.000 1.000 peak 2918 spectrum 1 weight 0.10000E+01 volume 0.41430E-02 ppm1 4.215 ppm2 1.581 CV 1 OR { 2918} (( segid " " and resid 148 and name HA )) (( segid " " and resid 148 and name HG2 )) ASSI { 2921} (( segid " " and resid 73 and name HA )) (( segid " " and resid 74 and name HN )) 2.100 0.500 0.500 peak 2921 spectrum 1 weight 0.11000E+01 volume 0.16477E-02 ppm1 3.289 ppm2 6.928 CV 1 ASSI { 2923} (( segid " " and resid 72 and name HA )) (( segid " " and resid 73 and name HN )) 2.700 0.900 0.900 peak 2923 spectrum 1 weight 0.10000E+01 volume 0.14116E-02 ppm1 4.500 ppm2 7.746 CV 1 ASSI { 2933} (( segid " " and resid 99 and name HA )) (( segid " " and resid 99 and name HG1 )) 2.400 0.800 0.800 peak 2933 spectrum 1 weight 0.10000E+01 volume 0.85123E-02 ppm1 4.272 ppm2 1.486 CV 1 OR { 2933} (( segid " " and resid 99 and name HA )) (( segid " " and resid 99 and name HG2 )) ASSI { 2934} (( segid " " and resid 99 and name HA )) (( segid " " and resid 99 and name HB1 )) 2.200 0.600 0.600 peak 2934 spectrum 1 weight 0.10000E+01 volume 0.12524E-01 ppm1 4.267 ppm2 1.896 CV 1 OR { 2934} (( segid " " and resid 99 and name HA )) (( segid " " and resid 99 and name HB2 )) ASSI { 2941} (( segid " " and resid 122 and name HA )) (( segid " " and resid 122 and name HN )) 2.900 1.000 1.000 peak 2941 spectrum 1 weight 0.11000E+01 volume 0.95355E-03 ppm1 4.023 ppm2 8.795 CV 1 ASSI { 2942} (( segid " " and resid 122 and name HA )) (( segid " " and resid 123 and name HN )) 2.200 0.600 0.600 peak 2942 spectrum 1 weight 0.11000E+01 volume 0.21115E-02 ppm1 4.026 ppm2 8.551 CV 1 ASSI { 2943} (( segid " " and resid 127 and name HA )) (( segid " " and resid 128 and name HN )) 3.600 1.600 1.600 peak 2943 spectrum 1 weight 0.10000E+01 volume 0.63058E-03 ppm1 3.620 ppm2 8.148 CV 1 ASSI { 2945} (( segid " " and resid 82 and name HA )) (( segid " " and resid 82 and name HN )) 2.200 0.600 0.600 peak 2945 spectrum 1 weight 0.11000E+01 volume 0.48832E-02 ppm1 3.574 ppm2 6.828 CV 1 ASSI { 2948} (( segid " " and resid 124 and name HA )) ( segid " " and resid 134 and name HE% ) 4.200 2.200 1.800 peak 2948 spectrum 1 weight 0.10000E+01 volume 0.69436E-03 ppm1 4.203 ppm2 7.114 CV 1 ASSI { 2952} (( segid " " and resid 124 and name HA )) (( segid " " and resid 124 and name HB2 )) 2.400 0.700 0.700 peak 2952 spectrum 1 weight 0.11000E+01 volume 0.69824E-02 ppm1 4.207 ppm2 3.676 CV 1 OR { 2952} (( segid " " and resid 124 and name HA )) (( segid " " and resid 124 and name HB1 )) ASSI { 2955} (( segid " " and resid 82 and name HA )) (( segid " " and resid 82 and name HB1 )) 2.600 0.800 0.800 peak 2955 spectrum 1 weight 0.10000E+01 volume 0.27935E-02 ppm1 3.574 ppm2 2.502 CV 1 ASSI { 2963} (( segid " " and resid 82 and name HA )) (( segid " " and resid 82 and name HG2 )) 2.500 0.800 0.800 peak 2963 spectrum 1 weight 0.10000E+01 volume 0.40795E-02 ppm1 3.571 ppm2 2.320 CV 1 ASSI { 2965} (( segid " " and resid 29 and name HA )) (( segid " " and resid 50 and name HB2 )) 3.000 1.200 1.200 peak 2965 spectrum 1 weight 0.10000E+01 volume 0.41555E-02 ppm1 4.427 ppm2 1.669 CV 1 OR { 2965} (( segid " " and resid 29 and name HA )) (( segid " " and resid 50 and name HD2 )) OR { 2965} (( segid " " and resid 29 and name HA )) (( segid " " and resid 50 and name HD1 )) ASSI { 2966} (( segid " " and resid 99 and name HA )) (( segid " " and resid 99 and name HD1 )) 3.300 1.400 1.400 peak 2966 spectrum 1 weight 0.10000E+01 volume 0.35612E-02 ppm1 4.273 ppm2 1.725 CV 1 OR { 2966} (( segid " " and resid 99 and name HA )) (( segid " " and resid 99 and name HD2 )) ASSI { 2967} (( segid " " and resid 122 and name HA )) (( segid " " and resid 122 and name HB2 )) 2.700 0.900 0.900 peak 2967 spectrum 1 weight 0.11000E+01 volume 0.13649E-02 ppm1 4.027 ppm2 2.681 CV 1 ASSI { 2968} (( segid " " and resid 102 and name HA )) (( segid " " and resid 102 and name HN )) 3.100 1.200 1.200 peak 2968 spectrum 1 weight 0.10000E+01 volume 0.16352E-02 ppm1 3.730 ppm2 9.226 CV 1 ASSI { 2971} (( segid " " and resid 45 and name HA )) (( segid " " and resid 46 and name HN )) 2.700 0.900 0.900 peak 2971 spectrum 1 weight 0.10000E+01 volume 0.92490E-03 ppm1 3.733 ppm2 8.274 CV 1 ASSI { 2973} (( segid " " and resid 11 and name HA )) (( segid " " and resid 12 and name HN )) 2.400 0.600 0.600 peak 2973 spectrum 1 weight 0.11000E+01 volume 0.63795E-02 ppm1 4.560 ppm2 7.984 CV 1 ASSI { 2974} (( segid " " and resid 53 and name HA )) (( segid " " and resid 53 and name HN )) 3.000 1.100 1.100 peak 2974 spectrum 1 weight 0.11000E+01 volume 0.16888E-02 ppm1 4.380 ppm2 8.159 CV 1 ASSI { 2975} (( segid " " and resid 76 and name HA )) (( segid " " and resid 77 and name HN )) 2.300 0.500 0.600 peak 2975 spectrum 1 weight 0.10000E+01 volume 0.51053E-02 ppm1 4.509 ppm2 8.898 CV 1 ASSI { 2977} (( segid " " and resid 120 and name HA )) (( segid " " and resid 121 and name HN )) 2.400 0.700 0.700 peak 2977 spectrum 1 weight 0.11000E+01 volume 0.30045E-02 ppm1 4.234 ppm2 8.732 CV 1 ASSI { 2981} (( segid " " and resid 139 and name HA )) (( segid " " and resid 139 and name HB1 )) 2.600 0.800 0.800 peak 2981 spectrum 1 weight 0.10000E+01 volume 0.46181E-02 ppm1 4.541 ppm2 4.103 CV 1 ASSI { 2985} (( segid " " and resid 53 and name HA )) (( segid " " and resid 53 and name HB1 )) 3.000 1.100 1.100 peak 2985 spectrum 1 weight 0.11000E+01 volume 0.11800E-02 ppm1 4.384 ppm2 3.101 CV 1 ASSI { 2986} (( segid " " and resid 53 and name HA )) (( segid " " and resid 53 and name HB2 )) 3.100 1.200 1.200 peak 2986 spectrum 1 weight 0.11000E+01 volume 0.16379E-02 ppm1 4.384 ppm2 2.776 CV 1 ASSI { 2990} (( segid " " and resid 120 and name HA )) (( segid " " and resid 121 and name HB )) 4.400 2.400 1.600 peak 2990 spectrum 1 weight 0.10000E+01 volume 0.92338E-03 ppm1 4.253 ppm2 1.985 CV 1 ASSI { 3001} (( segid " " and resid 120 and name HA )) (( segid " " and resid 120 and name HB1 )) 2.700 0.900 0.900 peak 3001 spectrum 1 weight 0.10000E+01 volume 0.14912E-02 ppm1 4.227 ppm2 1.581 CV 1 OR { 3001} (( segid " " and resid 120 and name HA )) (( segid " " and resid 120 and name HG1 )) ASSI { 3011} (( segid " " and resid 135 and name HB2 )) (( segid " " and resid 135 and name HA )) 2.500 0.800 0.800 peak 3011 spectrum 1 weight 0.10000E+01 volume 0.22288E-02 ppm1 3.658 ppm2 5.380 CV 1 ASSI { 3013} (( segid " " and resid 74 and name HB1 )) (( segid " " and resid 74 and name HA )) 3.000 1.100 1.100 peak 3013 spectrum 1 weight 0.10000E+01 volume 0.13972E-02 ppm1 3.795 ppm2 4.573 CV 1 OR { 3013} (( segid " " and resid 74 and name HB2 )) (( segid " " and resid 74 and name HA )) ASSI { 3014} (( segid " " and resid 135 and name HB1 )) (( segid " " and resid 135 and name HN )) 2.900 1.000 1.000 peak 3014 spectrum 1 weight 0.11000E+01 volume 0.15923E-02 ppm1 3.768 ppm2 9.095 CV 1 ASSI { 3015} (( segid " " and resid 135 and name HB2 )) (( segid " " and resid 135 and name HN )) 3.300 1.300 1.300 peak 3015 spectrum 1 weight 0.11000E+01 volume 0.13338E-02 ppm1 3.658 ppm2 9.094 CV 1 ASSI { 3018} (( segid " " and resid 74 and name HB1 )) (( segid " " and resid 75 and name HN )) 4.500 2.600 1.500 peak 3018 spectrum 1 weight 0.10000E+01 volume 0.64077E-03 ppm1 3.782 ppm2 8.728 CV 1 OR { 3018} (( segid " " and resid 74 and name HB2 )) (( segid " " and resid 75 and name HN )) ASSI { 3019} (( segid " " and resid 74 and name HB2 )) ( segid " " and resid 88 and name HD% ) 3.600 1.600 1.600 peak 3019 spectrum 1 weight 0.10000E+01 volume 0.94594E-03 ppm1 3.799 ppm2 7.121 CV 1 OR { 3019} (( segid " " and resid 74 and name HB1 )) ( segid " " and resid 88 and name HD% ) ASSI { 3021} (( segid " " and resid 51 and name HB1 )) (( segid " " and resid 52 and name HN )) 3.600 1.600 1.600 peak 3021 spectrum 1 weight 0.10000E+01 volume 0.73925E-03 ppm1 3.983 ppm2 9.100 CV 1 ASSI { 3023} (( segid " " and resid 135 and name HB1 )) ( segid " " and resid 123 and name HD1%) 2.500 0.800 0.800 peak 3023 spectrum 1 weight 0.10000E+01 volume 0.60437E-02 ppm1 3.769 ppm2 0.688 CV 1 OR { 3023} (( segid " " and resid 135 and name HB1 )) ( segid " " and resid 123 and name HD2%) ASSI { 3024} (( segid " " and resid 135 and name HB2 )) ( segid " " and resid 123 and name HD1%) 2.500 0.800 0.800 peak 3024 spectrum 1 weight 0.10000E+01 volume 0.46744E-02 ppm1 3.659 ppm2 0.689 CV 1 OR { 3024} (( segid " " and resid 135 and name HB2 )) ( segid " " and resid 123 and name HD2%) ASSI { 3025} (( segid " " and resid 135 and name HB2 )) ( segid " " and resid 109 and name HG1%) 4.000 2.000 2.000 peak 3025 spectrum 1 weight 0.10000E+01 volume 0.80718E-03 ppm1 3.655 ppm2 0.575 CV 1 ASSI { 3034} (( segid " " and resid 130 and name HA )) (( segid " " and resid 131 and name HN )) 3.300 1.400 1.400 peak 3034 spectrum 1 weight 0.10000E+01 volume 0.89002E-03 ppm1 3.592 ppm2 7.044 CV 1 ASSI { 3035} (( segid " " and resid 130 and name HA )) (( segid " " and resid 129 and name HN )) 5.000 3.100 1.000 peak 3035 spectrum 1 weight 0.10000E+01 volume 0.70421E-03 ppm1 3.602 ppm2 6.666 CV 1 OR { 3035} (( segid " " and resid 130 and name HA )) (( segid " " and resid 131 and name HN )) ASSI { 3036} (( segid " " and resid 130 and name HA )) (( segid " " and resid 130 and name HB1 )) 3.000 1.100 1.100 peak 3036 spectrum 1 weight 0.10000E+01 volume 0.12522E-02 ppm1 3.604 ppm2 2.669 CV 1 OR { 3036} (( segid " " and resid 130 and name HA )) (( segid " " and resid 130 and name HB1 )) ASSI { 3037} (( segid " " and resid 9 and name HA )) (( segid " " and resid 9 and name HB2 )) 2.900 1.000 1.000 peak 3037 spectrum 1 weight 0.11000E+01 volume 0.14882E-02 ppm1 3.661 ppm2 2.663 CV 1 ASSI { 3043} (( segid " " and resid 9 and name HA )) (( segid " " and resid 9 and name HN )) 2.600 0.800 0.800 peak 3043 spectrum 1 weight 0.11000E+01 volume 0.24881E-02 ppm1 3.663 ppm2 9.630 CV 1 ASSI { 3044} (( segid " " and resid 109 and name HA )) (( segid " " and resid 110 and name HN )) 2.400 0.600 0.600 peak 3044 spectrum 1 weight 0.11000E+01 volume 0.45078E-02 ppm1 4.356 ppm2 9.154 CV 1 ASSI { 3046} (( segid " " and resid 34 and name HA )) (( segid " " and resid 41 and name HN )) 3.500 1.500 1.500 peak 3046 spectrum 1 weight 0.11000E+01 volume 0.88721E-03 ppm1 5.492 ppm2 9.093 CV 1 ASSI { 3047} (( segid " " and resid 34 and name HA )) (( segid " " and resid 34 and name HN )) 2.600 0.900 0.900 peak 3047 spectrum 1 weight 0.11000E+01 volume 0.16333E-02 ppm1 5.485 ppm2 8.323 CV 1 ASSI { 3049} (( segid " " and resid 12 and name HA )) (( segid " " and resid 19 and name HA )) 3.000 1.200 0.900 peak 3049 spectrum 1 weight 0.10000E+01 volume 0.19098E-02 ppm1 5.494 ppm2 4.258 CV 1 ASSI { 3054} (( segid " " and resid 9 and name HA )) (( segid " " and resid 8 and name HA )) 4.500 2.500 1.500 peak 3054 spectrum 1 weight 0.11000E+01 volume 0.10382E-02 ppm1 3.662 ppm2 4.561 CV 1 ASSI { 3055} (( segid " " and resid 12 and name HA )) ( segid " " and resid 12 and name HG2%) 2.800 0.900 0.900 peak 3055 spectrum 1 weight 0.11000E+01 volume 0.31195E-02 ppm1 5.497 ppm2 0.858 CV 1 ASSI { 3058} (( segid " " and resid 34 and name HA )) (( segid " " and resid 33 and name HB )) 4.300 2.300 1.700 peak 3058 spectrum 1 weight 0.11000E+01 volume 0.67660E-03 ppm1 5.485 ppm2 2.207 CV 1 ASSI { 3059} (( segid " " and resid 109 and name HA )) ( segid " " and resid 109 and name HG2%) 2.700 0.900 0.900 peak 3059 spectrum 1 weight 0.11000E+01 volume 0.62871E-02 ppm1 4.347 ppm2 0.879 CV 1 ASSI { 3067} (( segid " " and resid 94 and name HA )) (( segid " " and resid 94 and name HN )) 2.800 1.000 1.000 peak 3067 spectrum 1 weight 0.11000E+01 volume 0.23597E-02 ppm1 5.154 ppm2 8.455 CV 1 ASSI { 3068} (( segid " " and resid 94 and name HA )) (( segid " " and resid 95 and name HD1 )) 3.000 0.700 0.700 peak 3068 spectrum 1 weight 0.10000E+01 volume 0.25973E-02 ppm1 5.168 ppm2 4.383 CV 1 ASSI { 3069} (( segid " " and resid 94 and name HB1 )) (( segid " " and resid 94 and name HA )) 3.200 1.300 1.300 peak 3069 spectrum 1 weight 0.10000E+01 volume 0.65355E-03 ppm1 3.261 ppm2 5.154 CV 1 ASSI { 3072} (( segid " " and resid 94 and name HB2 )) (( segid " " and resid 94 and name HA )) 3.800 1.900 1.900 peak 3072 spectrum 1 weight 0.11000E+01 volume 0.64841E-03 ppm1 2.282 ppm2 5.164 CV 1 ASSI { 3073} (( segid " " and resid 72 and name HA )) (( segid " " and resid 72 and name HB2 )) 2.500 0.800 0.800 peak 3073 spectrum 1 weight 0.11000E+01 volume 0.16041E-02 ppm1 4.505 ppm2 1.959 CV 1 OR { 3073} (( segid " " and resid 72 and name HA )) (( segid " " and resid 72 and name HB1 )) ASSI { 3074} (( segid " " and resid 127 and name HB1 )) (( segid " " and resid 126 and name HA )) 4.900 3.000 1.100 peak 3074 spectrum 1 weight 0.10000E+01 volume 0.11828E-02 ppm1 2.093 ppm2 4.731 CV 1 OR { 3074} (( segid " " and resid 127 and name HB2 )) (( segid " " and resid 126 and name HA )) ASSI { 3076} (( segid " " and resid 122 and name HA )) ( segid " " and resid 123 and name HD1%) 4.000 2.000 2.000 peak 3076 spectrum 1 weight 0.10000E+01 volume 0.85967E-03 ppm1 4.028 ppm2 0.692 CV 1 OR { 3076} (( segid " " and resid 122 and name HA )) ( segid " " and resid 123 and name HD2%) ASSI { 3078} (( segid " " and resid 127 and name HA )) (( segid " " and resid 127 and name HN )) 2.800 1.000 1.000 peak 3078 spectrum 1 weight 0.11000E+01 volume 0.21734E-02 ppm1 3.623 ppm2 8.855 CV 1 ASSI { 3079} (( segid " " and resid 127 and name HA )) ( segid " " and resid 125 and name HD% ) 3.900 1.900 1.900 peak 3079 spectrum 1 weight 0.10000E+01 volume 0.11901E-02 ppm1 3.624 ppm2 7.411 CV 1 ASSI { 3080} (( segid " " and resid 127 and name HA )) ( segid " " and resid 125 and name HE% ) 2.700 0.900 0.900 peak 3080 spectrum 1 weight 0.10000E+01 volume 0.29217E-02 ppm1 3.622 ppm2 7.264 CV 1 ASSI { 3081} (( segid " " and resid 124 and name HA )) (( segid " " and resid 125 and name HN )) 2.200 0.600 0.600 peak 3081 spectrum 1 weight 0.11000E+01 volume 0.64944E-02 ppm1 4.205 ppm2 8.531 CV 1 ASSI { 3082} (( segid " " and resid 52 and name HA )) (( segid " " and resid 52 and name HN )) 2.800 1.000 1.000 peak 3082 spectrum 1 weight 0.11000E+01 volume 0.24132E-02 ppm1 4.477 ppm2 9.108 CV 1 ASSI { 3084} (( segid " " and resid 122 and name HA )) (( segid " " and resid 135 and name HN )) 3.500 1.500 1.500 peak 3084 spectrum 1 weight 0.11000E+01 volume 0.89212E-03 ppm1 4.024 ppm2 9.084 CV 1 ASSI { 3085} (( segid " " and resid 104 and name HA )) (( segid " " and resid 105 and name HN )) 2.500 0.800 0.800 peak 3085 spectrum 1 weight 0.11000E+01 volume 0.16624E-02 ppm1 5.897 ppm2 9.358 CV 1 ASSI { 3086} (( segid " " and resid 122 and name HA )) (( segid " " and resid 134 and name HA )) 2.900 1.100 1.100 peak 3086 spectrum 1 weight 0.11000E+01 volume 0.85313E-03 ppm1 4.024 ppm2 5.247 CV 1 ASSI { 3087} (( segid " " and resid 127 and name HA )) (( segid " " and resid 126 and name HA )) 4.700 2.700 1.300 peak 3087 spectrum 1 weight 0.11000E+01 volume 0.66260E-03 ppm1 3.624 ppm2 4.727 CV 1 ASSI { 3088} (( segid " " and resid 82 and name HA )) (( segid " " and resid 81 and name HA )) 4.500 2.500 1.500 peak 3088 spectrum 1 weight 0.10000E+01 volume 0.12516E-02 ppm1 3.574 ppm2 4.230 CV 1 ASSI { 3091} (( segid " " and resid 127 and name HA )) (( segid " " and resid 127 and name HB2 )) 2.200 0.600 0.600 peak 3091 spectrum 1 weight 0.10000E+01 volume 0.73396E-02 ppm1 3.623 ppm2 2.094 CV 1 OR { 3091} (( segid " " and resid 127 and name HA )) (( segid " " and resid 127 and name HB1 )) ASSI { 3095} (( segid " " and resid 29 and name HA )) (( segid " " and resid 30 and name HN )) 3.500 1.500 1.300 peak 3095 spectrum 1 weight 0.10000E+01 volume 0.14542E-02 ppm1 4.430 ppm2 7.364 CV 1 ASSI { 3096} (( segid " " and resid 118 and name HA )) (( segid " " and resid 118 and name HB1 )) 2.400 0.700 0.700 peak 3096 spectrum 1 weight 0.10000E+01 volume 0.61433E-02 ppm1 4.629 ppm2 4.351 CV 1 OR { 3096} (( segid " " and resid 118 and name HA )) (( segid " " and resid 118 and name HB2 )) ASSI { 3097} (( segid " " and resid 118 and name HA )) (( segid " " and resid 119 and name HN )) 2.800 1.000 0.500 peak 3097 spectrum 1 weight 0.10000E+01 volume 0.82627E-02 ppm1 4.630 ppm2 8.244 CV 1 ASSI { 3099} (( segid " " and resid 36 and name HA )) (( segid " " and resid 36 and name HN )) 2.900 1.100 1.100 peak 3099 spectrum 1 weight 0.10000E+01 volume 0.24867E-02 ppm1 4.290 ppm2 8.160 CV 1 ASSI { 3106} (( segid " " and resid 129 and name HA )) ( segid " " and resid 100 and name HE% ) 3.300 1.400 1.400 peak 3106 spectrum 1 weight 0.10000E+01 volume 0.18089E-02 ppm1 4.449 ppm2 2.108 CV 1 ASSI { 3114} (( segid " " and resid 121 and name HA )) (( segid " " and resid 122 and name HN )) 2.100 0.500 0.500 peak 3114 spectrum 1 weight 0.11000E+01 volume 0.53031E-02 ppm1 4.301 ppm2 8.793 CV 1 ASSI { 3117} (( segid " " and resid 16 and name HA )) (( segid " " and resid 16 and name HN )) 2.800 1.000 1.000 peak 3117 spectrum 1 weight 0.10000E+01 volume 0.22473E-02 ppm1 4.508 ppm2 6.744 CV 1 ASSI { 3120} (( segid " " and resid 109 and name HA )) (( segid " " and resid 109 and name HN )) 2.700 0.900 0.900 peak 3120 spectrum 1 weight 0.11000E+01 volume 0.21902E-02 ppm1 4.357 ppm2 8.362 CV 1 ASSI { 3121} (( segid " " and resid 83 and name HA )) (( segid " " and resid 84 and name HN )) 2.400 0.600 0.600 peak 3121 spectrum 1 weight 0.11000E+01 volume 0.62460E-02 ppm1 4.428 ppm2 8.306 CV 1 ASSI { 3122} (( segid " " and resid 129 and name HA )) (( segid " " and resid 129 and name HN )) 3.100 1.200 1.200 peak 3122 spectrum 1 weight 0.11000E+01 volume 0.10765E-02 ppm1 4.453 ppm2 6.660 CV 1 ASSI { 3130} (( segid " " and resid 16 and name HA )) (( segid " " and resid 17 and name HN )) 3.800 1.800 1.500 peak 3130 spectrum 1 weight 0.10000E+01 volume 0.12228E-02 ppm1 4.508 ppm2 8.724 CV 1 ASSI { 3131} (( segid " " and resid 121 and name HA )) ( segid " " and resid 121 and name HG2%) 2.300 0.600 0.600 peak 3131 spectrum 1 weight 0.10000E+01 volume 0.10083E-01 ppm1 4.303 ppm2 0.896 CV 1 OR { 3131} (( segid " " and resid 121 and name HA )) ( segid " " and resid 121 and name HG1%) ASSI { 3132} (( segid " " and resid 83 and name HA )) ( segid " " and resid 83 and name HG2%) 2.300 0.700 0.700 peak 3132 spectrum 1 weight 0.10000E+01 volume 0.11049E-01 ppm1 4.429 ppm2 0.861 CV 1 OR { 3132} (( segid " " and resid 83 and name HA )) ( segid " " and resid 83 and name HG1%) ASSI { 3133} (( segid " " and resid 109 and name HA )) (( segid " " and resid 109 and name HB )) 2.700 0.900 0.900 peak 3133 spectrum 1 weight 0.11000E+01 volume 0.20329E-02 ppm1 4.353 ppm2 1.172 CV 1 ASSI { 3134} (( segid " " and resid 11 and name HA )) (( segid " " and resid 11 and name HB )) 2.400 0.700 0.700 peak 3134 spectrum 1 weight 0.11000E+01 volume 0.36297E-02 ppm1 4.559 ppm2 2.241 CV 1 ASSI { 3135} (( segid " " and resid 59 and name HA )) (( segid " " and resid 60 and name HN )) 2.400 0.700 0.700 peak 3135 spectrum 1 weight 0.11000E+01 volume 0.14482E-02 ppm1 4.597 ppm2 9.754 CV 1 ASSI { 3142} (( segid " " and resid 32 and name HA )) (( segid " " and resid 32 and name HB )) 3.000 1.100 1.100 peak 3142 spectrum 1 weight 0.11000E+01 volume 0.10186E-02 ppm1 5.502 ppm2 3.979 CV 1 ASSI { 3143} (( segid " " and resid 139 and name HA )) (( segid " " and resid 111 and name HN )) 2.800 1.000 1.000 peak 3143 spectrum 1 weight 0.10000E+01 volume 0.10009E-02 ppm1 4.544 ppm2 6.968 CV 1 ASSI { 3144} (( segid " " and resid 32 and name HA )) (( segid " " and resid 33 and name HN )) 2.200 0.600 0.600 peak 3144 spectrum 1 weight 0.11000E+01 volume 0.38600E-02 ppm1 5.505 ppm2 9.346 CV 1 ASSI { 3151} (( segid " " and resid 52 and name HB1 )) (( segid " " and resid 52 and name HN )) 3.400 1.500 1.500 peak 3151 spectrum 1 weight 0.10000E+01 volume 0.19429E-02 ppm1 3.954 ppm2 9.105 CV 1 ASSI { 3152} (( segid " " and resid 52 and name HB2 )) (( segid " " and resid 52 and name HN )) 3.100 1.200 1.200 peak 3152 spectrum 1 weight 0.10000E+01 volume 0.17561E-02 ppm1 3.818 ppm2 9.102 CV 1 ASSI { 3154} (( segid " " and resid 112 and name HB2 )) (( segid " " and resid 113 and name HN )) 3.800 1.800 1.800 peak 3154 spectrum 1 weight 0.10000E+01 volume 0.11319E-02 ppm1 3.893 ppm2 8.294 CV 1 ASSI { 3157} (( segid " " and resid 76 and name HA )) (( segid " " and resid 76 and name HN )) 3.400 1.400 1.400 peak 3157 spectrum 1 weight 0.10000E+01 volume 0.82460E-03 ppm1 4.504 ppm2 8.051 CV 1 ASSI { 3165} (( segid " " and resid 65 and name HA )) (( segid " " and resid 65 and name HB1 )) 2.800 1.000 0.500 peak 3165 spectrum 1 weight 0.10000E+01 volume 0.96051E-02 ppm1 4.554 ppm2 2.221 CV 1 ASSI { 3173} (( segid " " and resid 96 and name HA )) (( segid " " and resid 96 and name HN )) 2.500 0.800 0.800 peak 3173 spectrum 1 weight 0.11000E+01 volume 0.55850E-02 ppm1 3.976 ppm2 7.084 CV 1 ASSI { 3175} (( segid " " and resid 118 and name HB1 )) (( segid " " and resid 119 and name HN )) 3.800 1.800 1.800 peak 3175 spectrum 1 weight 0.10000E+01 volume 0.25067E-02 ppm1 4.332 ppm2 8.241 CV 1 ASSI { 4629} (( segid " " and resid 118 and name HB2 )) (( segid " " and resid 119 and name HN )) 3.800 1.800 1.800 peak 4629 spectrum 1 weight 0.10000E+01 volume 0.25067E-02 ppm1 4.332 ppm2 8.241 CV 1 ASSI { 4163} (( segid " " and resid 118 and name HB1 )) (( segid " " and resid 118 and name HN )) 3.300 1.500 1.800 peak 4163 spectrum 1 weight 0.10000E+01 volume 0.25067E-02 ppm1 4.332 ppm2 8.241 CV 1 ASSI { 4630} (( segid " " and resid 118 and name HB2 )) (( segid " " and resid 118 and name HN )) 3.300 1.500 1.800 peak 4630 spectrum 1 weight 0.10000E+01 volume 0.25067E-02 ppm1 4.332 ppm2 8.241 CV 1 ASSI { 4627} (( segid " " and resid 118 and name HB2 )) (( segid " " and resid 136 and name HD1 )) 4.500 2.500 1.500 peak 4627 spectrum 1 weight 0.10000E+01 volume 0.25067E-02 ppm1 4.332 ppm2 8.241 CV 1 ASSI { 4628} (( segid " " and resid 118 and name HB2 )) (( segid " " and resid 136 and name HE1 )) 4.000 2.200 2.000 peak 4628 spectrum 1 weight 0.10000E+01 volume 0.25067E-02 ppm1 4.332 ppm2 9.784 CV 1 ASSI { 4628} (( segid " " and resid 118 and name HB1 )) (( segid " " and resid 136 and name HE1 )) 4.000 2.200 2.000 peak 4595 spectrum 1 weight 0.10000E+01 volume 0.25067E-02 ppm1 4.385 ppm2 9.784 CV 1 ASSI { 3177} (( segid " " and resid 93 and name HA )) (( segid " " and resid 94 and name HN )) 2.800 1.100 1.100 peak 3177 spectrum 1 weight 0.11000E+01 volume 0.16657E-02 ppm1 4.618 ppm2 8.459 CV 1 ASSI { 3183} (( segid " " and resid 124 and name HB1 )) (( segid " " and resid 124 and name HN )) 3.600 1.600 1.600 peak 3183 spectrum 1 weight 0.10000E+01 volume 0.84305E-03 ppm1 3.677 ppm2 6.529 CV 1 OR { 3183} (( segid " " and resid 124 and name HB2 )) (( segid " " and resid 124 and name HN )) ASSI { 3185} (( segid " " and resid 107 and name HB1 )) (( segid " " and resid 107 and name HA )) 3.000 1.100 1.100 peak 3185 spectrum 1 weight 0.10000E+01 volume 0.81022E-03 ppm1 3.706 ppm2 5.159 CV 1 ASSI { 3186} (( segid " " and resid 107 and name HB2 )) (( segid " " and resid 107 and name HA )) 3.300 1.400 1.400 peak 3186 spectrum 1 weight 0.10000E+01 volume 0.11623E-02 ppm1 3.599 ppm2 5.154 CV 1 ASSI { 3192} (( segid " " and resid 65 and name HA )) (( segid " " and resid 65 and name HB2 )) 2.800 1.000 0.900 peak 3192 spectrum 1 weight 0.10000E+01 volume 0.99531E-02 ppm1 4.555 ppm2 2.111 CV 1 ASSI { 3193} (( segid " " and resid 96 and name HA )) ( segid " " and resid 96 and name HG2%) 2.600 0.800 0.800 peak 3193 spectrum 1 weight 0.11000E+01 volume 0.60365E-02 ppm1 3.976 ppm2 1.254 CV 1 ASSI { 3195} (( segid " " and resid 107 and name HB1 )) ( segid " " and resid 109 and name HG1%) 3.700 1.700 1.700 peak 3195 spectrum 1 weight 0.10000E+01 volume 0.95716E-03 ppm1 3.706 ppm2 0.584 CV 1 ASSI { 3196} (( segid " " and resid 107 and name HB2 )) ( segid " " and resid 109 and name HG1%) 3.700 1.700 1.700 peak 3196 spectrum 1 weight 0.10000E+01 volume 0.10203E-02 ppm1 3.599 ppm2 0.576 CV 1 ASSI { 3198} (( segid " " and resid 118 and name HB2 )) ( segid " " and resid 114 and name HB% ) 3.800 1.800 1.600 peak 3198 spectrum 1 weight 0.10000E+01 volume 0.16761E-02 ppm1 4.359 ppm2 1.564 CV 1 OR { 3198} (( segid " " and resid 118 and name HB1 )) ( segid " " and resid 114 and name HB% ) ASSI { 3201} (( segid " " and resid 147 and name HA )) (( segid " " and resid 147 and name HG2 )) 3.600 1.600 1.600 peak 3201 spectrum 1 weight 0.10000E+01 volume 0.34048E-02 ppm1 4.357 ppm2 1.984 CV 1 OR { 3201} (( segid " " and resid 147 and name HA )) (( segid " " and resid 147 and name HG1 )) ASSI { 3205} (( segid " " and resid 95 and name HA )) ( segid " " and resid 98 and name HD1%) 3.000 1.200 1.000 peak 3205 spectrum 1 weight 0.10000E+01 volume 0.37391E-02 ppm1 4.258 ppm2 0.873 CV 1 ASSI { 3210} (( segid " " and resid 12 and name HB )) ( segid " " and resid 11 and name HG2%) 4.400 2.400 1.600 peak 3210 spectrum 1 weight 0.10000E+01 volume 0.12659E-02 ppm1 3.703 ppm2 1.272 CV 1 OR { 3210} (( segid " " and resid 12 and name HB )) ( segid " " and resid 19 and name HD2%) ASSI { 3213} (( segid " " and resid 32 and name HB )) ( segid " " and resid 32 and name HG2%) 2.400 0.700 0.700 peak 3213 spectrum 1 weight 0.11000E+01 volume 0.67862E-02 ppm1 3.971 ppm2 1.165 CV 1 ASSI { 3223} (( segid " " and resid 76 and name HB )) (( segid " " and resid 76 and name HA )) 3.000 1.200 1.200 peak 3223 spectrum 1 weight 0.10000E+01 volume 0.12963E-02 ppm1 4.034 ppm2 4.507 CV 1 ASSI { 3225} (( segid " " and resid 12 and name HB )) (( segid " " and resid 12 and name HA )) 3.000 1.100 1.100 peak 3225 spectrum 1 weight 0.10000E+01 volume 0.26345E-02 ppm1 3.706 ppm2 5.496 CV 1 ASSI { 3226} (( segid " " and resid 12 and name HB )) (( segid " " and resid 12 and name HN )) 2.500 0.800 0.800 peak 3226 spectrum 1 weight 0.10000E+01 volume 0.37658E-02 ppm1 3.706 ppm2 7.985 CV 1 ASSI { 3229} (( segid " " and resid 32 and name HB )) (( segid " " and resid 32 and name HN )) 3.000 1.100 1.100 peak 3229 spectrum 1 weight 0.11000E+01 volume 0.25425E-02 ppm1 3.970 ppm2 8.726 CV 1 ASSI { 3231} (( segid " " and resid 67 and name HB )) (( segid " " and resid 67 and name HN )) 2.700 0.900 0.900 peak 3231 spectrum 1 weight 0.11000E+01 volume 0.24866E-02 ppm1 3.994 ppm2 8.383 CV 1 ASSI { 3234} (( segid " " and resid 12 and name HB )) (( segid " " and resid 11 and name HA )) 4.600 2.600 1.400 peak 3234 spectrum 1 weight 0.10000E+01 volume 0.94381E-03 ppm1 3.703 ppm2 4.564 CV 1 ASSI { 3235} (( segid " " and resid 67 and name HB )) (( segid " " and resid 67 and name HA )) 2.700 0.900 0.900 peak 3235 spectrum 1 weight 0.11000E+01 volume 0.24800E-02 ppm1 3.994 ppm2 4.814 CV 1 ASSI { 3236} (( segid " " and resid 16 and name HB )) (( segid " " and resid 18 and name HN )) 2.700 0.900 0.900 peak 3236 spectrum 1 weight 0.10000E+01 volume 0.85960E-03 ppm1 4.342 ppm2 7.873 CV 1 ASSI { 3237} (( segid " " and resid 67 and name HB )) (( segid " " and resid 68 and name HN )) 3.400 1.400 1.400 peak 3237 spectrum 1 weight 0.11000E+01 volume 0.15381E-02 ppm1 3.997 ppm2 8.997 CV 1 ASSI { 3244} (( segid " " and resid 22 and name HG )) ( segid " " and resid 22 and name HD1%) 2.400 0.700 0.700 peak 3244 spectrum 1 weight 0.11000E+01 volume 0.30533E-02 ppm1 0.924 ppm2 -0.014 CV 1 ASSI { 3254} (( segid " " and resid 98 and name HG )) (( segid " " and resid 98 and name HA )) 3.200 1.300 1.300 peak 3254 spectrum 1 weight 0.10000E+01 volume 0.20363E-02 ppm1 1.773 ppm2 4.366 CV 1 ASSI { 3258} (( segid " " and resid 98 and name HG )) (( segid " " and resid 95 and name HA )) 4.300 2.300 1.700 peak 3258 spectrum 1 weight 0.10000E+01 volume 0.90589E-03 ppm1 1.771 ppm2 4.481 CV 1 ASSI { 4648} (( segid " " and resid 98 and name HG )) (( segid " " and resid 99 and name HN )) 4.000 2.200 2.000 peak 4648 spectrum 1 weight 0.10000E+01 volume 0.90589E-03 ppm1 1.771 ppm2 4.481 CV 1 ASSI { 3263} (( segid " " and resid 43 and name HA )) (( segid " " and resid 43 and name HN )) 3.200 1.300 1.300 peak 3263 spectrum 1 weight 0.11000E+01 volume 0.60201E-03 ppm1 5.880 ppm2 9.382 CV 1 ASSI { 3266} (( segid " " and resid 43 and name HB2 )) ( segid " " and resid 43 and name HD1%) 3.300 1.400 1.400 peak 3266 spectrum 1 weight 0.10000E+01 volume 0.79284E-03 ppm1 1.839 ppm2 0.645 CV 1 OR { 3266} (( segid " " and resid 43 and name HB2 )) ( segid " " and resid 43 and name HD2%) ASSI { 3271} (( segid " " and resid 43 and name HB1 )) ( segid " " and resid 43 and name HD2%) 3.200 1.300 1.300 peak 3271 spectrum 1 weight 0.10000E+01 volume 0.89234E-03 ppm1 1.727 ppm2 0.636 CV 1 OR { 3271} (( segid " " and resid 43 and name HB1 )) ( segid " " and resid 43 and name HD1%) ASSI { 3277} ( segid " " and resid 98 and name HD2%) (( segid " " and resid 99 and name HB2 )) 4.000 2.200 2.000 peak 3277 spectrum 1 weight 0.10000E+01 volume 0.25255E-02 ppm1 0.957 ppm2 1.883 CV 1 OR { 3277} ( segid " " and resid 98 and name HD2%) (( segid " " and resid 99 and name HB1 )) ASSI { 3283} ( segid " " and resid 68 and name HD2%) (( segid " " and resid 68 and name HG )) 2.800 1.000 1.000 peak 3283 spectrum 1 weight 0.10000E+01 volume 0.23097E-02 ppm1 0.471 ppm2 1.061 CV 1 ASSI { 3289} (( segid " " and resid 68 and name HG )) (( segid " " and resid 68 and name HA )) 3.500 1.500 1.500 peak 3289 spectrum 1 weight 0.10000E+01 volume 0.10440E-02 ppm1 1.070 ppm2 4.495 CV 1 ASSI { 3291} (( segid " " and resid 84 and name HG )) (( segid " " and resid 84 and name HA )) 3.200 1.200 1.200 peak 3291 spectrum 1 weight 0.11000E+01 volume 0.85739E-03 ppm1 1.358 ppm2 5.248 CV 1 ASSI { 3295} (( segid " " and resid 22 and name HG )) ( segid " " and resid 77 and name HD1%) 3.600 1.700 1.700 peak 3295 spectrum 1 weight 0.11000E+01 volume 0.17974E-02 ppm1 0.940 ppm2 0.513 CV 1 ASSI { 3309} ( segid " " and resid 84 and name HD1%) ( segid " " and resid 108 and name HD% ) 4.500 2.500 1.500 peak 3309 spectrum 1 weight 0.11000E+01 volume 0.54435E-03 ppm1 0.167 ppm2 6.808 CV 1 ASSI { 3315} ( segid " " and resid 22 and name HD1%) ( segid " " and resid 138 and name HG2%) 3.500 1.500 1.500 peak 3315 spectrum 1 weight 0.10000E+01 volume 0.28669E-02 ppm1 -0.018 ppm2 1.106 CV 1 ASSI { 3323} ( segid " " and resid 16 and name HG2%) (( segid " " and resid 13 and name HD22)) 3.400 1.500 1.500 peak 3323 spectrum 1 weight 0.10000E+01 volume 0.22387E-02 ppm1 1.110 ppm2 9.455 CV 1 ASSI { 3325} ( segid " " and resid 59 and name HG1%) (( segid " " and resid 59 and name HA )) 2.600 0.800 0.800 peak 3325 spectrum 1 weight 0.10000E+01 volume 0.24249E-02 ppm1 0.950 ppm2 4.596 CV 1 ASSI { 3331} (( segid " " and resid 96 and name HB )) (( segid " " and resid 96 and name HN )) 2.300 0.700 0.700 peak 3331 spectrum 1 weight 0.11000E+01 volume 0.57105E-02 ppm1 4.102 ppm2 7.082 CV 1 ASSI { 3332} (( segid " " and resid 27 and name HD2 )) (( segid " " and resid 27 and name HB1 )) 2.900 1.100 1.100 peak 3332 spectrum 1 weight 0.10000E+01 volume 0.12164E-02 ppm1 2.503 ppm2 1.893 CV 1 ASSI { 3333} (( segid " " and resid 27 and name HD2 )) (( segid " " and resid 27 and name HG1 )) 2.900 1.000 1.000 peak 3333 spectrum 1 weight 0.10000E+01 volume 0.13704E-02 ppm1 2.494 ppm2 1.629 CV 1 ASSI { 3334} (( segid " " and resid 27 and name HD2 )) (( segid " " and resid 27 and name HG2 )) 2.800 0.900 0.900 peak 3334 spectrum 1 weight 0.10000E+01 volume 0.13676E-02 ppm1 2.501 ppm2 1.453 CV 1 ASSI { 3335} (( segid " " and resid 27 and name HD2 )) (( segid " " and resid 27 and name HB2 )) 3.200 1.300 1.300 peak 3335 spectrum 1 weight 0.10000E+01 volume 0.11651E-02 ppm1 2.492 ppm2 1.361 CV 1 ASSI { 3338} (( segid " " and resid 75 and name HB1 )) (( segid " " and resid 74 and name HA )) 4.400 2.400 1.600 peak 3338 spectrum 1 weight 0.10000E+01 volume 0.93586E-03 ppm1 1.649 ppm2 4.569 CV 1 ASSI { 3339} (( segid " " and resid 51 and name HB2 )) (( segid " " and resid 51 and name HA )) 3.500 1.600 1.600 peak 3339 spectrum 1 weight 0.10000E+01 volume 0.76195E-03 ppm1 3.474 ppm2 4.801 CV 1 ASSI { 3346} (( segid " " and resid 51 and name HB2 )) (( segid " " and resid 51 and name HN )) 4.000 2.000 2.000 peak 3346 spectrum 1 weight 0.11000E+01 volume 0.58729E-03 ppm1 3.442 ppm2 8.189 CV 1 ASSI { 3350} (( segid " " and resid 104 and name HA )) (( segid " " and resid 104 and name HB1 )) 3.400 1.400 1.400 peak 3350 spectrum 1 weight 0.11000E+01 volume 0.63271E-03 ppm1 5.900 ppm2 5.099 CV 1 ASSI { 3351} (( segid " " and resid 104 and name HA )) (( segid " " and resid 104 and name HB2 )) 3.300 1.300 1.300 peak 3351 spectrum 1 weight 0.11000E+01 volume 0.49577E-03 ppm1 5.887 ppm2 3.976 CV 1 ASSI { 3353} (( segid " " and resid 104 and name HA )) (( segid " " and resid 104 and name HN )) 3.300 1.400 1.400 peak 3353 spectrum 1 weight 0.11000E+01 volume 0.55465E-03 ppm1 5.896 ppm2 9.097 CV 1 ASSI { 3358} (( segid " " and resid 104 and name HB2 )) (( segid " " and resid 104 and name HN )) 3.600 3.600 2.400 peak 3358 spectrum 1 weight 0.11000E+01 volume 0.34178E-03 ppm1 3.985 ppm2 9.187 CV 1 ASSI { 3359} (( segid " " and resid 104 and name HB2 )) (( segid " " and resid 104 and name HB1 )) 2.600 0.800 0.800 peak 3359 spectrum 1 weight 0.10000E+01 volume 0.40585E-03 ppm1 3.982 ppm2 5.089 CV 1 ASSI { 3370} (( segid " " and resid 120 and name HG2 )) (( segid " " and resid 136 and name HB2 )) 4.700 2.800 1.300 peak 3370 spectrum 1 weight 0.10000E+01 volume 0.55378E-03 ppm1 1.455 ppm2 2.504 CV 1 ASSI { 3373} (( segid " " and resid 120 and name HD2 )) (( segid " " and resid 120 and name HG2 )) 3.400 3.400 2.600 peak 3373 spectrum 1 weight 0.11000E+01 volume 0.25775E-03 ppm1 3.153 ppm2 1.580 CV 1 ASSI { 3374} (( segid " " and resid 132 and name HA )) (( segid " " and resid 133 and name HN )) 2.600 0.800 0.800 peak 3374 spectrum 1 weight 0.11000E+01 volume 0.19524E-02 ppm1 5.224 ppm2 8.815 CV 1 ASSI { 3382} (( segid " " and resid 60 and name HA )) (( segid " " and resid 70 and name HN )) 3.900 1.900 1.900 peak 3382 spectrum 1 weight 0.11000E+01 volume 0.46629E-03 ppm1 5.644 ppm2 8.631 CV 1 ASSI { 3385} (( segid " " and resid 60 and name HB1 )) (( segid " " and resid 60 and name HA )) 3.300 1.400 1.400 peak 3385 spectrum 1 weight 0.11000E+01 volume 0.50292E-03 ppm1 3.049 ppm2 5.641 CV 1 ASSI { 3388} (( segid " " and resid 60 and name HB1 )) (( segid " " and resid 60 and name HN )) 4.600 2.700 1.400 peak 3388 spectrum 1 weight 0.11000E+01 volume 0.51278E-03 ppm1 3.014 ppm2 9.754 CV 1 ASSI { 3398} (( segid " " and resid 72 and name HG1 )) (( segid " " and resid 72 and name HB1 )) 2.900 1.000 1.000 peak 3398 spectrum 1 weight 0.10000E+01 volume 0.11065E-02 ppm1 1.382 ppm2 1.972 CV 1 OR { 3398} (( segid " " and resid 72 and name HG1 )) (( segid " " and resid 72 and name HB2 )) ASSI { 3399} (( segid " " and resid 72 and name HG2 )) (( segid " " and resid 72 and name HB2 )) 2.800 1.000 1.000 peak 3399 spectrum 1 weight 0.10000E+01 volume 0.13089E-02 ppm1 1.658 ppm2 1.967 CV 1 OR { 3399} (( segid " " and resid 72 and name HG2 )) (( segid " " and resid 72 and name HB1 )) ASSI { 3401} (( segid " " and resid 73 and name HB1 )) ( segid " " and resid 58 and name HB% ) 4.600 2.600 1.400 peak 3401 spectrum 1 weight 0.10000E+01 volume 0.76477E-03 ppm1 1.486 ppm2 0.268 CV 1 ASSI { 3403} (( segid " " and resid 73 and name HB2 )) ( segid " " and resid 58 and name HB% ) 2.800 1.000 1.000 peak 3403 spectrum 1 weight 0.10000E+01 volume 0.65507E-03 ppm1 1.168 ppm2 0.269 CV 1 ASSI { 3407} (( segid " " and resid 19 and name HB2 )) (( segid " " and resid 20 and name HN )) 5.100 3.200 0.900 peak 3407 spectrum 1 weight 0.10000E+01 volume 0.42704E-03 ppm1 1.200 ppm2 9.301 CV 1 ASSI { 3424} (( segid " " and resid 2 and name HA )) (( segid " " and resid 2 and name HB1 )) 2.600 0.900 0.900 peak 3424 spectrum 1 weight 0.10000E+01 volume 0.26884E-02 ppm1 4.412 ppm2 1.828 CV 1 OR { 3424} (( segid " " and resid 2 and name HA )) (( segid " " and resid 2 and name HB2 )) ASSI { 3426} ( segid " " and resid 25 and name HD1%) (( segid " " and resid 25 and name HN )) 4.800 2.900 1.200 peak 3426 spectrum 1 weight 0.10000E+01 volume 0.62110E-03 ppm1 -0.008 ppm2 7.909 CV 1 ASSI { 3433} ( segid " " and resid 77 and name HD1%) (( segid " " and resid 86 and name HN )) 4.500 2.600 1.500 peak 3433 spectrum 1 weight 0.10000E+01 volume 0.40369E-03 ppm1 0.521 ppm2 8.497 CV 1 OR { 3433} ( segid " " and resid 77 and name HD2%) (( segid " " and resid 86 and name HN )) ASSI { 3435} ( segid " " and resid 61 and name HD1%) (( segid " " and resid 60 and name HA )) 5.000 3.200 1.000 peak 3435 spectrum 1 weight 0.10000E+01 volume 0.49844E-03 ppm1 0.697 ppm2 5.620 CV 1 ASSI { 3438} (( segid " " and resid 12 and name HA )) (( segid " " and resid 20 and name HN )) 3.100 1.200 1.200 peak 3438 spectrum 1 weight 0.11000E+01 volume 0.11407E-02 ppm1 5.505 ppm2 9.306 CV 1 ASSI { 3439} (( segid " " and resid 12 and name HA )) ( segid " " and resid 20 and name HD% ) 3.800 1.800 1.800 peak 3439 spectrum 1 weight 0.10000E+01 volume 0.55496E-03 ppm1 5.498 ppm2 7.458 CV 1 ASSI { 3442} (( segid " " and resid 11 and name HA )) (( segid " " and resid 11 and name HN )) 2.700 0.900 0.900 peak 3442 spectrum 1 weight 0.11000E+01 volume 0.16353E-02 ppm1 4.565 ppm2 8.851 CV 1 ASSI { 3447} (( segid " " and resid 13 and name HA )) ( segid " " and resid 15 and name HB% ) 4.700 2.700 1.300 peak 3447 spectrum 1 weight 0.10000E+01 volume 0.10020E-02 ppm1 4.392 ppm2 1.550 CV 1 ASSI { 3450} (( segid " " and resid 13 and name HA )) (( segid " " and resid 14 and name HG2 )) 4.800 2.800 1.200 peak 3450 spectrum 1 weight 0.10000E+01 volume 0.12292E-02 ppm1 4.392 ppm2 2.178 CV 1 OR { 3450} (( segid " " and resid 13 and name HA )) (( segid " " and resid 14 and name HG1 )) ASSI { 3452} (( segid " " and resid 19 and name HA )) (( segid " " and resid 12 and name HA )) 2.900 1.100 1.100 peak 3452 spectrum 1 weight 0.11000E+01 volume 0.13411E-02 ppm1 4.248 ppm2 5.497 CV 1 ASSI { 3454} (( segid " " and resid 22 and name HA )) (( segid " " and resid 22 and name HN )) 2.900 1.000 1.000 peak 3454 spectrum 1 weight 0.11000E+01 volume 0.12941E-02 ppm1 4.359 ppm2 8.199 CV 1 ASSI { 3456} (( segid " " and resid 43 and name HA )) (( segid " " and resid 60 and name HN )) 4.000 2.200 1.500 peak 3456 spectrum 1 weight 0.11000E+01 volume 0.51791E-03 ppm1 5.851 ppm2 9.756 CV 1 ASSI { 3457} (( segid " " and resid 43 and name HA )) (( segid " " and resid 59 and name HA )) 3.000 1.100 1.100 peak 3457 spectrum 1 weight 0.11000E+01 volume 0.89352E-03 ppm1 5.860 ppm2 4.587 CV 1 ASSI { 3459} (( segid " " and resid 43 and name HA )) (( segid " " and resid 44 and name HA )) 4.500 2.600 1.500 peak 3459 spectrum 1 weight 0.11000E+01 volume 0.36641E-03 ppm1 5.859 ppm2 5.205 CV 1 ASSI { 3460} (( segid " " and resid 43 and name HA )) (( segid " " and resid 43 and name HB1 )) 2.900 1.000 1.000 peak 3460 spectrum 1 weight 0.10000E+01 volume 0.69292E-03 ppm1 5.862 ppm2 1.739 CV 1 ASSI { 3464} (( segid " " and resid 48 and name HA )) ( segid " " and resid 73 and name HD1%) 4.700 2.700 1.300 peak 3464 spectrum 1 weight 0.10000E+01 volume 0.43537E-03 ppm1 3.779 ppm2 0.641 CV 1 ASSI { 3466} (( segid " " and resid 54 and name HA )) (( segid " " and resid 54 and name HN )) 2.600 0.800 0.800 peak 3466 spectrum 1 weight 0.11000E+01 volume 0.51255E-02 ppm1 4.297 ppm2 8.334 CV 1 ASSI { 3467} (( segid " " and resid 54 and name HA )) (( segid " " and resid 55 and name HN )) 2.800 1.000 1.000 peak 3467 spectrum 1 weight 0.11000E+01 volume 0.75925E-02 ppm1 4.300 ppm2 8.399 CV 1 ASSI { 3468} (( segid " " and resid 58 and name HA )) (( segid " " and resid 58 and name HN )) 3.400 1.400 1.400 peak 3468 spectrum 1 weight 0.11000E+01 volume 0.51418E-03 ppm1 4.281 ppm2 9.643 CV 1 ASSI { 3474} (( segid " " and resid 62 and name HB )) (( segid " " and resid 62 and name HA )) 3.400 3.400 2.600 peak 3474 spectrum 1 weight 0.11000E+01 volume 0.68729E-03 ppm1 4.034 ppm2 4.915 CV 1 ASSI { 3479} (( segid " " and resid 69 and name HB1 )) (( segid " " and resid 69 and name HB2 )) 2.300 0.600 0.600 peak 3479 spectrum 1 weight 0.10000E+01 volume 0.12387E-02 ppm1 3.082 ppm2 2.587 CV 1 ASSI { 3490} (( segid " " and resid 73 and name HA )) ( segid " " and resid 88 and name HD% ) 4.000 2.000 2.000 peak 3490 spectrum 1 weight 0.10000E+01 volume 0.46519E-03 ppm1 3.280 ppm2 7.128 CV 1 ASSI { 3491} ( segid " " and resid 140 and name HD2%) (( segid " " and resid 24 and name HB1 )) 3.700 1.800 1.800 peak 3491 spectrum 1 weight 0.10000E+01 volume 0.54423E-03 ppm1 0.635 ppm2 4.004 CV 1 OR { 3491} ( segid " " and resid 140 and name HD2%) (( segid " " and resid 24 and name HB2 )) ASSI { 3493} ( segid " " and resid 73 and name HD1%) (( segid " " and resid 47 and name HN )) 2.900 2.900 3.100 peak 3493 spectrum 1 weight 0.11000E+01 volume 0.47812E-02 ppm1 0.636 ppm2 7.273 CV 1 ASSI { 3498} (( segid " " and resid 79 and name HB2 )) (( segid " " and resid 79 and name HA )) 3.200 1.200 1.200 peak 3498 spectrum 1 weight 0.11000E+01 volume 0.77846E-03 ppm1 2.580 ppm2 4.921 CV 1 ASSI { 3500} (( segid " " and resid 79 and name HB1 )) (( segid " " and resid 79 and name HA )) 3.300 1.300 1.300 peak 3500 spectrum 1 weight 0.11000E+01 volume 0.61304E-03 ppm1 3.056 ppm2 4.916 CV 1 ASSI { 3503} (( segid " " and resid 79 and name HB2 )) (( segid " " and resid 79 and name HB1 )) 2.000 0.500 0.500 peak 3503 spectrum 1 weight 0.11000E+01 volume 0.27757E-02 ppm1 2.592 ppm2 3.059 CV 1 ASSI { 3510} (( segid " " and resid 79 and name HB2 )) ( segid " " and resid 84 and name HD1%) 4.600 2.700 1.400 peak 3510 spectrum 1 weight 0.10000E+01 volume 0.57196E-03 ppm1 2.591 ppm2 0.175 CV 1 ASSI { 3514} (( segid " " and resid 123 and name HA )) (( segid " " and resid 124 and name HN )) 4.100 2.100 1.900 peak 3514 spectrum 1 weight 0.11000E+01 volume 0.62479E-03 ppm1 4.235 ppm2 6.525 CV 1 ASSI { 3516} (( segid " " and resid 81 and name HA )) (( segid " " and resid 83 and name HN )) 4.100 2.100 1.900 peak 3516 spectrum 1 weight 0.10000E+01 volume 0.87930E-03 ppm1 4.217 ppm2 7.522 CV 1 ASSI { 3517} (( segid " " and resid 81 and name HB1 )) ( segid " " and resid 83 and name HG1%) 3.900 1.900 1.900 peak 3517 spectrum 1 weight 0.10000E+01 volume 0.11958E-02 ppm1 2.821 ppm2 0.856 CV 1 OR { 3517} (( segid " " and resid 81 and name HB1 )) ( segid " " and resid 83 and name HG2%) ASSI { 3519} (( segid " " and resid 81 and name HB2 )) (( segid " " and resid 83 and name HN )) 3.900 1.900 1.900 peak 3519 spectrum 1 weight 0.10000E+01 volume 0.47508E-03 ppm1 2.477 ppm2 7.526 CV 1 ASSI { 3520} (( segid " " and resid 81 and name HB1 )) (( segid " " and resid 83 and name HN )) 4.500 2.500 1.500 peak 3520 spectrum 1 weight 0.10000E+01 volume 0.39825E-03 ppm1 2.831 ppm2 7.506 CV 1 ASSI { 3521} (( segid " " and resid 81 and name HB2 )) (( segid " " and resid 82 and name HN )) 4.000 2.000 2.000 peak 3521 spectrum 1 weight 0.10000E+01 volume 0.10455E-02 ppm1 2.481 ppm2 6.824 CV 1 ASSI { 3522} (( segid " " and resid 81 and name HB1 )) (( segid " " and resid 82 and name HN )) 4.200 2.200 1.800 peak 3522 spectrum 1 weight 0.10000E+01 volume 0.96983E-03 ppm1 2.831 ppm2 6.830 CV 1 ASSI { 3523} (( segid " " and resid 81 and name HB2 )) (( segid " " and resid 80 and name HA )) 4.500 2.500 1.500 peak 3523 spectrum 1 weight 0.10000E+01 volume 0.82057E-03 ppm1 2.478 ppm2 4.337 CV 1 ASSI { 3526} (( segid " " and resid 82 and name HA )) (( segid " " and resid 81 and name HN )) 5.500 3.700 0.500 peak 3526 spectrum 1 weight 0.11000E+01 volume 0.50441E-03 ppm1 3.575 ppm2 9.079 CV 1 ASSI { 3532} (( segid " " and resid 84 and name HA )) (( segid " " and resid 84 and name HN )) 3.100 1.200 1.200 peak 3532 spectrum 1 weight 0.11000E+01 volume 0.90832E-03 ppm1 5.224 ppm2 8.301 CV 1 ASSI { 3534} (( segid " " and resid 84 and name HA )) (( segid " " and resid 85 and name HG2 )) 3.700 1.700 1.700 peak 3534 spectrum 1 weight 0.10000E+01 volume 0.14626E-02 ppm1 5.245 ppm2 1.251 CV 1 OR { 3534} (( segid " " and resid 84 and name HA )) (( segid " " and resid 85 and name HG1 )) ASSI { 3538} (( segid " " and resid 125 and name HA )) (( segid " " and resid 132 and name HA )) 3.100 1.200 1.200 peak 3538 spectrum 1 weight 0.11000E+01 volume 0.11139E-02 ppm1 5.634 ppm2 5.222 CV 1 ASSI { 3541} (( segid " " and resid 86 and name HA )) ( segid " " and resid 86 and name HD2%) 3.100 1.200 1.200 peak 3541 spectrum 1 weight 0.10000E+01 volume 0.17192E-02 ppm1 4.663 ppm2 0.667 CV 1 ASSI { 3542} (( segid " " and resid 86 and name HB1 )) (( segid " " and resid 86 and name HA )) 3.400 1.500 1.500 peak 3542 spectrum 1 weight 0.11000E+01 volume 0.61540E-03 ppm1 1.638 ppm2 4.667 CV 1 ASSI { 3544} (( segid " " and resid 86 and name HB2 )) (( segid " " and resid 86 and name HA )) 3.200 1.300 1.300 peak 3544 spectrum 1 weight 0.11000E+01 volume 0.67565E-03 ppm1 1.308 ppm2 4.660 CV 1 ASSI { 3545} (( segid " " and resid 86 and name HB1 )) (( segid " " and resid 106 and name HB1 )) 4.000 2.000 2.000 peak 3545 spectrum 1 weight 0.10000E+01 volume 0.58417E-03 ppm1 1.623 ppm2 3.086 CV 1 ASSI { 3547} (( segid " " and resid 86 and name HB2 )) (( segid " " and resid 106 and name HB1 )) 4.800 2.900 1.200 peak 3547 spectrum 1 weight 0.10000E+01 volume 0.42244E-03 ppm1 1.304 ppm2 3.086 CV 1 ASSI { 3552} (( segid " " and resid 86 and name HB1 )) (( segid " " and resid 87 and name HN )) 4.200 2.200 1.800 peak 3552 spectrum 1 weight 0.10000E+01 volume 0.44168E-03 ppm1 1.628 ppm2 8.771 CV 1 ASSI { 3553} (( segid " " and resid 86 and name HB2 )) (( segid " " and resid 87 and name HN )) 4.900 3.000 1.100 peak 3553 spectrum 1 weight 0.10000E+01 volume 0.43168E-03 ppm1 1.291 ppm2 8.769 CV 1 ASSI { 3556} (( segid " " and resid 86 and name HB1 )) (( segid " " and resid 106 and name HN )) 4.200 2.200 1.800 peak 3556 spectrum 1 weight 0.10000E+01 volume 0.39079E-03 ppm1 1.620 ppm2 9.434 CV 1 ASSI { 3559} ( segid " " and resid 77 and name HD1%) (( segid " " and resid 20 and name HB2 )) 4.500 2.600 1.500 peak 3559 spectrum 1 weight 0.10000E+01 volume 0.39794E-03 ppm1 0.519 ppm2 2.642 CV 1 OR { 3559} ( segid " " and resid 77 and name HD2%) (( segid " " and resid 20 and name HB2 )) ASSI { 3565} ( segid " " and resid 86 and name HD2%) (( segid " " and resid 86 and name HB1 )) 2.700 0.900 0.900 peak 3565 spectrum 1 weight 0.10000E+01 volume 0.32086E-02 ppm1 0.631 ppm2 1.623 CV 1 ASSI { 3568} (( segid " " and resid 87 and name HB )) (( segid " " and resid 88 and name HN )) 4.000 2.000 2.000 peak 3568 spectrum 1 weight 0.10000E+01 volume 0.55465E-03 ppm1 1.829 ppm2 9.205 CV 1 ASSI { 3572} ( segid " " and resid 87 and name HG1%) (( segid " " and resid 85 and name HD2 )) 3.700 1.700 1.700 peak 3572 spectrum 1 weight 0.10000E+01 volume 0.97169E-03 ppm1 0.490 ppm2 1.473 CV 1 OR { 3572} ( segid " " and resid 87 and name HG1%) (( segid " " and resid 85 and name HD1 )) ASSI { 3578} ( segid " " and resid 87 and name HG1%) (( segid " " and resid 85 and name HA )) 5.000 3.100 1.000 peak 3578 spectrum 1 weight 0.10000E+01 volume 0.45922E-03 ppm1 0.490 ppm2 5.628 CV 1 ASSI { 3580} ( segid " " and resid 87 and name HG2%) (( segid " " and resid 88 and name HA )) 4.200 2.200 1.800 peak 3580 spectrum 1 weight 0.10000E+01 volume 0.60867E-03 ppm1 0.764 ppm2 5.385 CV 1 ASSI { 3583} (( segid " " and resid 88 and name HB1 )) (( segid " " and resid 88 and name HA )) 3.200 1.300 1.300 peak 3583 spectrum 1 weight 0.11000E+01 volume 0.35350E-03 ppm1 3.288 ppm2 5.373 CV 1 ASSI { 3585} (( segid " " and resid 88 and name HB1 )) (( segid " " and resid 88 and name HN )) 4.300 2.300 1.700 peak 3585 spectrum 1 weight 0.10000E+01 volume 0.43415E-03 ppm1 3.279 ppm2 9.231 CV 1 ASSI { 3588} (( segid " " and resid 89 and name HA )) (( segid " " and resid 89 and name HB2 )) 2.500 0.800 0.800 peak 3588 spectrum 1 weight 0.10000E+01 volume 0.28707E-02 ppm1 5.177 ppm2 2.133 CV 1 OR { 3588} (( segid " " and resid 89 and name HA )) (( segid " " and resid 89 and name HB1 )) ASSI { 3590} (( segid " " and resid 89 and name HB2 )) ( segid " " and resid 87 and name HG2%) 5.500 3.500 0.500 peak 3590 spectrum 1 weight 0.10000E+01 volume 0.70916E-03 ppm1 2.108 ppm2 0.778 CV 1 ASSI { 3598} (( segid " " and resid 7 and name HB1 )) (( segid " " and resid 7 and name HB2 )) 1.500 0.300 0.700 peak 3598 spectrum 1 weight 0.10000E+01 volume 0.23042E-01 ppm1 2.930 ppm2 2.747 CV 1 ASSI { 3599} (( segid " " and resid 90 and name HB2 )) (( segid " " and resid 90 and name HN )) 3.700 1.700 1.700 peak 3599 spectrum 1 weight 0.10000E+01 volume 0.66641E-03 ppm1 2.727 ppm2 9.228 CV 1 ASSI { 3604} (( segid " " and resid 90 and name HB2 )) (( segid " " and resid 72 and name HG2 )) 4.800 2.800 1.200 peak 3604 spectrum 1 weight 0.10000E+01 volume 0.53670E-03 ppm1 2.724 ppm2 1.680 CV 1 ASSI { 3622} (( segid " " and resid 147 and name HG1 )) (( segid " " and resid 148 and name HN )) 4.000 2.000 2.000 peak 3622 spectrum 1 weight 0.10000E+01 volume 0.58006E-03 ppm1 2.006 ppm2 8.370 CV 1 OR { 3622} (( segid " " and resid 147 and name HG2 )) (( segid " " and resid 148 and name HN )) ASSI { 3623} (( segid " " and resid 147 and name HG2 )) (( segid " " and resid 146 and name HN )) 6.000 5.100 0.000 peak 3623 spectrum 1 weight 0.10000E+01 volume 0.30439E-03 ppm1 1.995 ppm2 8.205 CV 1 OR { 3623} (( segid " " and resid 147 and name HG1 )) (( segid " " and resid 146 and name HN )) ASSI { 3624} (( segid " " and resid 147 and name HG2 )) (( segid " " and resid 145 and name HN )) 5.100 3.300 0.900 peak 3624 spectrum 1 weight 0.10000E+01 volume 0.17686E-03 ppm1 1.996 ppm2 8.580 CV 1 OR { 3624} (( segid " " and resid 147 and name HG1 )) (( segid " " and resid 145 and name HN )) ASSI { 3625} (( segid " " and resid 147 and name HD2 )) (( segid " " and resid 147 and name HB2 )) 3.900 1.900 1.900 peak 3625 spectrum 1 weight 0.10000E+01 volume 0.16509E-02 ppm1 3.644 ppm2 1.768 CV 1 ASSI { 3626} (( segid " " and resid 96 and name HA )) (( segid " " and resid 96 and name HB )) 2.400 0.700 0.700 peak 3626 spectrum 1 weight 0.11000E+01 volume 0.10558E-01 ppm1 3.975 ppm2 4.097 CV 1 ASSI { 3631} (( segid " " and resid 96 and name HB )) (( segid " " and resid 97 and name HA )) 4.000 2.200 2.000 peak 3631 spectrum 1 weight 0.11000E+01 volume 0.84305E-03 ppm1 4.106 ppm2 4.481 CV 1 ASSI { 3636} (( segid " " and resid 68 and name HA )) (( segid " " and resid 70 and name HN )) 4.900 2.900 1.100 peak 3636 spectrum 1 weight 0.10000E+01 volume 0.94662E-03 ppm1 4.490 ppm2 8.631 CV 1 ASSI { 3643} ( segid " " and resid 100 and name HE% ) (( segid " " and resid 129 and name HN )) 4.700 2.800 1.300 peak 3643 spectrum 1 weight 0.10000E+01 volume 0.32679E-03 ppm1 2.106 ppm2 6.664 CV 1 ASSI { 3645} (( segid " " and resid 106 and name HB2 )) (( segid " " and resid 106 and name HA )) 3.900 1.900 1.900 peak 3645 spectrum 1 weight 0.11000E+01 volume 0.44545E-03 ppm1 2.164 ppm2 4.736 CV 1 ASSI { 3647} (( segid " " and resid 107 and name HB1 )) (( segid " " and resid 108 and name HN )) 3.700 1.700 1.700 peak 3647 spectrum 1 weight 0.11000E+01 volume 0.43495E-03 ppm1 3.715 ppm2 9.669 CV 1 ASSI { 3648} (( segid " " and resid 107 and name HB2 )) (( segid " " and resid 108 and name HN )) 4.300 2.300 1.700 peak 3648 spectrum 1 weight 0.11000E+01 volume 0.54952E-03 ppm1 3.598 ppm2 9.669 CV 1 ASSI { 3649} (( segid " " and resid 107 and name HB2 )) (( segid " " and resid 135 and name HA )) 3.200 1.300 1.300 peak 3649 spectrum 1 weight 0.10000E+01 volume 0.58482E-03 ppm1 3.608 ppm2 5.384 CV 1 ASSI { 3656} (( segid " " and resid 110 and name HB2 )) (( segid " " and resid 143 and name HN )) 5.000 3.200 1.000 peak 3656 spectrum 1 weight 0.10000E+01 volume 0.45659E-03 ppm1 2.764 ppm2 8.977 CV 1 ASSI { 3659} (( segid " " and resid 110 and name HB1 )) (( segid " " and resid 111 and name HN )) 5.000 3.100 1.000 peak 3659 spectrum 1 weight 0.10000E+01 volume 0.37244E-03 ppm1 3.174 ppm2 6.968 CV 1 ASSI { 3662} (( segid " " and resid 110 and name HB1 )) (( segid " " and resid 110 and name HB2 )) 2.000 0.500 0.500 peak 3662 spectrum 1 weight 0.10000E+01 volume 0.44130E-02 ppm1 3.158 ppm2 2.761 CV 1 ASSI { 3663} (( segid " " and resid 113 and name HB2 )) (( segid " " and resid 113 and name HB1 )) 1.700 0.300 0.500 peak 3663 spectrum 1 weight 0.11000E+01 volume 0.93723E-02 ppm1 2.614 ppm2 2.924 CV 1 ASSI { 3668} ( segid " " and resid 114 and name HB% ) (( segid " " and resid 136 and name HE1 )) 4.100 2.100 1.900 peak 3668 spectrum 1 weight 0.10000E+01 volume 0.50098E-03 ppm1 1.562 ppm2 9.799 CV 1 ASSI { 3672} (( segid " " and resid 120 and name HA )) (( segid " " and resid 136 and name HE1 )) 4.200 2.200 1.800 peak 3672 spectrum 1 weight 0.10000E+01 volume 0.43427E-03 ppm1 4.232 ppm2 9.791 CV 1 ASSI { 3675} (( segid " " and resid 120 and name HA )) (( segid " " and resid 136 and name HA )) 3.000 1.100 1.100 peak 3675 spectrum 1 weight 0.10000E+01 volume 0.92277E-03 ppm1 4.229 ppm2 4.887 CV 1 ASSI { 3678} (( segid " " and resid 120 and name HB2 )) (( segid " " and resid 120 and name HA )) 3.600 1.600 1.600 peak 3678 spectrum 1 weight 0.10000E+01 volume 0.52635E-03 ppm1 1.436 ppm2 4.229 CV 1 ASSI { 3686} (( segid " " and resid 121 and name HA )) (( segid " " and resid 121 and name HB )) 3.200 1.300 1.300 peak 3686 spectrum 1 weight 0.11000E+01 volume 0.14363E-02 ppm1 4.306 ppm2 1.987 CV 1 ASSI { 3688} (( segid " " and resid 121 and name HB )) ( segid " " and resid 123 and name HD1%) 3.700 1.700 1.700 peak 3688 spectrum 1 weight 0.10000E+01 volume 0.10032E-02 ppm1 1.986 ppm2 0.692 CV 1 OR { 3688} (( segid " " and resid 121 and name HB )) ( segid " " and resid 123 and name HD2%) ASSI { 3692} (( segid " " and resid 122 and name HA )) (( segid " " and resid 122 and name HB1 )) 3.000 1.100 1.100 peak 3692 spectrum 1 weight 0.11000E+01 volume 0.55979E-03 ppm1 4.027 ppm2 2.958 CV 1 ASSI { 3699} (( segid " " and resid 122 and name HB1 )) ( segid " " and resid 122 and name HD% ) 3.300 1.300 1.300 peak 3699 spectrum 1 weight 0.11000E+01 volume 0.82551E-03 ppm1 2.954 ppm2 6.635 CV 1 ASSI { 3707} (( segid " " and resid 124 and name HA )) (( segid " " and resid 125 and name HB1 )) 5.300 3.500 0.700 peak 3707 spectrum 1 weight 0.10000E+01 volume 0.66671E-03 ppm1 4.209 ppm2 3.387 CV 1 ASSI { 3708} (( segid " " and resid 124 and name HA )) (( segid " " and resid 125 and name HB2 )) 5.100 3.200 0.900 peak 3708 spectrum 1 weight 0.10000E+01 volume 0.57329E-03 ppm1 4.207 ppm2 3.015 CV 1 ASSI { 3709} (( segid " " and resid 124 and name HA )) (( segid " " and resid 125 and name HA )) 4.600 2.600 1.400 peak 3709 spectrum 1 weight 0.10000E+01 volume 0.55640E-03 ppm1 4.211 ppm2 5.650 CV 1 ASSI { 3712} (( segid " " and resid 134 and name HA )) ( segid " " and resid 134 and name HD% ) 2.900 1.100 1.100 peak 3712 spectrum 1 weight 0.10000E+01 volume 0.96507E-03 ppm1 5.252 ppm2 6.627 CV 1 ASSI { 3714} (( segid " " and resid 134 and name HA )) (( segid " " and resid 134 and name HB2 )) 3.500 1.500 1.500 peak 3714 spectrum 1 weight 0.10000E+01 volume 0.80939E-03 ppm1 5.266 ppm2 1.844 CV 1 ASSI { 3715} (( segid " " and resid 134 and name HA )) (( segid " " and resid 134 and name HB1 )) 2.800 1.000 1.000 peak 3715 spectrum 1 weight 0.10000E+01 volume 0.10051E-02 ppm1 5.250 ppm2 2.305 CV 1 ASSI { 3716} (( segid " " and resid 134 and name HB1 )) (( segid " " and resid 134 and name HB2 )) 2.200 0.600 0.600 peak 3716 spectrum 1 weight 0.10000E+01 volume 0.84411E-03 ppm1 2.286 ppm2 1.844 CV 1 ASSI { 3722} (( segid " " and resid 134 and name HB1 )) (( segid " " and resid 122 and name HA )) 4.500 2.500 1.500 peak 3722 spectrum 1 weight 0.10000E+01 volume 0.29850E-03 ppm1 2.278 ppm2 4.013 CV 1 ASSI { 3724} (( segid " " and resid 135 and name HB1 )) (( segid " " and resid 134 and name HA )) 4.200 2.200 1.800 peak 3724 spectrum 1 weight 0.10000E+01 volume 0.65165E-03 ppm1 3.771 ppm2 5.263 CV 1 ASSI { 3725} (( segid " " and resid 135 and name HB2 )) (( segid " " and resid 134 and name HA )) 4.400 2.400 1.600 peak 3725 spectrum 1 weight 0.10000E+01 volume 0.50193E-03 ppm1 3.659 ppm2 5.256 CV 1 ASSI { 3726} (( segid " " and resid 135 and name HB1 )) (( segid " " and resid 121 and name HB )) 3.600 1.600 1.600 peak 3726 spectrum 1 weight 0.10000E+01 volume 0.36351E-03 ppm1 3.769 ppm2 1.999 CV 1 ASSI { 3728} (( segid " " and resid 135 and name HB2 )) (( segid " " and resid 121 and name HB )) 4.200 2.200 1.800 peak 3728 spectrum 1 weight 0.10000E+01 volume 0.46009E-03 ppm1 3.653 ppm2 1.995 CV 1 ASSI { 3730} (( segid " " and resid 136 and name HB1 )) (( segid " " and resid 136 and name HB2 )) 2.300 0.700 0.700 peak 3730 spectrum 1 weight 0.11000E+01 volume 0.78999E-03 ppm1 3.189 ppm2 2.501 CV 1 ASSI { 3732} (( segid " " and resid 136 and name HB1 )) (( segid " " and resid 136 and name HA )) 4.000 2.000 2.000 peak 3732 spectrum 1 weight 0.10000E+01 volume 0.32261E-03 ppm1 3.173 ppm2 4.880 CV 1 ASSI { 3733} (( segid " " and resid 136 and name HB2 )) (( segid " " and resid 136 and name HA )) 3.400 1.400 1.400 peak 3733 spectrum 1 weight 0.10000E+01 volume 0.35638E-03 ppm1 2.494 ppm2 4.887 CV 1 ASSI { 3734} (( segid " " and resid 136 and name HB1 )) ( segid " " and resid 108 and name HD% ) 3.000 1.100 1.100 peak 3734 spectrum 1 weight 0.10000E+01 volume 0.52464E-03 ppm1 3.171 ppm2 6.731 CV 1 ASSI { 3735} (( segid " " and resid 136 and name HB2 )) ( segid " " and resid 108 and name HD% ) 5.000 3.200 1.000 peak 3735 spectrum 1 weight 0.10000E+01 volume 0.38478E-03 ppm1 2.498 ppm2 6.727 CV 1 ASSI { 3740} (( segid " " and resid 137 and name HA )) (( segid " " and resid 137 and name HB1 )) 3.000 1.100 1.100 peak 3740 spectrum 1 weight 0.11000E+01 volume 0.64214E-03 ppm1 5.541 ppm2 3.338 CV 1 ASSI { 3741} (( segid " " and resid 137 and name HA )) (( segid " " and resid 137 and name HN )) 3.100 3.100 2.900 peak 3741 spectrum 1 weight 0.11000E+01 volume 0.94054E-03 ppm1 5.531 ppm2 9.789 CV 1 ASSI { 3743} (( segid " " and resid 137 and name HB1 )) (( segid " " and resid 111 and name HD1 )) 3.200 1.300 1.300 peak 3743 spectrum 1 weight 0.10000E+01 volume 0.75591E-03 ppm1 3.341 ppm2 1.687 CV 1 OR { 3743} (( segid " " and resid 137 and name HB1 )) (( segid " " and resid 111 and name HD2 )) ASSI { 3748} (( segid " " and resid 137 and name HB1 )) (( segid " " and resid 137 and name HN )) 4.000 4.000 2.000 peak 3748 spectrum 1 weight 0.11000E+01 volume 0.75264E-03 ppm1 3.343 ppm2 9.793 CV 1 ASSI { 3749} (( segid " " and resid 137 and name HB2 )) (( segid " " and resid 137 and name HN )) 3.200 3.200 2.800 peak 3749 spectrum 1 weight 0.11000E+01 volume 0.55142E-03 ppm1 2.939 ppm2 9.778 CV 1 ASSI { 3750} (( segid " " and resid 138 and name HB )) (( segid " " and resid 138 and name HA )) 2.700 0.900 0.900 peak 3750 spectrum 1 weight 0.11000E+01 volume 0.11211E-02 ppm1 4.280 ppm2 5.194 CV 1 ASSI { 3752} (( segid " " and resid 138 and name HB )) ( segid " " and resid 108 and name HE% ) 4.000 2.000 2.000 peak 3752 spectrum 1 weight 0.10000E+01 volume 0.70287E-03 ppm1 4.285 ppm2 6.500 CV 1 ASSI { 3754} (( segid " " and resid 138 and name HB )) (( segid " " and resid 136 and name HD1 )) 3.700 1.700 1.700 peak 3754 spectrum 1 weight 0.10000E+01 volume 0.50787E-03 ppm1 4.286 ppm2 6.909 CV 1 ASSI { 3757} (( segid " " and resid 138 and name HB )) (( segid " " and resid 136 and name HE1 )) 3.400 1.400 1.400 peak 3757 spectrum 1 weight 0.10000E+01 volume 0.48695E-03 ppm1 4.277 ppm2 9.790 CV 1 ASSI { 3759} (( segid " " and resid 140 and name HA )) (( segid " " and resid 141 and name HN )) 3.500 1.600 1.600 peak 3759 spectrum 1 weight 0.11000E+01 volume 0.60809E-03 ppm1 4.246 ppm2 7.133 CV 1 ASSI { 3766} (( segid " " and resid 25 and name HG )) ( segid " " and resid 108 and name HE% ) 5.000 3.200 1.000 peak 3766 spectrum 1 weight 0.10000E+01 volume 0.61769E-03 ppm1 0.794 ppm2 6.485 CV 1 ASSI { 3767} (( segid " " and resid 141 and name HA )) (( segid " " and resid 141 and name HN )) 3.100 1.200 1.200 peak 3767 spectrum 1 weight 0.11000E+01 volume 0.10662E-02 ppm1 4.552 ppm2 7.101 CV 1 ASSI { 3769} (( segid " " and resid 141 and name HA )) (( segid " " and resid 142 and name HN )) 3.800 1.800 1.500 peak 3769 spectrum 1 weight 0.11000E+01 volume 0.97785E-03 ppm1 4.556 ppm2 7.523 CV 1 ASSI { 3770} ( segid " " and resid 141 and name HB% ) ( segid " " and resid 22 and name HD2%) 3.400 1.500 1.500 peak 3770 spectrum 1 weight 0.10000E+01 volume 0.59958E-03 ppm1 1.165 ppm2 -0.443 CV 1 ASSI { 3773} (( segid " " and resid 142 and name HB2 )) (( segid " " and resid 142 and name HA )) 3.200 1.200 1.200 peak 3773 spectrum 1 weight 0.11000E+01 volume 0.15280E-02 ppm1 3.107 ppm2 4.861 CV 1 ASSI { 3775} (( segid " " and resid 46 and name HB1 )) (( segid " " and resid 9 and name HB1 )) 4.500 2.500 1.500 peak 3775 spectrum 1 weight 0.10000E+01 volume 0.19662E-03 ppm1 3.093 ppm2 2.709 CV 1 ASSI { 3777} (( segid " " and resid 143 and name HA )) ( segid " " and resid 20 and name HE% ) 5.000 3.200 1.200 peak 3777 spectrum 1 weight 0.10000E+01 volume 0.61624E-03 ppm1 3.642 ppm2 6.801 CV 1 ASSI { 3786} (( segid " " and resid 143 and name HG2 )) (( segid " " and resid 144 and name HN )) 4.300 2.300 1.700 peak 3786 spectrum 1 weight 0.10000E+01 volume 0.92224E-03 ppm1 1.892 ppm2 8.205 CV 1 ASSI { 3794} (( segid " " and resid 9 and name HB2 )) (( segid " " and resid 46 and name HB2 )) 4.500 2.500 1.500 peak 3794 spectrum 1 weight 0.10000E+01 volume 0.29126E-03 ppm1 3.760 ppm2 3.988 CV 1 ASSI { 3799} (( segid " " and resid 13 and name HA )) (( segid " " and resid 13 and name HB2 )) 2.600 0.900 0.900 peak 3799 spectrum 1 weight 0.11000E+01 volume 0.13506E-02 ppm1 4.380 ppm2 2.300 CV 1 ASSI { 3805} (( segid " " and resid 19 and name HA )) ( segid " " and resid 20 and name HD% ) 3.900 1.900 1.900 peak 3805 spectrum 1 weight 0.10000E+01 volume 0.45766E-03 ppm1 4.241 ppm2 7.464 CV 1 ASSI { 3808} (( segid " " and resid 22 and name HB2 )) ( segid " " and resid 22 and name HD1%) 2.600 2.600 3.400 peak 3808 spectrum 1 weight 0.11000E+01 volume 0.24556E-02 ppm1 1.250 ppm2 -0.010 CV 1 OR { 3808} (( segid " " and resid 22 and name HB1 )) ( segid " " and resid 22 and name HD1%) ASSI { 3822} (( segid " " and resid 23 and name HA )) (( segid " " and resid 22 and name HN )) 4.000 2.000 2.000 peak 3822 spectrum 1 weight 0.11000E+01 volume 0.46686E-03 ppm1 3.636 ppm2 8.199 CV 1 ASSI { 3823} (( segid " " and resid 23 and name HA )) (( segid " " and resid 24 and name HB2 )) 4.200 4.200 1.800 peak 3823 spectrum 1 weight 0.11000E+01 volume 0.18920E-02 ppm1 3.637 ppm2 4.064 CV 1 OR { 3823} (( segid " " and resid 23 and name HA )) (( segid " " and resid 24 and name HB1 )) ASSI { 3829} (( segid " " and resid 32 and name HA )) (( segid " " and resid 31 and name HN )) 4.600 4.600 1.400 peak 3829 spectrum 1 weight 0.11000E+01 volume 0.43343E-03 ppm1 5.510 ppm2 9.112 CV 1 ASSI { 3836} (( segid " " and resid 32 and name HB )) (( segid " " and resid 33 and name HN )) 5.200 3.300 0.800 peak 3836 spectrum 1 weight 0.11000E+01 volume 0.46021E-03 ppm1 3.964 ppm2 9.344 CV 1 ASSI { 3837} (( segid " " and resid 33 and name HB )) (( segid " " and resid 32 and name HA )) 4.500 2.500 0.500 peak 3837 spectrum 1 weight 0.11000E+01 volume 0.51928E-03 ppm1 2.207 ppm2 5.490 CV 1 ASSI { 3846} (( segid " " and resid 40 and name HA )) (( segid " " and resid 35 and name HN )) 2.700 0.900 0.900 peak 3846 spectrum 1 weight 0.11000E+01 volume 0.62434E-03 ppm1 4.621 ppm2 8.229 CV 1 ASSI { 3866} (( segid " " and resid 53 and name HA )) ( segid " " and resid 54 and name HB% ) 4.500 2.500 1.500 peak 3866 spectrum 1 weight 0.10000E+01 volume 0.15055E-02 ppm1 4.383 ppm2 1.437 CV 1 ASSI { 3869} ( segid " " and resid 54 and name HB% ) (( segid " " and resid 54 and name HA )) 2.100 0.500 0.500 peak 3869 spectrum 1 weight 0.11000E+01 volume 0.16976E-01 ppm1 1.428 ppm2 4.297 CV 1 ASSI { 3870} ( segid " " and resid 54 and name HB% ) (( segid " " and resid 55 and name HA )) 3.300 1.500 1.500 peak 3870 spectrum 1 weight 0.11000E+01 volume 0.68828E-02 ppm1 1.433 ppm2 4.361 CV 1 OR { 3870} ( segid " " and resid 54 and name HB% ) (( segid " " and resid 53 and name HA )) ASSI { 3872} ( segid " " and resid 54 and name HB% ) (( segid " " and resid 57 and name HN )) 5.500 3.500 0.600 peak 3872 spectrum 1 weight 0.10000E+01 volume 0.55697E-03 ppm1 1.429 ppm2 7.571 CV 1 ASSI { 3874} ( segid " " and resid 138 and name HG2%) (( segid " " and resid 108 and name HB2 )) 4.400 2.400 1.600 peak 3874 spectrum 1 weight 0.10000E+01 volume 0.16647E-02 ppm1 1.099 ppm2 2.412 CV 1 ASSI { 3875} ( segid " " and resid 57 and name HB% ) (( segid " " and resid 53 and name HB2 )) 2.700 0.900 0.900 peak 3875 spectrum 1 weight 0.10000E+01 volume 0.26896E-02 ppm1 1.194 ppm2 2.777 CV 1 ASSI { 3877} ( segid " " and resid 57 and name HB% ) (( segid " " and resid 69 and name HB2 )) 3.800 1.800 1.800 peak 3877 spectrum 1 weight 0.10000E+01 volume 0.16382E-02 ppm1 1.193 ppm2 2.605 CV 1 ASSI { 3878} ( segid " " and resid 57 and name HB% ) (( segid " " and resid 57 and name HA )) 2.100 0.600 0.600 peak 3878 spectrum 1 weight 0.11000E+01 volume 0.57101E-02 ppm1 1.199 ppm2 4.054 CV 1 ASSI { 3881} ( segid " " and resid 57 and name HB% ) (( segid " " and resid 69 and name HA )) 3.700 1.700 1.700 peak 3881 spectrum 1 weight 0.10000E+01 volume 0.12065E-02 ppm1 1.198 ppm2 4.814 CV 1 ASSI { 3883} ( segid " " and resid 57 and name HB% ) (( segid " " and resid 56 and name HN )) 4.100 2.100 1.900 peak 3883 spectrum 1 weight 0.11000E+01 volume 0.19070E-02 ppm1 1.197 ppm2 8.428 CV 1 ASSI { 3886} (( segid " " and resid 71 and name HA2 )) (( segid " " and resid 103 and name HA )) 3.600 3.600 2.400 peak 3886 spectrum 1 weight 0.10000E+01 volume 0.98862E-03 ppm1 3.997 ppm2 4.362 CV 1 ASSI { 3888} (( segid " " and resid 56 and name HA1 )) ( segid " " and resid 73 and name HD2%) 5.900 4.300 0.100 peak 3888 spectrum 1 weight 0.10000E+01 volume 0.46219E-03 ppm1 3.991 ppm2 0.854 CV 1 ASSI { 3891} (( segid " " and resid 56 and name HA1 )) (( segid " " and resid 48 and name HB2 )) 5.400 3.600 0.600 peak 3891 spectrum 1 weight 0.10000E+01 volume 0.39958E-03 ppm1 3.982 ppm2 1.813 CV 1 ASSI { 3893} (( segid " " and resid 57 and name HA )) (( segid " " and resid 72 and name HB2 )) 4.400 2.400 1.600 peak 3893 spectrum 1 weight 0.10000E+01 volume 0.60258E-03 ppm1 4.041 ppm2 1.956 CV 1 OR { 3893} (( segid " " and resid 57 and name HA )) (( segid " " and resid 72 and name HB1 )) ASSI { 3899} ( segid " " and resid 57 and name HB% ) (( segid " " and resid 60 and name HA )) 4.500 2.500 1.500 peak 3899 spectrum 1 weight 0.10000E+01 volume 0.48976E-03 ppm1 1.205 ppm2 5.621 CV 1 ASSI { 3911} (( segid " " and resid 61 and name HB )) (( segid " " and resid 61 and name HN )) 3.100 1.200 1.200 peak 3911 spectrum 1 weight 0.11000E+01 volume 0.73396E-03 ppm1 1.694 ppm2 9.765 CV 1 ASSI { 3913} (( segid " " and resid 62 and name HB )) (( segid " " and resid 42 and name HN )) 4.500 2.500 1.500 peak 3913 spectrum 1 weight 0.11000E+01 volume 0.62924E-03 ppm1 4.036 ppm2 8.897 CV 1 OR { 3913} (( segid " " and resid 76 and name HB )) (( segid " " and resid 77 and name HN )) ASSI { 4546} (( segid " " and resid 53 and name HA )) (( segid " " and resid 62 and name HG2% )) 4.000 2.200 1.000 peak 4546 spectrum 1 weight 0.10000E+01 volume 0.56101E-03 ppm1 4.042 ppm2 8.163 CV 1 ASSI { 3917} ( segid " " and resid 62 and name HG2%) (( segid " " and resid 62 and name HA )) 2.400 0.700 0.700 peak 3917 spectrum 1 weight 0.11000E+01 volume 0.47729E-02 ppm1 1.173 ppm2 4.923 CV 1 ASSI { 3919} ( segid " " and resid 62 and name HG2%) (( segid " " and resid 63 and name HN )) 3.300 1.500 1.300 peak 3919 spectrum 1 weight 0.10000E+01 volume 0.40631E-02 ppm1 1.175 ppm2 8.544 CV 1 ASSI { 4623} ( segid " " and resid 76 and name HG2%) (( segid " " and resid 87 and name HN )) 5.000 3.200 1.000 peak 3919 spectrum 1 weight 0.10000E+01 volume 0.40631E-02 ppm1 1.175 ppm2 8.544 CV 1 ASSI { 3920} ( segid " " and resid 62 and name HG2%) (( segid " " and resid 40 and name HN )) 4.000 2.200 2.000 peak 3920 spectrum 1 weight 0.10000E+01 volume 0.11977E-02 ppm1 1.173 ppm2 8.168 CV 1 OR { 3920} ( segid " " and resid 62 and name HG2%) (( segid " " and resid 53 and name HN )) ASSI { 3922} (( segid " " and resid 63 and name HB2 )) (( segid " " and resid 63 and name HA )) 3.300 1.300 1.300 peak 3922 spectrum 1 weight 0.11000E+01 volume 0.81361E-03 ppm1 1.996 ppm2 4.825 CV 1 ASSI { 3929} (( segid " " and resid 67 and name HB )) (( segid " " and resid 66 and name HA )) 4.500 2.500 1.500 peak 3929 spectrum 1 weight 0.11000E+01 volume 0.10634E-02 ppm1 3.999 ppm2 4.514 CV 1 ASSI { 3932} (( segid " " and resid 69 and name HB1 )) (( segid " " and resid 69 and name HA )) 3.200 1.300 1.300 peak 3932 spectrum 1 weight 0.11000E+01 volume 0.42335E-03 ppm1 3.109 ppm2 4.822 CV 1 ASSI { 3939} (( segid " " and resid 72 and name HA )) (( segid " " and resid 57 and name HA )) 3.000 1.200 1.000 peak 3939 spectrum 1 weight 0.11000E+01 volume 0.19511E-02 ppm1 4.506 ppm2 4.026 CV 1 ASSI { 3940} (( segid " " and resid 77 and name HB1 )) (( segid " " and resid 10 and name HN )) 4.300 2.500 0.700 peak 3940 spectrum 1 weight 0.10000E+01 volume 0.33339E-03 ppm1 1.334 ppm2 7.343 CV 1 ASSI { 3943} (( segid " " and resid 77 and name HB1 )) (( segid " " and resid 9 and name HA )) 4.000 2.200 1.000 peak 3943 spectrum 1 weight 0.10000E+01 volume 0.46721E-03 ppm1 1.332 ppm2 3.665 CV 1 ASSI { 3944} (( segid " " and resid 80 and name HA )) (( segid " " and resid 80 and name HB2 )) 2.500 0.800 0.800 peak 3944 spectrum 1 weight 0.10000E+01 volume 0.43742E-02 ppm1 4.341 ppm2 1.728 CV 1 ASSI { 3945} (( segid " " and resid 83 and name HA )) (( segid " " and resid 83 and name HB )) 2.700 0.900 0.900 peak 3945 spectrum 1 weight 0.11000E+01 volume 0.30644E-02 ppm1 4.428 ppm2 1.995 CV 1 ASSI { 3946} (( segid " " and resid 83 and name HA )) (( segid " " and resid 84 and name HA )) 4.100 2.100 1.900 peak 3946 spectrum 1 weight 0.10000E+01 volume 0.83666E-03 ppm1 4.427 ppm2 5.236 CV 1 ASSI { 3947} (( segid " " and resid 83 and name HA )) ( segid " " and resid 84 and name HD1%) 5.500 3.700 0.700 peak 3947 spectrum 1 weight 0.10000E+01 volume 0.66454E-03 ppm1 4.430 ppm2 0.439 CV 1 ASSI { 3948} (( segid " " and resid 100 and name HA )) (( segid " " and resid 100 and name HB1 )) 2.900 1.000 1.000 peak 3948 spectrum 1 weight 0.10000E+01 volume 0.22570E-02 ppm1 4.681 ppm2 2.050 CV 1 OR { 3948} (( segid " " and resid 100 and name HA )) (( segid " " and resid 100 and name HB2 )) ASSI { 3949} (( segid " " and resid 100 and name HA )) (( segid " " and resid 100 and name HG2 )) 3.600 1.600 1.600 peak 3949 spectrum 1 weight 0.10000E+01 volume 0.16023E-02 ppm1 4.684 ppm2 2.435 CV 1 ASSI { 3951} (( segid " " and resid 117 and name HA )) (( segid " " and resid 117 and name HB1 )) 2.400 0.700 0.700 peak 3951 spectrum 1 weight 0.11000E+01 volume 0.12550E-01 ppm1 4.916 ppm2 2.840 CV 1 OR { 3951} (( segid " " and resid 117 and name HA )) (( segid " " and resid 117 and name HB2 )) ASSI { 3959} (( segid " " and resid 107 and name HA )) (( segid " " and resid 108 and name HN )) 2.400 0.700 0.700 peak 3959 spectrum 1 weight 0.11000E+01 volume 0.29860E-02 ppm1 5.167 ppm2 9.678 CV 1 ASSI { 3962} (( segid " " and resid 108 and name HA )) (( segid " " and resid 108 and name HN )) 3.100 1.200 1.200 peak 3962 spectrum 1 weight 0.11000E+01 volume 0.76450E-03 ppm1 5.482 ppm2 9.675 CV 1 ASSI { 3963} (( segid " " and resid 108 and name HA )) ( segid " " and resid 108 and name HD% ) 3.200 1.300 1.300 peak 3963 spectrum 1 weight 0.11000E+01 volume 0.76652E-03 ppm1 5.479 ppm2 6.742 CV 1 ASSI { 3966} (( segid " " and resid 108 and name HA )) (( segid " " and resid 108 and name HB1 )) 2.800 1.000 1.000 peak 3966 spectrum 1 weight 0.11000E+01 volume 0.73773E-03 ppm1 5.480 ppm2 2.975 CV 1 ASSI { 3985} (( segid " " and resid 125 and name HA )) (( segid " " and resid 125 and name HB1 )) 3.700 1.700 1.700 peak 3985 spectrum 1 weight 0.10000E+01 volume 0.62742E-03 ppm1 5.662 ppm2 3.393 CV 1 ASSI { 3986} (( segid " " and resid 125 and name HA )) (( segid " " and resid 125 and name HB2 )) 2.900 1.000 1.000 peak 3986 spectrum 1 weight 0.11000E+01 volume 0.96055E-03 ppm1 5.647 ppm2 3.032 CV 1 ASSI { 3998} (( segid " " and resid 135 and name HA )) ( segid " " and resid 123 and name HD1%) 4.200 2.200 1.800 peak 3998 spectrum 1 weight 0.10000E+01 volume 0.91570E-03 ppm1 5.384 ppm2 0.691 CV 1 OR { 3998} (( segid " " and resid 135 and name HA )) ( segid " " and resid 123 and name HD2%) ASSI { 4002} (( segid " " and resid 132 and name HA )) (( segid " " and resid 124 and name HN )) 4.000 2.200 2.000 peak 4002 spectrum 1 weight 0.10000E+01 volume 0.16234E-02 ppm1 5.197 ppm2 6.518 CV 1 ASSI { 4005} ( segid " " and resid 138 and name HG2%) (( segid " " and resid 108 and name HB1 )) 3.400 1.500 1.500 peak 4005 spectrum 1 weight 0.10000E+01 volume 0.11454E-02 ppm1 1.096 ppm2 2.978 CV 1 ASSI { 4006} ( segid " " and resid 138 and name HG2%) ( segid " " and resid 140 and name HD2%) 3.900 1.900 1.900 peak 4006 spectrum 1 weight 0.10000E+01 volume 0.62590E-03 ppm1 1.094 ppm2 0.661 CV 1 ASSI { 4007} ( segid " " and resid 138 and name HG2%) ( segid " " and resid 84 and name HD2%) 5.200 3.400 0.800 peak 4007 spectrum 1 weight 0.10000E+01 volume 0.49638E-03 ppm1 1.100 ppm2 0.448 CV 1 ASSI { 4008} ( segid " " and resid 138 and name HG2%) ( segid " " and resid 22 and name HD2%) 3.100 1.200 1.200 peak 4008 spectrum 1 weight 0.10000E+01 volume 0.86093E-03 ppm1 1.099 ppm2 -0.447 CV 1 ASSI { 4009} ( segid " " and resid 131 and name HG2%) (( segid " " and resid 105 and name HB1 )) 4.600 4.600 1.400 peak 4009 spectrum 1 weight 0.11000E+01 volume 0.74593E-03 ppm1 0.333 ppm2 3.092 CV 1 ASSI { 4019} ( segid " " and resid 98 and name HD2%) (( segid " " and resid 97 and name HN )) 4.500 2.500 1.500 peak 4019 spectrum 1 weight 0.10000E+01 volume 0.56169E-03 ppm1 0.954 ppm2 7.078 CV 1 ASSI { 4022} (( segid " " and resid 6 and name HG2 )) (( segid " " and resid 26 and name HB2 )) 3.600 1.700 1.700 peak 4022 spectrum 1 weight 0.10000E+01 volume 0.10201E-02 ppm1 2.433 ppm2 1.873 CV 1 ASSI { 4028} ( segid " " and resid 41 and name HG2%) (( segid " " and resid 41 and name HA )) 2.700 0.900 0.900 peak 4028 spectrum 1 weight 0.10000E+01 volume 0.14887E-02 ppm1 0.864 ppm2 4.691 CV 1 ASSI { 4038} ( segid " " and resid 19 and name HD2%) (( segid " " and resid 10 and name HA )) 5.000 3.200 1.000 peak 4038 spectrum 1 weight 0.10000E+01 volume 0.42190E-03 ppm1 0.740 ppm2 5.360 CV 1 ASSI { 4044} ( segid " " and resid 19 and name HD2%) (( segid " " and resid 21 and name HN )) 5.000 3.100 1.000 peak 4044 spectrum 1 weight 0.10000E+01 volume 0.47831E-03 ppm1 0.739 ppm2 8.569 CV 1 ASSI { 4047} ( segid " " and resid 19 and name HD2%) (( segid " " and resid 20 and name HN )) 4.100 2.100 1.900 peak 4047 spectrum 1 weight 0.10000E+01 volume 0.85667E-03 ppm1 0.736 ppm2 9.303 CV 1 ASSI { 4049} (( segid " " and resid 65 and name HB1 )) (( segid " " and resid 66 and name HN )) 3.500 1.500 1.300 peak 4049 spectrum 1 weight 0.10000E+01 volume 0.65773E-03 ppm1 2.222 ppm2 7.586 CV 1 ASSI { 4050} (( segid " " and resid 65 and name HB2 )) (( segid " " and resid 66 and name HN )) 3.500 1.500 1.200 peak 4050 spectrum 1 weight 0.10000E+01 volume 0.84202E-03 ppm1 2.114 ppm2 7.591 CV 1 ASSI { 4052} (( segid " " and resid 128 and name HG1 )) ( segid " " and resid 96 and name HG2%) 4.000 2.200 2.000 peak 4052 spectrum 1 weight 0.10000E+01 volume 0.11347E-02 ppm1 2.436 ppm2 1.255 CV 1 ASSI { 4062} (( segid " " and resid 82 and name HG2 )) (( segid " " and resid 83 and name HN )) 4.000 2.200 2.000 peak 4062 spectrum 1 weight 0.10000E+01 volume 0.57059E-03 ppm1 2.290 ppm2 7.512 CV 1 ASSI { 4076} (( segid " " and resid 75 and name HE2 )) (( segid " " and resid 75 and name HD1 )) 1.900 0.500 0.500 peak 4076 spectrum 1 weight 0.10000E+01 volume 0.12405E-01 ppm1 2.899 ppm2 1.629 CV 1 OR { 4076} (( segid " " and resid 75 and name HE1 )) (( segid " " and resid 75 and name HD2 )) OR { 4076} (( segid " " and resid 75 and name HE1 )) (( segid " " and resid 75 and name HD1 )) OR { 4076} (( segid " " and resid 75 and name HE2 )) (( segid " " and resid 75 and name HD2 )) OR { 4076} (( segid " " and resid 75 and name HE1 )) (( segid " " and resid 75 and name HB1 )) OR { 4076} (( segid " " and resid 75 and name HE2 )) (( segid " " and resid 75 and name HB1 )) ASSI { 4079} (( segid " " and resid 75 and name HE1 )) (( segid " " and resid 75 and name HN )) 3.800 1.800 1.800 peak 4079 spectrum 1 weight 0.10000E+01 volume 0.77827E-03 ppm1 2.904 ppm2 8.731 CV 1 OR { 4079} (( segid " " and resid 75 and name HE2 )) (( segid " " and resid 75 and name HN )) ASSI { 4084} (( segid " " and resid 75 and name HE1 )) (( segid " " and resid 9 and name HN )) 5.000 3.200 1.000 peak 4084 spectrum 1 weight 0.10000E+01 volume 0.49958E-03 ppm1 2.903 ppm2 9.634 CV 1 OR { 4084} (( segid " " and resid 75 and name HE2 )) (( segid " " and resid 9 and name HN )) ASSI { 4085} (( segid " " and resid 75 and name HE2 )) (( segid " " and resid 26 and name HD2 )) 1.800 1.800 4.200 peak 4085 spectrum 1 weight 0.10000E+01 volume 0.90661E-02 ppm1 2.909 ppm2 1.703 CV 1 OR { 4085} (( segid " " and resid 75 and name HE2 )) (( segid " " and resid 26 and name HD1 )) OR { 4085} (( segid " " and resid 75 and name HE1 )) (( segid " " and resid 26 and name HD2 )) OR { 4085} (( segid " " and resid 75 and name HE1 )) (( segid " " and resid 26 and name HD1 )) ASSI { 4087} (( segid " " and resid 148 and name HD1 )) (( segid " " and resid 147 and name HD2 )) 2.800 2.800 3.200 peak 4087 spectrum 1 weight 0.10000E+01 volume 0.77302E-03 ppm1 3.187 ppm2 3.635 CV 1 OR { 4087} (( segid " " and resid 148 and name HD2 )) (( segid " " and resid 147 and name HD2 )) ASSI { 4100} (( segid " " and resid 47 and name HA )) (( segid " " and resid 6 and name HE22)) 4.200 2.200 1.800 peak 4100 spectrum 1 weight 0.10000E+01 volume 0.68523E-03 ppm1 4.226 ppm2 6.802 CV 1 ASSI { 4104} (( segid " " and resid 93 and name HD1 )) (( segid " " and resid 92 and name HB1 )) 5.300 3.500 0.700 peak 4104 spectrum 1 weight 0.10000E+01 volume 0.47550E-03 ppm1 3.679 ppm2 2.824 CV 1 OR { 4104} (( segid " " and resid 93 and name HD1 )) (( segid " " and resid 92 and name HB2 )) ASSI { 4119} (( segid " " and resid 131 and name HB )) ( segid " " and resid 133 and name HE% ) 4.700 2.800 1.300 peak 4119 spectrum 1 weight 0.10000E+01 volume 0.50498E-03 ppm1 3.518 ppm2 6.241 CV 1 ASSI { 4121} (( segid " " and resid 131 and name HB )) (( segid " " and resid 131 and name HN )) 4.100 2.100 1.900 peak 4121 spectrum 1 weight 0.10000E+01 volume 0.48569E-03 ppm1 3.520 ppm2 7.041 CV 1 ASSI { 4126} (( segid " " and resid 27 and name HD2 )) (( segid " " and resid 27 and name HA )) 5.000 3.100 1.000 peak 4126 spectrum 1 weight 0.10000E+01 volume 0.69048E-03 ppm1 2.493 ppm2 4.891 CV 1 ASSI { 4139} ( segid " " and resid 87 and name HG2%) (( segid " " and resid 86 and name HA )) 4.900 2.900 1.100 peak 4139 spectrum 1 weight 0.10000E+01 volume 0.46371E-03 ppm1 0.762 ppm2 4.662 CV 1 ASSI { 4144} (( segid " " and resid 84 and name HB2 )) ( segid " " and resid 84 and name HD1%) 2.800 1.000 1.000 peak 4144 spectrum 1 weight 0.10000E+01 volume 0.10710E-02 ppm1 1.284 ppm2 0.172 CV 1 ASSI { 4145} (( segid " " and resid 84 and name HB2 )) ( segid " " and resid 84 and name HD2%) 3.200 1.300 1.300 peak 4145 spectrum 1 weight 0.10000E+01 volume 0.12053E-02 ppm1 1.287 ppm2 0.441 CV 1 ASSI { 4146} (( segid " " and resid 84 and name HB1 )) ( segid " " and resid 84 and name HD2%) 2.900 1.000 1.000 peak 4146 spectrum 1 weight 0.10000E+01 volume 0.97614E-03 ppm1 1.738 ppm2 0.439 CV 1 ASSI { 4147} (( segid " " and resid 84 and name HB1 )) (( segid " " and resid 84 and name HB2 )) 1.800 0.400 0.400 peak 4147 spectrum 1 weight 0.11000E+01 volume 0.17869E-02 ppm1 1.735 ppm2 1.323 CV 1 ASSI { 4150} (( segid " " and resid 84 and name HB2 )) (( segid " " and resid 108 and name HB2 )) 3.800 1.800 1.800 peak 4150 spectrum 1 weight 0.10000E+01 volume 0.46664E-03 ppm1 1.287 ppm2 2.410 CV 1 ASSI { 4151} (( segid " " and resid 84 and name HB2 )) (( segid " " and resid 108 and name HB1 )) 4.400 2.400 1.600 peak 4151 spectrum 1 weight 0.10000E+01 volume 0.55507E-03 ppm1 1.288 ppm2 2.963 CV 1 ASSI { 4152} (( segid " " and resid 84 and name HB1 )) (( segid " " and resid 84 and name HA )) 3.200 1.300 1.300 peak 4152 spectrum 1 weight 0.11000E+01 volume 0.65895E-03 ppm1 1.738 ppm2 5.245 CV 1 ASSI { 4154} (( segid " " and resid 84 and name HB2 )) ( segid " " and resid 108 and name HD% ) 5.000 3.200 1.000 peak 4154 spectrum 1 weight 0.10000E+01 volume 0.62871E-03 ppm1 1.286 ppm2 6.726 CV 1 ASSI { 4155} (( segid " " and resid 84 and name HB1 )) ( segid " " and resid 108 and name HD% ) 4.100 2.100 1.900 peak 4155 spectrum 1 weight 0.10000E+01 volume 0.52388E-03 ppm1 1.747 ppm2 6.730 CV 1 ASSI { 4156} (( segid " " and resid 84 and name HB2 )) (( segid " " and resid 84 and name HN )) 3.000 1.100 1.100 peak 4156 spectrum 1 weight 0.11000E+01 volume 0.56416E-03 ppm1 1.289 ppm2 8.300 CV 1 ASSI { 4160} ( segid " " and resid 84 and name HD2%) (( segid " " and resid 108 and name HB2 )) 4.000 2.000 2.000 peak 4160 spectrum 1 weight 0.10000E+01 volume 0.51608E-03 ppm1 0.437 ppm2 2.408 CV 1 ASSI { 4164} ( segid " " and resid 84 and name HD2%) (( segid " " and resid 84 and name HA )) 3.400 1.400 1.400 peak 4164 spectrum 1 weight 0.10000E+01 volume 0.12407E-02 ppm1 0.437 ppm2 5.240 CV 1 ASSI { 4166} ( segid " " and resid 84 and name HD2%) (( segid " " and resid 77 and name HA )) 4.500 2.500 1.500 peak 4166 spectrum 1 weight 0.10000E+01 volume 0.49520E-03 ppm1 0.442 ppm2 5.025 CV 1 ASSI { 4169} ( segid " " and resid 84 and name HD2%) (( segid " " and resid 141 and name HN )) 5.200 3.400 0.800 peak 4169 spectrum 1 weight 0.10000E+01 volume 0.42046E-03 ppm1 0.437 ppm2 7.118 CV 1 ASSI { 4178} (( segid " " and resid 86 and name HB2 )) (( segid " " and resid 86 and name HG )) 3.400 1.400 1.400 peak 4178 spectrum 1 weight 0.10000E+01 volume 0.47729E-03 ppm1 1.292 ppm2 0.882 CV 1 ASSI { 4183} (( segid " " and resid 140 and name HG )) (( segid " " and resid 3 and name HN )) 3.300 3.300 2.700 peak 4183 spectrum 1 weight 0.10000E+01 volume 0.29123E-03 ppm1 1.257 ppm2 8.468 CV 1 ASSI { 4187} ( segid " " and resid 68 and name HD2%) (( segid " " and resid 68 and name HN )) 5.100 3.200 0.900 peak 4187 spectrum 1 weight 0.10000E+01 volume 0.44998E-03 ppm1 0.471 ppm2 9.002 CV 1 ASSI { 4188} (( segid " " and resid 46 and name HB2 )) (( segid " " and resid 46 and name HB1 )) 2.000 0.500 0.500 peak 4188 spectrum 1 weight 0.10000E+01 volume 0.24412E-02 ppm1 3.980 ppm2 3.096 CV 1 ASSI { 4196} (( segid " " and resid 106 and name HB1 )) ( segid " " and resid 108 and name HE% ) 3.600 1.600 1.600 peak 4196 spectrum 1 weight 0.10000E+01 volume 0.41323E-03 ppm1 3.099 ppm2 6.454 CV 1 ASSI { 4200} (( segid " " and resid 65 and name HD2 )) (( segid " " and resid 65 and name HA )) 4.600 2.600 1.400 peak 4200 spectrum 1 weight 0.11000E+01 volume 0.56683E-03 ppm1 3.726 ppm2 4.554 CV 1 ASSI { 4201} (( segid " " and resid 65 and name HD1 )) (( segid " " and resid 65 and name HA )) 4.400 2.400 1.600 peak 4201 spectrum 1 weight 0.11000E+01 volume 0.61030E-03 ppm1 4.022 ppm2 4.552 CV 1 ASSI { 4216} (( segid " " and resid 33 and name HG11)) (( segid " " and resid 33 and name HB )) 2.800 1.000 1.000 peak 4216 spectrum 1 weight 0.11000E+01 volume 0.75636E-03 ppm1 1.398 ppm2 2.204 CV 1 ASSI { 4218} (( segid " " and resid 120 and name HG1 )) (( segid " " and resid 136 and name HA )) 4.700 2.700 1.300 peak 4218 spectrum 1 weight 0.10000E+01 volume 0.66895E-03 ppm1 1.631 ppm2 4.889 CV 1 ASSI { 4220} (( segid " " and resid 10 and name HG2 )) (( segid " " and resid 10 and name HA )) 3.800 1.800 1.800 peak 4220 spectrum 1 weight 0.10000E+01 volume 0.47782E-03 ppm1 1.430 ppm2 5.357 CV 1 ASSI { 4225} (( segid " " and resid 33 and name HG11)) (( segid " " and resid 34 and name HN )) 4.100 2.100 1.900 peak 4225 spectrum 1 weight 0.10000E+01 volume 0.57280E-03 ppm1 1.399 ppm2 8.320 CV 1 OR { 4225} (( segid " " and resid 33 and name HG12)) (( segid " " and resid 34 and name HN )) ASSI { 4230} ( segid " " and resid 33 and name HG2%) ( segid " " and resid 41 and name HD1%) 4.400 2.400 1.600 peak 4230 spectrum 1 weight 0.10000E+01 volume 0.28817E-02 ppm1 0.960 ppm2 0.624 CV 1 ASSI { 4233} (( segid " " and resid 36 and name HB1 )) (( segid " " and resid 36 and name HA )) 2.500 0.800 0.800 peak 4233 spectrum 1 weight 0.10000E+01 volume 0.74773E-02 ppm1 3.965 ppm2 4.289 CV 1 OR { 4233} (( segid " " and resid 36 and name HB2 )) (( segid " " and resid 36 and name HA )) ASSI { 4245} (( segid " " and resid 43 and name HB2 )) (( segid " " and resid 43 and name HA )) 3.600 1.600 1.600 peak 4245 spectrum 1 weight 0.10000E+01 volume 0.55153E-03 ppm1 1.853 ppm2 5.854 CV 1 ASSI { 4247} (( segid " " and resid 43 and name HB1 )) ( segid " " and resid 59 and name HG2%) 3.800 1.500 1.500 peak 4247 spectrum 1 weight 0.10000E+01 volume 0.47751E-03 ppm1 1.718 ppm2 1.159 CV 1 ASSI { 4250} (( segid " " and resid 43 and name HB2 )) ( segid " " and resid 59 and name HG2%) 4.500 2.600 1.500 peak 4250 spectrum 1 weight 0.10000E+01 volume 0.35733E-03 ppm1 1.838 ppm2 1.148 CV 1 ASSI { 4251} ( segid " " and resid 73 and name HD1%) (( segid " " and resid 75 and name HA )) 4.100 4.100 1.900 peak 4251 spectrum 1 weight 0.11000E+01 volume 0.62308E-03 ppm1 0.634 ppm2 4.837 CV 1 ASSI { 4252} ( segid " " and resid 43 and name HD1%) (( segid " " and resid 43 and name HA )) 4.500 2.500 1.500 peak 4252 spectrum 1 weight 0.10000E+01 volume 0.59828E-03 ppm1 0.671 ppm2 5.849 CV 1 ASSI { 4253} (( segid " " and resid 44 and name HB2 )) (( segid " " and resid 44 and name HA )) 3.100 1.200 1.200 peak 4253 spectrum 1 weight 0.10000E+01 volume 0.47390E-03 ppm1 2.334 ppm2 5.189 CV 1 ASSI { 4256} (( segid " " and resid 44 and name HB2 )) (( segid " " and resid 44 and name HD22)) 4.300 2.300 1.700 peak 4256 spectrum 1 weight 0.10000E+01 volume 0.58729E-03 ppm1 2.349 ppm2 7.078 CV 1 ASSI { 4261} (( segid " " and resid 44 and name HB1 )) (( segid " " and resid 44 and name HB2 )) 3.100 3.100 2.900 peak 4261 spectrum 1 weight 0.10000E+01 volume 0.13309E-03 ppm1 3.052 ppm2 2.339 CV 1 ASSI { 4266} (( segid " " and resid 45 and name HA )) (( segid " " and resid 47 and name HN )) 3.700 1.700 1.700 peak 4266 spectrum 1 weight 0.10000E+01 volume 0.50680E-03 ppm1 3.723 ppm2 7.265 CV 1 ASSI { 4269} (( segid " " and resid 45 and name HB )) (( segid " " and resid 45 and name HA )) 3.600 1.600 1.600 peak 4269 spectrum 1 weight 0.10000E+01 volume 0.46884E-03 ppm1 1.547 ppm2 3.746 CV 1 ASSI { 4277} ( segid " " and resid 45 and name HG2%) (( segid " " and resid 44 and name HA )) 4.000 2.000 2.000 peak 4277 spectrum 1 weight 0.10000E+01 volume 0.79330E-03 ppm1 0.638 ppm2 5.195 CV 1 ASSI { 4280} (( segid " " and resid 51 and name HB1 )) (( segid " " and resid 51 and name HB2 )) 2.600 0.900 0.900 peak 4280 spectrum 1 weight 0.10000E+01 volume 0.71711E-03 ppm1 4.004 ppm2 3.464 CV 1 ASSI { 4281} (( segid " " and resid 59 and name HB )) ( segid " " and resid 59 and name HG1%) 2.700 0.900 0.900 peak 4281 spectrum 1 weight 0.10000E+01 volume 0.13634E-02 ppm1 1.874 ppm2 0.946 CV 1 ASSI { 4283} (( segid " " and resid 59 and name HB )) (( segid " " and resid 59 and name HN )) 3.100 1.200 1.200 peak 4283 spectrum 1 weight 0.10000E+01 volume 0.56352E-03 ppm1 1.872 ppm2 6.883 CV 1 ASSI { 4388} ( segid " " and resid 131 and name HG2%) (( segid " " and resid 105 and name HN )) 4.400 2.400 1.600 peak 4388 spectrum 1 weight 0.11000E+01 volume 0.37428E-03 ppm1 0.330 ppm2 9.344 CV 1 ASSI { 4292} (( segid " " and resid 68 and name HG )) (( segid " " and resid 68 and name HN )) 4.000 2.000 2.000 peak 4292 spectrum 1 weight 0.10000E+01 volume 0.46774E-03 ppm1 1.049 ppm2 8.998 CV 1 ASSI { 4298} (( segid " " and resid 75 and name HB1 )) (( segid " " and resid 75 and name HA )) 3.200 1.300 1.300 peak 4298 spectrum 1 weight 0.10000E+01 volume 0.58778E-03 ppm1 1.646 ppm2 4.842 CV 1 ASSI { 4301} (( segid " " and resid 75 and name HB2 )) (( segid " " and resid 9 and name HN )) 3.800 1.800 1.700 peak 4301 spectrum 1 weight 0.10000E+01 volume 0.38109E-03 ppm1 2.099 ppm2 9.628 CV 1 ASSI { 4303} (( segid " " and resid 75 and name HB1 )) (( segid " " and resid 9 and name HN )) 4.100 2.100 1.900 peak 4303 spectrum 1 weight 0.10000E+01 volume 0.49090E-03 ppm1 1.648 ppm2 9.620 CV 1 ASSI { 4305} (( segid " " and resid 75 and name HB2 )) (( segid " " and resid 75 and name HA )) 3.100 1.200 1.200 peak 4305 spectrum 1 weight 0.10000E+01 volume 0.67732E-03 ppm1 2.082 ppm2 4.825 CV 1 ASSI { 4306} (( segid " " and resid 75 and name HB2 )) (( segid " " and resid 75 and name HG2 )) 2.900 1.000 1.000 peak 4306 spectrum 1 weight 0.10000E+01 volume 0.12556E-02 ppm1 2.082 ppm2 1.215 CV 1 OR { 4306} (( segid " " and resid 75 and name HB2 )) (( segid " " and resid 75 and name HG1 )) ASSI { 4307} (( segid " " and resid 75 and name HG1 )) (( segid " " and resid 75 and name HA )) 3.500 1.500 1.500 peak 4307 spectrum 1 weight 0.10000E+01 volume 0.11844E-02 ppm1 1.215 ppm2 4.842 CV 1 OR { 4307} (( segid " " and resid 75 and name HG2 )) (( segid " " and resid 75 and name HA )) ASSI { 4309} (( segid " " and resid 75 and name HG2 )) (( segid " " and resid 74 and name HA )) 4.500 2.500 1.500 peak 4309 spectrum 1 weight 0.10000E+01 volume 0.64625E-03 ppm1 1.215 ppm2 4.566 CV 1 OR { 4309} (( segid " " and resid 75 and name HG1 )) (( segid " " and resid 74 and name HA )) ASSI { 4310} (( segid " " and resid 75 and name HG1 )) (( segid " " and resid 77 and name HN )) 5.800 4.300 0.200 peak 4310 spectrum 1 weight 0.10000E+01 volume 0.73932E-04 ppm1 1.226 ppm2 8.911 CV 1 OR { 4310} (( segid " " and resid 75 and name HG2 )) (( segid " " and resid 77 and name HN )) ASSI { 4312} (( segid " " and resid 75 and name HD2 )) (( segid " " and resid 75 and name HN )) 5.200 3.400 0.800 peak 4312 spectrum 1 weight 0.10000E+01 volume 0.35235E-03 ppm1 1.581 ppm2 8.727 CV 1 OR { 4312} (( segid " " and resid 75 and name HD1 )) (( segid " " and resid 75 and name HN )) ASSI { 4314} (( segid " " and resid 40 and name HD1 )) (( segid " " and resid 40 and name HE1 )) 2.300 0.700 0.700 peak 4314 spectrum 1 weight 0.11000E+01 volume 0.65819E-02 ppm1 1.618 ppm2 2.895 CV 1 OR { 4314} (( segid " " and resid 40 and name HD2 )) (( segid " " and resid 40 and name HE2 )) OR { 4314} (( segid " " and resid 40 and name HD2 )) (( segid " " and resid 40 and name HE1 )) OR { 4314} (( segid " " and resid 40 and name HD1 )) (( segid " " and resid 40 and name HE2 )) ASSI { 4319} ( segid " " and resid 84 and name HD2%) ( segid " " and resid 108 and name HD% ) 3.700 1.700 1.700 peak 4319 spectrum 1 weight 0.10000E+01 volume 0.15672E-02 ppm1 0.432 ppm2 6.743 CV 1 ASSI { 4322} (( segid " " and resid 65 and name HA )) (( segid " " and resid 66 and name HN )) 3.600 1.600 1.400 peak 4322 spectrum 1 weight 0.10000E+01 volume 0.19814E-02 ppm1 4.557 ppm2 7.591 CV 1 ASSI { 4324} ( segid " " and resid 98 and name HD1%) (( segid " " and resid 97 and name HN )) 3.500 1.500 1.500 peak 4324 spectrum 1 weight 0.10000E+01 volume 0.15797E-02 ppm1 0.875 ppm2 7.076 CV 1 ASSI { 4326} (( segid " " and resid 108 and name HB2 )) (( segid " " and resid 108 and name HN )) 3.200 1.300 1.300 peak 4326 spectrum 1 weight 0.10000E+01 volume 0.38406E-03 ppm1 2.412 ppm2 9.663 CV 1 ASSI { 4330} (( segid " " and resid 108 and name HA )) (( segid " " and resid 108 and name HB2 )) 3.400 1.400 1.400 peak 4330 spectrum 1 weight 0.10000E+01 volume 0.60536E-03 ppm1 5.496 ppm2 2.408 CV 1 ASSI { 4342} ( segid " " and resid 138 and name HG2%) (( segid " " and resid 108 and name HN )) 2.900 2.900 3.100 peak 4342 spectrum 1 weight 0.10000E+01 volume 0.53963E-03 ppm1 1.095 ppm2 9.664 CV 1 ASSI { 4355} ( segid " " and resid 61 and name HG2%) (( segid " " and resid 61 and name HG12)) 3.100 1.200 1.200 peak 4355 spectrum 1 weight 0.10000E+01 volume 0.42734E-02 ppm1 0.545 ppm2 1.614 CV 1 ASSI { 4357} ( segid " " and resid 22 and name HD2%) ( segid " " and resid 84 and name HD2%) 3.000 1.100 1.100 peak 4357 spectrum 1 weight 0.10000E+01 volume 0.52848E-02 ppm1 -0.450 ppm2 0.447 CV 1 ASSI { 4365} (( segid " " and resid 6 and name HB1 )) (( segid " " and resid 6 and name HE21)) 4.200 2.200 1.800 peak 4365 spectrum 1 weight 0.10000E+01 volume 0.58565E-03 ppm1 2.048 ppm2 7.656 CV 1 ASSI { 4366} (( segid " " and resid 6 and name HB2 )) (( segid " " and resid 6 and name HE21)) 4.600 2.700 1.400 peak 4366 spectrum 1 weight 0.10000E+01 volume 0.59452E-03 ppm1 2.122 ppm2 7.661 CV 1 ASSI { 4367} (( segid " " and resid 69 and name HB2 )) (( segid " " and resid 69 and name HA )) 4.000 2.000 2.000 peak 4367 spectrum 1 weight 0.10000E+01 volume 0.36546E-03 ppm1 2.616 ppm2 4.817 CV 1 ASSI { 4370} (( segid " " and resid 128 and name HG1 )) (( segid " " and resid 129 and name HN )) 4.700 2.800 1.300 peak 4370 spectrum 1 weight 0.10000E+01 volume 0.54861E-03 ppm1 2.428 ppm2 6.665 CV 1 ASSI { 4652} (( segid " " and resid 128 and name HG2 )) (( segid " " and resid 129 and name HN )) 4.700 2.800 1.300 peak 4652 spectrum 1 weight 0.10000E+01 volume 0.54861E-03 ppm1 2.369 ppm2 6.665 CV 1 ASSI { 4377} (( segid " " and resid 95 and name HG2 )) (( segid " " and resid 94 and name HA )) 5.600 3.900 0.400 peak 4377 spectrum 1 weight 0.10000E+01 volume 0.60543E-03 ppm1 2.236 ppm2 5.160 CV 1 ASSI { 4378} (( segid " " and resid 95 and name HG1 )) (( segid " " and resid 94 and name HA )) 5.200 3.400 0.800 peak 4378 spectrum 1 weight 0.10000E+01 volume 0.66793E-03 ppm1 2.141 ppm2 5.163 CV 1 ASSI { 4379} (( segid " " and resid 95 and name HG2 )) (( segid " " and resid 95 and name HD1 )) 3.300 1.300 1.300 peak 4379 spectrum 1 weight 0.10000E+01 volume 0.16580E-02 ppm1 2.240 ppm2 4.391 CV 1 ASSI { 4386} ( segid " " and resid 61 and name HG2%) ( segid " " and resid 59 and name HG1%) 4.800 2.900 1.200 peak 4386 spectrum 1 weight 0.10000E+01 volume 0.10415E-02 ppm1 0.539 ppm2 0.975 CV 1 ASSI { 4387} ( segid " " and resid 61 and name HG2%) ( segid " " and resid 68 and name HD2%) 3.500 1.500 1.500 peak 4387 spectrum 1 weight 0.10000E+01 volume 0.24899E-02 ppm1 0.540 ppm2 0.442 CV 1 ASSI { 4395} (( segid " " and resid 14 and name HG2 )) (( segid " " and resid 14 and name HD1 )) 2.600 0.800 0.800 peak 4395 spectrum 1 weight 0.10000E+01 volume 0.28997E-02 ppm1 2.149 ppm2 3.946 CV 1 OR { 4395} (( segid " " and resid 14 and name HG1 )) (( segid " " and resid 14 and name HD2 )) OR { 4395} (( segid " " and resid 14 and name HG1 )) (( segid " " and resid 14 and name HD1 )) OR { 4395} (( segid " " and resid 14 and name HG2 )) (( segid " " and resid 14 and name HD2 )) ASSI { 4398} (( segid " " and resid 14 and name HG2 )) ( segid " " and resid 15 and name HB% ) 4.200 2.200 1.800 peak 4398 spectrum 1 weight 0.10000E+01 volume 0.65237E-03 ppm1 2.152 ppm2 1.542 CV 1 OR { 4398} (( segid " " and resid 14 and name HG1 )) ( segid " " and resid 15 and name HB% ) ASSI { 4404} (( segid " " and resid 65 and name HG1 )) (( segid " " and resid 66 and name HN )) 4.600 2.700 1.400 peak 4404 spectrum 1 weight 0.10000E+01 volume 0.89870E-03 ppm1 2.063 ppm2 7.591 CV 1 ASSI { 4406} (( segid " " and resid 65 and name HG2 )) (( segid " " and resid 66 and name HN )) 3.500 1.500 1.500 peak 4406 spectrum 1 weight 0.10000E+01 volume 0.78923E-03 ppm1 1.870 ppm2 7.584 CV 1 ASSI { 4407} (( segid " " and resid 65 and name HG1 )) (( segid " " and resid 65 and name HG2 )) 1.800 0.400 0.500 peak 4407 spectrum 1 weight 0.11000E+01 volume 0.53655E-02 ppm1 2.067 ppm2 1.885 CV 1 ASSI { 4412} (( segid " " and resid 85 and name HG2 )) (( segid " " and resid 85 and name HE1 )) 3.300 1.400 1.400 peak 4412 spectrum 1 weight 0.10000E+01 volume 0.10083E-02 ppm1 1.265 ppm2 2.735 CV 1 OR { 4412} (( segid " " and resid 85 and name HG1 )) (( segid " " and resid 85 and name HE1 )) OR { 4412} (( segid " " and resid 85 and name HG1 )) (( segid " " and resid 85 and name HE2 )) OR { 4412} (( segid " " and resid 85 and name HG2 )) (( segid " " and resid 85 and name HE2 )) ASSI { 4414} (( segid " " and resid 128 and name HB1 )) (( segid " " and resid 129 and name HN )) 3.000 1.100 1.100 peak 4414 spectrum 1 weight 0.10000E+01 volume 0.65986E-03 ppm1 2.247 ppm2 6.664 CV 1 ASSI { 4415} (( segid " " and resid 128 and name HB2 )) (( segid " " and resid 129 and name HN )) 4.300 2.300 1.700 peak 4415 spectrum 1 weight 0.10000E+01 volume 0.80071E-03 ppm1 2.128 ppm2 6.667 CV 1 ASSI { 4417} (( segid " " and resid 128 and name HB2 )) ( segid " " and resid 129 and name HG2%) 4.800 2.900 1.200 peak 4417 spectrum 1 weight 0.10000E+01 volume 0.11326E-02 ppm1 2.132 ppm2 1.085 CV 1 ASSI { 4419} (( segid " " and resid 128 and name HB2 )) ( segid " " and resid 96 and name HG2%) 4.500 2.600 1.500 peak 4419 spectrum 1 weight 0.10000E+01 volume 0.73928E-03 ppm1 2.132 ppm2 1.249 CV 1 ASSI { 4425} (( segid " " and resid 100 and name HG1 )) (( segid " " and resid 100 and name HN )) 2.900 1.000 1.000 peak 4425 spectrum 1 weight 0.10000E+01 volume 0.17851E-02 ppm1 2.511 ppm2 8.566 CV 1 ASSI { 4427} (( segid " " and resid 66 and name HB1 )) (( segid " " and resid 63 and name HN )) 3.600 1.700 1.700 peak 4427 spectrum 1 weight 0.10000E+01 volume 0.93898E-03 ppm1 1.844 ppm2 8.552 CV 1 OR { 4427} (( segid " " and resid 66 and name HB2 )) (( segid " " and resid 63 and name HN )) ASSI { 4448} (( segid " " and resid 144 and name HB2 )) (( segid " " and resid 143 and name HN )) 4.800 2.800 1.200 peak 4448 spectrum 1 weight 0.10000E+01 volume 0.42586E-03 ppm1 1.902 ppm2 8.973 CV 1 ASSI { 4447} (( segid " " and resid 144 and name HB1 )) (( segid " " and resid 143 and name HN )) 5.000 3.200 1.000 peak 4447 spectrum 1 weight 0.10000E+01 volume 0.34765E-03 ppm1 2.005 ppm2 8.979 CV 1 ASSI { 4453} (( segid " " and resid 50 and name HB1 )) (( segid " " and resid 30 and name HN )) 4.000 2.200 2.000 peak 4453 spectrum 1 weight 0.10000E+01 volume 0.82894E-03 ppm1 1.623 ppm2 7.284 CV 1 OR { 4453} (( segid " " and resid 50 and name HB2 )) (( segid " " and resid 30 and name HN )) ASSI { 4467} (( segid " " and resid 148 and name HA )) (( segid " " and resid 148 and name HN )) 2.500 0.800 0.800 peak 4467 spectrum 1 weight 0.10000E+01 volume 0.57926E-02 ppm1 4.213 ppm2 8.364 CV 1 ASSI { 4469} ( segid " " and resid 129 and name HG2%) (( segid " " and resid 128 and name HB1 )) 3.300 1.500 1.000 peak 4469 spectrum 1 weight 0.10000E+01 volume 0.25234E-02 ppm1 1.083 ppm2 2.246 CV 1 ASSI { 4482} ( segid " " and resid 67 and name HG2%) (( segid " " and resid 68 and name HN )) 3.000 1.100 1.100 peak 4482 spectrum 1 weight 0.10000E+01 volume 0.29943E-02 ppm1 1.074 ppm2 8.999 CV 1 ASSI { 4489} ( segid " " and resid 22 and name HD2%) (( segid " " and resid 84 and name HB1 )) 4.900 2.900 1.100 peak 4489 spectrum 1 weight 0.10000E+01 volume 0.44610E-03 ppm1 -0.447 ppm2 1.744 CV 1 ASSI { 4490} ( segid " " and resid 61 and name HG2%) (( segid " " and resid 41 and name HN )) 4.900 3.000 1.100 peak 4490 spectrum 1 weight 0.10000E+01 volume 0.46276E-03 ppm1 0.545 ppm2 9.095 CV 1 ASSI { 4491} (( segid " " and resid 20 and name HB2 )) ( segid " " and resid 84 and name HD2%) 4.700 2.700 1.300 peak 4491 spectrum 1 weight 0.10000E+01 volume 0.59075E-03 ppm1 2.643 ppm2 0.446 CV 1 ASSI { 4492} (( segid " " and resid 20 and name HB1 )) ( segid " " and resid 84 and name HD2%) 3.400 1.400 1.400 peak 4492 spectrum 1 weight 0.10000E+01 volume 0.62228E-03 ppm1 3.002 ppm2 0.446 CV 1 ASSI { 4493} ( segid " " and resid 22 and name HD1%) (( segid " " and resid 141 and name HN )) 4.700 2.800 1.300 peak 4493 spectrum 1 weight 0.10000E+01 volume 0.72765E-03 ppm1 -0.023 ppm2 7.116 CV 1 ASSI { 4497} ( segid " " and resid 98 and name HD1%) (( segid " " and resid 99 and name HN )) 4.000 2.200 1.500 peak 4497 spectrum 1 weight 0.10000E+01 volume 0.11195E-02 ppm1 0.877 ppm2 8.242 CV 1 ASSI { 4498} ( segid " " and resid 41 and name HG2%) (( segid " " and resid 62 and name HN )) 4.900 3.100 1.100 peak 4498 spectrum 1 weight 0.10000E+01 volume 0.57230E-03 ppm1 0.865 ppm2 9.664 CV 1 OR { 4498} ( segid " " and resid 41 and name HG2%) (( segid " " and resid 60 and name HN )) ASSI { 4506} (( segid " " and resid 85 and name HG1 )) (( segid " " and resid 107 and name HA )) 3.900 1.900 1.900 peak 4506 spectrum 1 weight 0.10000E+01 volume 0.55131E-03 ppm1 1.261 ppm2 5.168 CV 1 OR { 4506} (( segid " " and resid 85 and name HG2 )) (( segid " " and resid 107 and name HA )) ASSI { 4508} (( segid " " and resid 40 and name HB2 )) (( segid " " and resid 40 and name HA )) 2.900 2.900 3.100 peak 4508 spectrum 1 weight 0.11000E+01 volume 0.10507E-02 ppm1 1.751 ppm2 4.619 CV 1 OR { 4508} (( segid " " and resid 40 and name HB1 )) (( segid " " and resid 40 and name HA )) ASSI { 4521} (( segid " " and resid 139 and name HB2 )) ( segid " " and resid 141 and name HB% ) 4.200 2.200 1.800 peak 4521 spectrum 1 weight 0.10000E+01 volume 0.19132E-02 ppm1 4.228 ppm2 1.189 CV 1 ASSI { 4528} (( segid " " and resid 26 and name HB2 )) (( segid " " and resid 23 and name HA )) 4.100 2.100 1.900 peak 4528 spectrum 1 weight 0.10000E+01 volume 0.69702E-03 ppm1 1.867 ppm2 3.679 CV 1 OR { 4528} (( segid " " and resid 26 and name HB2 )) (( segid " " and resid 23 and name HB )) ASSI { 4546} (( segid " " and resid 53 and name HA )) ( segid " " and resid 57 and name HB% ) 4.000 2.200 1.500 peak 4546 spectrum 1 weight 0.10000E+01 volume 0.85163E-03 ppm1 4.380 ppm2 1.203 CV 1 ASSI { 4592} (( segid " " and resid 51 and name HB2 )) ( segid " " and resid 49 and name HB% ) 4.500 2.500 1.7500 peak 4592 spectrum 1 weight 0.10000E+01 volume 0.53231E-03 ppm1 3.458 ppm2 1.039 CV 1 ASSI { 4595} (( segid " " and resid 118 and name HB1 )) (( segid " " and resid 136 and name HE1 )) 3.500 1.500 1.500 peak 4595 spectrum 1 weight 0.10000E+01 volume 0.92570E-03 ppm1 4.342 ppm2 9.784 CV 1 OR { 4595} (( segid " " and resid 118 and name HB2 )) (( segid " " and resid 136 and name HE1 )) ASSI { 4645} (( segid " " and resid 13 and name HB1 )) ( segid " " and resid 20 and name HE% ) 3.800 1.800 1.800 peak 4645 spectrum 1 weight 0.10000E+01 volume 0.65214E-03 ppm1 3.198 ppm2 6.815 CV 1 ASSI { 1} (( segid " " and resid 16 and name HN )) ( segid " " and resid 16 and name HG2%) 3.700 1.800 1.800 peak 1 spectrum 1 weight 0.11000E+01 volume 0.28712E-02 ppm1 6.745 ppm2 1.116 CV 1 ASSI { 575} (( segid " " and resid 137 and name HN )) (( segid " " and resid 138 and name HN )) 4.300 4.300 1.700 peak 575 spectrum 1 weight 0.11000E+01 volume 0.53826E-03 ppm1 9.790 ppm2 9.096 CV 1 ASSI { 580} (( segid " " and resid 137 and name HN )) (( segid " " and resid 136 and name HA )) 2.600 2.600 3.400 peak 580 spectrum 1 weight 0.11000E+01 volume 0.16621E-02 ppm1 9.789 ppm2 4.889 CV 1 ASSI { 590} (( segid " " and resid 60 and name HN )) ( segid " " and resid 41 and name HG2%) 4.200 2.200 1.800 peak 590 spectrum 1 weight 0.10000E+01 volume 0.70117E-03 ppm1 9.772 ppm2 0.879 CV 1 ASSI { 592} (( segid " " and resid 80 and name HN )) (( segid " " and resid 83 and name HB )) 4.000 2.200 1.600 peak 592 spectrum 1 weight 0.10000E+01 volume 0.47280E-03 ppm1 8.392 ppm2 2.003 CV 1 ASSI { 835} (( segid " " and resid 82 and name HN )) (( segid " " and resid 80 and name HA )) 3.700 1.700 1.700 peak 835 spectrum 1 weight 0.10000E+01 volume 0.10428E-02 ppm1 6.833 ppm2 4.353 CV 1 ASSI { 841} (( segid " " and resid 82 and name HN )) (( segid " " and resid 82 and name HB1 )) 4.000 2.000 2.000 peak 841 spectrum 1 weight 0.11000E+01 volume 0.22113E-02 ppm1 6.831 ppm2 2.499 CV 1 ASSI { 842} (( segid " " and resid 82 and name HN )) (( segid " " and resid 82 and name HG1 )) 2.900 1.100 1.100 peak 842 spectrum 1 weight 0.10000E+01 volume 0.29707E-02 ppm1 6.831 ppm2 2.374 CV 1 OR { 842} (( segid " " and resid 82 and name HN )) (( segid " " and resid 82 and name HB2 )) ASSI { 843} (( segid " " and resid 82 and name HN )) (( segid " " and resid 82 and name HG2 )) 3.400 1.400 1.400 peak 843 spectrum 1 weight 0.10000E+01 volume 0.26382E-02 ppm1 6.828 ppm2 2.322 CV 1 OR { 843} (( segid " " and resid 82 and name HN )) (( segid " " and resid 82 and name HB2 )) ASSI { 844} (( segid " " and resid 82 and name HN )) ( segid " " and resid 83 and name HG2%) 4.700 2.800 1.300 peak 844 spectrum 1 weight 0.10000E+01 volume 0.93875E-03 ppm1 6.828 ppm2 0.857 CV 1 OR { 844} (( segid " " and resid 82 and name HN )) ( segid " " and resid 83 and name HG1%) ASSI { 848} (( segid " " and resid 82 and name HN )) (( segid " " and resid 80 and name HN )) 4.000 2.000 2.000 peak 848 spectrum 1 weight 0.11000E+01 volume 0.44659E-03 ppm1 6.826 ppm2 8.415 CV 1 ASSI { 851} (( segid " " and resid 16 and name HN )) (( segid " " and resid 17 and name HA1 )) 5.300 3.500 0.700 peak 851 spectrum 1 weight 0.10000E+01 volume 0.83822E-03 ppm1 6.741 ppm2 4.178 CV 1 ASSI { 853} (( segid " " and resid 16 and name HN )) (( segid " " and resid 17 and name HA2 )) 5.000 3.100 1.000 peak 853 spectrum 1 weight 0.10000E+01 volume 0.80866E-03 ppm1 6.750 ppm2 3.508 CV 1 ASSI { 855} (( segid " " and resid 16 and name HN )) (( segid " " and resid 17 and name HN )) 2.400 0.500 0.500 peak 855 spectrum 1 weight 0.11000E+01 volume 0.40859E-02 ppm1 6.744 ppm2 8.742 CV 1 ASSI { 856} (( segid " " and resid 16 and name HN )) (( segid " " and resid 18 and name HN )) 4.000 2.200 1.500 peak 856 spectrum 1 weight 0.11000E+01 volume 0.86659E-03 ppm1 6.743 ppm2 7.870 CV 1 ASSI { 857} (( segid " " and resid 16 and name HN )) (( segid " " and resid 15 and name HN )) 2.300 0.600 0.600 peak 857 spectrum 1 weight 0.11000E+01 volume 0.36084E-02 ppm1 6.745 ppm2 7.763 CV 1 ASSI { 858} (( segid " " and resid 91 and name HN )) (( segid " " and resid 90 and name HA )) 3.100 1.200 1.200 peak 858 spectrum 1 weight 0.11000E+01 volume 0.13498E-02 ppm1 8.522 ppm2 4.226 CV 1 ASSI { 862} (( segid " " and resid 91 and name HN )) (( segid " " and resid 89 and name HB2 )) 4.500 2.600 1.500 peak 862 spectrum 1 weight 0.10000E+01 volume 0.10959E-02 ppm1 8.531 ppm2 2.117 CV 1 ASSI { 866} (( segid " " and resid 91 and name HN )) (( segid " " and resid 90 and name HN )) 3.000 1.200 1.300 peak 866 spectrum 1 weight 0.11000E+01 volume 0.10139E-02 ppm1 8.529 ppm2 9.237 CV 1 ASSI { 874} (( segid " " and resid 30 and name HN )) (( segid " " and resid 30 and name HA1 )) 2.700 0.900 0.900 peak 874 spectrum 1 weight 0.11000E+01 volume 0.25512E-02 ppm1 7.364 ppm2 4.578 CV 1 ASSI { 877} (( segid " " and resid 30 and name HN )) (( segid " " and resid 29 and name HB1 )) 3.500 1.500 1.500 peak 877 spectrum 1 weight 0.10000E+01 volume 0.12223E-02 ppm1 7.365 ppm2 3.941 CV 1 ASSI { 879} (( segid " " and resid 30 and name HN )) (( segid " " and resid 30 and name HA2 )) 2.200 0.600 0.600 peak 879 spectrum 1 weight 0.11000E+01 volume 0.32683E-02 ppm1 7.364 ppm2 3.583 CV 1 ASSI { 884} (( segid " " and resid 30 and name HN )) (( segid " " and resid 27 and name HG1 )) 3.800 1.800 1.000 peak 884 spectrum 1 weight 0.10000E+01 volume 0.13790E-02 ppm1 7.364 ppm2 1.627 CV 1 ASSI { 885} (( segid " " and resid 30 and name HN )) (( segid " " and resid 27 and name HG2 )) 3.500 1.500 1.100 peak 885 spectrum 1 weight 0.11000E+01 volume 0.18071E-02 ppm1 7.365 ppm2 1.460 CV 1 ASSI { 886} (( segid " " and resid 30 and name HN )) (( segid " " and resid 27 and name HB2 )) 3.400 1.400 1.400 peak 886 spectrum 1 weight 0.10000E+01 volume 0.22181E-02 ppm1 7.364 ppm2 1.369 CV 1 ASSI { 887} (( segid " " and resid 30 and name HN )) (( segid " " and resid 31 and name HN )) 4.100 2.100 1.900 peak 887 spectrum 1 weight 0.11000E+01 volume 0.12481E-02 ppm1 7.361 ppm2 9.203 CV 1 ASSI { 888} (( segid " " and resid 30 and name HN )) (( segid " " and resid 29 and name HN )) 2.800 1.000 0.900 peak 888 spectrum 1 weight 0.11000E+01 volume 0.37993E-02 ppm1 7.364 ppm2 8.217 CV 1 ASSI { 891} (( segid " " and resid 56 and name HN )) (( segid " " and resid 56 and name HA2 )) 2.800 0.900 0.900 peak 891 spectrum 1 weight 0.11000E+01 volume 0.61228E-02 ppm1 8.423 ppm2 3.626 CV 1 ASSI { 892} (( segid " " and resid 56 and name HN )) (( segid " " and resid 55 and name HB1 )) 3.500 1.500 1.500 peak 892 spectrum 1 weight 0.10000E+01 volume 0.11933E-02 ppm1 8.421 ppm2 2.894 CV 1 ASSI { 893} (( segid " " and resid 56 and name HN )) (( segid " " and resid 55 and name HB2 )) 2.900 1.100 1.100 peak 893 spectrum 1 weight 0.10000E+01 volume 0.11305E-02 ppm1 8.424 ppm2 2.796 CV 1 ASSI { 897} (( segid " " and resid 56 and name HN )) (( segid " " and resid 55 and name HA )) 2.900 1.000 1.000 peak 897 spectrum 1 weight 0.11000E+01 volume 0.62704E-02 ppm1 8.423 ppm2 4.362 CV 1 ASSI { 898} (( segid " " and resid 56 and name HN )) (( segid " " and resid 57 and name HN )) 2.600 0.800 0.800 peak 898 spectrum 1 weight 0.11000E+01 volume 0.32530E-02 ppm1 8.423 ppm2 7.564 CV 1 ASSI { 906} (( segid " " and resid 96 and name HN )) (( segid " " and resid 95 and name HB2 )) 2.900 1.100 1.100 peak 906 spectrum 1 weight 0.10000E+01 volume 0.26811E-02 ppm1 7.094 ppm2 2.016 CV 1 ASSI { 908} (( segid " " and resid 124 and name HN )) (( segid " " and resid 134 and name HA )) 4.300 2.300 1.700 peak 908 spectrum 1 weight 0.11000E+01 volume 0.74796E-03 ppm1 6.538 ppm2 5.246 CV 1 ASSI { 909} (( segid " " and resid 124 and name HN )) (( segid " " and resid 124 and name HA )) 2.600 0.800 0.800 peak 909 spectrum 1 weight 0.11000E+01 volume 0.28933E-02 ppm1 6.536 ppm2 4.219 CV 1 ASSI { 910} (( segid " " and resid 124 and name HN )) (( segid " " and resid 122 and name HA )) 4.600 2.600 1.400 peak 910 spectrum 1 weight 0.11000E+01 volume 0.77477E-03 ppm1 6.537 ppm2 4.023 CV 1 ASSI { 911} (( segid " " and resid 124 and name HN )) (( segid " " and resid 124 and name HB1 )) 3.400 1.400 1.400 peak 911 spectrum 1 weight 0.10000E+01 volume 0.13494E-02 ppm1 6.539 ppm2 3.679 CV 1 OR { 911} (( segid " " and resid 124 and name HN )) (( segid " " and resid 124 and name HB1 )) OR { 911} (( segid " " and resid 124 and name HN )) (( segid " " and resid 124 and name HB2 )) OR { 911} (( segid " " and resid 124 and name HN )) (( segid " " and resid 124 and name HB2 )) ASSI { 912} (( segid " " and resid 124 and name HN )) (( segid " " and resid 133 and name HB1 )) 4.400 2.400 1.600 peak 912 spectrum 1 weight 0.10000E+01 volume 0.10704E-02 ppm1 6.537 ppm2 2.708 CV 1 ASSI { 916} (( segid " " and resid 124 and name HN )) (( segid " " and resid 123 and name HB2 )) 2.400 0.700 0.700 peak 916 spectrum 1 weight 0.10000E+01 volume 0.21046E-02 ppm1 6.540 ppm2 1.165 CV 1 ASSI { 917} (( segid " " and resid 124 and name HN )) ( segid " " and resid 123 and name HD1%) 3.900 1.900 1.900 peak 917 spectrum 1 weight 0.10000E+01 volume 0.39996E-02 ppm1 6.538 ppm2 0.693 CV 1 OR { 917} (( segid " " and resid 124 and name HN )) ( segid " " and resid 123 and name HD2%) ASSI { 919} (( segid " " and resid 124 and name HN )) (( segid " " and resid 133 and name HN )) 3.100 1.200 1.200 peak 919 spectrum 1 weight 0.11000E+01 volume 0.10042E-02 ppm1 6.532 ppm2 8.801 CV 1 ASSI { 920} (( segid " " and resid 124 and name HN )) (( segid " " and resid 123 and name HN )) 2.400 0.700 0.700 peak 920 spectrum 1 weight 0.11000E+01 volume 0.31073E-02 ppm1 6.537 ppm2 8.546 CV 1 ASSI { 921} (( segid " " and resid 124 and name HN )) ( segid " " and resid 133 and name HD% ) 4.100 2.100 1.900 peak 921 spectrum 1 weight 0.10000E+01 volume 0.86108E-03 ppm1 6.536 ppm2 6.930 CV 1 ASSI { 927} (( segid " " and resid 115 and name HN )) (( segid " " and resid 114 and name HA )) 2.700 0.900 0.900 peak 927 spectrum 1 weight 0.10000E+01 volume 0.10510E-01 ppm1 8.583 ppm2 4.397 CV 1 ASSI { 929} (( segid " " and resid 115 and name HN )) (( segid " " and resid 115 and name HA1 )) 2.500 0.800 0.800 peak 929 spectrum 1 weight 0.10000E+01 volume 0.76203E-02 ppm1 8.582 ppm2 4.211 CV 1 ASSI { 930} (( segid " " and resid 115 and name HN )) (( segid " " and resid 115 and name HA2 )) 2.200 0.600 0.600 peak 930 spectrum 1 weight 0.10000E+01 volume 0.79843E-02 ppm1 8.582 ppm2 4.029 CV 1 ASSI { 931} (( segid " " and resid 115 and name HN )) (( segid " " and resid 111 and name HD2 )) 5.100 3.200 0.900 peak 931 spectrum 1 weight 0.10000E+01 volume 0.55694E-03 ppm1 8.582 ppm2 1.665 CV 1 OR { 931} (( segid " " and resid 115 and name HN )) (( segid " " and resid 111 and name HD1 )) ASSI { 932} (( segid " " and resid 115 and name HN )) ( segid " " and resid 114 and name HB% ) 3.100 1.300 1.500 peak 932 spectrum 1 weight 0.10000E+01 volume 0.49280E-02 ppm1 8.583 ppm2 1.567 CV 1 ASSI { 936} (( segid " " and resid 44 and name HD21)) ( segid " " and resid 47 and name HB% ) 3.300 1.500 1.000 peak 936 spectrum 1 weight 0.10000E+01 volume 0.15742E-02 ppm1 7.076 ppm2 1.261 CV 1 ASSI { 937} (( segid " " and resid 44 and name HD22)) ( segid " " and resid 47 and name HB% ) 3.300 1.500 1.000 peak 937 spectrum 1 weight 0.10000E+01 volume 0.15742E-02 ppm1 7.076 ppm2 1.261 CV 1 ASSI { 942} (( segid " " and resid 44 and name HD22)) (( segid " " and resid 44 and name HB1 )) 4.100 2.100 1.900 peak 942 spectrum 1 weight 0.10000E+01 volume 0.96598E-03 ppm1 7.073 ppm2 3.052 CV 1 ASSI { 944} (( segid " " and resid 44 and name HD21)) (( segid " " and resid 44 and name HB2 )) 3.200 3.200 2.800 peak 944 spectrum 1 weight 0.11000E+01 volume 0.64845E-03 ppm1 7.068 ppm2 2.345 CV 1 ASSI { 947} (( segid " " and resid 44 and name HD22)) (( segid " " and resid 27 and name HN )) 3.100 1.200 1.200 peak 947 spectrum 1 weight 0.10000E+01 volume 0.86298E-03 ppm1 7.079 ppm2 8.228 CV 1 ASSI { 950} (( segid " " and resid 44 and name HD21)) (( segid " " and resid 27 and name HN )) 4.200 2.200 1.800 peak 950 spectrum 1 weight 0.10000E+01 volume 0.97781E-03 ppm1 7.598 ppm2 8.220 CV 1 ASSI { 951} (( segid " " and resid 29 and name HN )) (( segid " " and resid 30 and name HN )) 2.800 1.000 0.500 peak 951 spectrum 1 weight 0.11000E+01 volume 0.25987E-02 ppm1 8.214 ppm2 7.363 CV 1 ASSI { 952} (( segid " " and resid 29 and name HN )) (( segid " " and resid 28 and name HN )) 2.900 1.000 1.000 peak 952 spectrum 1 weight 0.11000E+01 volume 0.12050E-02 ppm1 8.211 ppm2 9.202 CV 1 ASSI { 953} (( segid " " and resid 29 and name HN )) (( segid " " and resid 28 and name HG1 )) 3.500 1.600 1.600 peak 953 spectrum 1 weight 0.10000E+01 volume 0.11161E-02 ppm1 8.214 ppm2 2.308 CV 1 OR { 953} (( segid " " and resid 29 and name HN )) (( segid " " and resid 28 and name HG2 )) ASSI { 954} (( segid " " and resid 29 and name HN )) (( segid " " and resid 28 and name HB1 )) 2.700 0.900 0.900 peak 954 spectrum 1 weight 0.10000E+01 volume 0.35863E-02 ppm1 8.217 ppm2 2.056 CV 1 OR { 954} (( segid " " and resid 29 and name HN )) (( segid " " and resid 28 and name HB2 )) ASSI { 955} (( segid " " and resid 29 and name HN )) (( segid " " and resid 27 and name HB1 )) 4.400 2.500 1.600 peak 955 spectrum 1 weight 0.10000E+01 volume 0.12546E-02 ppm1 8.218 ppm2 1.906 CV 1 ASSI { 957} (( segid " " and resid 29 and name HN )) (( segid " " and resid 27 and name HG2 )) 4.300 2.400 1.700 peak 957 spectrum 1 weight 0.10000E+01 volume 0.89592E-03 ppm1 8.215 ppm2 1.444 CV 1 ASSI { 958} (( segid " " and resid 29 and name HN )) (( segid " " and resid 27 and name HB2 )) 3.500 1.500 1.500 peak 958 spectrum 1 weight 0.10000E+01 volume 0.93449E-03 ppm1 8.214 ppm2 1.369 CV 1 ASSI { 961} (( segid " " and resid 29 and name HN )) (( segid " " and resid 29 and name HA )) 2.500 0.800 0.800 peak 961 spectrum 1 weight 0.10000E+01 volume 0.34218E-02 ppm1 8.214 ppm2 4.430 CV 1 ASSI { 962} (( segid " " and resid 29 and name HN )) (( segid " " and resid 28 and name HA )) 3.300 1.500 1.100 peak 962 spectrum 1 weight 0.10000E+01 volume 0.20962E-02 ppm1 8.213 ppm2 4.015 CV 1 OR { 962} (( segid " " and resid 29 and name HN )) (( segid " " and resid 28 and name HB1 )) ASSI { 963} (( segid " " and resid 29 and name HN )) (( segid " " and resid 29 and name HB1 )) 3.000 1.100 1.100 peak 963 spectrum 1 weight 0.10000E+01 volume 0.28327E-02 ppm1 8.214 ppm2 3.932 CV 1 ASSI { 964} (( segid " " and resid 29 and name HN )) (( segid " " and resid 29 and name HB2 )) 2.800 1.000 1.000 peak 964 spectrum 1 weight 0.10000E+01 volume 0.23813E-02 ppm1 8.215 ppm2 3.868 CV 1 ASSI { 971} (( segid " " and resid 17 and name HN )) ( segid " " and resid 16 and name HG2%) 4.100 2.200 1.900 peak 971 spectrum 1 weight 0.11000E+01 volume 0.16117E-02 ppm1 8.736 ppm2 1.114 CV 1 ASSI { 972} (( segid " " and resid 17 and name HN )) ( segid " " and resid 12 and name HG2%) 3.600 1.600 1.600 peak 972 spectrum 1 weight 0.10000E+01 volume 0.16746E-02 ppm1 8.736 ppm2 0.860 CV 1 ASSI { 974} (( segid " " and resid 17 and name HN )) (( segid " " and resid 13 and name HA )) 4.400 2.400 1.600 peak 974 spectrum 1 weight 0.10000E+01 volume 0.50376E-03 ppm1 8.745 ppm2 4.377 CV 1 OR { 974} (( segid " " and resid 17 and name HN )) (( segid " " and resid 16 and name HB )) ASSI { 975} (( segid " " and resid 17 and name HN )) (( segid " " and resid 14 and name HA )) 2.900 1.100 1.100 peak 975 spectrum 1 weight 0.11000E+01 volume 0.22767E-02 ppm1 8.740 ppm2 4.283 CV 1 ASSI { 976} (( segid " " and resid 17 and name HN )) (( segid " " and resid 17 and name HA1 )) 2.900 1.100 1.100 peak 976 spectrum 1 weight 0.11000E+01 volume 0.37103E-02 ppm1 8.736 ppm2 4.183 CV 1 ASSI { 979} (( segid " " and resid 17 and name HN )) (( segid " " and resid 17 and name HA2 )) 2.400 0.700 0.700 peak 979 spectrum 1 weight 0.11000E+01 volume 0.37926E-02 ppm1 8.738 ppm2 3.505 CV 1 ASSI { 980} (( segid " " and resid 17 and name HN )) (( segid " " and resid 13 and name HB1 )) 3.500 1.500 1.500 peak 980 spectrum 1 weight 0.11000E+01 volume 0.44450E-03 ppm1 8.740 ppm2 3.192 CV 1 ASSI { 982} (( segid " " and resid 17 and name HN )) (( segid " " and resid 18 and name HN )) 2.600 0.800 0.800 peak 982 spectrum 1 weight 0.11000E+01 volume 0.21919E-02 ppm1 8.737 ppm2 7.872 CV 1 ASSI { 983} (( segid " " and resid 17 and name HN )) (( segid " " and resid 15 and name HN )) 3.500 1.500 1.400 peak 983 spectrum 1 weight 0.11000E+01 volume 0.20308E-02 ppm1 8.736 ppm2 7.765 CV 1 ASSI { 988} (( segid " " and resid 119 and name HE21)) (( segid " " and resid 119 and name HG1 )) 2.800 1.000 1.000 peak 988 spectrum 1 weight 0.11000E+01 volume 0.35170E-02 ppm1 6.833 ppm2 2.440 CV 1 OR { 988} (( segid " " and resid 119 and name HE21)) (( segid " " and resid 119 and name HG2 )) ASSI { 989} (( segid " " and resid 82 and name HE22)) (( segid " " and resid 82 and name HG1 )) 4.100 2.100 1.900 peak 989 spectrum 1 weight 0.10000E+01 volume 0.15549E-02 ppm1 6.888 ppm2 2.378 CV 1 OR { 989} (( segid " " and resid 82 and name HE22)) (( segid " " and resid 82 and name HB2 )) ASSI { 990} (( segid " " and resid 82 and name HE22)) (( segid " " and resid 82 and name HG2 )) 4.100 2.100 1.900 peak 990 spectrum 1 weight 0.10000E+01 volume 0.15333E-02 ppm1 6.881 ppm2 2.301 CV 1 ASSI { 991} (( segid " " and resid 119 and name HE21)) ( segid " " and resid 33 and name HG2%) 4.500 2.500 1.500 peak 991 spectrum 1 weight 0.10000E+01 volume 0.49589E-03 ppm1 6.836 ppm2 0.961 CV 1 ASSI { 992} (( segid " " and resid 10 and name HN )) (( segid " " and resid 10 and name HA )) 2.900 1.100 1.100 peak 992 spectrum 1 weight 0.11000E+01 volume 0.17280E-02 ppm1 7.349 ppm2 5.361 CV 1 ASSI { 994} (( segid " " and resid 10 and name HN )) (( segid " " and resid 8 and name HA )) 4.000 2.200 2.000 peak 994 spectrum 1 weight 0.11000E+01 volume 0.13886E-02 ppm1 7.347 ppm2 4.565 CV 1 ASSI { 996} (( segid " " and resid 10 and name HN )) (( segid " " and resid 9 and name HB2 )) 5.200 3.300 0.800 peak 996 spectrum 1 weight 0.10000E+01 volume 0.41943E-03 ppm1 7.352 ppm2 3.772 CV 1 ASSI { 997} (( segid " " and resid 10 and name HN )) (( segid " " and resid 9 and name HA )) 2.800 1.000 0.900 peak 997 spectrum 1 weight 0.11000E+01 volume 0.27816E-02 ppm1 7.350 ppm2 3.665 CV 1 ASSI { 1001} (( segid " " and resid 82 and name HE21)) (( segid " " and resid 82 and name HB1 )) 4.100 2.100 1.900 peak 1001 spectrum 1 weight 0.10000E+01 volume 0.10651E-02 ppm1 7.621 ppm2 2.509 CV 1 ASSI { 1002} (( segid " " and resid 119 and name HE22)) (( segid " " and resid 119 and name HG1 )) 3.500 1.500 1.500 peak 1002 spectrum 1 weight 0.11000E+01 volume 0.42624E-02 ppm1 7.571 ppm2 2.433 CV 1 OR { 1002} (( segid " " and resid 119 and name HE22)) (( segid " " and resid 119 and name HG2 )) ASSI { 1003} (( segid " " and resid 82 and name HE21)) (( segid " " and resid 82 and name HG2 )) 3.000 1.100 1.100 peak 1003 spectrum 1 weight 0.10000E+01 volume 0.20833E-02 ppm1 7.624 ppm2 2.300 CV 1 ASSI { 1005} (( segid " " and resid 10 and name HN )) (( segid " " and resid 10 and name HB1 )) 3.100 1.200 1.200 peak 1005 spectrum 1 weight 0.10000E+01 volume 0.14022E-02 ppm1 7.343 ppm2 1.788 CV 1 ASSI { 1006} (( segid " " and resid 119 and name HE22)) (( segid " " and resid 119 and name HB2 )) 5.500 3.800 0.500 peak 1006 spectrum 1 weight 0.10000E+01 volume 0.24010E-03 ppm1 7.570 ppm2 1.734 CV 1 ASSI { 1013} (( segid " " and resid 10 and name HN )) ( segid " " and resid 77 and name HD2%) 3.800 1.800 1.700 peak 1013 spectrum 1 weight 0.10000E+01 volume 0.16621E-02 ppm1 7.349 ppm2 0.512 CV 1 OR { 1013} (( segid " " and resid 10 and name HN )) ( segid " " and resid 77 and name HD1%) ASSI { 1014} (( segid " " and resid 10 and name HN )) (( segid " " and resid 9 and name HN )) 3.100 1.200 1.200 peak 1014 spectrum 1 weight 0.11000E+01 volume 0.24280E-02 ppm1 7.351 ppm2 9.633 CV 1 ASSI { 1015} (( segid " " and resid 10 and name HN )) (( segid " " and resid 77 and name HN )) 4.500 2.500 1.4500 peak 1015 spectrum 1 weight 0.11000E+01 volume 0.91813E-03 ppm1 7.352 ppm2 8.868 CV 1 ASSI { 1024} (( segid " " and resid 36 and name HN )) (( segid " " and resid 35 and name HA )) 2.800 1.000 1.100 peak 1024 spectrum 1 weight 0.11000E+01 volume 0.75431E-03 ppm1 8.153 ppm2 4.899 CV 1 ASSI { 1027} (( segid " " and resid 36 and name HN )) (( segid " " and resid 36 and name HB1 )) 3.000 1.100 1.100 peak 1027 spectrum 1 weight 0.11000E+01 volume 0.22975E-02 ppm1 8.151 ppm2 3.961 CV 1 OR { 1027} (( segid " " and resid 36 and name HN )) (( segid " " and resid 36 and name HB2 )) ASSI { 1028} (( segid " " and resid 36 and name HN )) (( segid " " and resid 35 and name HB2 )) 4.000 2.000 2.000 peak 1028 spectrum 1 weight 0.10000E+01 volume 0.14088E-02 ppm1 8.155 ppm2 3.048 CV 1 ASSI { 1031} (( segid " " and resid 38 and name HD21)) (( segid " " and resid 38 and name HB1 )) 3.100 1.200 1.200 peak 1031 spectrum 1 weight 0.11000E+01 volume 0.18773E-02 ppm1 6.827 ppm2 3.138 CV 1 ASSI { 1034} (( segid " " and resid 38 and name HD21)) (( segid " " and resid 38 and name HB2 )) 2.300 0.700 0.700 peak 1034 spectrum 1 weight 0.10000E+01 volume 0.35506E-02 ppm1 6.828 ppm2 2.844 CV 1 ASSI { 1037} (( segid " " and resid 4 and name HD22)) ( segid " " and resid 5 and name HG1%) 5.000 3.100 1.000 peak 1037 spectrum 1 weight 0.10000E+01 volume 0.50635E-03 ppm1 6.936 ppm2 0.930 CV 1 OR { 1037} (( segid " " and resid 4 and name HD21)) ( segid " " and resid 5 and name HG1%) ASSI { 1041} (( segid " " and resid 6 and name HE22)) (( segid " " and resid 6 and name HG1 )) 4.100 2.100 1.900 peak 1041 spectrum 1 weight 0.10000E+01 volume 0.10620E-02 ppm1 6.845 ppm2 2.373 CV 1 ASSI { 1043} (( segid " " and resid 6 and name HE21)) (( segid " " and resid 6 and name HG1 )) 2.600 0.800 0.800 peak 1043 spectrum 1 weight 0.10000E+01 volume 0.28108E-02 ppm1 7.676 ppm2 2.409 CV 1 OR { 1043} (( segid " " and resid 6 and name HE21)) (( segid " " and resid 6 and name HG2 )) ASSI { 1050} (( segid " " and resid 36 and name HN )) (( segid " " and resid 35 and name HB1 )) 3.900 1.900 1.900 peak 1050 spectrum 1 weight 0.10000E+01 volume 0.14548E-02 ppm1 8.147 ppm2 2.191 CV 1 ASSI { 1053} (( segid " " and resid 59 and name HN )) (( segid " " and resid 72 and name HA )) 4.300 2.300 1.700 peak 1053 spectrum 1 weight 0.10000E+01 volume 0.95221E-03 ppm1 6.896 ppm2 4.517 CV 1 ASSI { 1054} (( segid " " and resid 55 and name HD21)) (( segid " " and resid 55 and name HA )) 4.000 2.000 2.000 peak 1054 spectrum 1 weight 0.10000E+01 volume 0.47767E-03 ppm1 6.995 ppm2 4.355 CV 1 ASSI { 1055} (( segid " " and resid 59 and name HN )) (( segid " " and resid 58 and name HA )) 3.800 1.800 1.800 peak 1055 spectrum 1 weight 0.10000E+01 volume 0.56911E-03 ppm1 6.897 ppm2 4.279 CV 1 ASSI { 1058} (( segid " " and resid 59 and name HN )) ( segid " " and resid 58 and name HB% ) 2.900 1.100 1.100 peak 1058 spectrum 1 weight 0.11000E+01 volume 0.18109E-02 ppm1 6.903 ppm2 0.274 CV 1 ASSI { 1059} (( segid " " and resid 52 and name HN )) (( segid " " and resid 51 and name HA )) 3.800 1.800 2.200 peak 1059 spectrum 1 weight 0.10000E+01 volume 0.17767E-02 ppm1 9.106 ppm2 4.792 CV 1 ASSI { 1063} (( segid " " and resid 55 and name HD22)) (( segid " " and resid 55 and name HA )) 4.800 2.800 1.200 peak 1063 spectrum 1 weight 0.10000E+01 volume 0.64735E-03 ppm1 7.785 ppm2 4.358 CV 1 ASSI { 1068} (( segid " " and resid 52 and name HN )) (( segid " " and resid 51 and name HB2 )) 3.500 1.600 1.600 peak 1068 spectrum 1 weight 0.10000E+01 volume 0.11325E-02 ppm1 9.103 ppm2 3.471 CV 1 ASSI { 1069} (( segid " " and resid 55 and name HN )) (( segid " " and resid 55 and name HB1 )) 3.500 1.500 1.500 peak 1069 spectrum 1 weight 0.11000E+01 volume 0.25257E-02 ppm1 8.405 ppm2 2.890 CV 1 ASSI { 1070} (( segid " " and resid 55 and name HN )) (( segid " " and resid 55 and name HB2 )) 2.500 0.800 0.800 peak 1070 spectrum 1 weight 0.11000E+01 volume 0.27256E-02 ppm1 8.405 ppm2 2.799 CV 1 ASSI { 1074} (( segid " " and resid 59 and name HN )) (( segid " " and resid 58 and name HN )) 2.200 0.600 0.600 peak 1074 spectrum 1 weight 0.11000E+01 volume 0.24826E-02 ppm1 6.896 ppm2 9.656 CV 1 ASSI { 1075} (( segid " " and resid 55 and name HN )) (( segid " " and resid 55 and name HD22)) 4.600 2.600 1.400 peak 1075 spectrum 1 weight 0.10000E+01 volume 0.60985E-03 ppm1 8.404 ppm2 7.814 CV 1 ASSI { 1077} (( segid " " and resid 55 and name HN )) (( segid " " and resid 55 and name HD21)) 3.900 1.900 1.900 peak 1077 spectrum 1 weight 0.10000E+01 volume 0.44366E-03 ppm1 8.404 ppm2 7.006 CV 1 ASSI { 1079} (( segid " " and resid 78 and name HN )) (( segid " " and resid 84 and name HA )) 4.300 2.300 1.700 peak 1079 spectrum 1 weight 0.10000E+01 volume 0.64484E-03 ppm1 8.714 ppm2 5.257 CV 1 ASSI { 1080} (( segid " " and resid 78 and name HN )) (( segid " " and resid 77 and name HA )) 2.200 0.600 0.600 peak 1080 spectrum 1 weight 0.11000E+01 volume 0.50703E-02 ppm1 8.710 ppm2 5.038 CV 1 ASSI { 1081} (( segid " " and resid 34 and name HN )) (( segid " " and resid 33 and name HA )) 2.800 1.000 1.000 peak 1081 spectrum 1 weight 0.11000E+01 volume 0.25729E-02 ppm1 8.325 ppm2 4.899 CV 1 ASSI { 1082} (( segid " " and resid 78 and name HN )) (( segid " " and resid 78 and name HA )) 3.300 1.400 1.400 peak 1082 spectrum 1 weight 0.11000E+01 volume 0.78071E-03 ppm1 8.715 ppm2 4.776 CV 1 ASSI { 1085} (( segid " " and resid 34 and name HN )) ( segid " " and resid 33 and name HG2%) 3.600 1.600 1.600 peak 1085 spectrum 1 weight 0.10000E+01 volume 0.46211E-02 ppm1 8.326 ppm2 0.963 CV 1 ASSI { 1086} (( segid " " and resid 55 and name HD22)) (( segid " " and resid 55 and name HB1 )) 3.700 1.700 1.700 peak 1086 spectrum 1 weight 0.10000E+01 volume 0.30203E-02 ppm1 7.794 ppm2 2.891 CV 1 ASSI { 1087} (( segid " " and resid 55 and name HD22)) (( segid " " and resid 55 and name HB2 )) 3.400 1.400 1.400 peak 1087 spectrum 1 weight 0.11000E+01 volume 0.41867E-02 ppm1 7.796 ppm2 2.802 CV 1 ASSI { 1089} (( segid " " and resid 55 and name HD21)) (( segid " " and resid 55 and name HB1 )) 3.100 1.200 1.200 peak 1089 spectrum 1 weight 0.11000E+01 volume 0.19067E-02 ppm1 7.000 ppm2 2.889 CV 1 ASSI { 1090} (( segid " " and resid 55 and name HD21)) (( segid " " and resid 55 and name HB2 )) 2.800 1.000 1.000 peak 1090 spectrum 1 weight 0.10000E+01 volume 0.28053E-02 ppm1 7.003 ppm2 2.799 CV 1 ASSI { 1091} (( segid " " and resid 55 and name HD21)) ( segid " " and resid 54 and name HB% ) 3.900 1.900 1.900 peak 1091 spectrum 1 weight 0.10000E+01 volume 0.14850E-02 ppm1 7.003 ppm2 1.435 CV 1 ASSI { 3050} (( segid " " and resid 55 and name HD21)) ( segid " " and resid 48 and name HB1 ) 4.200 2.200 1.800 peak 1091 spectrum 1 weight 0.10000E+01 volume 0.14850E-02 ppm1 7.003 ppm2 1.435 CV 1 ASSI { 1096} (( segid " " and resid 78 and name HN )) ( segid " " and resid 86 and name HD2%) 4.000 2.200 1.800 peak 1096 spectrum 1 weight 0.10000E+01 volume 0.14152E-02 ppm1 8.709 ppm2 0.687 CV 1 ASSI { 1102} (( segid " " and resid 34 and name HN )) (( segid " " and resid 33 and name HB )) 1.900 0.400 0.400 peak 1102 spectrum 1 weight 0.10000E+01 volume 0.49615E-02 ppm1 8.326 ppm2 2.212 CV 1 ASSI { 1103} (( segid " " and resid 38 and name HN )) (( segid " " and resid 37 and name HB1 )) 4.000 2.000 2.000 peak 1103 spectrum 1 weight 0.11000E+01 volume 0.66177E-03 ppm1 8.319 ppm2 3.537 CV 1 ASSI { 1104} (( segid " " and resid 38 and name HN )) (( segid " " and resid 38 and name HB1 )) 3.400 1.400 1.400 peak 1104 spectrum 1 weight 0.11000E+01 volume 0.27906E-02 ppm1 8.321 ppm2 3.142 CV 1 ASSI { 1106} (( segid " " and resid 38 and name HN )) (( segid " " and resid 37 and name HA )) 3.100 1.300 1.000 peak 1106 spectrum 1 weight 0.11000E+01 volume 0.11585E-02 ppm1 8.323 ppm2 4.793 CV 1 ASSI { 1111} (( segid " " and resid 24 and name HN )) (( segid " " and resid 3 and name HA )) 5.000 3.100 1.000 peak 1111 spectrum 1 weight 0.10000E+01 volume 0.61034E-03 ppm1 8.592 ppm2 4.789 CV 1 ASSI { 1112} (( segid " " and resid 24 and name HN )) (( segid " " and resid 22 and name HA )) 3.200 1.300 1.300 peak 1112 spectrum 1 weight 0.11000E+01 volume 0.12512E-02 ppm1 8.590 ppm2 4.373 CV 1 ASSI { 1113} (( segid " " and resid 24 and name HN )) (( segid " " and resid 24 and name HA )) 2.600 0.800 0.800 peak 1113 spectrum 1 weight 0.11000E+01 volume 0.32564E-02 ppm1 8.589 ppm2 4.239 CV 1 ASSI { 1114} (( segid " " and resid 24 and name HN )) (( segid " " and resid 24 and name HB1 )) 2.600 0.900 0.900 peak 1114 spectrum 1 weight 0.10000E+01 volume 0.24213E-02 ppm1 8.589 ppm2 4.008 CV 1 OR { 1114} (( segid " " and resid 24 and name HN )) (( segid " " and resid 24 and name HB2 )) ASSI { 1115} (( segid " " and resid 24 and name HN )) (( segid " " and resid 23 and name HB )) 3.200 3.200 2.800 peak 1115 spectrum 1 weight 0.11000E+01 volume 0.23978E-02 ppm1 8.588 ppm2 3.827 CV 1 ASSI { 1116} (( segid " " and resid 24 and name HN )) (( segid " " and resid 23 and name HA )) 3.300 1.400 1.400 peak 1116 spectrum 1 weight 0.11000E+01 volume 0.12238E-02 ppm1 8.587 ppm2 3.641 CV 1 ASSI { 1118} (( segid " " and resid 24 and name HN )) ( segid " " and resid 23 and name HG2%) 3.900 1.900 1.900 peak 1118 spectrum 1 weight 0.11000E+01 volume 0.24638E-02 ppm1 8.588 ppm2 1.280 CV 1 ASSI { 1121} (( segid " " and resid 24 and name HN )) ( segid " " and resid 25 and name HD2%) 5.000 3.200 1.000 peak 1121 spectrum 1 weight 0.10000E+01 volume 0.26619E-03 ppm1 8.595 ppm2 0.690 CV 1 ASSI { 1120} (( segid " " and resid 24 and name HN )) ( segid " " and resid 140 and name HD1%) 5.000 3.200 1.000 peak 1121 spectrum 1 weight 0.10000E+01 volume 0.26619E-03 ppm1 8.595 ppm2 0.690 CV 1 ASSI { 3043} (( segid " " and resid 24 and name HN )) ( segid " " and resid 140 and name HD2%) 4.500 2.500 1.500 peak 3043 spectrum 1 weight 0.10000E+01 volume 0.26619E-03 ppm1 8.595 ppm2 0.938 CV 1 OR { 3043} (( segid " " and resid 24 and name HN )) ( segid " " and resid 140 and name HD1%) ASSI { 1122} (( segid " " and resid 47 and name HN )) (( segid " " and resid 46 and name HA )) 3.000 1.200 1.200 peak 1122 spectrum 1 weight 0.11000E+01 volume 0.27603E-02 ppm1 7.272 ppm2 4.301 CV 1 OR { 1122} (( segid " " and resid 47 and name HN )) (( segid " " and resid 58 and name HA )) OR { 1122} (( segid " " and resid 47 and name HN )) (( segid " " and resid 26 and name HA )) ASSI { 1126} (( segid " " and resid 24 and name HN )) (( segid " " and resid 25 and name HN )) 2.400 0.700 0.700 peak 1126 spectrum 1 weight 0.11000E+01 volume 0.24487E-02 ppm1 8.589 ppm2 7.917 CV 1 ASSI { 1127} (( segid " " and resid 24 and name HN )) (( segid " " and resid 26 and name HN )) 4.200 2.200 1.800 peak 1127 spectrum 1 weight 0.10000E+01 volume 0.76834E-03 ppm1 8.584 ppm2 7.584 CV 1 ASSI { 1130} (( segid " " and resid 47 and name HN )) (( segid " " and resid 46 and name HN )) 2.600 0.900 0.900 peak 1130 spectrum 1 weight 0.10000E+01 volume 0.22204E-02 ppm1 7.273 ppm2 8.288 CV 1 ASSI { 1131} (( segid " " and resid 24 and name HN )) (( segid " " and resid 23 and name HN )) 2.800 1.000 1.000 peak 1131 spectrum 1 weight 0.11000E+01 volume 0.12596E-02 ppm1 8.588 ppm2 8.864 CV 1 ASSI { 1136} (( segid " " and resid 121 and name HN )) (( segid " " and resid 121 and name HB )) 2.600 0.900 0.900 peak 1136 spectrum 1 weight 0.11000E+01 volume 0.27430E-02 ppm1 8.730 ppm2 1.994 CV 1 ASSI { 1137} (( segid " " and resid 121 and name HN )) (( segid " " and resid 120 and name HB1 )) 4.000 2.000 2.000 peak 1137 spectrum 1 weight 0.11000E+01 volume 0.81490E-03 ppm1 8.734 ppm2 1.587 CV 1 ASSI { 1138} (( segid " " and resid 121 and name HN )) (( segid " " and resid 120 and name HB2 )) 3.000 1.100 1.100 peak 1138 spectrum 1 weight 0.11000E+01 volume 0.10979E-02 ppm1 8.730 ppm2 1.436 CV 1 ASSI { 1148} (( segid " " and resid 90 and name HN )) (( segid " " and resid 72 and name HG2 )) 4.500 2.200 1.500 peak 1148 spectrum 1 weight 0.10000E+01 volume 0.10512E-02 ppm1 9.234 ppm2 1.690 CV 1 OR { 1148} (( segid " " and resid 90 and name HN )) (( segid " " and resid 101 and name HD% )) ASSI { 1149} (( segid " " and resid 90 and name HN )) (( segid " " and resid 89 and name HG1 )) 4.600 2.600 1.400 peak 1149 spectrum 1 weight 0.10000E+01 volume 0.10606E-02 ppm1 9.233 ppm2 2.293 CV 1 ASSI { 1150} (( segid " " and resid 90 and name HN )) (( segid " " and resid 89 and name HB1 )) 3.500 1.500 1.200 peak 1150 spectrum 1 weight 0.10000E+01 volume 0.13656E-02 ppm1 9.232 ppm2 2.208 CV 1 OR { 1150} (( segid " " and resid 90 and name HN )) (( segid " " and resid 89 and name HG2 )) ASSI { 1151} (( segid " " and resid 90 and name HN )) (( segid " " and resid 89 and name HB2 )) 2.400 0.700 0.700 peak 1151 spectrum 1 weight 0.10000E+01 volume 0.34305E-02 ppm1 9.231 ppm2 2.127 CV 1 ASSI { 1152} (( segid " " and resid 90 and name HN )) (( segid " " and resid 89 and name HA )) 3.000 1.100 1.100 peak 1152 spectrum 1 weight 0.11000E+01 volume 0.12471E-02 ppm1 9.232 ppm2 5.155 CV 1 ASSI { 1153} (( segid " " and resid 90 and name HN )) (( segid " " and resid 90 and name HA )) 2.500 0.800 0.800 peak 1153 spectrum 1 weight 0.10000E+01 volume 0.26666E-02 ppm1 9.229 ppm2 4.225 CV 1 ASSI { 1160} (( segid " " and resid 74 and name HN )) ( segid " " and resid 58 and name HB% ) 4.400 2.500 1.600 peak 1160 spectrum 1 weight 0.10000E+01 volume 0.73377E-03 ppm1 6.930 ppm2 0.278 CV 1 ASSI { 1164} (( segid " " and resid 48 and name HN )) (( segid " " and resid 47 and name HN )) 4.000 2.200 2.000 peak 1164 spectrum 1 weight 0.11000E+01 volume 0.91083E-03 ppm1 8.461 ppm2 7.273 CV 1 ASSI { 1166} (( segid " " and resid 23 and name HN )) (( segid " " and resid 22 and name HN )) 2.900 1.000 1.000 peak 1166 spectrum 1 weight 0.11000E+01 volume 0.19027E-02 ppm1 8.863 ppm2 8.196 CV 1 ASSI { 1167} (( segid " " and resid 135 and name HN )) (( segid " " and resid 121 and name HN )) 3.000 1.100 1.100 peak 1167 spectrum 1 weight 0.11000E+01 volume 0.96304E-03 ppm1 9.092 ppm2 8.741 CV 1 ASSI { 1168} (( segid " " and resid 135 and name HN )) (( segid " " and resid 123 and name HN )) 4.300 2.300 1.700 peak 1168 spectrum 1 weight 0.11000E+01 volume 0.68870E-03 ppm1 9.080 ppm2 8.548 CV 1 ASSI { 1170} (( segid " " and resid 128 and name HN )) (( segid " " and resid 126 and name HA )) 4.100 2.100 1.900 peak 1170 spectrum 1 weight 0.10000E+01 volume 0.59866E-03 ppm1 8.154 ppm2 4.732 CV 1 ASSI { 1172} (( segid " " and resid 128 and name HN )) (( segid " " and resid 129 and name HA )) 5.200 3.400 0.600 peak 1172 spectrum 1 weight 0.10000E+01 volume 0.29255E-03 ppm1 8.157 ppm2 4.448 CV 1 ASSI { 1174} (( segid " " and resid 48 and name HN )) (( segid " " and resid 47 and name HA )) 2.400 0.600 0.500 peak 1174 spectrum 1 weight 0.11000E+01 volume 0.74590E-02 ppm1 8.462 ppm2 4.224 CV 1 ASSI { 1175} (( segid " " and resid 48 and name HN )) (( segid " " and resid 48 and name HA )) 2.700 0.900 0.900 peak 1175 spectrum 1 weight 0.10000E+01 volume 0.21314E-02 ppm1 8.462 ppm2 3.790 CV 1 ASSI { 1176} (( segid " " and resid 23 and name HN )) (( segid " " and resid 21 and name HA )) 4.100 2.100 1.900 peak 1176 spectrum 1 weight 0.10000E+01 volume 0.62890E-03 ppm1 8.869 ppm2 5.040 CV 1 ASSI { 1178} (( segid " " and resid 23 and name HN )) (( segid " " and resid 22 and name HA )) 2.700 0.900 0.900 peak 1178 spectrum 1 weight 0.11000E+01 volume 0.11494E-02 ppm1 8.866 ppm2 4.361 CV 1 ASSI { 1180} (( segid " " and resid 23 and name HN )) (( segid " " and resid 24 and name HB1 )) 4.200 4.200 1.800 peak 1180 spectrum 1 weight 0.11000E+01 volume 0.14872E-02 ppm1 8.865 ppm2 4.066 CV 1 OR { 1180} (( segid " " and resid 23 and name HN )) (( segid " " and resid 24 and name HB2 )) ASSI { 1181} (( segid " " and resid 23 and name HN )) (( segid " " and resid 23 and name HB )) 4.600 2.700 1.400 peak 1181 spectrum 1 weight 0.10000E+01 volume 0.39920E-03 ppm1 8.869 ppm2 3.739 CV 1 ASSI { 1182} (( segid " " and resid 23 and name HN )) (( segid " " and resid 23 and name HA )) 2.800 1.000 1.000 peak 1182 spectrum 1 weight 0.11000E+01 volume 0.21128E-02 ppm1 8.867 ppm2 3.640 CV 1 ASSI { 1183} (( segid " " and resid 135 and name HN )) ( segid " " and resid 134 and name HD% ) 4.200 2.200 1.800 peak 1183 spectrum 1 weight 0.10000E+01 volume 0.83947E-03 ppm1 9.080 ppm2 6.621 CV 1 ASSI { 1187} (( segid " " and resid 23 and name HN )) (( segid " " and resid 22 and name HG )) 5.200 3.400 0.800 peak 1187 spectrum 1 weight 0.10000E+01 volume 0.25463E-03 ppm1 8.864 ppm2 0.943 CV 1 ASSI { 1188} (( segid " " and resid 48 and name HN )) (( segid " " and resid 48 and name HG2 )) 2.500 0.800 0.800 peak 1188 spectrum 1 weight 0.10000E+01 volume 0.43465E-02 ppm1 8.462 ppm2 2.140 CV 1 OR { 1188} (( segid " " and resid 48 and name HN )) (( segid " " and resid 48 and name HG1 )) ASSI { 1189} (( segid " " and resid 48 and name HN )) (( segid " " and resid 48 and name HB1 )) 3.000 1.100 1.100 peak 1189 spectrum 1 weight 0.10000E+01 volume 0.35362E-02 ppm1 8.462 ppm2 1.948 CV 1 ASSI { 1190} (( segid " " and resid 48 and name HN )) (( segid " " and resid 48 and name HB2 )) 2.800 1.000 1.000 peak 1190 spectrum 1 weight 0.10000E+01 volume 0.42518E-02 ppm1 8.462 ppm2 1.802 CV 1 ASSI { 1192} (( segid " " and resid 48 and name HN )) (( segid " " and resid 73 and name HB1 )) 5.100 3.200 0.900 peak 1192 spectrum 1 weight 0.10000E+01 volume 0.51818E-03 ppm1 8.459 ppm2 1.496 CV 1 ASSI { 1196} (( segid " " and resid 48 and name HN )) ( segid " " and resid 73 and name HD2%) 3.300 1.400 1.400 peak 1196 spectrum 1 weight 0.10000E+01 volume 0.17775E-02 ppm1 8.461 ppm2 0.840 CV 1 ASSI { 1197} (( segid " " and resid 48 and name HN )) ( segid " " and resid 73 and name HD1%) 3.200 1.200 1.200 peak 1197 spectrum 1 weight 0.10000E+01 volume 0.28596E-02 ppm1 8.462 ppm2 0.642 CV 1 ASSI { 1200} (( segid " " and resid 128 and name HN )) (( segid " " and resid 128 and name HA )) 2.500 0.800 0.800 peak 1200 spectrum 1 weight 0.10000E+01 volume 0.46827E-02 ppm1 8.167 ppm2 4.016 CV 1 ASSI { 1204} (( segid " " and resid 128 and name HN )) (( segid " " and resid 128 and name HB1 )) 2.200 0.600 0.600 peak 1204 spectrum 1 weight 0.10000E+01 volume 0.60471E-02 ppm1 8.167 ppm2 2.259 CV 1 ASSI { 1206} (( segid " " and resid 128 and name HN )) ( segid " " and resid 96 and name HG2%) 4.700 2.800 1.300 peak 1206 spectrum 1 weight 0.10000E+01 volume 0.83613E-03 ppm1 8.172 ppm2 1.260 CV 1 ASSI { 1207} (( segid " " and resid 128 and name HN )) ( segid " " and resid 129 and name HG2%) 4.700 2.800 1.300 peak 1207 spectrum 1 weight 0.10000E+01 volume 0.83613E-03 ppm1 8.172 ppm2 1.087 CV 1 ASSI { 1208} (( segid " " and resid 130 and name HN )) ( segid " " and resid 129 and name HG2%) 4.100 2.100 1.900 peak 1208 spectrum 1 weight 0.10000E+01 volume 0.85347E-03 ppm1 7.757 ppm2 1.085 CV 1 ASSI { 1210} (( segid " " and resid 135 and name HN )) (( segid " " and resid 121 and name HB )) 3.200 1.300 1.300 peak 1210 spectrum 1 weight 0.10000E+01 volume 0.92243E-03 ppm1 9.094 ppm2 1.992 CV 1 ASSI { 1214} (( segid " " and resid 135 and name HN )) ( segid " " and resid 121 and name HG2%) 3.600 1.600 1.600 peak 1214 spectrum 1 weight 0.10000E+01 volume 0.20565E-02 ppm1 9.090 ppm2 0.896 CV 1 OR { 1214} (( segid " " and resid 135 and name HN )) ( segid " " and resid 121 and name HG1%) ASSI { 1215} (( segid " " and resid 135 and name HN )) ( segid " " and resid 123 and name HD1%) 3.100 1.200 1.200 peak 1215 spectrum 1 weight 0.10000E+01 volume 0.23041E-02 ppm1 9.092 ppm2 0.692 CV 1 OR { 1215} (( segid " " and resid 135 and name HN )) ( segid " " and resid 123 and name HD2%) ASSI { 1216} (( segid " " and resid 135 and name HN )) (( segid " " and resid 135 and name HA )) 3.000 1.100 1.100 peak 1216 spectrum 1 weight 0.11000E+01 volume 0.92030E-03 ppm1 9.093 ppm2 5.386 CV 1 ASSI { 1218} (( segid " " and resid 135 and name HN )) (( segid " " and resid 120 and name HA )) 4.500 2.500 1.500 peak 1218 spectrum 1 weight 0.10000E+01 volume 0.46268E-03 ppm1 9.093 ppm2 4.232 CV 1 ASSI { 1223} (( segid " " and resid 128 and name HN )) (( segid " " and resid 129 and name HN )) 2.600 0.800 0.800 peak 1223 spectrum 1 weight 0.11000E+01 volume 0.30100E-02 ppm1 8.167 ppm2 6.670 CV 1 ASSI { 1224} (( segid " " and resid 130 and name HN )) (( segid " " and resid 129 and name HN )) 2.800 1.000 0.700 peak 1224 spectrum 1 weight 0.11000E+01 volume 0.23694E-02 ppm1 7.760 ppm2 6.669 CV 1 ASSI { 1226} (( segid " " and resid 130 and name HN )) (( segid " " and resid 128 and name HN )) 3.500 1.500 1.500 peak 1226 spectrum 1 weight 0.11000E+01 volume 0.11557E-02 ppm1 7.757 ppm2 8.171 CV 1 ASSI { 1227} (( segid " " and resid 128 and name HN )) (( segid " " and resid 127 and name HN )) 2.500 0.800 0.800 peak 1227 spectrum 1 weight 0.11000E+01 volume 0.22601E-02 ppm1 8.165 ppm2 8.857 CV 1 ASSI { 1228} (( segid " " and resid 135 and name HN )) (( segid " " and resid 136 and name HN )) 4.200 2.200 1.800 peak 1228 spectrum 1 weight 0.11000E+01 volume 0.61578E-03 ppm1 9.091 ppm2 8.835 CV 1 ASSI { 1230} (( segid " " and resid 107 and name HN )) (( segid " " and resid 107 and name HA )) 3.100 1.200 1.200 peak 1230 spectrum 1 weight 0.10000E+01 volume 0.85149E-03 ppm1 7.666 ppm2 5.162 CV 1 ASSI { 1231} (( segid " " and resid 107 and name HN )) (( segid " " and resid 106 and name HA )) 2.600 0.800 0.800 peak 1231 spectrum 1 weight 0.11000E+01 volume 0.13568E-02 ppm1 7.683 ppm2 4.757 CV 1 ASSI { 1232} (( segid " " and resid 107 and name HN )) (( segid " " and resid 107 and name HB1 )) 3.500 1.500 1.500 peak 1232 spectrum 1 weight 0.11000E+01 volume 0.16018E-02 ppm1 7.673 ppm2 3.715 CV 1 ASSI { 1233} (( segid " " and resid 107 and name HN )) (( segid " " and resid 107 and name HB2 )) 2.900 1.000 1.000 peak 1233 spectrum 1 weight 0.10000E+01 volume 0.14414E-02 ppm1 7.674 ppm2 3.608 CV 1 ASSI { 1234} (( segid " " and resid 107 and name HN )) (( segid " " and resid 106 and name HB1 )) 4.200 2.300 1.800 peak 1234 spectrum 1 weight 0.10000E+01 volume 0.44351E-03 ppm1 7.684 ppm2 3.100 CV 1 ASSI { 1235} (( segid " " and resid 107 and name HN )) (( segid " " and resid 106 and name HB2 )) 4.600 2.700 1.400 peak 1235 spectrum 1 weight 0.10000E+01 volume 0.68527E-03 ppm1 7.677 ppm2 2.140 CV 1 ASSI { 1237} (( segid " " and resid 73 and name HN )) (( segid " " and resid 73 and name HA )) 2.800 1.000 1.000 peak 1237 spectrum 1 weight 0.11000E+01 volume 0.10568E-02 ppm1 7.748 ppm2 3.289 CV 1 ASSI { 1238} (( segid " " and resid 73 and name HN )) (( segid " " and resid 72 and name HB1 )) 2.300 0.600 0.600 peak 1238 spectrum 1 weight 0.10000E+01 volume 0.23122E-02 ppm1 7.750 ppm2 1.975 CV 1 OR { 1238} (( segid " " and resid 73 and name HN )) (( segid " " and resid 72 and name HB2 )) ASSI { 1241} (( segid " " and resid 73 and name HN )) (( segid " " and resid 72 and name HG1 )) 3.100 1.200 1.200 peak 1241 spectrum 1 weight 0.10000E+01 volume 0.13557E-02 ppm1 7.757 ppm2 1.374 CV 1 ASSI { 1243} (( segid " " and resid 73 and name HN )) ( segid " " and resid 73 and name HD2%) 4.400 2.500 1.600 peak 1243 spectrum 1 weight 0.10000E+01 volume 0.98428E-03 ppm1 7.740 ppm2 0.834 CV 1 ASSI { 1249} (( segid " " and resid 141 and name HN )) (( segid " " and resid 140 and name HB2 )) 3.700 1.700 1.700 peak 1249 spectrum 1 weight 0.10000E+01 volume 0.69151E-03 ppm1 7.119 ppm2 1.436 CV 1 OR { 1249} (( segid " " and resid 141 and name HN )) (( segid " " and resid 140 and name HB1 )) ASSI { 1255} (( segid " " and resid 141 and name HN )) (( segid " " and resid 140 and name HA )) 3.100 1.200 1.200 peak 1255 spectrum 1 weight 0.10000E+01 volume 0.13309E-02 ppm1 7.118 ppm2 4.250 CV 1 ASSI { 1262} (( segid " " and resid 118 and name HN )) (( segid " " and resid 117 and name HN )) 2.600 0.900 0.900 peak 1262 spectrum 1 weight 0.11000E+01 volume 0.37786E-02 ppm1 8.180 ppm2 8.670 CV 1 ASSI { 1263} (( segid " " and resid 118 and name HN )) (( segid " " and resid 117 and name HA )) 3.600 1.600 1.300 peak 1263 spectrum 1 weight 0.11000E+01 volume 0.20603E-02 ppm1 8.182 ppm2 4.911 CV 1 ASSI { 1264} (( segid " " and resid 118 and name HN )) (( segid " " and resid 118 and name HA )) 2.600 2.600 3.400 peak 1264 spectrum 1 weight 0.11000E+01 volume 0.24850E-02 ppm1 8.181 ppm2 4.638 CV 1 ASSI { 1265} (( segid " " and resid 118 and name HN )) (( segid " " and resid 118 and name HB1 )) 3.200 1.300 1.300 peak 1265 spectrum 1 weight 0.10000E+01 volume 0.36413E-02 ppm1 8.179 ppm2 4.350 CV 1 OR { 1265} (( segid " " and resid 118 and name HN )) (( segid " " and resid 118 and name HB2 )) ASSI { 1267} (( segid " " and resid 142 and name HN )) (( segid " " and resid 142 and name HA )) 3.400 1.400 1.400 peak 1267 spectrum 1 weight 0.10000E+01 volume 0.90585E-03 ppm1 7.533 ppm2 4.873 CV 1 ASSI { 1269} (( segid " " and resid 142 and name HN )) (( segid " " and resid 110 and name HA )) 3.600 1.600 1.300 peak 1269 spectrum 1 weight 0.10000E+01 volume 0.75705E-03 ppm1 7.530 ppm2 4.438 CV 1 ASSI { 1272} (( segid " " and resid 142 and name HN )) (( segid " " and resid 142 and name HB1 )) 3.000 1.100 1.100 peak 1272 spectrum 1 weight 0.10000E+01 volume 0.29560E-02 ppm1 7.530 ppm2 3.357 CV 1 ASSI { 1274} (( segid " " and resid 118 and name HN )) (( segid " " and resid 117 and name HB1 )) 3.100 1.200 1.200 peak 1274 spectrum 1 weight 0.11000E+01 volume 0.22365E-02 ppm1 8.184 ppm2 2.844 CV 1 OR { 1274} (( segid " " and resid 118 and name HN )) (( segid " " and resid 117 and name HB2 )) ASSI { 1275} (( segid " " and resid 142 and name HN )) ( segid " " and resid 141 and name HB% ) 2.800 1.000 0.900 peak 1275 spectrum 1 weight 0.10000E+01 volume 0.28211E-02 ppm1 7.530 ppm2 1.167 CV 1 ASSI { 1282} (( segid " " and resid 44 and name HN )) ( segid " " and resid 49 and name HB% ) 3.400 1.500 1.500 peak 1282 spectrum 1 weight 0.10000E+01 volume 0.15040E-02 ppm1 8.116 ppm2 1.041 CV 1 ASSI { 1289} (( segid " " and resid 44 and name HN )) (( segid " " and resid 43 and name HA )) 2.600 0.800 0.800 peak 1289 spectrum 1 weight 0.10000E+01 volume 0.23059E-02 ppm1 8.119 ppm2 5.868 CV 1 ASSI { 1290} (( segid " " and resid 44 and name HN )) (( segid " " and resid 44 and name HA )) 3.100 1.200 1.200 peak 1290 spectrum 1 weight 0.11000E+01 volume 0.83004E-03 ppm1 8.116 ppm2 5.200 CV 1 ASSI { 1292} (( segid " " and resid 99 and name HN )) (( segid " " and resid 98 and name HN )) 2.900 1.000 0.700 peak 1292 spectrum 1 weight 0.11000E+01 volume 0.31648E-02 ppm1 8.239 ppm2 8.460 CV 1 ASSI { 1293} (( segid " " and resid 64 and name HN )) (( segid " " and resid 66 and name HN )) 5.200 3.300 0.800 peak 1293 spectrum 1 weight 0.11000E+01 volume 0.56721E-03 ppm1 8.985 ppm2 7.586 CV 1 ASSI { 1295} (( segid " " and resid 129 and name HN )) (( segid " " and resid 129 and name HB )) 4.400 2.400 1.600 peak 1295 spectrum 1 weight 0.10000E+01 volume 0.19906E-03 ppm1 6.670 ppm2 4.328 CV 1 ASSI { 1296} (( segid " " and resid 129 and name HN )) (( segid " " and resid 128 and name HA )) 4.000 2.200 2.000 peak 1296 spectrum 1 weight 0.10000E+01 volume 0.46957E-03 ppm1 6.671 ppm2 4.015 CV 1 ASSI { 1309} (( segid " " and resid 64 and name HN )) (( segid " " and resid 63 and name HA )) 2.300 0.600 0.600 peak 1309 spectrum 1 weight 0.11000E+01 volume 0.30275E-02 ppm1 8.990 ppm2 4.835 CV 1 ASSI { 1312} (( segid " " and resid 64 and name HN )) (( segid " " and resid 65 and name HD1 )) 4.200 2.200 1.800 peak 1312 spectrum 1 weight 0.10000E+01 volume 0.17542E-02 ppm1 8.987 ppm2 4.025 CV 1 ASSI { 1313} (( segid " " and resid 64 and name HN )) (( segid " " and resid 65 and name HD2 )) 4.500 2.500 1.500 peak 1313 spectrum 1 weight 0.10000E+01 volume 0.17725E-02 ppm1 8.989 ppm2 3.725 CV 1 ASSI { 1314} (( segid " " and resid 64 and name HN )) (( segid " " and resid 64 and name HA2 )) 2.100 0.500 0.500 peak 1314 spectrum 1 weight 0.10000E+01 volume 0.57812E-02 ppm1 8.990 ppm2 3.569 CV 1 ASSI { 1315} (( segid " " and resid 99 and name HN )) (( segid " " and resid 97 and name HA )) 4.000 2.200 1.500 peak 1315 spectrum 1 weight 0.10000E+01 volume 0.11507E-02 ppm1 8.243 ppm2 4.499 CV 1 ASSI { 1317} (( segid " " and resid 99 and name HN )) (( segid " " and resid 98 and name HA )) 3.800 1.800 1.600 peak 1317 spectrum 1 weight 0.11000E+01 volume 0.11799E-02 ppm1 8.243 ppm2 4.368 CV 1 ASSI { 1318} (( segid " " and resid 99 and name HN )) (( segid " " and resid 99 and name HA )) 2.700 0.900 0.900 peak 1318 spectrum 1 weight 0.11000E+01 volume 0.35119E-02 ppm1 8.238 ppm2 4.270 CV 1 ASSI { 1321} (( segid " " and resid 44 and name HN )) (( segid " " and resid 58 and name HA )) 3.600 1.600 1.600 peak 1321 spectrum 1 weight 0.11000E+01 volume 0.82369E-03 ppm1 8.110 ppm2 4.273 CV 1 ASSI { 1322} (( segid " " and resid 64 and name HN )) (( segid " " and resid 63 and name HB1 )) 4.800 2.800 1.200 peak 1322 spectrum 1 weight 0.10000E+01 volume 0.61015E-03 ppm1 8.991 ppm2 2.791 CV 1 ASSI { 1323} (( segid " " and resid 64 and name HN )) (( segid " " and resid 63 and name HB1 )) 4.500 2.500 1.500 peak 1323 spectrum 1 weight 0.10000E+01 volume 0.47767E-03 ppm1 8.984 ppm2 2.072 CV 1 ASSI { 1324} (( segid " " and resid 64 and name HN )) (( segid " " and resid 63 and name HB2 )) 4.900 3.000 1.100 peak 1324 spectrum 1 weight 0.10000E+01 volume 0.69098E-03 ppm1 8.983 ppm2 2.002 CV 1 ASSI { 1326} (( segid " " and resid 64 and name HN )) (( segid " " and resid 39 and name HG2 )) 5.200 3.400 0.800 peak 1326 spectrum 1 weight 0.10000E+01 volume 0.27333E-03 ppm1 8.986 ppm2 1.283 CV 1 OR { 1326} (( segid " " and resid 64 and name HN )) (( segid " " and resid 39 and name HG1 )) ASSI { 1328} (( segid " " and resid 64 and name HN )) ( segid " " and resid 62 and name HG2%) 3.500 1.500 1.200 peak 1328 spectrum 1 weight 0.10000E+01 volume 0.16468E-02 ppm1 8.991 ppm2 1.183 CV 1 ASSI { 1329} (( segid " " and resid 99 and name HN )) (( segid " " and resid 99 and name HB2 )) 2.400 0.700 0.700 peak 1329 spectrum 1 weight 0.10000E+01 volume 0.56728E-02 ppm1 8.236 ppm2 1.887 CV 1 OR { 1329} (( segid " " and resid 99 and name HN )) (( segid " " and resid 99 and name HB1 )) ASSI { 1331} (( segid " " and resid 99 and name HN )) (( segid " " and resid 99 and name HG2 )) 2.900 1.000 1.000 peak 1331 spectrum 1 weight 0.10000E+01 volume 0.39866E-02 ppm1 8.238 ppm2 1.491 CV 1 OR { 1331} (( segid " " and resid 99 and name HN )) (( segid " " and resid 99 and name HG1 )) ASSI { 1333} (( segid " " and resid 99 and name HN )) (( segid " " and resid 97 and name HB1 )) 5.100 3.300 0.900 peak 1333 spectrum 1 weight 0.10000E+01 volume 0.41498E-03 ppm1 8.234 ppm2 2.706 CV 1 ASSI { 1336} (( segid " " and resid 99 and name HN )) (( segid " " and resid 100 and name HG2 )) 4.200 2.200 1.800 peak 1336 spectrum 1 weight 0.10000E+01 volume 0.65895E-03 ppm1 8.243 ppm2 2.440 CV 1 ASSI { 1337} (( segid " " and resid 44 and name HN )) (( segid " " and resid 44 and name HB1 )) 3.400 1.400 1.400 peak 1337 spectrum 1 weight 0.11000E+01 volume 0.57691E-03 ppm1 8.120 ppm2 3.051 CV 1 ASSI { 1340} (( segid " " and resid 13 and name HD22)) (( segid " " and resid 16 and name HN )) 3.400 1.400 1.400 peak 1340 spectrum 1 weight 0.10000E+01 volume 0.85766E-03 ppm1 9.456 ppm2 6.756 CV 1 ASSI { 1343} (( segid " " and resid 67 and name HN )) (( segid " " and resid 66 and name HN )) 4.500 2.500 1.500 peak 1343 spectrum 1 weight 0.11000E+01 volume 0.10889E-02 ppm1 8.388 ppm2 7.591 CV 1 ASSI { 1344} (( segid " " and resid 13 and name HD21)) (( segid " " and resid 13 and name HD22)) 1.700 0.300 0.500 peak 1344 spectrum 1 weight 0.11000E+01 volume 0.43347E-02 ppm1 7.314 ppm2 9.458 CV 1 ASSI { 1346} (( segid " " and resid 15 and name HN )) ( segid " " and resid 16 and name HG2%) 5.200 3.400 0.800 peak 1346 spectrum 1 weight 0.10000E+01 volume 0.13519E-02 ppm1 7.758 ppm2 1.114 CV 1 ASSI { 1348} (( segid " " and resid 13 and name HD21)) (( segid " " and resid 13 and name HB1 )) 2.800 1.000 1.000 peak 1348 spectrum 1 weight 0.10000E+01 volume 0.64743E-03 ppm1 7.317 ppm2 3.197 CV 1 ASSI { 1349} (( segid " " and resid 13 and name HD21)) (( segid " " and resid 13 and name HB2 )) 3.200 1.300 1.300 peak 1349 spectrum 1 weight 0.10000E+01 volume 0.92905E-03 ppm1 7.310 ppm2 2.316 CV 1 ASSI { 1351} (( segid " " and resid 15 and name HN )) (( segid " " and resid 16 and name HA )) 5.100 3.200 0.900 peak 1351 spectrum 1 weight 0.10000E+01 volume 0.59421E-03 ppm1 7.763 ppm2 4.521 CV 1 ASSI { 1352} (( segid " " and resid 15 and name HN )) (( segid " " and resid 13 and name HA )) 3.500 1.500 1.500 peak 1352 spectrum 1 weight 0.11000E+01 volume 0.11851E-02 ppm1 7.755 ppm2 4.391 CV 1 ASSI { 1353} (( segid " " and resid 15 and name HN )) (( segid " " and resid 15 and name HA )) 2.500 0.800 0.800 peak 1353 spectrum 1 weight 0.11000E+01 volume 0.72293E-02 ppm1 7.761 ppm2 4.284 CV 1 ASSI { 1354} (( segid " " and resid 15 and name HN )) (( segid " " and resid 14 and name HD1 )) 2.900 1.100 1.100 peak 1354 spectrum 1 weight 0.10000E+01 volume 0.19964E-02 ppm1 7.764 ppm2 3.952 CV 1 OR { 1354} (( segid " " and resid 15 and name HN )) (( segid " " and resid 14 and name HD2 )) ASSI { 1356} (( segid " " and resid 15 and name HN )) (( segid " " and resid 14 and name HG2 )) 2.800 1.000 1.000 peak 1356 spectrum 1 weight 0.10000E+01 volume 0.29531E-02 ppm1 7.760 ppm2 2.162 CV 1 OR { 1356} (( segid " " and resid 15 and name HN )) (( segid " " and resid 14 and name HG1 )) ASSI { 1357} (( segid " " and resid 15 and name HN )) (( segid " " and resid 14 and name HB2 )) 3.400 1.400 1.400 peak 1357 spectrum 1 weight 0.10000E+01 volume 0.16405E-02 ppm1 7.763 ppm2 2.046 CV 1 ASSI { 1359} (( segid " " and resid 13 and name HD22)) (( segid " " and resid 13 and name HB1 )) 4.000 2.000 2.000 peak 1359 spectrum 1 weight 0.10000E+01 volume 0.77394E-03 ppm1 9.456 ppm2 3.192 CV 1 ASSI { 1362} (( segid " " and resid 13 and name HD22)) ( segid " " and resid 16 and name HG2%) 4.700 2.800 1.300 peak 1362 spectrum 1 weight 0.10000E+01 volume 0.15454E-02 ppm1 9.454 ppm2 1.112 CV 1 ASSI { 1363} (( segid " " and resid 67 and name HN )) (( segid " " and resid 66 and name HB1 )) 3.600 1.600 1.600 peak 1363 spectrum 1 weight 0.10000E+01 volume 0.35586E-02 ppm1 8.386 ppm2 1.851 CV 1 OR { 1363} (( segid " " and resid 67 and name HN )) (( segid " " and resid 66 and name HB2 )) ASSI { 1366} (( segid " " and resid 3 and name HN )) (( segid " " and resid 3 and name HB2 )) 2.800 1.000 1.000 peak 1366 spectrum 1 weight 0.11000E+01 volume 0.22883E-02 ppm1 8.501 ppm2 3.868 CV 1 ASSI { 1368} (( segid " " and resid 3 and name HN )) (( segid " " and resid 3 and name HA )) 3.200 3.200 2.800 peak 1368 spectrum 1 weight 0.11000E+01 volume 0.11860E-02 ppm1 8.498 ppm2 4.508 CV 1 ASSI { 1369} (( segid " " and resid 3 and name HN )) (( segid " " and resid 2 and name HA )) 2.100 0.500 0.500 peak 1369 spectrum 1 weight 0.11000E+01 volume 0.65423E-02 ppm1 8.501 ppm2 4.415 CV 1 ASSI { 1371} (( segid " " and resid 32 and name HN )) (( segid " " and resid 32 and name HA )) 3.000 1.200 1.200 peak 1371 spectrum 1 weight 0.11000E+01 volume 0.12835E-02 ppm1 8.729 ppm2 5.500 CV 1 ASSI { 1372} (( segid " " and resid 32 and name HN )) (( segid " " and resid 31 and name HA )) 2.800 0.800 0.800 peak 1372 spectrum 1 weight 0.11000E+01 volume 0.25129E-02 ppm1 8.729 ppm2 4.765 CV 1 ASSI { 1375} (( segid " " and resid 32 and name HN )) (( segid " " and resid 31 and name HB1 )) 4.200 2.200 1.800 peak 1375 spectrum 1 weight 0.10000E+01 volume 0.11474E-02 ppm1 8.733 ppm2 2.706 CV 1 ASSI { 1376} (( segid " " and resid 32 and name HN )) ( segid " " and resid 32 and name HG2%) 3.100 1.200 1.200 peak 1376 spectrum 1 weight 0.10000E+01 volume 0.17828E-02 ppm1 8.732 ppm2 1.161 CV 1 ASSI { 1377} (( segid " " and resid 32 and name HN )) ( segid " " and resid 33 and name HG2%) 5.000 3.200 1.000 peak 1377 spectrum 1 weight 0.10000E+01 volume 0.91962E-03 ppm1 8.726 ppm2 0.970 CV 1 ASSI { 1378} (( segid " " and resid 76 and name HN )) (( segid " " and resid 76 and name HB )) 3.300 1.500 1.100 peak 1378 spectrum 1 weight 0.10000E+01 volume 0.28423E-02 ppm1 8.052 ppm2 4.040 CV 1 ASSI { 1379} (( segid " " and resid 76 and name HN )) (( segid " " and resid 74 and name HB1 )) 4.300 2.300 1.700 peak 1379 spectrum 1 weight 0.10000E+01 volume 0.35138E-03 ppm1 8.050 ppm2 3.786 CV 1 OR { 1379} (( segid " " and resid 76 and name HN )) (( segid " " and resid 74 and name HB2 )) ASSI { 1386} (( segid " " and resid 76 and name HN )) (( segid " " and resid 77 and name HN )) 4.200 2.400 1.800 peak 1386 spectrum 1 weight 0.11000E+01 volume 0.84001E-03 ppm1 8.054 ppm2 8.908 CV 1 ASSI { 1387} (( segid " " and resid 76 and name HN )) (( segid " " and resid 75 and name HN )) 2.800 0.900 0.900 peak 1387 spectrum 1 weight 0.11000E+01 volume 0.31816E-02 ppm1 8.057 ppm2 8.735 CV 1 ASSI { 1391} (( segid " " and resid 97 and name HN )) (( segid " " and resid 98 and name HA )) 4.200 2.200 1.800 peak 1391 spectrum 1 weight 0.11000E+01 volume 0.84206E-03 ppm1 7.061 ppm2 4.365 CV 1 OR { 1391} (( segid " " and resid 97 and name HN )) (( segid " " and resid 95 and name HA )) ASSI { 1393} (( segid " " and resid 97 and name HN )) (( segid " " and resid 96 and name HB )) 3.300 1.500 1.100 peak 1393 spectrum 1 weight 0.11000E+01 volume 0.26322E-02 ppm1 7.070 ppm2 4.100 CV 1 ASSI { 1394} (( segid " " and resid 97 and name HN )) (( segid " " and resid 96 and name HA )) 3.300 1.500 1.300 peak 1394 spectrum 1 weight 0.11000E+01 volume 0.20851E-02 ppm1 7.069 ppm2 3.988 CV 1 ASSI { 1395} (( segid " " and resid 97 and name HN )) (( segid " " and resid 94 and name HB1 )) 4.500 2.500 1.000 peak 1395 spectrum 1 weight 0.10000E+01 volume 0.63373E-03 ppm1 7.063 ppm2 3.265 CV 1 ASSI { 1396} (( segid " " and resid 97 and name HN )) (( segid " " and resid 97 and name HB1 )) 3.100 1.200 1.200 peak 1396 spectrum 1 weight 0.10000E+01 volume 0.18753E-02 ppm1 7.073 ppm2 2.698 CV 1 ASSI { 1397} (( segid " " and resid 97 and name HN )) (( segid " " and resid 97 and name HB2 )) 3.200 1.300 1.300 peak 1397 spectrum 1 weight 0.10000E+01 volume 0.18263E-02 ppm1 7.068 ppm2 2.576 CV 1 ASSI { 1399} (( segid " " and resid 97 and name HN )) (( segid " " and resid 94 and name HB2 )) 3.900 1.900 1.900 peak 1399 spectrum 1 weight 0.10000E+01 volume 0.50262E-03 ppm1 7.061 ppm2 2.248 CV 1 ASSI { 1400} (( segid " " and resid 97 and name HN )) ( segid " " and resid 95 and name HB1 ) 4.500 2.500 1.500 peak 1400 spectrum 1 weight 0.10000E+01 volume 0.64636E-03 ppm1 7.066 ppm2 2.118 CV 1 ASSI { 1401} (( segid " " and resid 97 and name HN )) (( segid " " and resid 95 and name HB2 )) 4.500 2.500 1.500 peak 1401 spectrum 1 weight 0.10000E+01 volume 0.59737E-03 ppm1 7.065 ppm2 2.021 CV 1 ASSI { 1402} (( segid " " and resid 97 and name HN )) (( segid " " and resid 98 and name HB1 )) 4.500 2.600 1.500 peak 1402 spectrum 1 weight 0.10000E+01 volume 0.61099E-03 ppm1 7.070 ppm2 1.753 CV 1 OR { 1402} (( segid " " and resid 97 and name HN )) (( segid " " and resid 98 and name HB2 )) OR { 1402} (( segid " " and resid 97 and name HN )) (( segid " " and resid 98 and name HG )) ASSI { 1403} (( segid " " and resid 97 and name HN )) ( segid " " and resid 96 and name HG2%) 4.100 2.100 1.900 peak 1403 spectrum 1 weight 0.10000E+01 volume 0.13015E-02 ppm1 7.067 ppm2 1.253 CV 1 ASSI { 1404} (( segid " " and resid 32 and name HN )) ( segid " " and resid 31 and name HD% ) 3.800 1.800 1.800 peak 1404 spectrum 1 weight 0.10000E+01 volume 0.11811E-02 ppm1 8.727 ppm2 7.296 CV 1 ASSI { 1405} (( segid " " and resid 32 and name HN )) (( segid " " and resid 33 and name HN )) 4.400 2.300 1.800 peak 1405 spectrum 1 weight 0.11000E+01 volume 0.64370E-03 ppm1 8.724 ppm2 9.347 CV 1 ASSI { 1406} (( segid " " and resid 97 and name HN )) (( segid " " and resid 98 and name HD1%)) 4.400 2.300 1.800 peak 1406 spectrum 1 weight 0.11000E+01 volume 0.64370E-03 ppm1 8.724 ppm2 9.347 CV 1 ASSI { 1407} (( segid " " and resid 67 and name HN )) (( segid " " and resid 66 and name HG1 )) 2.900 1.100 1.100 peak 1407 spectrum 1 weight 0.10000E+01 volume 0.15311E-02 ppm1 8.390 ppm2 1.347 CV 1 OR { 1407} (( segid " " and resid 67 and name HN )) (( segid " " and resid 66 and name HG2 )) ASSI { 1411} (( segid " " and resid 39 and name HN )) ( segid " " and resid 34 and name HG2%) 3.500 1.500 1.500 peak 1411 spectrum 1 weight 0.10000E+01 volume 0.18407E-02 ppm1 8.398 ppm2 1.223 CV 1 ASSI { 1415} (( segid " " and resid 39 and name HN )) (( segid " " and resid 38 and name HB2 )) 2.500 0.800 0.800 peak 1415 spectrum 1 weight 0.10000E+01 volume 0.10470E-02 ppm1 8.401 ppm2 2.860 CV 1 ASSI { 1417} (( segid " " and resid 39 and name HN )) (( segid " " and resid 39 and name HA )) 2.600 0.800 0.800 peak 1417 spectrum 1 weight 0.10000E+01 volume 0.25732E-02 ppm1 8.399 ppm2 4.382 CV 1 ASSI { 1421} (( segid " " and resid 134 and name HN )) (( segid " " and resid 134 and name HA )) 3.300 1.400 1.400 peak 1421 spectrum 1 weight 0.10000E+01 volume 0.56983E-03 ppm1 9.081 ppm2 5.250 CV 1 ASSI { 1425} (( segid " " and resid 134 and name HN )) ( segid " " and resid 134 and name HD% ) 3.300 1.400 1.400 peak 1425 spectrum 1 weight 0.11000E+01 volume 0.14383E-02 ppm1 9.081 ppm2 6.614 CV 1 ASSI { 1426} (( segid " " and resid 134 and name HN )) (( segid " " and resid 133 and name HA )) 2.500 0.800 0.800 peak 1426 spectrum 1 weight 0.11000E+01 volume 0.17863E-02 ppm1 9.081 ppm2 5.042 CV 1 ASSI { 1427} (( segid " " and resid 113 and name HN )) (( segid " " and resid 111 and name HD2 )) 4.300 2.300 1.700 peak 1427 spectrum 1 weight 0.10000E+01 volume 0.11625E-02 ppm1 8.297 ppm2 1.694 CV 1 OR { 1427} (( segid " " and resid 113 and name HN )) (( segid " " and resid 111 and name HD1 )) ASSI { 1429} (( segid " " and resid 134 and name HN )) (( segid " " and resid 134 and name HB1 )) 4.500 2.500 1.500 peak 1429 spectrum 1 weight 0.10000E+01 volume 0.49064E-03 ppm1 9.079 ppm2 2.279 CV 1 ASSI { 1430} (( segid " " and resid 134 and name HN )) (( segid " " and resid 134 and name HB2 )) 3.100 1.200 1.200 peak 1430 spectrum 1 weight 0.10000E+01 volume 0.60897E-03 ppm1 9.079 ppm2 1.869 CV 1 ASSI { 1431} (( segid " " and resid 134 and name HN )) ( segid " " and resid 123 and name HD1%) 4.300 2.300 1.700 peak 1431 spectrum 1 weight 0.10000E+01 volume 0.56314E-03 ppm1 9.082 ppm2 0.688 CV 1 OR { 1431} (( segid " " and resid 134 and name HN )) ( segid " " and resid 123 and name HD2%) ASSI { 1432} (( segid " " and resid 134 and name HN )) (( segid " " and resid 133 and name HB1 )) 4.000 2.000 2.000 peak 1432 spectrum 1 weight 0.10000E+01 volume 0.55541E-03 ppm1 9.079 ppm2 2.719 CV 1 ASSI { 1441} (( segid " " and resid 113 and name HN )) (( segid " " and resid 113 and name HB2 )) 2.600 0.900 0.900 peak 1441 spectrum 1 weight 0.10000E+01 volume 0.21153E-02 ppm1 8.294 ppm2 2.615 CV 1 ASSI { 1442} (( segid " " and resid 113 and name HN )) (( segid " " and resid 113 and name HA )) 3.000 1.100 1.100 peak 1442 spectrum 1 weight 0.10000E+01 volume 0.19464E-02 ppm1 8.296 ppm2 4.727 CV 1 ASSI { 1443} (( segid " " and resid 113 and name HN )) (( segid " " and resid 111 and name HA )) 4.000 2.000 2.000 peak 1443 spectrum 1 weight 0.10000E+01 volume 0.11497E-02 ppm1 8.297 ppm2 4.571 CV 1 ASSI { 1444} (( segid " " and resid 92 and name HN )) (( segid " " and resid 91 and name HA2 )) 3.300 1.500 1.800 peak 1444 spectrum 1 weight 0.10000E+01 volume 0.11545E-02 ppm1 8.739 ppm2 3.465 CV 1 ASSI { 1446} (( segid " " and resid 92 and name HN )) (( segid " " and resid 92 and name HB2 )) 3.400 1.500 1.500 peak 1446 spectrum 1 weight 0.10000E+01 volume 0.81620E-03 ppm1 8.750 ppm2 2.374 CV 1 ASSI { 1448} (( segid " " and resid 113 and name HN )) (( segid " " and resid 112 and name HN )) 2.600 0.800 0.800 peak 1448 spectrum 1 weight 0.11000E+01 volume 0.24290E-02 ppm1 8.295 ppm2 9.182 CV 1 ASSI { 1452} (( segid " " and resid 25 and name HN )) (( segid " " and resid 25 and name HB2 )) 2.200 0.600 0.600 peak 1452 spectrum 1 weight 0.11000E+01 volume 0.44659E-02 ppm1 7.915 ppm2 1.265 CV 1 ASSI { 1453} (( segid " " and resid 25 and name HN )) (( segid " " and resid 25 and name HB1 )) 2.400 0.700 0.700 peak 1453 spectrum 1 weight 0.11000E+01 volume 0.25475E-02 ppm1 7.915 ppm2 1.629 CV 1 ASSI { 1456} (( segid " " and resid 25 and name HN )) (( segid " " and resid 26 and name HG1 )) 4.200 2.200 1.800 peak 1456 spectrum 1 weight 0.10000E+01 volume 0.59657E-03 ppm1 7.907 ppm2 1.957 CV 1 ASSI { 1459} (( segid " " and resid 117 and name HN )) (( segid " " and resid 116 and name HB2 )) 3.600 1.700 1.700 peak 1459 spectrum 1 weight 0.10000E+01 volume 0.21226E-02 ppm1 8.666 ppm2 2.733 CV 1 ASSI { 1460} (( segid " " and resid 117 and name HN )) (( segid " " and resid 117 and name HA )) 2.900 1.000 1.000 peak 1460 spectrum 1 weight 0.10000E+01 volume 0.33005E-02 ppm1 8.666 ppm2 4.910 CV 1 ASSI { 1464} (( segid " " and resid 117 and name HN )) (( segid " " and resid 115 and name HA2 )) 4.500 2.500 1.500 peak 1464 spectrum 1 weight 0.10000E+01 volume 0.11435E-02 ppm1 8.668 ppm2 4.024 CV 1 ASSI { 1463} (( segid " " and resid 117 and name HN )) (( segid " " and resid 115 and name HA1 )) 4.100 2.100 1.900 peak 1463 spectrum 1 weight 0.10000E+01 volume 0.11435E-02 ppm1 8.668 ppm2 4.024 CV 1 ASSI { 1466} (( segid " " and resid 138 and name HN )) (( segid " " and resid 111 and name HD2 )) 4.300 2.300 1.700 peak 1466 spectrum 1 weight 0.10000E+01 volume 0.50490E-03 ppm1 9.103 ppm2 1.670 CV 1 OR { 1466} (( segid " " and resid 138 and name HN )) (( segid " " and resid 111 and name HD1 )) ASSI { 1467} (( segid " " and resid 138 and name HN )) ( segid " " and resid 114 and name HB% ) 4.300 2.300 1.700 peak 1467 spectrum 1 weight 0.10000E+01 volume 0.74971E-03 ppm1 9.095 ppm2 1.553 CV 1 ASSI { 1468} (( segid " " and resid 138 and name HN )) ( segid " " and resid 141 and name HB% ) 3.000 1.100 1.100 peak 1468 spectrum 1 weight 0.10000E+01 volume 0.18395E-02 ppm1 9.096 ppm2 1.182 CV 1 ASSI { 1471} (( segid " " and resid 138 and name HN )) ( segid " " and resid 109 and name HG1%) 2.900 1.000 1.000 peak 1471 spectrum 1 weight 0.11000E+01 volume 0.69033E-03 ppm1 9.099 ppm2 0.578 CV 1 ASSI { 1472} (( segid " " and resid 138 and name HN )) (( segid " " and resid 141 and name HN )) 4.300 2.400 1.700 peak 1472 spectrum 1 weight 0.10000E+01 volume 0.52692E-03 ppm1 9.100 ppm2 7.090 CV 1 ASSI { 1475} (( segid " " and resid 138 and name HN )) (( segid " " and resid 138 and name HA )) 3.100 1.200 1.200 peak 1475 spectrum 1 weight 0.11000E+01 volume 0.81319E-03 ppm1 9.102 ppm2 5.201 CV 1 ASSI { 1476} (( segid " " and resid 138 and name HN )) (( segid " " and resid 110 and name HA )) 3.600 1.600 1.600 peak 1476 spectrum 1 weight 0.10000E+01 volume 0.61563E-03 ppm1 9.094 ppm2 4.441 CV 1 ASSI { 1478} (( segid " " and resid 138 and name HN )) (( segid " " and resid 137 and name HB1 )) 4.300 2.300 1.700 peak 1478 spectrum 1 weight 0.11000E+01 volume 0.63465E-03 ppm1 9.103 ppm2 3.347 CV 1 ASSI { 1480} (( segid " " and resid 43 and name HN )) (( segid " " and resid 43 and name HB2 )) 3.000 1.100 1.100 peak 1480 spectrum 1 weight 0.10000E+01 volume 0.14929E-02 ppm1 9.370 ppm2 1.819 CV 1 ASSI { 1481} (( segid " " and resid 138 and name HN )) (( segid " " and resid 109 and name HN )) 3.200 1.300 1.300 peak 1481 spectrum 1 weight 0.11000E+01 volume 0.88139E-03 ppm1 9.090 ppm2 8.343 CV 1 ASSI { 1483} (( segid " " and resid 25 and name HN )) (( segid " " and resid 26 and name HN )) 2.600 0.600 0.600 peak 1483 spectrum 1 weight 0.11000E+01 volume 0.39429E-02 ppm1 7.916 ppm2 7.583 CV 1 ASSI { 1491} (( segid " " and resid 11 and name HN )) (( segid " " and resid 10 and name HG1 )) 4.200 2.300 1.800 peak 1491 spectrum 1 weight 0.10000E+01 volume 0.68839E-03 ppm1 8.842 ppm2 1.619 CV 1 ASSI { 1492} (( segid " " and resid 11 and name HN )) (( segid " " and resid 10 and name HB2 )) 3.800 1.800 1.800 peak 1492 spectrum 1 weight 0.10000E+01 volume 0.10627E-02 ppm1 8.846 ppm2 1.537 CV 1 ASSI { 1495} (( segid " " and resid 18 and name HN )) (( segid " " and resid 18 and name HA )) 2.900 1.000 1.000 peak 1495 spectrum 1 weight 0.11000E+01 volume 0.18618E-02 ppm1 7.879 ppm2 3.944 CV 1 ASSI { 1496} (( segid " " and resid 18 and name HN )) (( segid " " and resid 17 and name HA2 )) 3.700 1.700 1.700 peak 1496 spectrum 1 weight 0.11000E+01 volume 0.79459E-03 ppm1 7.881 ppm2 3.517 CV 1 ASSI { 1498} (( segid " " and resid 18 and name HN )) (( segid " " and resid 13 and name HB1 )) 3.700 1.700 1.700 peak 1498 spectrum 1 weight 0.10000E+01 volume 0.75336E-03 ppm1 7.877 ppm2 3.180 CV 1 ASSI { 1499} (( segid " " and resid 53 and name HN )) (( segid " " and resid 53 and name HB1 )) 3.700 1.700 1.700 peak 1499 spectrum 1 weight 0.10000E+01 volume 0.70406E-03 ppm1 8.168 ppm2 3.146 CV 1 ASSI { 1500} (( segid " " and resid 18 and name HN )) (( segid " " and resid 18 and name HB1 )) 3.200 1.300 1.300 peak 1500 spectrum 1 weight 0.10000E+01 volume 0.19461E-02 ppm1 7.875 ppm2 2.970 CV 1 ASSI { 1501} (( segid " " and resid 18 and name HN )) (( segid " " and resid 18 and name HB2 )) 2.700 0.900 0.900 peak 1501 spectrum 1 weight 0.10000E+01 volume 0.17500E-02 ppm1 7.878 ppm2 2.518 CV 1 ASSI { 1502} (( segid " " and resid 18 and name HN )) (( segid " " and resid 13 and name HB2 )) 5.200 3.400 0.800 peak 1502 spectrum 1 weight 0.10000E+01 volume 0.52373E-03 ppm1 7.875 ppm2 2.335 CV 1 ASSI { 1503} (( segid " " and resid 18 and name HN )) ( segid " " and resid 16 and name HG2%) 3.700 1.700 1.700 peak 1503 spectrum 1 weight 0.10000E+01 volume 0.73605E-03 ppm1 7.879 ppm2 1.118 CV 1 ASSI { 1504} (( segid " " and resid 18 and name HN )) ( segid " " and resid 12 and name HG2%) 3.900 1.900 1.900 peak 1504 spectrum 1 weight 0.10000E+01 volume 0.91152E-03 ppm1 7.878 ppm2 0.865 CV 1 ASSI { 1509} (( segid " " and resid 31 and name HN )) (( segid " " and resid 30 and name HA2 )) 3.600 1.600 1.600 peak 1509 spectrum 1 weight 0.11000E+01 volume 0.14311E-02 ppm1 9.200 ppm2 3.580 CV 1 ASSI { 1511} (( segid " " and resid 31 and name HN )) (( segid " " and resid 31 and name HB1 )) 3.500 1.500 1.500 peak 1511 spectrum 1 weight 0.10000E+01 volume 0.64613E-03 ppm1 9.198 ppm2 2.695 CV 1 ASSI { 1512} (( segid " " and resid 31 and name HN )) ( segid " " and resid 31 and name HD% ) 3.500 1.500 1.500 peak 1512 spectrum 1 weight 0.11000E+01 volume 0.23410E-02 ppm1 9.199 ppm2 7.297 CV 1 ASSI { 1513} (( segid " " and resid 11 and name HN )) (( segid " " and resid 10 and name HA )) 2.300 0.600 0.600 peak 1513 spectrum 1 weight 0.11000E+01 volume 0.38345E-02 ppm1 8.845 ppm2 5.362 CV 1 ASSI { 1517} (( segid " " and resid 7 and name HN )) (( segid " " and resid 7 and name HB2 )) 2.900 1.000 1.000 peak 1517 spectrum 1 weight 0.10000E+01 volume 0.34188E-02 ppm1 8.393 ppm2 2.748 CV 1 ASSI { 1519} (( segid " " and resid 7 and name HN )) (( segid " " and resid 6 and name HG1 )) 4.000 2.000 2.000 peak 1519 spectrum 1 weight 0.10000E+01 volume 0.17793E-02 ppm1 8.393 ppm2 2.376 CV 1 ASSI { 1520} (( segid " " and resid 7 and name HN )) (( segid " " and resid 6 and name HB2 )) 3.800 1.800 1.600 peak 1520 spectrum 1 weight 0.10000E+01 volume 0.26315E-02 ppm1 8.393 ppm2 2.125 CV 1 ASSI { 1521} (( segid " " and resid 7 and name HN )) (( segid " " and resid 6 and name HB1 )) 3.300 1.500 1.000 peak 1521 spectrum 1 weight 0.10000E+01 volume 0.18309E-02 ppm1 8.396 ppm2 2.040 CV 1 ASSI { 1523} (( segid " " and resid 11 and name HN )) ( segid " " and resid 77 and name HD2%) 4.000 2.200 1.700 peak 1523 spectrum 1 weight 0.10000E+01 volume 0.16458E-02 ppm1 8.844 ppm2 0.517 CV 1 OR { 1523} (( segid " " and resid 11 and name HN )) ( segid " " and resid 77 and name HD1%) ASSI { 1525} (( segid " " and resid 12 and name HN )) (( segid " " and resid 12 and name HA )) 3.000 1.100 1.100 peak 1525 spectrum 1 weight 0.11000E+01 volume 0.11962E-02 ppm1 7.981 ppm2 5.509 CV 1 ASSI { 1527} (( segid " " and resid 100 and name HN )) (( segid " " and resid 99 and name HB2 )) 3.400 1.500 1.500 peak 1527 spectrum 1 weight 0.10000E+01 volume 0.22156E-02 ppm1 8.571 ppm2 1.886 CV 1 OR { 1527} (( segid " " and resid 100 and name HN )) (( segid " " and resid 99 and name HB1 )) ASSI { 1528} (( segid " " and resid 100 and name HN )) (( segid " " and resid 98 and name HB2 )) 3.900 1.900 1.900 peak 1528 spectrum 1 weight 0.10000E+01 volume 0.10105E-02 ppm1 8.566 ppm2 1.711 CV 1 OR { 1528} (( segid " " and resid 100 and name HN )) (( segid " " and resid 98 and name HG )) ASSI { 1529} (( segid " " and resid 100 and name HN )) (( segid " " and resid 99 and name HG2 )) 4.000 2.200 2.000 peak 1529 spectrum 1 weight 0.10000E+01 volume 0.13510E-02 ppm1 8.566 ppm2 1.490 CV 1 OR { 1529} (( segid " " and resid 100 and name HN )) (( segid " " and resid 99 and name HG1 )) ASSI { 1530} (( segid " " and resid 7 and name HN )) ( segid " " and resid 5 and name HG1%) 4.000 2.200 2.000 peak 1530 spectrum 1 weight 0.10000E+01 volume 0.91802E-03 ppm1 8.390 ppm2 0.933 CV 1 OR { 1530} (( segid " " and resid 7 and name HN )) ( segid " " and resid 5 and name HG2%) ASSI { 1531} (( segid " " and resid 53 and name HN )) ( segid " " and resid 57 and name HB% ) 4.700 2.800 1.300 peak 1531 spectrum 1 weight 0.10000E+01 volume 0.13123E-02 ppm1 8.165 ppm2 1.196 CV 1 OR { 1531} (( segid " " and resid 53 and name HN )) ( segid " " and resid 62 and name HG2%) ASSI { 1535} (( segid " " and resid 51 and name HN )) (( segid " " and resid 50 and name HB1 )) 3.800 1.800 1.800 peak 1535 spectrum 1 weight 0.10000E+01 volume 0.15179E-02 ppm1 8.212 ppm2 1.783 CV 1 ASSI { 1536} (( segid " " and resid 51 and name HN )) (( segid " " and resid 50 and name HB2 )) 3.400 1.400 1.400 peak 1536 spectrum 1 weight 0.10000E+01 volume 0.26554E-02 ppm1 8.215 ppm2 1.676 CV 1 ASSI { 1537} (( segid " " and resid 53 and name HN )) (( segid " " and resid 53 and name HB2 )) 3.400 1.400 1.400 peak 1537 spectrum 1 weight 0.10000E+01 volume 0.21427E-02 ppm1 8.163 ppm2 2.771 CV 1 ASSI { 1538} (( segid " " and resid 12 and name HN )) (( segid " " and resid 11 and name HB )) 4.000 2.000 2.000 peak 1538 spectrum 1 weight 0.11000E+01 volume 0.16804E-02 ppm1 7.985 ppm2 2.252 CV 1 ASSI { 1540} (( segid " " and resid 12 and name HN )) ( segid " " and resid 12 and name HG2%) 3.900 1.900 1.900 peak 1540 spectrum 1 weight 0.11000E+01 volume 0.26706E-02 ppm1 7.983 ppm2 0.863 CV 1 ASSI { 1544} (( segid " " and resid 18 and name HN )) (( segid " " and resid 17 and name HA1 )) 3.400 1.400 1.400 peak 1544 spectrum 1 weight 0.11000E+01 volume 0.11518E-02 ppm1 7.873 ppm2 4.188 CV 1 ASSI { 1547} (( segid " " and resid 53 and name HN )) (( segid " " and resid 52 and name HB1 )) 3.200 1.300 1.300 peak 1547 spectrum 1 weight 0.10000E+01 volume 0.11439E-02 ppm1 8.164 ppm2 3.986 CV 1 ASSI { 1549} (( segid " " and resid 100 and name HN )) (( segid " " and resid 99 and name HA )) 3.300 1.500 1.100 peak 1549 spectrum 1 weight 0.11000E+01 volume 0.24551E-02 ppm1 8.566 ppm2 4.273 CV 1 ASSI { 1554} (( segid " " and resid 43 and name HN )) (( segid " " and resid 42 and name HG1 )) 4.000 2.200 1.000 peak 1554 spectrum 1 weight 0.10000E+01 volume 0.49296E-03 ppm1 9.373 ppm2 2.078 CV 1 OR { 1554} (( segid " " and resid 43 and name HN )) (( segid " " and resid 42 and name HG2 )) ASSI { 1555} (( segid " " and resid 11 and name HN )) (( segid " " and resid 11 and name HB )) 3.500 1.600 1.600 peak 1555 spectrum 1 weight 0.10000E+01 volume 0.58668E-03 ppm1 8.851 ppm2 2.245 CV 1 ASSI { 1557} (( segid " " and resid 11 and name HN )) (( segid " " and resid 10 and name HB1 )) 4.200 2.200 1.800 peak 1557 spectrum 1 weight 0.10000E+01 volume 0.10985E-02 ppm1 8.842 ppm2 1.793 CV 1 ASSI { 1560} (( segid " " and resid 11 and name HN )) (( segid " " and resid 20 and name HD% )) 4.500 2.500 1.500 peak 1560 spectrum 1 weight 0.10000E+01 volume 0.65773E-03 ppm1 8.845 ppm2 7.353 CV 1 ASSI { 1561} (( segid " " and resid 11 and name HN )) (( segid " " and resid 20 and name HN )) 2.900 1.100 1.100 peak 1561 spectrum 1 weight 0.11000E+01 volume 0.12459E-02 ppm1 8.840 ppm2 9.301 CV 1 ASSI { 1562} (( segid " " and resid 125 and name HN )) ( segid " " and resid 125 and name HD% ) 4.800 2.900 1.200 peak 1562 spectrum 1 weight 0.11000E+01 volume 0.94685E-03 ppm1 8.530 ppm2 7.422 CV 1 ASSI { 1563} (( segid " " and resid 125 and name HN )) ( segid " " and resid 134 and name HE% ) 4.000 2.000 2.000 peak 1563 spectrum 1 weight 0.10000E+01 volume 0.10917E-02 ppm1 8.529 ppm2 7.120 CV 1 ASSI { 1565} (( segid " " and resid 125 and name HN )) (( segid " " and resid 124 and name HN )) 4.700 2.800 1.300 peak 1565 spectrum 1 weight 0.11000E+01 volume 0.42540E-03 ppm1 8.533 ppm2 6.546 CV 1 ASSI { 1566} (( segid " " and resid 125 and name HN )) (( segid " " and resid 125 and name HA )) 3.300 1.400 1.400 peak 1566 spectrum 1 weight 0.11000E+01 volume 0.74944E-03 ppm1 8.534 ppm2 5.660 CV 1 ASSI { 1568} (( segid " " and resid 125 and name HN )) (( segid " " and resid 124 and name HB2 )) 3.100 1.200 1.200 peak 1568 spectrum 1 weight 0.11000E+01 volume 0.55789E-02 ppm1 8.531 ppm2 3.680 CV 1 OR { 1568} (( segid " " and resid 125 and name HN )) (( segid " " and resid 124 and name HB1 )) ASSI { 1569} (( segid " " and resid 125 and name HN )) (( segid " " and resid 125 and name HB1 )) 3.000 1.100 1.100 peak 1569 spectrum 1 weight 0.11000E+01 volume 0.12897E-02 ppm1 8.531 ppm2 3.395 CV 1 ASSI { 1570} (( segid " " and resid 125 and name HN )) (( segid " " and resid 125 and name HB2 )) 3.000 1.100 1.100 peak 1570 spectrum 1 weight 0.11000E+01 volume 0.19249E-02 ppm1 8.531 ppm2 3.035 CV 1 ASSI { 1572} (( segid " " and resid 37 and name HN )) (( segid " " and resid 37 and name HA )) 3.200 1.300 1.300 peak 1572 spectrum 1 weight 0.10000E+01 volume 0.14822E-02 ppm1 8.276 ppm2 4.794 CV 1 ASSI { 1577} (( segid " " and resid 37 and name HN )) (( segid " " and resid 38 and name HA )) 3.800 1.800 2.000 peak 1577 spectrum 1 weight 0.11000E+01 volume 0.18155E-02 ppm1 8.273 ppm2 4.308 CV 1 ASSI { 1578} (( segid " " and resid 37 and name HN )) (( segid " " and resid 36 and name HB1 )) 3.900 1.900 1.900 peak 1578 spectrum 1 weight 0.10000E+01 volume 0.82597E-03 ppm1 8.279 ppm2 3.959 CV 1 OR { 1578} (( segid " " and resid 37 and name HN )) (( segid " " and resid 36 and name HB2 )) ASSI { 1579} (( segid " " and resid 37 and name HN )) (( segid " " and resid 37 and name HB1 )) 3.000 1.100 1.100 peak 1579 spectrum 1 weight 0.10000E+01 volume 0.21603E-02 ppm1 8.274 ppm2 3.541 CV 1 ASSI { 1588} (( segid " " and resid 8 and name HN )) (( segid " " and resid 7 and name HN )) 3.000 1.200 1.500 peak 1588 spectrum 1 weight 0.11000E+01 volume 0.48619E-02 ppm1 8.173 ppm2 8.394 CV 1 ASSI { 1589} (( segid " " and resid 8 and name HN )) (( segid " " and resid 9 and name HN )) 3.100 1.200 1.200 peak 1589 spectrum 1 weight 0.11000E+01 volume 0.14567E-02 ppm1 8.174 ppm2 9.632 CV 1 ASSI { 1590} (( segid " " and resid 8 and name HN )) (( segid " " and resid 7 and name HA )) 3.000 1.100 1.100 peak 1590 spectrum 1 weight 0.11000E+01 volume 0.28434E-02 ppm1 8.175 ppm2 4.809 CV 1 ASSI { 1591} (( segid " " and resid 5 and name HN )) (( segid " " and resid 4 and name HA )) 2.800 1.000 0.700 peak 1591 spectrum 1 weight 0.11000E+01 volume 0.68858E-02 ppm1 8.091 ppm2 4.795 CV 1 ASSI { 1593} (( segid " " and resid 45 and name HN )) (( segid " " and resid 44 and name HA )) 2.500 0.800 0.800 peak 1593 spectrum 1 weight 0.11000E+01 volume 0.19025E-02 ppm1 8.499 ppm2 5.203 CV 1 ASSI { 1594} (( segid " " and resid 101 and name HN )) (( segid " " and resid 101 and name HA )) 2.800 1.000 1.000 peak 1594 spectrum 1 weight 0.11000E+01 volume 0.31902E-02 ppm1 8.460 ppm2 4.682 CV 1 ASSI { 1595} (( segid " " and resid 45 and name HN )) (( segid " " and resid 26 and name HA )) 3.000 1.200 1.200 peak 1595 spectrum 1 weight 0.11000E+01 volume 0.14861E-02 ppm1 8.497 ppm2 4.307 CV 1 ASSI { 1598} (( segid " " and resid 8 and name HN )) (( segid " " and resid 7 and name HB1 )) 3.500 1.500 1.500 peak 1598 spectrum 1 weight 0.10000E+01 volume 0.21495E-02 ppm1 8.176 ppm2 2.935 CV 1 ASSI { 1599} (( segid " " and resid 8 and name HN )) (( segid " " and resid 7 and name HB2 )) 3.300 1.500 1.300 peak 1599 spectrum 1 weight 0.10000E+01 volume 0.24210E-02 ppm1 8.178 ppm2 2.736 CV 1 ASSI { 1600} (( segid " " and resid 8 and name HN )) (( segid " " and resid 8 and name HB2 )) 2.600 0.800 0.800 peak 1600 spectrum 1 weight 0.10000E+01 volume 0.77995E-02 ppm1 8.175 ppm2 2.635 CV 1 OR { 1600} (( segid " " and resid 8 and name HN )) (( segid " " and resid 8 and name HB1 )) ASSI { 1602} (( segid " " and resid 5 and name HN )) (( segid " " and resid 4 and name HB1 )) 3.000 1.100 1.100 peak 1602 spectrum 1 weight 0.10000E+01 volume 0.15657E-02 ppm1 8.091 ppm2 2.844 CV 1 ASSI { 1603} (( segid " " and resid 5 and name HN )) (( segid " " and resid 5 and name HB )) 2.700 2.700 3.300 peak 1603 spectrum 1 weight 0.11000E+01 volume 0.71776E-02 ppm1 8.091 ppm2 2.102 CV 1 ASSI { 1604} (( segid " " and resid 8 and name HN )) (( segid " " and resid 6 and name HG1 )) 4.600 2.600 1.400 peak 1604 spectrum 1 weight 0.10000E+01 volume 0.77934E-03 ppm1 8.174 ppm2 2.376 CV 1 ASSI { 1605} (( segid " " and resid 5 and name HN )) (( segid " " and resid 6 and name HG1 )) 4.800 2.900 1.200 peak 1605 spectrum 1 weight 0.10000E+01 volume 0.52190E-03 ppm1 8.096 ppm2 2.377 CV 1 ASSI { 1607} (( segid " " and resid 101 and name HN )) (( segid " " and resid 100 and name HB1 )) 3.600 1.600 1.600 peak 1607 spectrum 1 weight 0.10000E+01 volume 0.24706E-02 ppm1 8.458 ppm2 2.105 CV 1 ASSI { 1608} (( segid " " and resid 101 and name HN )) (( segid " " and resid 100 and name HB2 )) 3.400 1.400 1.400 peak 1608 spectrum 1 weight 0.10000E+01 volume 0.16952E-02 ppm1 8.457 ppm2 2.020 CV 1 ASSI { 1611} (( segid " " and resid 45 and name HN )) (( segid " " and resid 45 and name HB )) 2.600 0.800 0.800 peak 1611 spectrum 1 weight 0.10000E+01 volume 0.20009E-02 ppm1 8.487 ppm2 1.566 CV 1 ASSI { 1617} (( segid " " and resid 45 and name HN )) ( segid " " and resid 45 and name HG2%) 2.700 0.900 0.900 peak 1617 spectrum 1 weight 0.11000E+01 volume 0.27922E-02 ppm1 8.494 ppm2 0.649 CV 1 ASSI { 1627} (( segid " " and resid 13 and name HN )) (( segid " " and resid 13 and name HB2 )) 3.100 1.200 1.200 peak 1627 spectrum 1 weight 0.11000E+01 volume 0.13935E-02 ppm1 8.218 ppm2 2.320 CV 1 ASSI { 1628} (( segid " " and resid 13 and name HN )) (( segid " " and resid 12 and name HB )) 3.600 1.600 1.600 peak 1628 spectrum 1 weight 0.11000E+01 volume 0.20731E-02 ppm1 8.222 ppm2 3.712 CV 1 ASSI { 1629} (( segid " " and resid 13 and name HN )) (( segid " " and resid 13 and name HB1 )) 2.700 0.900 0.900 peak 1629 spectrum 1 weight 0.11000E+01 volume 0.13723E-02 ppm1 8.217 ppm2 3.199 CV 1 ASSI { 1632} (( segid " " and resid 13 and name HN )) (( segid " " and resid 12 and name HA )) 2.300 0.600 0.600 peak 1632 spectrum 1 weight 0.11000E+01 volume 0.45100E-02 ppm1 8.218 ppm2 5.500 CV 1 ASSI { 1633} (( segid " " and resid 83 and name HN )) (( segid " " and resid 83 and name HB )) 2.400 0.700 0.700 peak 1633 spectrum 1 weight 0.10000E+01 volume 0.57329E-02 ppm1 7.525 ppm2 1.997 CV 1 ASSI { 1636} (( segid " " and resid 83 and name HN )) (( segid " " and resid 82 and name HB2 )) 3.700 1.700 1.700 peak 1636 spectrum 1 weight 0.10000E+01 volume 0.11916E-02 ppm1 7.523 ppm2 2.386 CV 1 OR { 1636} (( segid " " and resid 83 and name HN )) (( segid " " and resid 82 and name HG1 )) OR { 1636} (( segid " " and resid 83 and name HN )) (( segid " " and resid 81 and name HB1 )) ASSI { 1638} (( segid " " and resid 83 and name HN )) (( segid " " and resid 83 and name HA )) 2.800 0.900 0.900 peak 1638 spectrum 1 weight 0.11000E+01 volume 0.28500E-02 ppm1 7.524 ppm2 4.436 CV 1 ASSI { 1639} (( segid " " and resid 83 and name HN )) (( segid " " and resid 80 and name HA )) 4.300 2.400 1.700 peak 1639 spectrum 1 weight 0.11000E+01 volume 0.63426E-03 ppm1 7.522 ppm2 4.333 CV 1 ASSI { 1641} (( segid " " and resid 83 and name HN )) (( segid " " and resid 82 and name HA )) 3.000 1.100 1.100 peak 1641 spectrum 1 weight 0.10000E+01 volume 0.24520E-02 ppm1 7.522 ppm2 3.580 CV 1 ASSI { 1644} (( segid " " and resid 148 and name HN )) (( segid " " and resid 148 and name HB1 )) 2.500 0.800 0.800 peak 1644 spectrum 1 weight 0.10000E+01 volume 0.64663E-02 ppm1 8.375 ppm2 1.706 CV 1 OR { 1644} (( segid " " and resid 148 and name HN )) (( segid " " and resid 148 and name HB2 )) ASSI { 1645} (( segid " " and resid 148 and name HN )) (( segid " " and resid 148 and name HG2 )) 3.000 1.100 1.100 peak 1645 spectrum 1 weight 0.11000E+01 volume 0.31066E-02 ppm1 8.377 ppm2 1.582 CV 1 OR { 1645} (( segid " " and resid 148 and name HN )) (( segid " " and resid 148 and name HG1 )) ASSI { 1648} (( segid " " and resid 144 and name HN )) (( segid " " and resid 143 and name HG1 )) 3.800 1.800 1.400 peak 1648 spectrum 1 weight 0.10000E+01 volume 0.24341E-02 ppm1 8.211 ppm2 1.704 CV 1 ASSI { 3044} (( segid " " and resid 144 and name HN )) (( segid " " and resid 143 and name HB1 )) 3.800 1.800 1.500 peak 1648 spectrum 1 weight 0.10000E+01 volume 0.24341E-02 ppm1 8.211 ppm2 1.704 CV 1 OR { 3044} (( segid " " and resid 144 and name HN )) (( segid " " and resid 143 and name HB2 )) ASSI { 1650} (( segid " " and resid 148 and name HN )) (( segid " " and resid 147 and name HB1 )) 3.800 1.800 1.800 peak 1650 spectrum 1 weight 0.10000E+01 volume 0.19718E-02 ppm1 8.374 ppm2 2.257 CV 1 ASSI { 1652} (( segid " " and resid 116 and name HN )) (( segid " " and resid 116 and name HB2 )) 2.700 0.900 0.900 peak 1652 spectrum 1 weight 0.10000E+01 volume 0.57265E-02 ppm1 8.572 ppm2 2.728 CV 1 ASSI { 1653} (( segid " " and resid 116 and name HN )) (( segid " " and resid 115 and name HA1 )) 2.500 0.700 0.600 peak 1653 spectrum 1 weight 0.11000E+01 volume 0.74769E-02 ppm1 8.573 ppm2 4.207 CV 1 ASSI { 1654} (( segid " " and resid 116 and name HN )) (( segid " " and resid 115 and name HA2 )) 2.800 1.000 1.000 peak 1654 spectrum 1 weight 0.11000E+01 volume 0.68832E-02 ppm1 8.572 ppm2 4.028 CV 1 ASSI { 1658} (( segid " " and resid 119 and name HN )) (( segid " " and resid 119 and name HA )) 2.400 0.700 0.700 peak 1658 spectrum 1 weight 0.11000E+01 volume 0.49904E-02 ppm1 8.248 ppm2 4.368 CV 1 ASSI { 1661} (( segid " " and resid 83 and name HN )) (( segid " " and resid 82 and name HN )) 2.600 0.800 0.800 peak 1661 spectrum 1 weight 0.11000E+01 volume 0.37466E-02 ppm1 7.522 ppm2 6.827 CV 1 ASSI { 1662} (( segid " " and resid 83 and name HN )) (( segid " " and resid 81 and name HN )) 4.300 2.300 1.700 peak 1662 spectrum 1 weight 0.11000E+01 volume 0.67477E-03 ppm1 7.527 ppm2 9.081 CV 1 ASSI { 1664} (( segid " " and resid 83 and name HN )) (( segid " " and resid 84 and name HN )) 4.100 2.100 1.900 peak 1664 spectrum 1 weight 0.10000E+01 volume 0.12518E-02 ppm1 7.522 ppm2 8.305 CV 1 ASSI { 1666} (( segid " " and resid 144 and name HN )) (( segid " " and resid 145 and name HN )) 3.800 1.800 1.800 peak 1666 spectrum 1 weight 0.11000E+01 volume 0.18959E-02 ppm1 8.214 ppm2 8.580 CV 1 ASSI { 1667} (( segid " " and resid 21 and name HN )) (( segid " " and resid 22 and name HN )) 3.900 1.900 1.900 peak 1667 spectrum 1 weight 0.11000E+01 volume 0.10736E-02 ppm1 8.570 ppm2 8.192 CV 1 ASSI { 1668} (( segid " " and resid 21 and name HN )) ( segid " " and resid 20 and name HD% ) 4.700 2.800 1.300 peak 1668 spectrum 1 weight 0.10000E+01 volume 0.11945E-02 ppm1 8.573 ppm2 7.446 CV 1 ASSI { 1672} (( segid " " and resid 21 and name HN )) (( segid " " and resid 21 and name HA )) 3.100 1.200 1.200 peak 1672 spectrum 1 weight 0.10000E+01 volume 0.12348E-02 ppm1 8.574 ppm2 5.040 CV 1 ASSI { 1673} (( segid " " and resid 21 and name HN )) (( segid " " and resid 21 and name HB2 )) 3.300 1.300 1.300 peak 1673 spectrum 1 weight 0.10000E+01 volume 0.19997E-02 ppm1 8.578 ppm2 2.180 CV 1 ASSI { 1674} (( segid " " and resid 144 and name HN )) (( segid " " and resid 144 and name HG2 )) 3.100 1.200 1.200 peak 1674 spectrum 1 weight 0.11000E+01 volume 0.36033E-02 ppm1 8.209 ppm2 2.233 CV 1 OR { 1674} (( segid " " and resid 144 and name HN )) (( segid " " and resid 144 and name HG1 )) ASSI { 1676} (( segid " " and resid 109 and name HN )) ( segid " " and resid 109 and name HG2%) 3.300 1.300 1.300 peak 1676 spectrum 1 weight 0.11000E+01 volume 0.17355E-02 ppm1 8.348 ppm2 0.870 CV 1 ASSI { 1678} (( segid " " and resid 144 and name HN )) (( segid " " and resid 144 and name HB1 )) 3.100 3.100 2.900 peak 1678 spectrum 1 weight 0.11000E+01 volume 0.38231E-02 ppm1 8.211 ppm2 2.003 CV 1 ASSI { 1680} (( segid " " and resid 144 and name HN )) (( segid " " and resid 143 and name HA )) 3.300 1.500 3.000 peak 1680 spectrum 1 weight 0.11000E+01 volume 0.60399E-02 ppm1 8.208 ppm2 3.641 CV 1 ASSI { 1681} (( segid " " and resid 144 and name HN )) (( segid " " and resid 142 and name HB1 )) 4.200 2.400 1.800 peak 1681 spectrum 1 weight 0.10000E+01 volume 0.51395E-03 ppm1 8.208 ppm2 3.366 CV 1 ASSI { 1682} (( segid " " and resid 144 and name HN )) (( segid " " and resid 144 and name HA )) 2.600 0.800 0.800 peak 1682 spectrum 1 weight 0.10000E+01 volume 0.49691E-02 ppm1 8.207 ppm2 4.267 CV 1 ASSI { 1684} (( segid " " and resid 21 and name HN )) (( segid " " and resid 20 and name HB1 )) 3.500 1.600 1.600 peak 1684 spectrum 1 weight 0.10000E+01 volume 0.16072E-02 ppm1 8.572 ppm2 2.993 CV 1 ASSI { 1685} (( segid " " and resid 21 and name HN )) (( segid " " and resid 21 and name HB1 )) 2.900 1.100 1.100 peak 1685 spectrum 1 weight 0.10000E+01 volume 0.33626E-02 ppm1 8.572 ppm2 2.914 CV 1 ASSI { 1686} (( segid " " and resid 21 and name HN )) (( segid " " and resid 20 and name HB2 )) 4.300 2.300 1.700 peak 1686 spectrum 1 weight 0.10000E+01 volume 0.14107E-02 ppm1 8.571 ppm2 2.648 CV 1 ASSI { 1687} (( segid " " and resid 66 and name HN )) (( segid " " and resid 65 and name HD2 )) 2.800 1.000 0.800 peak 1687 spectrum 1 weight 0.10000E+01 volume 0.15178E-02 ppm1 7.586 ppm2 3.730 CV 1 ASSI { 1690} (( segid " " and resid 4 and name HN )) (( segid " " and resid 27 and name HA )) 4.100 2.100 1.900 peak 1690 spectrum 1 weight 0.10000E+01 volume 0.56606E-03 ppm1 8.637 ppm2 4.877 CV 1 ASSI { 1691} (( segid " " and resid 4 and name HN )) (( segid " " and resid 4 and name HA )) 2.600 0.800 0.800 peak 1691 spectrum 1 weight 0.11000E+01 volume 0.37608E-02 ppm1 8.641 ppm2 4.789 CV 1 ASSI { 1695} (( segid " " and resid 4 and name HN )) (( segid " " and resid 3 and name HB1 )) 2.400 2.400 3.600 peak 1695 spectrum 1 weight 0.11000E+01 volume 0.17518E-02 ppm1 8.643 ppm2 3.874 CV 1 ASSI { 1696} (( segid " " and resid 4 and name HN )) (( segid " " and resid 4 and name HB1 )) 2.900 1.000 1.000 peak 1696 spectrum 1 weight 0.10000E+01 volume 0.24320E-02 ppm1 8.643 ppm2 2.844 CV 1 ASSI { 1697} (( segid " " and resid 4 and name HN )) ( segid " " and resid 5 and name HG2%) 4.400 2.400 1.600 peak 1697 spectrum 1 weight 0.10000E+01 volume 0.81030E-03 ppm1 8.644 ppm2 0.928 CV 1 OR { 1697} (( segid " " and resid 4 and name HN )) ( segid " " and resid 5 and name HG1%) ASSI { 1699} (( segid " " and resid 4 and name HN )) (( segid " " and resid 5 and name HN )) 3.700 1.700 1.700 peak 1699 spectrum 1 weight 0.11000E+01 volume 0.24150E-02 ppm1 8.644 ppm2 8.094 CV 1 ASSI { 1703} (( segid " " and resid 66 and name HN )) (( segid " " and resid 65 and name HG1 )) 3.300 1.100 1.100 peak 1703 spectrum 1 weight 0.10000E+01 volume 0.21391E-02 ppm1 7.583 ppm2 2.068 CV 1 ASSI { 2077} (( segid " " and resid 65 and name HG1 )) (( segid " " and resid 65 and name HA )) 4.100 2.100 1.900 peak 2077 spectrum 1 weight 0.10000E+01 volume 0.13046E-02 ppm1 2.070 ppm2 4.552 CV 1 ASSI { 2078} (( segid " " and resid 65 and name HG2 )) (( segid " " and resid 65 and name HA )) 4.700 2.700 1.300 peak 2078 spectrum 1 weight 0.10000E+01 volume 0.97709E-03 ppm1 1.877 ppm2 4.551 CV 1 ASSI { 2853} (( segid " " and resid 66 and name HN )) (( segid " " and resid 65 and name HB1 )) 3.800 1.800 1.500 peak 1703 spectrum 1 weight 0.10000E+01 volume 0.21391E-02 ppm1 7.583 ppm2 2.068 CV 1 ASSI { 1709} (( segid " " and resid 66 and name HN )) (( segid " " and resid 66 and name HG1 )) 3.500 1.500 1.500 peak 1709 spectrum 1 weight 0.10000E+01 volume 0.45188E-02 ppm1 7.581 ppm2 1.384 CV 1 OR { 1709} (( segid " " and resid 66 and name HN )) (( segid " " and resid 66 and name HG2 )) ASSI { 1711} (( segid " " and resid 57 and name HN )) ( segid " " and resid 57 and name HB% ) 2.300 0.600 0.600 peak 1711 spectrum 1 weight 0.11000E+01 volume 0.77572E-02 ppm1 7.566 ppm2 1.200 CV 1 ASSI { 1713} (( segid " " and resid 66 and name HN )) (( segid " " and resid 66 and name HA )) 2.500 0.800 0.800 peak 1713 spectrum 1 weight 0.11000E+01 volume 0.44659E-02 ppm1 7.588 ppm2 4.530 CV 1 ASSI { 1714} (( segid " " and resid 26 and name HN )) (( segid " " and resid 26 and name HA )) 2.400 0.700 0.700 peak 1714 spectrum 1 weight 0.11000E+01 volume 0.36757E-02 ppm1 7.579 ppm2 4.326 CV 1 ASSI { 1715} (( segid " " and resid 57 and name HN )) (( segid " " and resid 57 and name HA )) 2.400 0.700 0.700 peak 1715 spectrum 1 weight 0.11000E+01 volume 0.45462E-02 ppm1 7.570 ppm2 4.019 CV 1 ASSI { 1716} (( segid " " and resid 57 and name HN )) (( segid " " and resid 56 and name HA2 )) 3.600 1.600 1.600 peak 1716 spectrum 1 weight 0.11000E+01 volume 0.27713E-02 ppm1 7.567 ppm2 3.626 CV 1 ASSI { 1718} (( segid " " and resid 35 and name HN )) ( segid " " and resid 41 and name HD1%) 4.500 2.500 1.500 peak 1718 spectrum 1 weight 0.10000E+01 volume 0.95891E-03 ppm1 8.230 ppm2 0.616 CV 1 ASSI { 1719} (( segid " " and resid 35 and name HN )) (( segid " " and resid 34 and name HB )) 3.400 1.500 1.500 peak 1719 spectrum 1 weight 0.11000E+01 volume 0.28433E-02 ppm1 8.225 ppm2 4.091 CV 1 ASSI { 1722} (( segid " " and resid 35 and name HN )) (( segid " " and resid 35 and name HB2 )) 3.100 1.200 1.200 peak 1722 spectrum 1 weight 0.10000E+01 volume 0.59273E-03 ppm1 8.224 ppm2 3.041 CV 1 ASSI { 1726} (( segid " " and resid 35 and name HN )) (( segid " " and resid 34 and name HA )) 2.000 0.500 0.500 peak 1726 spectrum 1 weight 0.11000E+01 volume 0.50057E-02 ppm1 8.222 ppm2 5.486 CV 1 ASSI { 1727} (( segid " " and resid 35 and name HN )) (( segid " " and resid 35 and name HA )) 3.000 1.200 1.200 peak 1727 spectrum 1 weight 0.11000E+01 volume 0.87869E-03 ppm1 8.221 ppm2 4.911 CV 1 ASSI { 1729} (( segid " " and resid 33 and name HN )) (( segid " " and resid 33 and name HB )) 4.200 2.200 1.800 peak 1729 spectrum 1 weight 0.11000E+01 volume 0.62495E-03 ppm1 9.349 ppm2 2.194 CV 1 ASSI { 1731} (( segid " " and resid 75 and name HN )) (( segid " " and resid 75 and name HB2 )) 3.500 1.500 1.500 peak 1731 spectrum 1 weight 0.10000E+01 volume 0.90558E-03 ppm1 8.723 ppm2 2.100 CV 1 ASSI { 1734} (( segid " " and resid 89 and name HN )) (( segid " " and resid 89 and name HG1 )) 2.500 0.800 0.800 peak 1734 spectrum 1 weight 0.10000E+01 volume 0.14193E-02 ppm1 9.126 ppm2 2.298 CV 1 ASSI { 1735} (( segid " " and resid 89 and name HN )) (( segid " " and resid 89 and name HB1 )) 3.600 1.600 1.600 peak 1735 spectrum 1 weight 0.10000E+01 volume 0.15441E-02 ppm1 9.120 ppm2 2.216 CV 1 OR { 1735} (( segid " " and resid 89 and name HN )) (( segid " " and resid 89 and name HG2 )) ASSI { 1737} (( segid " " and resid 33 and name HN )) (( segid " " and resid 41 and name HB )) 3.300 1.400 1.400 peak 1737 spectrum 1 weight 0.11000E+01 volume 0.63948E-03 ppm1 9.341 ppm2 1.865 CV 1 ASSI { 1741} (( segid " " and resid 33 and name HN )) ( segid " " and resid 32 and name HG2%) 3.700 1.700 1.700 peak 1741 spectrum 1 weight 0.10000E+01 volume 0.32771E-02 ppm1 9.346 ppm2 1.165 CV 1 OR { 1741} (( segid " " and resid 33 and name HN )) ( segid " " and resid 41 and name HG1%) ASSI { 1742} (( segid " " and resid 33 and name HN )) ( segid " " and resid 33 and name HG2%) 3.100 1.200 1.200 peak 1742 spectrum 1 weight 0.10000E+01 volume 0.31738E-02 ppm1 9.346 ppm2 0.963 CV 1 ASSI { 1744} (( segid " " and resid 89 and name HN )) (( segid " " and resid 88 and name HA )) 2.200 0.400 0.500 peak 1744 spectrum 1 weight 0.11000E+01 volume 0.31516E-02 ppm1 9.124 ppm2 5.383 CV 1 ASSI { 1745} (( segid " " and resid 89 and name HN )) (( segid " " and resid 89 and name HA )) 3.100 1.200 1.200 peak 1745 spectrum 1 weight 0.11000E+01 volume 0.90258E-03 ppm1 9.124 ppm2 5.155 CV 1 ASSI { 1747} (( segid " " and resid 33 and name HN )) (( segid " " and resid 33 and name HA )) 3.600 1.600 1.600 peak 1747 spectrum 1 weight 0.11000E+01 volume 0.45758E-03 ppm1 9.347 ppm2 4.880 CV 1 ASSI { 1749} (( segid " " and resid 89 and name HN )) ( segid " " and resid 88 and name HD% ) 4.300 2.300 1.700 peak 1749 spectrum 1 weight 0.11000E+01 volume 0.11482E-02 ppm1 9.121 ppm2 7.122 CV 1 ASSI { 1754} (( segid " " and resid 75 and name HN )) (( segid " " and resid 75 and name HA )) 3.400 1.500 1.500 peak 1754 spectrum 1 weight 0.11000E+01 volume 0.54986E-03 ppm1 8.718 ppm2 4.819 CV 1 ASSI { 1757} (( segid " " and resid 75 and name HN )) (( segid " " and resid 75 and name HB1 )) 3.300 1.500 1.000 peak 1757 spectrum 1 weight 0.10000E+01 volume 0.79995E-03 ppm1 8.731 ppm2 4.036 CV 1 ASSI { 1758} (( segid " " and resid 75 and name HN )) (( segid " " and resid 74 and name HB2 )) 4.700 2.800 1.300 peak 1758 spectrum 1 weight 0.11000E+01 volume 0.66804E-03 ppm1 8.726 ppm2 3.789 CV 1 ASSI { 1759} (( segid " " and resid 75 and name HN )) (( segid " " and resid 75 and name HB1 )) 2.900 1.100 1.100 peak 1759 spectrum 1 weight 0.10000E+01 volume 0.15607E-02 ppm1 8.729 ppm2 1.664 CV 1 ASSI { 1761} (( segid " " and resid 114 and name HN )) (( segid " " and resid 113 and name HA )) 3.500 3.500 2.500 peak 1761 spectrum 1 weight 0.11000E+01 volume 0.15553E-02 ppm1 7.728 ppm2 4.723 CV 1 ASSI { 1764} (( segid " " and resid 114 and name HN )) (( segid " " and resid 115 and name HA1 )) 4.000 2.200 1.000 peak 1764 spectrum 1 weight 0.11000E+01 volume 0.90360E-03 ppm1 7.718 ppm2 4.224 CV 1 ASSI { 1766} (( segid " " and resid 114 and name HN )) (( segid " " and resid 115 and name HA2 )) 4.200 2.200 1.000 peak 1766 spectrum 1 weight 0.11000E+01 volume 0.45150E-03 ppm1 7.719 ppm2 4.005 CV 1 ASSI { 1767} (( segid " " and resid 114 and name HN )) (( segid " " and resid 113 and name HB1 )) 3.400 3.400 2.600 peak 1767 spectrum 1 weight 0.11000E+01 volume 0.14725E-02 ppm1 7.721 ppm2 2.931 CV 1 ASSI { 1768} (( segid " " and resid 114 and name HN )) (( segid " " and resid 113 and name HB2 )) 3.000 3.000 3.000 peak 1768 spectrum 1 weight 0.11000E+01 volume 0.10152E-02 ppm1 7.723 ppm2 2.609 CV 1 ASSI { 1769} (( segid " " and resid 114 and name HN )) (( segid " " and resid 111 and name HB1 )) 4.300 2.300 1.700 peak 1769 spectrum 1 weight 0.10000E+01 volume 0.61011E-03 ppm1 7.710 ppm2 1.827 CV 1 OR { 1769} (( segid " " and resid 114 and name HN )) (( segid " " and resid 111 and name HB2 )) ASSI { 1772} (( segid " " and resid 114 and name HN )) ( segid " " and resid 114 and name HB% ) 2.200 0.600 0.600 peak 1772 spectrum 1 weight 0.11000E+01 volume 0.10154E-01 ppm1 7.720 ppm2 1.567 CV 1 ASSI { 1774} (( segid " " and resid 145 and name HN )) (( segid " " and resid 144 and name HG2 )) 3.900 1.900 1.900 peak 1774 spectrum 1 weight 0.11000E+01 volume 0.39768E-02 ppm1 8.582 ppm2 2.241 CV 1 OR { 1774} (( segid " " and resid 145 and name HN )) (( segid " " and resid 144 and name HG1 )) ASSI { 1775} (( segid " " and resid 145 and name HN )) (( segid " " and resid 145 and name HB1 )) 3.000 1.100 1.100 peak 1775 spectrum 1 weight 0.11000E+01 volume 0.11224E-01 ppm1 8.582 ppm2 1.983 CV 1 OR { 1775} (( segid " " and resid 145 and name HN )) (( segid " " and resid 145 and name HB2 )) ASSI { 1781} (( segid " " and resid 145 and name HN )) ( segid " " and resid 146 and name HG1%) 4.700 2.700 1.300 peak 1781 spectrum 1 weight 0.10000E+01 volume 0.90566E-03 ppm1 8.578 ppm2 0.945 CV 1 OR { 1781} (( segid " " and resid 145 and name HN )) ( segid " " and resid 146 and name HG2%) ASSI { 1785} (( segid " " and resid 40 and name HN )) (( segid " " and resid 39 and name HB1 )) 2.400 0.700 0.700 peak 1785 spectrum 1 weight 0.10000E+01 volume 0.39463E-02 ppm1 8.164 ppm2 1.748 CV 1 OR { 1785} (( segid " " and resid 40 and name HN )) (( segid " " and resid 39 and name HB2 )) ASSI { 1786} (( segid " " and resid 40 and name HN )) (( segid " " and resid 40 and name HB2 )) 2.800 1.000 1.000 peak 1786 spectrum 1 weight 0.10000E+01 volume 0.20534E-02 ppm1 8.164 ppm2 1.647 CV 1 OR { 1786} (( segid " " and resid 40 and name HN )) (( segid " " and resid 40 and name HB1 )) ASSI { 1790} (( segid " " and resid 85 and name HN )) (( segid " " and resid 85 and name HA )) 3.000 1.100 1.100 peak 1790 spectrum 1 weight 0.11000E+01 volume 0.11538E-02 ppm1 9.061 ppm2 5.635 CV 1 ASSI { 1793} (( segid " " and resid 145 and name HN )) (( segid " " and resid 144 and name HA )) 2.800 1.000 0.800 peak 1793 spectrum 1 weight 0.11000E+01 volume 0.22828E-01 ppm1 8.582 ppm2 4.268 CV 1 ASSI { 1797} (( segid " " and resid 40 and name HN )) (( segid " " and resid 40 and name HA )) 2.800 1.000 1.000 peak 1797 spectrum 1 weight 0.11000E+01 volume 0.11759E-02 ppm1 8.164 ppm2 4.618 CV 1 ASSI { 1799} (( segid " " and resid 145 and name HN )) (( segid " " and resid 147 and name HD2 )) 4.400 2.400 1.600 peak 1799 spectrum 1 weight 0.11000E+01 volume 0.46356E-03 ppm1 8.582 ppm2 3.643 CV 1 ASSI { 1802} (( segid " " and resid 114 and name HN )) (( segid " " and resid 115 and name HN )) 3.300 1.500 1.100 peak 1802 spectrum 1 weight 0.11000E+01 volume 0.21663E-02 ppm1 7.720 ppm2 8.584 CV 1 ASSI { 1803} (( segid " " and resid 114 and name HN )) (( segid " " and resid 113 and name HN )) 2.400 0.700 0.700 peak 1803 spectrum 1 weight 0.11000E+01 volume 0.36478E-02 ppm1 7.718 ppm2 8.300 CV 1 ASSI { 1804} (( segid " " and resid 145 and name HN )) (( segid " " and resid 146 and name HN )) 3.300 1.400 1.400 peak 1804 spectrum 1 weight 0.11000E+01 volume 0.44016E-02 ppm1 8.581 ppm2 8.193 CV 1 ASSI { 1806} (( segid " " and resid 40 and name HN )) (( segid " " and resid 62 and name HN )) 3.800 1.800 1.700 peak 1806 spectrum 1 weight 0.10000E+01 volume 0.61399E-03 ppm1 8.162 ppm2 9.671 CV 1 OR { 1806} (( segid " " and resid 40 and name HN )) (( segid " " and resid 60 and name HN )) ASSI { 1809} (( segid " " and resid 146 and name HN )) (( segid " " and resid 145 and name HA )) 1.800 0.400 0.400 peak 1809 spectrum 1 weight 0.11000E+01 volume 0.20153E-01 ppm1 8.189 ppm2 4.276 CV 1 ASSI { 1810} (( segid " " and resid 146 and name HN )) (( segid " " and resid 146 and name HA )) 2.300 0.700 0.700 peak 1810 spectrum 1 weight 0.11000E+01 volume 0.67512E-02 ppm1 8.188 ppm2 4.380 CV 1 ASSI { 1814} (( segid " " and resid 54 and name HN )) (( segid " " and resid 53 and name HB1 )) 4.100 2.100 1.900 peak 1814 spectrum 1 weight 0.10000E+01 volume 0.11987E-02 ppm1 8.345 ppm2 3.097 CV 1 ASSI { 1815} (( segid " " and resid 54 and name HN )) (( segid " " and resid 53 and name HB2 )) 3.300 1.500 1.300 peak 1815 spectrum 1 weight 0.10000E+01 volume 0.21264E-02 ppm1 8.336 ppm2 2.756 CV 1 ASSI { 1816} (( segid " " and resid 146 and name HN )) ( segid " " and resid 146 and name HG1%) 2.600 0.800 0.800 peak 1816 spectrum 1 weight 0.11000E+01 volume 0.98949E-02 ppm1 8.190 ppm2 0.939 CV 1 OR { 1816} (( segid " " and resid 146 and name HN )) ( segid " " and resid 146 and name HG2%) ASSI { 1817} (( segid " " and resid 146 and name HN )) (( segid " " and resid 145 and name HG1 )) 4.000 2.000 2.000 peak 1817 spectrum 1 weight 0.10000E+01 volume 0.15035E-02 ppm1 8.191 ppm2 2.241 CV 1 OR { 1817} (( segid " " and resid 146 and name HN )) (( segid " " and resid 145 and name HG2 )) ASSI { 1818} (( segid " " and resid 146 and name HN )) (( segid " " and resid 146 and name HB )) 2.200 0.600 0.600 peak 1818 spectrum 1 weight 0.11000E+01 volume 0.78782E-02 ppm1 8.189 ppm2 2.054 CV 1 ASSI { 1819} (( segid " " and resid 94 and name HN )) (( segid " " and resid 97 and name HB2 )) 3.500 1.500 1.500 peak 1819 spectrum 1 weight 0.10000E+01 volume 0.11559E-02 ppm1 8.470 ppm2 2.569 CV 1 ASSI { 1826} (( segid " " and resid 54 and name HN )) (( segid " " and resid 53 and name HA )) 2.600 0.800 1.000 peak 1826 spectrum 1 weight 0.11000E+01 volume 0.55671E-02 ppm1 8.342 ppm2 4.387 CV 1 ASSI { 1829} (( segid " " and resid 112 and name HN )) (( segid " " and resid 111 and name HA )) 2.200 0.600 0.600 peak 1829 spectrum 1 weight 0.11000E+01 volume 0.52590E-02 ppm1 9.183 ppm2 4.574 CV 1 ASSI { 1831} (( segid " " and resid 112 and name HN )) (( segid " " and resid 112 and name HB1 )) 2.900 1.000 1.000 peak 1831 spectrum 1 weight 0.10000E+01 volume 0.21440E-02 ppm1 9.184 ppm2 3.989 CV 1 ASSI { 1832} (( segid " " and resid 112 and name HN )) (( segid " " and resid 112 and name HB2 )) 2.900 1.000 1.000 peak 1832 spectrum 1 weight 0.10000E+01 volume 0.25627E-02 ppm1 9.183 ppm2 3.894 CV 1 ASSI { 1833} (( segid " " and resid 106 and name HN )) (( segid " " and resid 105 and name HA )) 2.300 0.700 0.700 peak 1833 spectrum 1 weight 0.11000E+01 volume 0.28657E-02 ppm1 9.422 ppm2 5.080 CV 1 ASSI { 1834} (( segid " " and resid 106 and name HN )) ( segid " " and resid 106 and name HD% ) 3.200 1.300 1.300 peak 1834 spectrum 1 weight 0.11000E+01 volume 0.16023E-02 ppm1 9.419 ppm2 6.747 CV 1 ASSI { 1835} (( segid " " and resid 106 and name HN )) (( segid " " and resid 86 and name HN )) 3.100 1.200 1.200 peak 1835 spectrum 1 weight 0.11000E+01 volume 0.98287E-03 ppm1 9.423 ppm2 8.500 CV 1 ASSI { 1839} (( segid " " and resid 112 and name HN )) (( segid " " and resid 111 and name HB1 )) 4.500 2.600 1.500 peak 1839 spectrum 1 weight 0.10000E+01 volume 0.70072E-03 ppm1 9.181 ppm2 1.833 CV 1 OR { 1839} (( segid " " and resid 112 and name HN )) (( segid " " and resid 111 and name HB2 )) ASSI { 1840} (( segid " " and resid 112 and name HN )) (( segid " " and resid 111 and name HD1 )) 4.500 2.600 1.500 peak 1840 spectrum 1 weight 0.10000E+01 volume 0.14017E-02 ppm1 9.184 ppm2 1.712 CV 1 OR { 1840} (( segid " " and resid 112 and name HN )) (( segid " " and resid 111 and name HD2 )) ASSI { 1842} (( segid " " and resid 112 and name HN )) (( segid " " and resid 111 and name HG1 )) 3.600 1.600 1.600 peak 1842 spectrum 1 weight 0.10000E+01 volume 0.84100E-03 ppm1 9.185 ppm2 1.444 CV 1 OR { 1842} (( segid " " and resid 112 and name HN )) (( segid " " and resid 111 and name HG2 )) ASSI { 1846} (( segid " " and resid 84 and name HN )) (( segid " " and resid 108 and name HN )) 3.400 1.500 1.500 peak 1846 spectrum 1 weight 0.11000E+01 volume 0.89626E-03 ppm1 8.303 ppm2 9.666 CV 1 ASSI { 1847} (( segid " " and resid 6 and name HN )) ( segid " " and resid 5 and name HG1%) 3.300 1.400 1.400 peak 1847 spectrum 1 weight 0.11000E+01 volume 0.61719E-02 ppm1 8.485 ppm2 0.930 CV 1 OR { 1847} (( segid " " and resid 6 and name HN )) ( segid " " and resid 5 and name HG2%) ASSI { 1848} (( segid " " and resid 84 and name HN )) ( segid " " and resid 83 and name HG1%) 2.800 1.000 0.900 peak 1848 spectrum 1 weight 0.10000E+01 volume 0.60372E-02 ppm1 8.304 ppm2 0.864 CV 1 OR { 1848} (( segid " " and resid 84 and name HN )) ( segid " " and resid 83 and name HG2%) ASSI { 1850} (( segid " " and resid 110 and name HN )) ( segid " " and resid 109 and name HG2%) 3.000 1.200 1.000 peak 1850 spectrum 1 weight 0.10000E+01 volume 0.47166E-02 ppm1 9.153 ppm2 0.871 CV 1 ASSI { 1855} (( segid " " and resid 143 and name HN )) (( segid " " and resid 143 and name HG1 )) 2.800 1.000 1.000 peak 1855 spectrum 1 weight 0.10000E+01 volume 0.44796E-02 ppm1 8.977 ppm2 1.667 CV 1 OR { 1855} (( segid " " and resid 143 and name HN )) (( segid " " and resid 143 and name HB1 )) OR { 1855} (( segid " " and resid 143 and name HN )) (( segid " " and resid 143 and name HB2 )) ASSI { 1856} (( segid " " and resid 110 and name HN )) (( segid " " and resid 110 and name HB2 )) 2.700 0.900 0.900 peak 1856 spectrum 1 weight 0.11000E+01 volume 0.33580E-02 ppm1 9.152 ppm2 2.771 CV 1 ASSI { 1860} (( segid " " and resid 84 and name HN )) (( segid " " and resid 83 and name HB )) 3.800 1.800 1.800 peak 1860 spectrum 1 weight 0.10000E+01 volume 0.14918E-02 ppm1 8.304 ppm2 1.992 CV 1 ASSI { 1861} (( segid " " and resid 84 and name HN )) (( segid " " and resid 84 and name HB1 )) 3.100 1.200 1.200 peak 1861 spectrum 1 weight 0.10000E+01 volume 0.11014E-02 ppm1 8.300 ppm2 1.741 CV 1 ASSI { 1862} (( segid " " and resid 84 and name HN )) (( segid " " and resid 84 and name HB2 )) 2.500 0.800 0.800 peak 1862 spectrum 1 weight 0.10000E+01 volume 0.24867E-02 ppm1 8.301 ppm2 1.339 CV 1 OR { 1862} (( segid " " and resid 84 and name HN )) (( segid " " and resid 84 and name HG )) ASSI { 1864} (( segid " " and resid 6 and name HN )) (( segid " " and resid 5 and name HA )) 1.800 0.400 0.400 peak 1864 spectrum 1 weight 0.11000E+01 volume 0.17260E-01 ppm1 8.485 ppm2 4.168 CV 1 ASSI { 1865} (( segid " " and resid 6 and name HN )) (( segid " " and resid 6 and name HA )) 2.400 0.700 0.700 peak 1865 spectrum 1 weight 0.11000E+01 volume 0.56047E-02 ppm1 8.486 ppm2 4.340 CV 1 ASSI { 1870} (( segid " " and resid 110 and name HN )) (( segid " " and resid 110 and name HA )) 2.700 0.900 0.900 peak 1870 spectrum 1 weight 0.11000E+01 volume 0.25698E-02 ppm1 9.156 ppm2 4.440 CV 1 ASSI { 1871} (( segid " " and resid 110 and name HN )) (( segid " " and resid 109 and name HA )) 2.300 0.600 0.600 peak 1871 spectrum 1 weight 0.11000E+01 volume 0.60079E-02 ppm1 9.154 ppm2 4.360 CV 1 ASSI { 1872} (( segid " " and resid 143 and name HN )) (( segid " " and resid 142 and name HA )) 2.800 1.000 0.800 peak 1872 spectrum 1 weight 0.11000E+01 volume 0.29149E-02 ppm1 8.977 ppm2 4.871 CV 1 ASSI { 1874} (( segid " " and resid 143 and name HN )) (( segid " " and resid 142 and name HB1 )) 3.600 1.600 1.600 peak 1874 spectrum 1 weight 0.11000E+01 volume 0.19933E-02 ppm1 8.978 ppm2 3.362 CV 1 ASSI { 1875} (( segid " " and resid 110 and name HN )) (( segid " " and resid 110 and name HB1 )) 3.200 1.300 1.300 peak 1875 spectrum 1 weight 0.11000E+01 volume 0.27052E-02 ppm1 9.153 ppm2 3.170 CV 1 ASSI { 1876} (( segid " " and resid 143 and name HN )) (( segid " " and resid 142 and name HB2 )) 3.000 1.200 1.100 peak 1876 spectrum 1 weight 0.11000E+01 volume 0.23355E-02 ppm1 8.977 ppm2 3.139 CV 1 ASSI { 1879} (( segid " " and resid 143 and name HN )) (( segid " " and resid 144 and name HN )) 3.300 1.500 1.000 peak 1879 spectrum 1 weight 0.11000E+01 volume 0.20574E-02 ppm1 8.980 ppm2 8.209 CV 1 ASSI { 1880} (( segid " " and resid 143 and name HN )) (( segid " " and resid 142 and name HN )) 4.100 2.100 1.900 peak 1880 spectrum 1 weight 0.11000E+01 volume 0.11449E-02 ppm1 8.978 ppm2 7.531 CV 1 ASSI { 1882} (( segid " " and resid 49 and name HN )) (( segid " " and resid 48 and name HA )) 2.100 0.500 0.500 peak 1882 spectrum 1 weight 0.10000E+01 volume 0.43632E-02 ppm1 8.690 ppm2 3.787 CV 1 ASSI { 1883} (( segid " " and resid 49 and name HN )) (( segid " " and resid 48 and name HG1 )) 4.400 2.500 1.600 peak 1883 spectrum 1 weight 0.10000E+01 volume 0.13634E-02 ppm1 8.687 ppm2 2.138 CV 1 OR { 1883} (( segid " " and resid 49 and name HN )) (( segid " " and resid 48 and name HG2 )) ASSI { 1884} (( segid " " and resid 49 and name HN )) (( segid " " and resid 48 and name HB1 )) 3.500 1.500 1.500 peak 1884 spectrum 1 weight 0.10000E+01 volume 0.17841E-02 ppm1 8.690 ppm2 1.945 CV 1 ASSI { 1885} (( segid " " and resid 49 and name HN )) (( segid " " and resid 48 and name HB2 )) 3.600 1.600 1.600 peak 1885 spectrum 1 weight 0.10000E+01 volume 0.13461E-02 ppm1 8.684 ppm2 1.789 CV 1 ASSI { 1887} (( segid " " and resid 49 and name HN )) ( segid " " and resid 58 and name HB% ) 3.700 1.700 1.700 peak 1887 spectrum 1 weight 0.10000E+01 volume 0.13766E-02 ppm1 8.690 ppm2 0.270 CV 1 ASSI { 1889} (( segid " " and resid 98 and name HN )) ( segid " " and resid 98 and name HD1%) 3.000 1.200 1.000 peak 1889 spectrum 1 weight 0.10000E+01 volume 0.23767E-02 ppm1 8.447 ppm2 0.876 CV 1 ASSI { 1890} (( segid " " and resid 98 and name HN )) (( segid " " and resid 97 and name HA )) 2.800 1.000 3.200 peak 1890 spectrum 1 weight 0.11000E+01 volume 0.84898E-02 ppm1 8.449 ppm2 4.490 CV 1 ASSI { 1891} (( segid " " and resid 98 and name HN )) (( segid " " and resid 98 and name HA )) 2.700 0.900 0.900 peak 1891 spectrum 1 weight 0.10000E+01 volume 0.36734E-02 ppm1 8.449 ppm2 4.367 CV 1 ASSI { 1892} (( segid " " and resid 98 and name HN )) (( segid " " and resid 97 and name HB1 )) 3.500 1.600 1.600 peak 1892 spectrum 1 weight 0.10000E+01 volume 0.14873E-02 ppm1 8.445 ppm2 2.709 CV 1 ASSI { 1894} (( segid " " and resid 98 and name HN )) (( segid " " and resid 98 and name HB1 )) 2.800 1.000 1.000 peak 1894 spectrum 1 weight 0.10000E+01 volume 0.71273E-02 ppm1 8.449 ppm2 1.759 CV 1 ASSI { 1895} (( segid " " and resid 98 and name HN )) (( segid " " and resid 98 and name HB2 )) 2.700 0.900 0.900 peak 1895 spectrum 1 weight 0.10000E+01 volume 0.58489E-02 ppm1 8.455 ppm2 1.697 CV 1 ASSI { 1897} (( segid " " and resid 98 and name HN )) (( segid " " and resid 97 and name HN )) 3.300 1.500 1.000 peak 1897 spectrum 1 weight 0.11000E+01 volume 0.15489E-02 ppm1 8.447 ppm2 7.072 CV 1 ASSI { 1902} (( segid " " and resid 27 and name HN )) (( segid " " and resid 27 and name HA )) 3.500 1.500 1.500 peak 1902 spectrum 1 weight 0.10000E+01 volume 0.54305E-03 ppm1 8.226 ppm2 4.888 CV 1 ASSI { 1903} (( segid " " and resid 27 and name HN )) (( segid " " and resid 26 and name HA )) 2.400 0.600 0.600 peak 1903 spectrum 1 weight 0.10000E+01 volume 0.50623E-02 ppm1 8.228 ppm2 4.309 CV 1 ASSI { 1904} (( segid " " and resid 79 and name HN )) (( segid " " and resid 78 and name HA )) 2.500 0.800 0.800 peak 1904 spectrum 1 weight 0.11000E+01 volume 0.26912E-02 ppm1 8.877 ppm2 4.769 CV 1 ASSI { 1908} (( segid " " and resid 79 and name HN )) (( segid " " and resid 79 and name HB1 )) 2.700 0.900 0.900 peak 1908 spectrum 1 weight 0.11000E+01 volume 0.26101E-02 ppm1 8.879 ppm2 3.057 CV 1 ASSI { 1909} (( segid " " and resid 79 and name HN )) (( segid " " and resid 79 and name HB2 )) 3.500 1.600 1.600 peak 1909 spectrum 1 weight 0.11000E+01 volume 0.20661E-02 ppm1 8.878 ppm2 2.573 CV 1 ASSI { 1910} (( segid " " and resid 79 and name HN )) (( segid " " and resid 80 and name HN )) 4.600 2.600 1.400 peak 1910 spectrum 1 weight 0.11000E+01 volume 0.71836E-03 ppm1 8.886 ppm2 8.417 CV 1 ASSI { 1911} (( segid " " and resid 79 and name HN )) ( segid " " and resid 79 and name HD% ) 2.900 1.000 1.000 peak 1911 spectrum 1 weight 0.11000E+01 volume 0.14818E-02 ppm1 8.878 ppm2 6.810 CV 1 ASSI { 1912} (( segid " " and resid 79 and name HN )) (( segid " " and resid 79 and name HA )) 3.300 1.400 1.400 peak 1912 spectrum 1 weight 0.11000E+01 volume 0.77850E-03 ppm1 8.876 ppm2 4.899 CV 1 ASSI { 1913} (( segid " " and resid 79 and name HN )) ( segid " " and resid 11 and name HG1%) 3.800 1.800 1.600 peak 1913 spectrum 1 weight 0.10000E+01 volume 0.11239E-02 ppm1 8.877 ppm2 0.696 CV 1 ASSI { 1915} (( segid " " and resid 79 and name HN )) ( segid " " and resid 78 and name HG2%) 3.300 1.500 1.200 peak 1915 spectrum 1 weight 0.10000E+01 volume 0.43122E-02 ppm1 8.880 ppm2 1.176 CV 1 ASSI { 1916} (( segid " " and resid 27 and name HN )) (( segid " " and resid 26 and name HG1 )) 4.200 2.200 1.800 peak 1916 spectrum 1 weight 0.10000E+01 volume 0.94769E-03 ppm1 8.230 ppm2 1.975 CV 1 ASSI { 1922} (( segid " " and resid 50 and name HN )) (( segid " " and resid 50 and name HB2 )) 2.500 0.800 0.800 peak 1922 spectrum 1 weight 0.10000E+01 volume 0.47816E-02 ppm1 8.464 ppm2 1.687 CV 1 OR { 1922} (( segid " " and resid 50 and name HN )) (( segid " " and resid 50 and name HD1 )) OR { 1922} (( segid " " and resid 50 and name HN )) (( segid " " and resid 50 and name HD2 )) ASSI { 1923} (( segid " " and resid 50 and name HN )) (( segid " " and resid 50 and name HG2 )) 3.600 1.600 1.600 peak 1923 spectrum 1 weight 0.10000E+01 volume 0.11251E-02 ppm1 8.466 ppm2 1.437 CV 1 OR { 1923} (( segid " " and resid 50 and name HN )) (( segid " " and resid 50 and name HG1 )) ASSI { 1925} (( segid " " and resid 50 and name HN )) ( segid " " and resid 49 and name HB% ) 3.800 1.800 1.200 peak 1925 spectrum 1 weight 0.10000E+01 volume 0.37237E-02 ppm1 8.460 ppm2 1.033 CV 1 ASSI { 1926} (( segid " " and resid 50 and name HN )) (( segid " " and resid 50 and name HA )) 2.800 1.000 1.000 peak 1926 spectrum 1 weight 0.10000E+01 volume 0.27239E-02 ppm1 8.461 ppm2 4.482 CV 1 ASSI { 1929} (( segid " " and resid 81 and name HN )) (( segid " " and resid 81 and name HA )) 2.000 0.500 0.500 peak 1929 spectrum 1 weight 0.10000E+01 volume 0.11877E-01 ppm1 9.084 ppm2 4.226 CV 1 ASSI { 1931} (( segid " " and resid 81 and name HN )) (( segid " " and resid 81 and name HB1 )) 3.700 1.700 1.700 peak 1931 spectrum 1 weight 0.10000E+01 volume 0.28334E-02 ppm1 9.084 ppm2 2.833 CV 1 ASSI { 1933} (( segid " " and resid 81 and name HN )) (( segid " " and resid 80 and name HG2 )) 3.500 1.600 1.600 peak 1933 spectrum 1 weight 0.10000E+01 volume 0.18168E-02 ppm1 9.086 ppm2 2.091 CV 1 OR { 1933} (( segid " " and resid 81 and name HN )) (( segid " " and resid 80 and name HG1 )) ASSI { 1934} (( segid " " and resid 81 and name HN )) (( segid " " and resid 80 and name HB1 )) 3.800 1.800 1.700 peak 1934 spectrum 1 weight 0.10000E+01 volume 0.20441E-02 ppm1 9.081 ppm2 1.823 CV 1 ASSI { 1935} (( segid " " and resid 81 and name HN )) (( segid " " and resid 80 and name HB2 )) 3.800 1.900 1.900 peak 1935 spectrum 1 weight 0.10000E+01 volume 0.18112E-02 ppm1 9.082 ppm2 1.731 CV 1 ASSI { 1937} (( segid " " and resid 72 and name HN )) (( segid " " and resid 72 and name HB2 )) 2.800 1.000 1.000 peak 1937 spectrum 1 weight 0.11000E+01 volume 0.24769E-02 ppm1 8.833 ppm2 1.968 CV 1 OR { 1937} (( segid " " and resid 72 and name HN )) (( segid " " and resid 72 and name HB1 )) ASSI { 1939} (( segid " " and resid 72 and name HN )) (( segid " " and resid 72 and name HG2 )) 2.300 0.700 0.700 peak 1939 spectrum 1 weight 0.10000E+01 volume 0.10694E-02 ppm1 8.833 ppm2 1.667 CV 1 ASSI { 1940} (( segid " " and resid 72 and name HN )) (( segid " " and resid 90 and name HB1 )) 3.300 1.500 1.200 peak 1940 spectrum 1 weight 0.10000E+01 volume 0.19490E-02 ppm1 8.829 ppm2 3.086 CV 1 ASSI { 1942} (( segid " " and resid 50 and name HN )) (( segid " " and resid 49 and name HA )) 2.300 0.500 0.600 peak 1942 spectrum 1 weight 0.10000E+01 volume 0.46074E-02 ppm1 8.466 ppm2 4.252 CV 1 ASSI { 1943} (( segid " " and resid 22 and name HN )) (( segid " " and resid 10 and name HA )) 3.800 1.800 1.000 peak 1943 spectrum 1 weight 0.11000E+01 volume 0.96614E-03 ppm1 8.190 ppm2 5.357 CV 1 ASSI { 1944} (( segid " " and resid 22 and name HN )) (( segid " " and resid 21 and name HA )) 2.500 0.800 0.800 peak 1944 spectrum 1 weight 0.10000E+01 volume 0.21886E-02 ppm1 8.194 ppm2 5.037 CV 1 ASSI { 1946} (( segid " " and resid 22 and name HN )) (( segid " " and resid 21 and name HB1 )) 4.900 3.000 1.100 peak 1946 spectrum 1 weight 0.11000E+01 volume 0.62342E-03 ppm1 8.190 ppm2 2.923 CV 1 ASSI { 1948} (( segid " " and resid 22 and name HN )) (( segid " " and resid 22 and name HG )) 3.200 1.300 1.300 peak 1948 spectrum 1 weight 0.10000E+01 volume 0.11355E-02 ppm1 8.194 ppm2 0.928 CV 1 ASSI { 1950} (( segid " " and resid 108 and name HN )) (( segid " " and resid 108 and name HB1 )) 3.800 3.800 2.200 peak 1950 spectrum 1 weight 0.11000E+01 volume 0.88033E-03 ppm1 9.668 ppm2 2.981 CV 1 ASSI { 1951} (( segid " " and resid 9 and name HN )) (( segid " " and resid 8 and name HB2 )) 3.500 1.500 1.200 peak 1951 spectrum 1 weight 0.11000E+01 volume 0.14372E-02 ppm1 9.624 ppm2 2.642 CV 1 OR { 1951} (( segid " " and resid 9 and name HN )) (( segid " " and resid 8 and name HB1 )) ASSI { 1958} (( segid " " and resid 81 and name HN )) (( segid " " and resid 82 and name HN )) 2.800 1.000 0.800 peak 1958 spectrum 1 weight 0.11000E+01 volume 0.32643E-02 ppm1 9.086 ppm2 6.825 CV 1 ASSI { 1960} (( segid " " and resid 108 and name HN )) ( segid " " and resid 108 and name HD% ) 3.100 1.200 1.200 peak 1960 spectrum 1 weight 0.11000E+01 volume 0.17772E-02 ppm1 9.669 ppm2 6.733 CV 1 ASSI { 1961} (( segid " " and resid 108 and name HN )) (( segid " " and resid 85 and name HA )) 3.800 3.800 2.200 peak 1961 spectrum 1 weight 0.11000E+01 volume 0.43484E-03 ppm1 9.685 ppm2 5.619 CV 1 ASSI { 1968} (( segid " " and resid 50 and name HN )) (( segid " " and resid 51 and name HN )) 4.000 2.200 1.500 peak 1968 spectrum 1 weight 0.10000E+01 volume 0.11814E-02 ppm1 8.463 ppm2 8.219 CV 1 ASSI { 1974} (( segid " " and resid 72 and name HN )) (( segid " " and resid 72 and name HG1 )) 3.700 1.700 1.700 peak 1974 spectrum 1 weight 0.10000E+01 volume 0.69862E-03 ppm1 8.833 ppm2 1.401 CV 1 ASSI { 1979} (( segid " " and resid 50 and name HN )) (( segid " " and resid 50 and name HB1 )) 2.800 1.000 1.000 peak 1979 spectrum 1 weight 0.10000E+01 volume 0.34349E-02 ppm1 8.461 ppm2 1.771 CV 1 ASSI { 1986} (( segid " " and resid 87 and name HN )) (( segid " " and resid 87 and name HB )) 3.100 1.200 1.200 peak 1986 spectrum 1 weight 0.11000E+01 volume 0.26702E-02 ppm1 8.768 ppm2 1.824 CV 1 ASSI { 2000} (( segid " " and resid 86 and name HN )) ( segid " " and resid 108 and name HE% ) 4.200 2.200 1.800 peak 2000 spectrum 1 weight 0.10000E+01 volume 0.56192E-03 ppm1 8.505 ppm2 6.468 CV 1 ASSI { 2004} (( segid " " and resid 122 and name HN )) ( segid " " and resid 121 and name HG2%) 2.900 1.000 1.000 peak 2004 spectrum 1 weight 0.10000E+01 volume 0.72369E-02 ppm1 8.796 ppm2 0.898 CV 1 OR { 2004} (( segid " " and resid 122 and name HN )) ( segid " " and resid 121 and name HG1%) ASSI { 2007} (( segid " " and resid 122 and name HN )) (( segid " " and resid 122 and name HB1 )) 2.800 0.900 0.900 peak 2007 spectrum 1 weight 0.11000E+01 volume 0.20473E-02 ppm1 8.792 ppm2 2.959 CV 1 ASSI { 2008} (( segid " " and resid 122 and name HN )) (( segid " " and resid 122 and name HB2 )) 3.700 1.800 1.800 peak 2008 spectrum 1 weight 0.11000E+01 volume 0.16694E-02 ppm1 8.795 ppm2 2.678 CV 1 ASSI { 2009} (( segid " " and resid 122 and name HN )) (( segid " " and resid 121 and name HB )) 4.100 2.100 1.900 peak 2009 spectrum 1 weight 0.10000E+01 volume 0.12323E-02 ppm1 8.789 ppm2 1.991 CV 1 ASSI { 2010} (( segid " " and resid 28 and name HN )) (( segid " " and resid 27 and name HA )) 3.100 1.200 1.200 peak 2010 spectrum 1 weight 0.11000E+01 volume 0.18983E-02 ppm1 9.199 ppm2 4.888 CV 1 ASSI { 2012} (( segid " " and resid 28 and name HN )) (( segid " " and resid 28 and name HG2 )) 3.300 1.400 1.400 peak 2012 spectrum 1 weight 0.10000E+01 volume 0.16584E-02 ppm1 9.192 ppm2 2.305 CV 1 OR { 2012} (( segid " " and resid 28 and name HN )) (( segid " " and resid 28 and name HG1 )) ASSI { 2013} (( segid " " and resid 28 and name HN )) (( segid " " and resid 27 and name HB1 )) 3.700 1.700 1.700 peak 2013 spectrum 1 weight 0.10000E+01 volume 0.11186E-02 ppm1 9.199 ppm2 1.887 CV 1 ASSI { 2014} (( segid " " and resid 28 and name HN )) (( segid " " and resid 27 and name HG1 )) 3.900 1.900 1.900 peak 2014 spectrum 1 weight 0.10000E+01 volume 0.54883E-03 ppm1 9.184 ppm2 1.613 CV 1 ASSI { 2015} (( segid " " and resid 28 and name HN )) (( segid " " and resid 27 and name HB2 )) 2.400 0.700 0.700 peak 2015 spectrum 1 weight 0.10000E+01 volume 0.75766E-03 ppm1 9.198 ppm2 1.369 CV 1 ASSI { 2017} (( segid " " and resid 105 and name HN )) (( segid " " and resid 105 and name HB1 )) 3.800 1.800 1.800 peak 2017 spectrum 1 weight 0.11000E+01 volume 0.90950E-03 ppm1 9.344 ppm2 3.058 CV 1 ASSI { 2018} (( segid " " and resid 122 and name HN )) ( segid " " and resid 122 and name HD% ) 2.800 1.000 1.000 peak 2018 spectrum 1 weight 0.11000E+01 volume 0.10895E-02 ppm1 8.797 ppm2 6.629 CV 1 ASSI { 2019} (( segid " " and resid 28 and name HN )) (( segid " " and resid 27 and name HN )) 4.000 2.200 1.800 peak 2019 spectrum 1 weight 0.11000E+01 volume 0.16897E-02 ppm1 9.196 ppm2 8.220 CV 1 ASSI { 2022} (( segid " " and resid 20 and name HN )) (( segid " " and resid 13 and name HN )) 4.400 2.400 1.600 peak 2022 spectrum 1 weight 0.11000E+01 volume 0.49916E-03 ppm1 9.297 ppm2 8.215 CV 1 ASSI { 2023} (( segid " " and resid 20 and name HN )) (( segid " " and resid 19 and name HN )) 5.000 3.100 1.000 peak 2023 spectrum 1 weight 0.11000E+01 volume 0.45580E-03 ppm1 9.302 ppm2 7.820 CV 1 ASSI { 2024} (( segid " " and resid 20 and name HN )) ( segid " " and resid 20 and name HD% ) 2.700 0.900 0.900 peak 2024 spectrum 1 weight 0.11000E+01 volume 0.20485E-02 ppm1 9.302 ppm2 7.445 CV 1 ASSI { 2025} (( segid " " and resid 20 and name HN )) (( segid " " and resid 12 and name HA )) 2.900 1.000 1.000 peak 2025 spectrum 1 weight 0.11000E+01 volume 0.13261E-02 ppm1 9.309 ppm2 5.506 CV 1 ASSI { 2027} (( segid " " and resid 20 and name HN )) (( segid " " and resid 19 and name HA )) 2.100 0.600 0.600 peak 2027 spectrum 1 weight 0.11000E+01 volume 0.36929E-02 ppm1 9.300 ppm2 4.258 CV 1 ASSI { 2030} (( segid " " and resid 62 and name HN )) (( segid " " and resid 62 and name HB )) 3.000 1.100 1.100 peak 2030 spectrum 1 weight 0.11000E+01 volume 0.94579E-03 ppm1 9.653 ppm2 4.040 CV 1 ASSI { 2036} (( segid " " and resid 20 and name HN )) (( segid " " and resid 20 and name HB1 )) 3.600 1.700 1.700 peak 2036 spectrum 1 weight 0.10000E+01 volume 0.13582E-02 ppm1 9.304 ppm2 3.005 CV 1 ASSI { 2037} (( segid " " and resid 20 and name HN )) (( segid " " and resid 20 and name HB2 )) 2.500 0.800 0.800 peak 2037 spectrum 1 weight 0.11000E+01 volume 0.11201E-02 ppm1 9.298 ppm2 2.649 CV 1 ASSI { 2039} (( segid " " and resid 20 and name HN )) (( segid " " and resid 19 and name HG )) 4.200 2.200 1.800 peak 2039 spectrum 1 weight 0.10000E+01 volume 0.71346E-03 ppm1 9.303 ppm2 1.482 CV 1 OR { 2039} (( segid " " and resid 20 and name HN )) (( segid " " and resid 19 and name HB1 )) ASSI { 2054} (( segid " " and resid 69 and name HN )) (( segid " " and resid 69 and name HB1 )) 3.800 1.800 1.800 peak 2054 spectrum 1 weight 0.11000E+01 volume 0.13922E-02 ppm1 8.470 ppm2 3.095 CV 1 ASSI { 2055} (( segid " " and resid 69 and name HN )) (( segid " " and resid 69 and name HB2 )) 3.000 1.100 1.100 peak 2055 spectrum 1 weight 0.11000E+01 volume 0.11587E-02 ppm1 8.466 ppm2 2.591 CV 1 ASSI { 2058} (( segid " " and resid 42 and name HN )) (( segid " " and resid 60 and name HN )) 3.600 1.600 1.600 peak 2058 spectrum 1 weight 0.11000E+01 volume 0.48733E-03 ppm1 8.889 ppm2 9.764 CV 1 ASSI { 2059} (( segid " " and resid 42 and name HN )) ( segid " " and resid 59 and name HG1%) 4.400 2.400 1.600 peak 2059 spectrum 1 weight 0.10000E+01 volume 0.65990E-03 ppm1 8.878 ppm2 0.952 CV 1 ASSI { 2061} (( segid " " and resid 42 and name HN )) (( segid " " and resid 35 and name HB1 )) 5.400 3.600 0.600 peak 2061 spectrum 1 weight 0.10000E+01 volume 0.61981E-03 ppm1 8.877 ppm2 2.175 CV 1 ASSI { 2062} (( segid " " and resid 42 and name HN )) (( segid " " and resid 42 and name HG2 )) 4.000 2.000 2.000 peak 2062 spectrum 1 weight 0.10000E+01 volume 0.71441E-03 ppm1 8.883 ppm2 2.082 CV 1 OR { 2062} (( segid " " and resid 42 and name HN )) (( segid " " and resid 42 and name HG1 )) ASSI { 2064} (( segid " " and resid 42 and name HN )) (( segid " " and resid 42 and name HA )) 3.300 1.400 1.400 peak 2064 spectrum 1 weight 0.11000E+01 volume 0.66960E-03 ppm1 8.888 ppm2 5.458 CV 1 ASSI { 2066} (( segid " " and resid 63 and name HN )) ( segid " " and resid 67 and name HG2%) 4.800 2.800 1.200 peak 2066 spectrum 1 weight 0.10000E+01 volume 0.10124E-02 ppm1 8.543 ppm2 1.082 CV 1 ASSI { 2068} (( segid " " and resid 63 and name HN )) (( segid " " and resid 62 and name HA )) 3.000 1.200 0.700 peak 2068 spectrum 1 weight 0.11000E+01 volume 0.25747E-02 ppm1 8.543 ppm2 4.929 CV 1 ASSI { 2071} (( segid " " and resid 63 and name HN )) (( segid " " and resid 62 and name HB )) 4.500 2.500 1.500 peak 2071 spectrum 1 weight 0.11000E+01 volume 0.70809E-03 ppm1 8.545 ppm2 4.046 CV 1 ASSI { 2072} (( segid " " and resid 63 and name HN )) (( segid " " and resid 63 and name HB1 )) 3.300 1.300 1.300 peak 2072 spectrum 1 weight 0.11000E+01 volume 0.13463E-02 ppm1 8.545 ppm2 2.790 CV 1 ASSI { 2073} (( segid " " and resid 63 and name HN )) (( segid " " and resid 63 and name HB2 )) 3.200 1.300 1.300 peak 2073 spectrum 1 weight 0.11000E+01 volume 0.11096E-02 ppm1 8.541 ppm2 2.006 CV 1 ASSI { 2090} (( segid " " and resid 42 and name HN )) (( segid " " and resid 41 and name HA )) 2.700 0.900 0.900 peak 2090 spectrum 1 weight 0.11000E+01 volume 0.95427E-03 ppm1 8.882 ppm2 4.702 CV 1 ASSI { 2093} (( segid " " and resid 63 and name HN )) (( segid " " and resid 64 and name HN )) 3.800 1.800 1.800 peak 2093 spectrum 1 weight 0.11000E+01 volume 0.10803E-02 ppm1 8.542 ppm2 8.995 CV 1 ASSI { 2094} (( segid " " and resid 41 and name HN )) (( segid " " and resid 33 and name HN )) 3.100 1.200 1.200 peak 2094 spectrum 1 weight 0.11000E+01 volume 0.87154E-03 ppm1 9.092 ppm2 9.345 CV 1 ASSI { 2095} (( segid " " and resid 41 and name HN )) (( segid " " and resid 40 and name HN )) 4.300 2.300 1.700 peak 2095 spectrum 1 weight 0.11000E+01 volume 0.55728E-03 ppm1 9.097 ppm2 8.172 CV 1 ASSI { 2097} (( segid " " and resid 136 and name HN )) (( segid " " and resid 108 and name HA )) 2.700 0.900 0.900 peak 2097 spectrum 1 weight 0.11000E+01 volume 0.17634E-02 ppm1 8.826 ppm2 5.487 CV 1 ASSI { 2098} (( segid " " and resid 136 and name HN )) (( segid " " and resid 135 and name HA )) 2.100 0.500 0.500 peak 2098 spectrum 1 weight 0.10000E+01 volume 0.46078E-02 ppm1 8.828 ppm2 5.384 CV 1 ASSI { 2099} (( segid " " and resid 126 and name HN )) ( segid " " and resid 125 and name HD% ) 3.600 1.600 1.600 peak 2099 spectrum 1 weight 0.11000E+01 volume 0.10558E-02 ppm1 8.872 ppm2 7.418 CV 1 ASSI { 2100} (( segid " " and resid 126 and name HN )) (( segid " " and resid 131 and name HN )) 3.600 1.600 1.600 peak 2100 spectrum 1 weight 0.10000E+01 volume 0.66104E-03 ppm1 8.870 ppm2 7.038 CV 1 ASSI { 2101} (( segid " " and resid 126 and name HN )) ( segid " " and resid 133 and name HD% ) 4.700 2.700 1.300 peak 2101 spectrum 1 weight 0.10000E+01 volume 0.54400E-03 ppm1 8.884 ppm2 6.942 CV 1 ASSI { 2103} (( segid " " and resid 126 and name HN )) ( segid " " and resid 133 and name HE% ) 4.600 2.700 1.400 peak 2103 spectrum 1 weight 0.10000E+01 volume 0.75663E-03 ppm1 8.870 ppm2 6.247 CV 1 ASSI { 2104} (( segid " " and resid 136 and name HN )) (( segid " " and resid 109 and name HN )) 3.700 1.700 1.700 peak 2104 spectrum 1 weight 0.10000E+01 volume 0.11486E-02 ppm1 8.826 ppm2 8.351 CV 1 ASSI { 2110} (( segid " " and resid 58 and name HN )) (( segid " " and resid 72 and name HA )) 2.700 0.900 0.900 peak 2110 spectrum 1 weight 0.11000E+01 volume 0.92110E-03 ppm1 9.640 ppm2 4.508 CV 1 ASSI { 2111} (( segid " " and resid 126 and name HN )) (( segid " " and resid 126 and name HB1 )) 2.900 1.000 1.000 peak 2111 spectrum 1 weight 0.10000E+01 volume 0.22989E-02 ppm1 8.869 ppm2 2.707 CV 1 OR { 2111} (( segid " " and resid 126 and name HN )) (( segid " " and resid 126 and name HB2 )) ASSI { 2112} (( segid " " and resid 136 and name HN )) (( segid " " and resid 136 and name HB2 )) 3.200 1.300 1.300 peak 2112 spectrum 1 weight 0.10000E+01 volume 0.87241E-03 ppm1 8.825 ppm2 2.499 CV 1 ASSI { 2115} (( segid " " and resid 80 and name HN )) (( segid " " and resid 80 and name HA )) 2.600 0.800 0.800 peak 2115 spectrum 1 weight 0.11000E+01 volume 0.33083E-02 ppm1 8.413 ppm2 4.347 CV 1 ASSI { 2116} (( segid " " and resid 80 and name HN )) (( segid " " and resid 84 and name HA )) 3.500 1.500 1.500 peak 2116 spectrum 1 weight 0.11000E+01 volume 0.12364E-02 ppm1 8.414 ppm2 5.247 CV 1 ASSI { 2117} (( segid " " and resid 80 and name HN )) (( segid " " and resid 79 and name HA )) 2.300 0.700 0.700 peak 2117 spectrum 1 weight 0.11000E+01 volume 0.35357E-02 ppm1 8.413 ppm2 4.914 CV 1 ASSI { 2118} (( segid " " and resid 136 and name HN )) (( segid " " and resid 135 and name HB2 )) 3.900 1.900 1.900 peak 2118 spectrum 1 weight 0.11000E+01 volume 0.15732E-02 ppm1 8.827 ppm2 3.663 CV 1 ASSI { 2119} (( segid " " and resid 136 and name HN )) (( segid " " and resid 136 and name HB1 )) 3.100 1.200 1.200 peak 2119 spectrum 1 weight 0.10000E+01 volume 0.79623E-03 ppm1 8.837 ppm2 3.197 CV 1 ASSI { 2120} (( segid " " and resid 68 and name HN )) (( segid " " and resid 67 and name HA )) 2.600 0.900 0.900 peak 2120 spectrum 1 weight 0.11000E+01 volume 0.17903E-02 ppm1 9.000 ppm2 4.823 CV 1 ASSI { 2121} (( segid " " and resid 68 and name HN )) (( segid " " and resid 68 and name HA )) 3.100 1.200 1.200 peak 2121 spectrum 1 weight 0.10000E+01 volume 0.13300E-02 ppm1 8.998 ppm2 4.503 CV 1 ASSI { 2124} (( segid " " and resid 80 and name HN )) (( segid " " and resid 83 and name HN )) 2.700 0.900 0.900 peak 2124 spectrum 1 weight 0.11000E+01 volume 0.27643E-02 ppm1 8.412 ppm2 7.526 CV 1 ASSI { 2125} (( segid " " and resid 80 and name HN )) (( segid " " and resid 81 and name HN )) 3.700 1.700 1.700 peak 2125 spectrum 1 weight 0.11000E+01 volume 0.19144E-02 ppm1 8.410 ppm2 9.078 CV 1 ASSI { 2127} (( segid " " and resid 68 and name HN )) (( segid " " and resid 61 and name HN )) 3.300 1.400 1.400 peak 2127 spectrum 1 weight 0.11000E+01 volume 0.79459E-03 ppm1 8.997 ppm2 9.775 CV 1 ASSI { 2128} (( segid " " and resid 80 and name HN )) ( segid " " and resid 83 and name HG1%) 3.800 1.800 1.800 peak 2128 spectrum 1 weight 0.10000E+01 volume 0.14407E-02 ppm1 8.409 ppm2 0.853 CV 1 OR { 2128} (( segid " " and resid 80 and name HN )) ( segid " " and resid 83 and name HG2%) ASSI { 2131} (( segid " " and resid 68 and name HN )) (( segid " " and resid 61 and name HB )) 3.400 1.400 1.400 peak 2131 spectrum 1 weight 0.10000E+01 volume 0.91954E-03 ppm1 8.998 ppm2 1.693 CV 1 ASSI { 2132} (( segid " " and resid 68 and name HN )) (( segid " " and resid 68 and name HB1 )) 2.800 1.000 1.000 peak 2132 spectrum 1 weight 0.10000E+01 volume 0.17250E-02 ppm1 9.000 ppm2 1.569 CV 1 ASSI { 2133} (( segid " " and resid 68 and name HN )) (( segid " " and resid 68 and name HB2 )) 3.300 1.400 1.400 peak 2133 spectrum 1 weight 0.10000E+01 volume 0.16718E-02 ppm1 8.995 ppm2 1.276 CV 1 ASSI { 2138} (( segid " " and resid 60 and name HN )) ( segid " " and resid 59 and name HG1%) 3.400 1.400 1.400 peak 2138 spectrum 1 weight 0.10000E+01 volume 0.13889E-02 ppm1 9.767 ppm2 0.952 CV 1 ASSI { 2139} (( segid " " and resid 80 and name HN )) (( segid " " and resid 79 and name HB1 )) 4.000 2.200 1.500 peak 2139 spectrum 1 weight 0.11000E+01 volume 0.76127E-03 ppm1 8.404 ppm2 3.071 CV 1 ASSI { 2141} (( segid " " and resid 80 and name HN )) (( segid " " and resid 79 and name HB2 )) 3.800 1.800 1.800 peak 2141 spectrum 1 weight 0.11000E+01 volume 0.12020E-02 ppm1 8.412 ppm2 2.573 CV 1 ASSI { 2142} (( segid " " and resid 80 and name HN )) (( segid " " and resid 80 and name HG1 )) 3.800 1.800 1.800 peak 2142 spectrum 1 weight 0.10000E+01 volume 0.14293E-02 ppm1 8.410 ppm2 2.084 CV 1 OR { 2142} (( segid " " and resid 80 and name HN )) (( segid " " and resid 80 and name HG2 )) ASSI { 2143} (( segid " " and resid 80 and name HN )) (( segid " " and resid 80 and name HB1 )) 3.000 1.100 1.100 peak 2143 spectrum 1 weight 0.10000E+01 volume 0.23578E-02 ppm1 8.413 ppm2 1.822 CV 1 ASSI { 2144} (( segid " " and resid 80 and name HN )) (( segid " " and resid 80 and name HB2 )) 3.000 1.100 1.100 peak 2144 spectrum 1 weight 0.10000E+01 volume 0.27654E-02 ppm1 8.411 ppm2 1.727 CV 1 ASSI { 2145} (( segid " " and resid 123 and name HN )) (( segid " " and resid 122 and name HB2 )) 3.400 1.500 1.500 peak 2145 spectrum 1 weight 0.11000E+01 volume 0.67139E-03 ppm1 8.541 ppm2 2.681 CV 1 ASSI { 2147} (( segid " " and resid 123 and name HN )) (( segid " " and resid 123 and name HB2 )) 2.600 0.800 0.800 peak 2147 spectrum 1 weight 0.10000E+01 volume 0.12250E-02 ppm1 8.545 ppm2 1.177 CV 1 ASSI { 2149} (( segid " " and resid 123 and name HN )) ( segid " " and resid 123 and name HD1%) 3.000 1.100 1.100 peak 2149 spectrum 1 weight 0.10000E+01 volume 0.35650E-02 ppm1 8.550 ppm2 0.692 CV 1 OR { 2149} (( segid " " and resid 123 and name HN )) ( segid " " and resid 123 and name HD2%) ASSI { 2150} (( segid " " and resid 123 and name HN )) (( segid " " and resid 134 and name HA )) 2.800 1.000 1.000 peak 2150 spectrum 1 weight 0.11000E+01 volume 0.12708E-02 ppm1 8.549 ppm2 5.255 CV 1 ASSI { 2151} (( segid " " and resid 123 and name HN )) (( segid " " and resid 123 and name HA )) 2.900 1.100 1.100 peak 2151 spectrum 1 weight 0.11000E+01 volume 0.17684E-02 ppm1 8.550 ppm2 4.231 CV 1 ASSI { 2154} (( segid " " and resid 123 and name HN )) (( segid " " and resid 122 and name HN )) 4.400 2.400 1.600 peak 2154 spectrum 1 weight 0.11000E+01 volume 0.68527E-03 ppm1 8.545 ppm2 8.809 CV 1 ASSI { 2157} (( segid " " and resid 136 and name HE1 )) (( segid " " and resid 119 and name HA )) 3.600 1.600 1.100 peak 2157 spectrum 1 weight 0.11000E+01 volume 0.18326E-02 ppm1 9.789 ppm2 4.361 CV 1 ASSI { 2158} (( segid " " and resid 136 and name HE1 )) (( segid " " and resid 136 and name HZ2 )) 3.100 1.200 1.200 peak 2158 spectrum 1 weight 0.10000E+01 volume 0.16905E-02 ppm1 9.792 ppm2 7.253 CV 1 ASSI { 2159} (( segid " " and resid 136 and name HE1 )) (( segid " " and resid 136 and name HD1 )) 2.600 0.900 0.900 peak 2159 spectrum 1 weight 0.10000E+01 volume 0.36948E-02 ppm1 9.788 ppm2 6.905 CV 1 ASSI { 2162} (( segid " " and resid 88 and name HN )) (( segid " " and resid 87 and name HA )) 2.500 0.800 0.800 peak 2162 spectrum 1 weight 0.11000E+01 volume 0.13411E-02 ppm1 9.223 ppm2 4.844 CV 1 ASSI { 2164} (( segid " " and resid 88 and name HN )) (( segid " " and resid 88 and name HA )) 3.300 1.300 1.300 peak 2164 spectrum 1 weight 0.11000E+01 volume 0.45682E-03 ppm1 9.213 ppm2 5.390 CV 1 ASSI { 2172} (( segid " " and resid 77 and name HN )) (( segid " " and resid 77 and name HB1 )) 3.100 1.200 1.200 peak 2172 spectrum 1 weight 0.11000E+01 volume 0.40673E-02 ppm1 8.900 ppm2 1.336 CV 1 ASSI { 2174} (( segid " " and resid 19 and name HN )) (( segid " " and resid 19 and name HB2 )) 2.400 0.700 0.700 peak 2174 spectrum 1 weight 0.10000E+01 volume 0.41156E-02 ppm1 7.820 ppm2 1.191 CV 1 ASSI { 2175} (( segid " " and resid 19 and name HN )) ( segid " " and resid 12 and name HG2%) 3.800 1.800 1.800 peak 2175 spectrum 1 weight 0.10000E+01 volume 0.12062E-02 ppm1 7.820 ppm2 0.857 CV 1 ASSI { 2177} (( segid " " and resid 77 and name HN )) ( segid " " and resid 11 and name HG1%) 4.600 2.600 1.400 peak 2177 spectrum 1 weight 0.10000E+01 volume 0.10249E-02 ppm1 8.899 ppm2 0.691 CV 1 ASSI { 2178} (( segid " " and resid 19 and name HN )) ( segid " " and resid 19 and name HD2%) 4.200 2.200 1.800 peak 2178 spectrum 1 weight 0.10000E+01 volume 0.23662E-02 ppm1 7.822 ppm2 0.691 CV 1 OR { 2178} (( segid " " and resid 19 and name HN )) ( segid " " and resid 19 and name HD1%) ASSI { 2180} (( segid " " and resid 19 and name HN )) (( segid " " and resid 19 and name HB1 )) 2.700 0.900 0.900 peak 2180 spectrum 1 weight 0.10000E+01 volume 0.42784E-02 ppm1 7.822 ppm2 1.493 CV 1 OR { 2180} (( segid " " and resid 19 and name HN )) (( segid " " and resid 19 and name HG )) ASSI { 2181} (( segid " " and resid 19 and name HN )) (( segid " " and resid 19 and name HA )) 2.900 1.000 1.000 peak 2181 spectrum 1 weight 0.11000E+01 volume 0.20004E-02 ppm1 7.823 ppm2 4.257 CV 1 ASSI { 2183} (( segid " " and resid 19 and name HN )) (( segid " " and resid 18 and name HB1 )) 3.400 1.400 1.400 peak 2183 spectrum 1 weight 0.11000E+01 volume 0.95997E-03 ppm1 7.823 ppm2 2.971 CV 1 ASSI { 2184} (( segid " " and resid 19 and name HN )) (( segid " " and resid 18 and name HB2 )) 4.500 2.500 1.500 peak 2184 spectrum 1 weight 0.10000E+01 volume 0.65519E-03 ppm1 7.823 ppm2 2.529 CV 1 ASSI { 2186} (( segid " " and resid 77 and name HN )) (( segid " " and resid 76 and name HB )) 4.500 2.500 1.500 peak 2186 spectrum 1 weight 0.10000E+01 volume 0.75123E-03 ppm1 8.904 ppm2 4.037 CV 1 ASSI { 2187} (( segid " " and resid 77 and name HN )) (( segid " " and resid 11 and name HB )) 4.600 2.600 1.400 peak 2187 spectrum 1 weight 0.10000E+01 volume 0.54727E-03 ppm1 8.899 ppm2 2.245 CV 1 ASSI { 2188} (( segid " " and resid 19 and name HN )) (( segid " " and resid 12 and name HA )) 4.900 3.000 1.100 peak 2188 spectrum 1 weight 0.10000E+01 volume 0.45659E-03 ppm1 7.826 ppm2 5.499 CV 1 ASSI { 2189} (( segid " " and resid 77 and name HN )) (( segid " " and resid 77 and name HA )) 3.000 1.200 1.200 peak 2189 spectrum 1 weight 0.11000E+01 volume 0.11233E-02 ppm1 8.904 ppm2 5.039 CV 1 ASSI { 2194} (( segid " " and resid 139 and name HN )) (( segid " " and resid 138 and name HA )) 2.300 0.600 0.600 peak 2194 spectrum 1 weight 0.11000E+01 volume 0.29116E-02 ppm1 9.364 ppm2 5.203 CV 1 ASSI { 2195} (( segid " " and resid 139 and name HN )) (( segid " " and resid 139 and name HA )) 3.000 1.100 1.100 peak 2195 spectrum 1 weight 0.11000E+01 volume 0.13483E-02 ppm1 9.363 ppm2 4.546 CV 1 ASSI { 2196} (( segid " " and resid 139 and name HN )) (( segid " " and resid 138 and name HB )) 3.900 1.900 1.900 peak 2196 spectrum 1 weight 0.11000E+01 volume 0.14601E-02 ppm1 9.363 ppm2 4.282 CV 1 ASSI { 2198} (( segid " " and resid 139 and name HN )) (( segid " " and resid 139 and name HB1 )) 2.600 0.900 0.900 peak 2198 spectrum 1 weight 0.10000E+01 volume 0.20880E-02 ppm1 9.362 ppm2 4.103 CV 1 ASSI { 2202} (( segid " " and resid 65 and name HB2 )) (( segid " " and resid 65 and name HA )) 2.800 1.000 1.000 peak 2202 spectrum 1 weight 0.10000E+01 volume 0.59136E-02 ppm1 2.113 ppm2 4.554 CV 1 ASSI { 2203} (( segid " " and resid 65 and name HB1 )) (( segid " " and resid 65 and name HA )) 2.800 1.000 1.000 peak 2203 spectrum 1 weight 0.10000E+01 volume 0.59136E-02 ppm1 2.113 ppm2 4.554 CV 1 ASSI { 2201} (( segid " " and resid 139 and name HN )) (( segid " " and resid 140 and name HB2 )) 4.800 2.900 1.200 peak 2201 spectrum 1 weight 0.10000E+01 volume 0.42556E-03 ppm1 9.361 ppm2 1.456 CV 1 OR { 2201} (( segid " " and resid 139 and name HN )) (( segid " " and resid 140 and name HB1 )) ASSI { 2206} (( segid " " and resid 70 and name HN )) (( segid " " and resid 69 and name HB2 )) 4.900 3.000 1.100 peak 2206 spectrum 1 weight 0.11000E+01 volume 0.45587E-03 ppm1 8.631 ppm2 2.599 CV 1 ASSI { 2208} (( segid " " and resid 111 and name HN )) (( segid " " and resid 110 and name HB2 )) 4.600 2.700 1.400 peak 2208 spectrum 1 weight 0.11000E+01 volume 0.73339E-03 ppm1 6.966 ppm2 2.770 CV 1 ASSI { 2209} (( segid " " and resid 111 and name HN )) (( segid " " and resid 111 and name HB1 )) 2.800 1.000 1.000 peak 2209 spectrum 1 weight 0.10000E+01 volume 0.11660E-02 ppm1 6.975 ppm2 1.829 CV 1 OR { 2209} (( segid " " and resid 111 and name HN )) (( segid " " and resid 111 and name HB2 )) ASSI { 2210} (( segid " " and resid 111 and name HN )) (( segid " " and resid 111 and name HD2 )) 4.300 2.300 1.700 peak 2210 spectrum 1 weight 0.10000E+01 volume 0.13486E-02 ppm1 6.969 ppm2 1.720 CV 1 OR { 2210} (( segid " " and resid 111 and name HN )) (( segid " " and resid 111 and name HD1 )) ASSI { 2212} (( segid " " and resid 111 and name HN )) (( segid " " and resid 111 and name HA )) 2.500 0.800 0.800 peak 2212 spectrum 1 weight 0.11000E+01 volume 0.29320E-02 ppm1 6.970 ppm2 4.558 CV 1 ASSI { 2213} (( segid " " and resid 111 and name HN )) (( segid " " and resid 110 and name HA )) 2.000 0.500 0.500 peak 2213 spectrum 1 weight 0.11000E+01 volume 0.58870E-02 ppm1 6.970 ppm2 4.438 CV 1 ASSI { 2215} (( segid " " and resid 70 and name HN )) (( segid " " and resid 69 and name HA )) 2.700 0.900 0.900 peak 2215 spectrum 1 weight 0.11000E+01 volume 0.94841E-03 ppm1 8.638 ppm2 4.827 CV 1 ASSI { 2218} (( segid " " and resid 70 and name HN )) (( segid " " and resid 71 and name HN )) 2.900 1.000 1.000 peak 2218 spectrum 1 weight 0.11000E+01 volume 0.13345E-02 ppm1 8.628 ppm2 8.445 CV 1 ASSI { 2220} (( segid " " and resid 111 and name HN )) (( segid " " and resid 112 and name HN )) 3.600 1.600 1.600 peak 2220 spectrum 1 weight 0.11000E+01 volume 0.15713E-02 ppm1 6.967 ppm2 9.170 CV 1 ASSI { 2221} (( segid " " and resid 111 and name HN )) (( segid " " and resid 138 and name HN )) 3.000 1.100 1.100 peak 2221 spectrum 1 weight 0.11000E+01 volume 0.15268E-02 ppm1 6.968 ppm2 9.108 CV 1 ASSI { 2222} (( segid " " and resid 111 and name HN )) (( segid " " and resid 139 and name HB1 )) 4.900 3.000 1.100 peak 2222 spectrum 1 weight 0.10000E+01 volume 0.45720E-03 ppm1 6.968 ppm2 4.099 CV 1 ASSI { 2223} (( segid " " and resid 111 and name HN )) (( segid " " and resid 110 and name HB1 )) 4.200 2.200 1.800 peak 2223 spectrum 1 weight 0.11000E+01 volume 0.91893E-03 ppm1 6.967 ppm2 3.160 CV 1 ASSI { 2224} (( segid " " and resid 133 and name HN )) ( segid " " and resid 123 and name HD1%) 5.100 3.200 0.900 peak 2224 spectrum 1 weight 0.10000E+01 volume 0.59022E-03 ppm1 8.788 ppm2 0.693 CV 1 OR { 2224} (( segid " " and resid 133 and name HN )) ( segid " " and resid 123 and name HD2%) ASSI { 2226} (( segid " " and resid 133 and name HN )) (( segid " " and resid 125 and name HA )) 3.800 1.800 1.800 peak 2226 spectrum 1 weight 0.11000E+01 volume 0.52639E-03 ppm1 8.807 ppm2 5.656 CV 1 ASSI { 2228} (( segid " " and resid 133 and name HN )) (( segid " " and resid 134 and name HN )) 4.700 2.700 1.300 peak 2228 spectrum 1 weight 0.11000E+01 volume 0.43624E-03 ppm1 8.800 ppm2 9.077 CV 1 ASSI { 2236} (( segid " " and resid 88 and name HN )) ( segid " " and resid 88 and name HD% ) 4.100 2.100 1.900 peak 2236 spectrum 1 weight 0.11000E+01 volume 0.45294E-03 ppm1 9.224 ppm2 7.126 CV 1 ASSI { 2240} (( segid " " and resid 130 and name HN )) (( segid " " and resid 130 and name HA )) 2.400 0.700 0.700 peak 2240 spectrum 1 weight 0.11000E+01 volume 0.27141E-02 ppm1 7.761 ppm2 3.604 CV 1 ASSI { 2241} (( segid " " and resid 11 and name HN )) (( segid " " and resid 12 and name HN )) 4.600 2.600 1.400 peak 2241 spectrum 1 weight 0.11000E+01 volume 0.45644E-03 ppm1 8.838 ppm2 7.984 CV 1 ASSI { 2244} (( segid " " and resid 12 and name HN )) (( segid " " and resid 13 and name HN )) 4.000 2.000 2.000 peak 2244 spectrum 1 weight 0.11000E+01 volume 0.14002E-02 ppm1 7.985 ppm2 8.217 CV 1 ASSI { 2245} (( segid " " and resid 31 and name HN )) (( segid " " and resid 43 and name HN )) 3.400 1.500 1.500 peak 2245 spectrum 1 weight 0.11000E+01 volume 0.10691E-02 ppm1 9.200 ppm2 9.381 CV 1 ASSI { 2246} (( segid " " and resid 32 and name HN )) (( segid " " and resid 31 and name HN )) 4.400 2.600 1.300 peak 2246 spectrum 1 weight 0.11000E+01 volume 0.55458E-03 ppm1 8.731 ppm2 9.203 CV 1 ASSI { 2248} (( segid " " and resid 35 and name HN )) (( segid " " and resid 41 and name HN )) 4.500 2.500 1.500 peak 2248 spectrum 1 weight 0.10000E+01 volume 0.32420E-03 ppm1 8.229 ppm2 9.108 CV 1 ASSI { 2250} (( segid " " and resid 42 and name HN )) (( segid " " and resid 43 and name HN )) 4.500 2.500 1.500 peak 2250 spectrum 1 weight 0.11000E+01 volume 0.47953E-03 ppm1 8.879 ppm2 9.363 CV 1 OR { 2250} (( segid " " and resid 42 and name HN )) (( segid " " and resid 33 and name HN )) ASSI { 2255} (( segid " " and resid 44 and name HN )) (( segid " " and resid 31 and name HN )) 4.800 2.900 1.200 peak 2255 spectrum 1 weight 0.10000E+01 volume 0.32919E-03 ppm1 8.117 ppm2 9.232 CV 1 ASSI { 2259} (( segid " " and resid 50 and name HN )) (( segid " " and resid 44 and name HB2 )) 4.700 2.700 1.300 peak 2259 spectrum 1 weight 0.10000E+01 volume 0.50787E-03 ppm1 8.467 ppm2 2.338 CV 1 ASSI { 2261} (( segid " " and resid 51 and name HN )) (( segid " " and resid 52 and name HN )) 4.000 2.200 2.000 peak 2261 spectrum 1 weight 0.11000E+01 volume 0.56968E-03 ppm1 8.212 ppm2 9.112 CV 1 ASSI { 2263} (( segid " " and resid 54 and name HN )) ( segid " " and resid 57 and name HB% ) 4.000 2.200 2.000 peak 2263 spectrum 1 weight 0.10000E+01 volume 0.12497E-02 ppm1 8.338 ppm2 1.200 CV 1 ASSI { 2274} (( segid " " and resid 61 and name HN )) ( segid " " and resid 41 and name HG2%) 5.000 3.100 1.000 peak 2274 spectrum 1 weight 0.10000E+01 volume 0.46454E-03 ppm1 9.759 ppm2 0.890 CV 1 ASSI { 2279} (( segid " " and resid 61 and name HN )) ( segid " " and resid 59 and name HG1%) 4.100 2.100 1.900 peak 2279 spectrum 1 weight 0.10000E+01 volume 0.41662E-03 ppm1 9.758 ppm2 0.953 CV 1 ASSI { 2280} (( segid " " and resid 61 and name HN )) ( segid " " and resid 61 and name HD1%) 4.100 2.100 1.900 peak 2280 spectrum 1 weight 0.10000E+01 volume 0.68599E-03 ppm1 9.771 ppm2 0.699 CV 1 ASSI { 2284} (( segid " " and resid 68 and name HN )) (( segid " " and resid 62 and name HA )) 4.000 2.200 2.000 peak 2284 spectrum 1 weight 0.10000E+01 volume 0.75442E-03 ppm1 8.995 ppm2 4.918 CV 1 ASSI { 2286} (( segid " " and resid 70 and name HN )) (( segid " " and resid 69 and name HB1 )) 4.200 2.200 1.800 peak 2286 spectrum 1 weight 0.11000E+01 volume 0.51278E-03 ppm1 8.634 ppm2 3.097 CV 1 ASSI { 2289} (( segid " " and resid 73 and name HN )) (( segid " " and resid 74 and name HN )) 4.200 2.200 1.800 peak 2289 spectrum 1 weight 0.11000E+01 volume 0.50988E-03 ppm1 7.762 ppm2 6.927 CV 1 ASSI { 2291} (( segid " " and resid 78 and name HN )) (( segid " " and resid 85 and name HN )) 2.800 1.000 1.000 peak 2291 spectrum 1 weight 0.11000E+01 volume 0.20325E-02 ppm1 8.710 ppm2 9.066 CV 1 ASSI { 2292} (( segid " " and resid 78 and name HN )) (( segid " " and resid 77 and name HN )) 4.500 2.500 1.500 peak 2292 spectrum 1 weight 0.11000E+01 volume 0.14603E-02 ppm1 8.708 ppm2 8.888 CV 1 ASSI { 2293} (( segid " " and resid 79 and name HN )) ( segid " " and resid 84 and name HD1%) 4.300 2.300 1.700 peak 2293 spectrum 1 weight 0.10000E+01 volume 0.65579E-03 ppm1 8.872 ppm2 0.170 CV 1 ASSI { 2295} (( segid " " and resid 84 and name HN )) ( segid " " and resid 108 and name HD% ) 5.100 3.200 0.900 peak 2295 spectrum 1 weight 0.10000E+01 volume 0.58440E-03 ppm1 8.301 ppm2 6.740 CV 1 ASSI { 2296} (( segid " " and resid 84 and name HN )) (( segid " " and resid 85 and name HN )) 4.500 2.500 1.500 peak 2296 spectrum 1 weight 0.10000E+01 volume 0.70844E-03 ppm1 8.307 ppm2 9.069 CV 1 ASSI { 2297} (( segid " " and resid 84 and name HN )) ( segid " " and resid 84 and name HD2%) 4.500 2.600 1.500 peak 2297 spectrum 1 weight 0.10000E+01 volume 0.90794E-03 ppm1 8.300 ppm2 0.442 CV 1 ASSI { 2299} (( segid " " and resid 85 and name HN )) (( segid " " and resid 86 and name HN )) 4.600 2.600 1.400 peak 2299 spectrum 1 weight 0.11000E+01 volume 0.68615E-03 ppm1 9.067 ppm2 8.507 CV 1 ASSI { 2303} (( segid " " and resid 85 and name HN )) (( segid " " and resid 85 and name HB2 )) 2.500 0.800 0.800 peak 2303 spectrum 1 weight 0.10000E+01 volume 0.31664E-02 ppm1 9.059 ppm2 1.631 CV 1 OR { 2303} (( segid " " and resid 85 and name HN )) (( segid " " and resid 85 and name HB1 )) ASSI { 2308} (( segid " " and resid 85 and name HN )) ( segid " " and resid 84 and name HD2%) 4.300 2.400 1.700 peak 2308 spectrum 1 weight 0.10000E+01 volume 0.75431E-03 ppm1 9.056 ppm2 0.441 CV 1 ASSI { 2312} (( segid " " and resid 87 and name HN )) (( segid " " and resid 88 and name HN )) 4.600 2.700 1.400 peak 2312 spectrum 1 weight 0.11000E+01 volume 0.33276E-03 ppm1 8.773 ppm2 9.235 CV 1 ASSI { 2314} (( segid " " and resid 105 and name HN )) (( segid " " and resid 105 and name HB2 )) 2.700 0.900 0.900 peak 2314 spectrum 1 weight 0.11000E+01 volume 0.12306E-02 ppm1 9.358 ppm2 2.643 CV 1 ASSI { 2315} (( segid " " and resid 105 and name HN )) ( segid " " and resid 105 and name HD% ) 3.900 1.900 1.900 peak 2315 spectrum 1 weight 0.11000E+01 volume 0.66420E-03 ppm1 9.359 ppm2 6.965 CV 1 ASSI { 2317} (( segid " " and resid 89 and name HN )) ( segid " " and resid 87 and name HG2%) 5.000 3.200 1.000 peak 2317 spectrum 1 weight 0.10000E+01 volume 0.41202E-03 ppm1 9.126 ppm2 0.772 CV 1 ASSI { 3593} (( segid " " and resid 89 and name HG2 )) (( segid " " and resid 89 and name HN )) 4.100 2.100 1.900 peak 3593 spectrum 1 weight 0.10000E+01 volume 0.79760E-03 ppm1 2.213 ppm2 9.128 CV 1 ASSI { 3595} (( segid " " and resid 89 and name HG1 )) (( segid " " and resid 89 and name HN )) 3.300 1.500 0.800 peak 3595 spectrum 1 weight 0.10000E+01 volume 0.12355E-02 ppm1 2.290 ppm2 9.135 CV 1 ASSI { 2320} (( segid " " and resid 91 and name HN )) (( segid " " and resid 90 and name HB1 )) 4.200 2.200 1.800 peak 2320 spectrum 1 weight 0.10000E+01 volume 0.10271E-02 ppm1 8.522 ppm2 3.100 CV 1 ASSI { 2321} (( segid " " and resid 92 and name HN )) (( segid " " and resid 91 and name HN )) 4.400 2.400 1.600 peak 2321 spectrum 1 weight 0.11000E+01 volume 0.76694E-03 ppm1 8.748 ppm2 8.529 CV 1 OR { 2321} (( segid " " and resid 92 and name HN )) (( segid " " and resid 69 and name HN )) ASSI { 2323} (( segid " " and resid 92 and name HN )) (( segid " " and resid 92 and name HB2 )) 3.300 1.300 1.300 peak 2323 spectrum 1 weight 0.10000E+01 volume 0.10637E-02 ppm1 8.748 ppm2 2.828 CV 1 OR { 2323} (( segid " " and resid 92 and name HN )) (( segid " " and resid 92 and name HB1 )) ASSI { 2329} (( segid " " and resid 96 and name HN )) (( segid " " and resid 97 and name HA )) 4.900 3.000 1.100 peak 2329 spectrum 1 weight 0.11000E+01 volume 0.68170E-03 ppm1 7.095 ppm2 4.484 CV 1 OR { 2329} (( segid " " and resid 96 and name HN )) (( segid " " and resid 129 and name HA )) ASSI { 2330} (( segid " " and resid 100 and name HN )) (( segid " " and resid 99 and name HN )) 2.800 1.000 0.600 peak 2330 spectrum 1 weight 0.11000E+01 volume 0.53624E-02 ppm1 8.568 ppm2 8.238 CV 1 ASSI { 2332} (( segid " " and resid 100 and name HN )) (( segid " " and resid 101 and name HN )) 2.800 1.000 1.000 peak 2332 spectrum 1 weight 0.11000E+01 volume 0.30566E-02 ppm1 8.566 ppm2 8.469 CV 1 ASSI { 2333} (( segid " " and resid 100 and name HN )) (( segid " " and resid 100 and name HB1 )) 3.300 1.300 1.300 peak 2333 spectrum 1 weight 0.11000E+01 volume 0.30327E-02 ppm1 8.568 ppm2 2.099 CV 1 ASSI { 2343} (( segid " " and resid 113 and name HN )) ( segid " " and resid 114 and name HB% ) 3.900 1.900 1.900 peak 2343 spectrum 1 weight 0.10000E+01 volume 0.23190E-02 ppm1 8.295 ppm2 1.549 CV 1 ASSI { 2344} (( segid " " and resid 113 and name HN )) (( segid " " and resid 111 and name HG2 )) 2.700 0.900 0.900 peak 2344 spectrum 1 weight 0.10000E+01 volume 0.16915E-02 ppm1 8.295 ppm2 1.442 CV 1 OR { 2344} (( segid " " and resid 113 and name HN )) (( segid " " and resid 111 and name HG1 )) ASSI { 2345} (( segid " " and resid 21 and name HN )) (( segid " " and resid 20 and name HN )) 4.500 2.600 1.500 peak 2345 spectrum 1 weight 0.11000E+01 volume 0.58059E-03 ppm1 8.578 ppm2 9.310 CV 1 ASSI { 2346} (( segid " " and resid 117 and name HN )) (( segid " " and resid 116 and name HN )) 2.800 1.000 0.700 peak 2346 spectrum 1 weight 0.11000E+01 volume 0.56770E-02 ppm1 8.665 ppm2 8.582 CV 1 ASSI { 2349} (( segid " " and resid 121 and name HN )) (( segid " " and resid 135 and name HN )) 3.000 1.100 1.100 peak 2349 spectrum 1 weight 0.11000E+01 volume 0.11928E-02 ppm1 8.737 ppm2 9.095 CV 1 ASSI { 2353} (( segid " " and resid 126 and name HN )) (( segid " " and resid 132 and name HA )) 3.600 1.600 1.600 peak 2353 spectrum 1 weight 0.11000E+01 volume 0.30716E-03 ppm1 8.878 ppm2 5.215 CV 1 ASSI { 2355} (( segid " " and resid 126 and name HN )) (( segid " " and resid 125 and name HB2 )) 4.700 2.800 1.300 peak 2355 spectrum 1 weight 0.11000E+01 volume 0.56606E-03 ppm1 8.873 ppm2 3.031 CV 1 ASSI { 2356} (( segid " " and resid 126 and name HN )) (( segid " " and resid 131 and name HB )) 4.900 3.000 1.100 peak 2356 spectrum 1 weight 0.10000E+01 volume 0.42932E-03 ppm1 8.873 ppm2 3.518 CV 1 OR { 2356} (( segid " " and resid 126 and name HN )) (( segid " " and resid 130 and name HA )) ASSI { 2357} (( segid " " and resid 126 and name HN )) (( segid " " and resid 125 and name HB1 )) 4.700 2.800 1.300 peak 2357 spectrum 1 weight 0.10000E+01 volume 0.41384E-03 ppm1 8.868 ppm2 3.371 CV 1 ASSI { 2359} (( segid " " and resid 127 and name HN )) (( segid " " and resid 126 and name HA )) 2.400 0.700 0.700 peak 2359 spectrum 1 weight 0.11000E+01 volume 0.28177E-02 ppm1 8.847 ppm2 4.735 CV 1 ASSI { 2364} (( segid " " and resid 130 and name HN )) (( segid " " and resid 130 and name HB2 )) 4.000 2.000 2.000 peak 2364 spectrum 1 weight 0.10000E+01 volume 0.62818E-03 ppm1 7.759 ppm2 2.409 CV 1 ASSI { 2366} (( segid " " and resid 130 and name HN )) (( segid " " and resid 127 and name HB2 )) 3.800 1.800 1.700 peak 2366 spectrum 1 weight 0.10000E+01 volume 0.81346E-03 ppm1 7.759 ppm2 2.111 CV 1 OR { 2366} (( segid " " and resid 130 and name HN )) (( segid " " and resid 127 and name HB1 )) OR { 2366} (( segid " " and resid 130 and name HN )) (( segid " " and resid 128 and name HB1 )) ASSI { 2367} (( segid " " and resid 133 and name HN )) ( segid " " and resid 125 and name HD% ) 5.100 3.200 0.900 peak 2367 spectrum 1 weight 0.10000E+01 volume 0.54552E-03 ppm1 8.800 ppm2 7.420 CV 1 ASSI { 2369} (( segid " " and resid 133 and name HN )) ( segid " " and resid 133 and name HD% ) 2.900 1.100 1.100 peak 2369 spectrum 1 weight 0.11000E+01 volume 0.14666E-02 ppm1 8.805 ppm2 6.934 CV 1 ASSI { 2372} (( segid " " and resid 133 and name HN )) (( segid " " and resid 133 and name HB1 )) 4.200 2.200 1.800 peak 2372 spectrum 1 weight 0.11000E+01 volume 0.92144E-03 ppm1 8.790 ppm2 2.719 CV 1 ASSI { 3567} ( segid " " and resid 86 and name HD2%) ( segid " " and resid 22 and name HD1%) 5.000 3.200 1.100 peak 3567 spectrum 1 weight 0.10000E+01 volume 0.48683E-03 ppm1 0.641 ppm2 -0.445 CV 1 ! ASSI { 4530} ! ( segid " " and resid 86 and name HD2%) ! ( segid " " and resid 22 and name HD2%) ! 4.900 2.900 1.100 peak 4530 spectrum 1 weight 0.10000E+01 volume 0.48683E-03 ppm1 0.641 ppm2 -0.014 CV 1 ASSI { 2378} (( segid " " and resid 136 and name HN )) (( segid " " and resid 137 and name HN )) 4.500 2.500 1.000 peak 2378 spectrum 1 weight 0.11000E+01 volume 0.31418E-03 ppm1 8.827 ppm2 9.781 CV 1 ASSI { 2379} (( segid " " and resid 136 and name HN )) (( segid " " and resid 135 and name HB1 )) 3.900 1.900 1.900 peak 2379 spectrum 1 weight 0.11000E+01 volume 0.17543E-02 ppm1 8.826 ppm2 3.772 CV 1 ASSI { 2381} (( segid " " and resid 136 and name HE1 )) ( segid " " and resid 108 and name HE% ) 5.000 3.100 1.000 peak 2381 spectrum 1 weight 0.10000E+01 volume 0.15013E-03 ppm1 9.779 ppm2 6.484 CV 1 ASSI { 2382} (( segid " " and resid 136 and name HE1 )) (( segid " " and resid 119 and name HN )) 4.500 2.500 1.500 peak 2382 spectrum 1 weight 0.11000E+01 volume 0.34215E-03 ppm1 9.790 ppm2 8.247 CV 1 ASSI { 2386} (( segid " " and resid 139 and name HN )) (( segid " " and resid 138 and name HN )) 4.800 2.800 1.200 peak 2386 spectrum 1 weight 0.11000E+01 volume 0.31294E-03 ppm1 9.342 ppm2 9.110 CV 1 ASSI { 2391} (( segid " " and resid 142 and name HN )) (( segid " " and resid 141 and name HN )) 2.800 1.000 0.700 peak 2391 spectrum 1 weight 0.11000E+01 volume 0.46671E-02 ppm1 7.530 ppm2 7.114 CV 1 ASSI { 2393} (( segid " " and resid 141 and name HN )) (( segid " " and resid 142 and name HB1 )) 5.200 3.400 0.800 peak 2393 spectrum 1 weight 0.10000E+01 volume 0.40973E-03 ppm1 7.117 ppm2 3.365 CV 1 ASSI { 2396} (( segid " " and resid 141 and name HN )) (( segid " " and resid 110 and name HA )) 3.700 1.700 1.700 peak 2396 spectrum 1 weight 0.10000E+01 volume 0.44419E-03 ppm1 7.123 ppm2 4.426 CV 1 ASSI { 2399} (( segid " " and resid 143 and name HN )) ( segid " " and resid 20 and name HE% ) 5.000 3.200 1.000 peak 2399 spectrum 1 weight 0.10000E+01 volume 0.49049E-03 ppm1 8.975 ppm2 6.807 CV 1 ASSI { 2404} (( segid " " and resid 11 and name HN )) ( segid " " and resid 20 and name HD% ) 5.000 3.100 1.000 peak 2404 spectrum 1 weight 0.10000E+01 volume 0.48649E-03 ppm1 8.839 ppm2 7.440 CV 1 ASSI { 2407} (( segid " " and resid 9 and name HN )) (( segid " " and resid 9 and name HB1 )) 3.700 3.700 2.300 peak 2407 spectrum 1 weight 0.11000E+01 volume 0.94887E-03 ppm1 9.631 ppm2 3.740 CV 1 ASSI { 2408} (( segid " " and resid 77 and name HN )) (( segid " " and resid 9 and name HA )) 4.500 2.500 1.500 peak 2408 spectrum 1 weight 0.10000E+01 volume 0.37523E-03 ppm1 8.905 ppm2 3.679 CV 1 ASSI { 2409} (( segid " " and resid 3 and name HN )) (( segid " " and resid 2 and name HB2 )) 4.200 2.200 1.800 peak 2409 spectrum 1 weight 0.10000E+01 volume 0.61255E-03 ppm1 8.498 ppm2 1.851 CV 1 OR { 2409} (( segid " " and resid 3 and name HN )) (( segid " " and resid 2 and name HB1 )) ASSI { 2412} (( segid " " and resid 5 and name HN )) (( segid " " and resid 6 and name HN )) 3.200 1.300 1.300 peak 2412 spectrum 1 weight 0.11000E+01 volume 0.34393E-02 ppm1 8.091 ppm2 8.490 CV 1 ASSI { 2414} (( segid " " and resid 6 and name HN )) (( segid " " and resid 5 and name HN )) 3.200 1.300 1.300 peak 2414 spectrum 1 weight 0.11000E+01 volume 0.34393E-02 ppm1 8.490 ppm2 8.091 CV 1 ASSI { 2416} (( segid " " and resid 94 and name HN )) (( segid " " and resid 94 and name HB2 )) 3.000 1.100 1.100 peak 2416 spectrum 1 weight 0.11000E+01 volume 0.18731E-02 ppm1 8.467 ppm2 2.273 CV 1 ASSI { 2418} (( segid " " and resid 7 and name HN )) (( segid " " and resid 7 and name HD22)) 5.000 3.100 1.000 peak 2418 spectrum 1 weight 0.10000E+01 volume 0.46812E-03 ppm1 8.388 ppm2 6.950 CV 1 ASSI { 2419} (( segid " " and resid 7 and name HN )) (( segid " " and resid 7 and name HA )) 2.900 1.100 1.100 peak 2419 spectrum 1 weight 0.10000E+01 volume 0.23618E-02 ppm1 8.394 ppm2 4.799 CV 1 ASSI { 2424} (( segid " " and resid 8 and name HN )) (( segid " " and resid 75 and name HD1 )) 4.800 2.800 1.200 peak 2424 spectrum 1 weight 0.10000E+01 volume 0.78356E-03 ppm1 8.169 ppm2 1.631 CV 1 OR { 2424} (( segid " " and resid 8 and name HN )) (( segid " " and resid 75 and name HD2 )) ASSI { 2425} (( segid " " and resid 11 and name HN )) (( segid " " and resid 19 and name HA )) 4.500 2.500 1.000 peak 2425 spectrum 1 weight 0.10000E+01 volume 0.38060E-03 ppm1 8.838 ppm2 4.250 CV 1 ASSI { 2426} (( segid " " and resid 11 and name HN )) (( segid " " and resid 20 and name HB2 )) 3.600 1.600 1.600 peak 2426 spectrum 1 weight 0.10000E+01 volume 0.32753E-03 ppm1 8.850 ppm2 2.646 CV 1 ASSI { 2431} (( segid " " and resid 13 and name HN )) ( segid " " and resid 20 and name HD% ) 3.800 1.800 1.800 peak 2431 spectrum 1 weight 0.10000E+01 volume 0.65058E-03 ppm1 8.221 ppm2 7.449 CV 1 ASSI { 2432} (( segid " " and resid 13 and name HN )) (( segid " " and resid 13 and name HD21)) 5.000 3.100 1.000 peak 2432 spectrum 1 weight 0.10000E+01 volume 0.48478E-03 ppm1 8.221 ppm2 7.317 CV 1 ASSI { 2433} (( segid " " and resid 13 and name HN )) (( segid " " and resid 13 and name HA )) 2.600 0.900 0.900 peak 2433 spectrum 1 weight 0.11000E+01 volume 0.24657E-02 ppm1 8.214 ppm2 4.387 CV 1 ASSI { 2434} (( segid " " and resid 13 and name HN )) (( segid " " and resid 18 and name HA )) 4.200 2.200 1.800 peak 2434 spectrum 1 weight 0.11000E+01 volume 0.60604E-03 ppm1 8.212 ppm2 3.950 CV 1 ASSI { 2438} (( segid " " and resid 15 and name HN )) (( segid " " and resid 13 and name HD21)) 4.600 2.700 1.400 peak 2438 spectrum 1 weight 0.10000E+01 volume 0.40928E-03 ppm1 7.753 ppm2 7.320 CV 1 ASSI { 2440} (( segid " " and resid 16 and name HN )) (( segid " " and resid 13 and name HB1 )) 3.700 1.700 1.700 peak 2440 spectrum 1 weight 0.10000E+01 volume 0.32352E-03 ppm1 6.736 ppm2 3.179 CV 1 ASSI { 2441} (( segid " " and resid 16 and name HN )) ( segid " " and resid 12 and name HG2%) 5.100 3.300 0.900 peak 2441 spectrum 1 weight 0.10000E+01 volume 0.50460E-03 ppm1 6.745 ppm2 0.867 CV 1 ASSI { 2442} (( segid " " and resid 17 and name HN )) (( segid " " and resid 13 and name HN )) 4.000 2.200 2.000 peak 2442 spectrum 1 weight 0.10000E+01 volume 0.31251E-03 ppm1 8.725 ppm2 8.215 CV 1 ASSI { 2443} (( segid " " and resid 18 and name HN )) (( segid " " and resid 13 and name HN )) 3.600 1.700 1.700 peak 2443 spectrum 1 weight 0.11000E+01 volume 0.81281E-03 ppm1 7.877 ppm2 8.217 CV 1 ASSI { 2446} (( segid " " and resid 19 and name HN )) (( segid " " and resid 16 and name HB )) 5.100 3.300 0.900 peak 2446 spectrum 1 weight 0.10000E+01 volume 0.68056E-03 ppm1 7.817 ppm2 4.324 CV 1 ASSI { 2449} (( segid " " and resid 20 and name HN )) ( segid " " and resid 20 and name HE% ) 5.500 3.800 0.500 peak 2449 spectrum 1 weight 0.10000E+01 volume 0.29254E-03 ppm1 9.292 ppm2 6.813 CV 1 ASSI { 2451} (( segid " " and resid 20 and name HN )) (( segid " " and resid 20 and name HA )) 3.700 1.700 1.700 peak 2451 spectrum 1 weight 0.11000E+01 volume 0.32385E-03 ppm1 9.297 ppm2 4.736 CV 1 ASSI { 2453} (( segid " " and resid 20 and name HN )) ( segid " " and resid 84 and name HD2%) 6.000 5.000 0.000 peak 2453 spectrum 1 weight 0.10000E+01 volume 0.42742E-03 ppm1 9.303 ppm2 0.438 CV 1 ASSI { 2454} (( segid " " and resid 20 and name HN )) ( segid " " and resid 84 and name HD1%) 6.000 6.000 0.000 peak 2454 spectrum 1 weight 0.10000E+01 volume 0.22128E-03 ppm1 9.306 ppm2 0.183 CV 1 ASSI { 2456} (( segid " " and resid 21 and name HN )) (( segid " " and resid 22 and name HG )) 3.800 1.800 1.800 peak 2456 spectrum 1 weight 0.10000E+01 volume 0.55522E-03 ppm1 8.572 ppm2 0.933 CV 1 ASSI { 2458} (( segid " " and resid 21 and name HN )) ( segid " " and resid 84 and name HD2%) 5.600 3.900 0.400 peak 2458 spectrum 1 weight 0.10000E+01 volume 0.31206E-03 ppm1 8.573 ppm2 0.441 CV 1 ASSI { 2459} (( segid " " and resid 22 and name HN )) (( segid " " and resid 24 and name HN )) 4.600 2.700 1.400 peak 2459 spectrum 1 weight 0.11000E+01 volume 0.65598E-03 ppm1 8.202 ppm2 8.588 CV 1 ASSI { 2461} (( segid " " and resid 22 and name HN )) (( segid " " and resid 21 and name HB2 )) 5.200 3.300 0.800 peak 2461 spectrum 1 weight 0.11000E+01 volume 0.33335E-03 ppm1 8.201 ppm2 2.192 CV 1 ASSI { 2466} (( segid " " and resid 23 and name HN )) (( segid " " and resid 21 and name HB1 )) 4.900 3.000 1.100 peak 2466 spectrum 1 weight 0.10000E+01 volume 0.24378E-03 ppm1 8.870 ppm2 2.925 CV 1 ASSI { 2471} (( segid " " and resid 25 and name HN )) (( segid " " and resid 3 and name HB1 )) 4.200 2.200 1.800 peak 2471 spectrum 1 weight 0.10000E+01 volume 0.30523E-03 ppm1 7.911 ppm2 3.831 CV 1 ASSI { 2473} (( segid " " and resid 26 and name HN )) (( segid " " and resid 27 and name HN )) 4.600 2.600 1.400 peak 2473 spectrum 1 weight 0.10000E+01 volume 0.52708E-03 ppm1 7.582 ppm2 8.227 CV 1 ASSI { 2492} (( segid " " and resid 28 and name HN )) (( segid " " and resid 28 and name HB2 )) 2.400 0.700 0.700 peak 2492 spectrum 1 weight 0.10000E+01 volume 0.53700E-02 ppm1 9.197 ppm2 2.062 CV 1 OR { 2492} (( segid " " and resid 28 and name HN )) (( segid " " and resid 28 and name HB1 )) ASSI { 2493} (( segid " " and resid 28 and name HN )) (( segid " " and resid 28 and name HA )) 2.600 0.800 0.800 peak 2493 spectrum 1 weight 0.11000E+01 volume 0.29243E-02 ppm1 9.198 ppm2 4.012 CV 1 ASSI { 2494} (( segid " " and resid 28 and name HN )) (( segid " " and resid 30 and name HN )) 4.700 2.800 1.300 peak 2494 spectrum 1 weight 0.10000E+01 volume 0.47801E-03 ppm1 9.192 ppm2 7.365 CV 1 ASSI { 2495} (( segid " " and resid 28 and name HN )) (( segid " " and resid 27 and name HG2 )) 4.800 2.900 1.200 peak 2495 spectrum 1 weight 0.10000E+01 volume 0.59954E-03 ppm1 9.197 ppm2 1.458 CV 1 ASSI { 2496} (( segid " " and resid 28 and name HN )) (( segid " " and resid 27 and name HD1 )) 5.700 4.000 0.300 peak 2496 spectrum 1 weight 0.10000E+01 volume 0.34231E-03 ppm1 9.200 ppm2 2.895 CV 1 ASSI { 2497} (( segid " " and resid 29 and name HN )) (( segid " " and resid 27 and name HD1 )) 5.400 3.600 0.600 peak 2497 spectrum 1 weight 0.10000E+01 volume 0.34505E-03 ppm1 8.209 ppm2 2.885 CV 1 ASSI { 2502} (( segid " " and resid 31 and name HN )) (( segid " " and resid 45 and name HN )) 5.300 3.500 0.700 peak 2502 spectrum 1 weight 0.10000E+01 volume 0.22054E-03 ppm1 9.190 ppm2 8.471 CV 1 ASSI { 2505} (( segid " " and resid 31 and name HN )) (( segid " " and resid 44 and name HA )) 3.300 1.400 1.400 peak 2505 spectrum 1 weight 0.11000E+01 volume 0.42198E-03 ppm1 9.198 ppm2 5.191 CV 1 ASSI { 2509} (( segid " " and resid 34 and name HN )) (( segid " " and resid 33 and name HN )) 4.800 2.800 1.200 peak 2509 spectrum 1 weight 0.11000E+01 volume 0.43906E-03 ppm1 8.326 ppm2 9.350 CV 1 ASSI { 2510} (( segid " " and resid 34 and name HN )) (( segid " " and resid 41 and name HN )) 5.200 3.300 0.800 peak 2510 spectrum 1 weight 0.10000E+01 volume 0.21109E-03 ppm1 8.316 ppm2 9.081 CV 1 ASSI { 2511} (( segid " " and resid 34 and name HN )) (( segid " " and resid 41 and name HB )) 5.600 3.900 0.400 peak 2511 spectrum 1 weight 0.10000E+01 volume 0.28873E-03 ppm1 8.327 ppm2 1.871 CV 1 ASSI { 2512} (( segid " " and resid 34 and name HN )) ( segid " " and resid 41 and name HD1%) 5.100 3.300 0.900 peak 2512 spectrum 1 weight 0.10000E+01 volume 0.60962E-03 ppm1 8.323 ppm2 0.615 CV 1 ASSI { 2513} (( segid " " and resid 34 and name HN )) ( segid " " and resid 33 and name HD1%) 3.900 1.900 1.900 peak 2513 spectrum 1 weight 0.10000E+01 volume 0.26161E-02 ppm1 8.332 ppm2 0.904 CV 1 ASSI { 2515} (( segid " " and resid 35 and name HN )) (( segid " " and resid 39 and name HN )) 3.800 1.800 2.200 peak 2515 spectrum 1 weight 0.10000E+01 volume 0.19686E-02 ppm1 8.220 ppm2 8.392 CV 1 ASSI { 2518} (( segid " " and resid 35 and name HN )) ( segid " " and resid 33 and name HD1%) 5.200 3.400 0.800 peak 2518 spectrum 1 weight 0.10000E+01 volume 0.42624E-03 ppm1 8.231 ppm2 0.917 CV 1 OR { 2518} (( segid " " and resid 35 and name HN )) ( segid " " and resid 41 and name HG2%) ASSI { 2521} (( segid " " and resid 36 and name HN )) ( segid " " and resid 41 and name HD1%) 5.500 3.500 0.500 peak 2521 spectrum 1 weight 0.10000E+01 volume 0.34935E-03 ppm1 8.153 ppm2 0.617 CV 1 ASSI { 2527} (( segid " " and resid 37 and name HN )) (( segid " " and resid 35 and name HB1 )) 4.200 2.200 1.800 peak 2527 spectrum 1 weight 0.10000E+01 volume 0.35789E-03 ppm1 8.271 ppm2 2.194 CV 1 ASSI { 2530} (( segid " " and resid 38 and name HN )) (( segid " " and resid 38 and name HD22)) 5.400 3.700 0.600 peak 2530 spectrum 1 weight 0.10000E+01 volume 0.32592E-03 ppm1 8.318 ppm2 7.587 CV 1 ASSI { 2531} (( segid " " and resid 38 and name HN )) (( segid " " and resid 38 and name HD21)) 5.000 3.100 1.000 peak 2531 spectrum 1 weight 0.10000E+01 volume 0.21225E-03 ppm1 8.307 ppm2 6.839 CV 1 ASSI { 2539} (( segid " " and resid 40 and name HN )) ( segid " " and resid 61 and name HG2%) 4.100 2.100 1.900 peak 2539 spectrum 1 weight 0.10000E+01 volume 0.49950E-03 ppm1 8.164 ppm2 0.542 CV 1 ASSI { 2540} (( segid " " and resid 42 and name HN )) (( segid " " and resid 41 and name HN )) 4.600 2.600 1.400 peak 2540 spectrum 1 weight 0.11000E+01 volume 0.36698E-03 ppm1 8.874 ppm2 9.097 CV 1 ASSI { 2542} (( segid " " and resid 42 and name HN )) (( segid " " and resid 41 and name HG12)) 5.000 3.100 1.000 peak 2542 spectrum 1 weight 0.10000E+01 volume 0.36147E-03 ppm1 8.889 ppm2 1.413 CV 1 OR { 2542} (( segid " " and resid 42 and name HN )) (( segid " " and resid 41 and name HG11)) ASSI { 2545} (( segid " " and resid 43 and name HN )) (( segid " " and resid 44 and name HN )) 4.900 3.000 1.100 peak 2545 spectrum 1 weight 0.11000E+01 volume 0.29790E-03 ppm1 9.363 ppm2 8.123 CV 1 ASSI { 2546} (( segid " " and resid 43 and name HN )) ( segid " " and resid 31 and name HD% ) 4.000 2.000 2.000 peak 2546 spectrum 1 weight 0.10000E+01 volume 0.46413E-03 ppm1 9.362 ppm2 7.292 CV 1 ASSI { 2554} (( segid " " and resid 44 and name HN )) (( segid " " and resid 44 and name HB2 )) 3.700 1.800 1.800 peak 2554 spectrum 1 weight 0.11000E+01 volume 0.43202E-03 ppm1 8.121 ppm2 2.338 CV 1 ASSI { 2555} (( segid " " and resid 44 and name HN )) ( segid " " and resid 58 and name HB% ) 3.700 1.700 1.700 peak 2555 spectrum 1 weight 0.10000E+01 volume 0.31486E-03 ppm1 8.112 ppm2 0.272 CV 1 ASSI { 2561} (( segid " " and resid 47 and name HN )) (( segid " " and resid 46 and name HB2 )) 3.900 1.900 1.900 peak 2561 spectrum 1 weight 0.10000E+01 volume 0.47466E-03 ppm1 7.275 ppm2 3.993 CV 1 ASSI { 2563} (( segid " " and resid 47 and name HN )) ( segid " " and resid 73 and name HD2%) 4.500 2.500 1.500 peak 2563 spectrum 1 weight 0.10000E+01 volume 0.71486E-03 ppm1 7.270 ppm2 0.836 CV 1 ASSI { 2565} (( segid " " and resid 47 and name HN )) ( segid " " and resid 58 and name HB% ) 5.300 3.500 0.700 peak 2565 spectrum 1 weight 0.10000E+01 volume 0.44868E-03 ppm1 7.273 ppm2 0.268 CV 1 ASSI { 2567} (( segid " " and resid 48 and name HN )) (( segid " " and resid 49 and name HN )) 4.500 2.500 1.500 peak 2567 spectrum 1 weight 0.11000E+01 volume 0.82920E-03 ppm1 8.457 ppm2 8.682 CV 1 ASSI { 2569} (( segid " " and resid 49 and name HN )) (( segid " " and resid 58 and name HN )) 5.400 3.600 0.600 peak 2569 spectrum 1 weight 0.10000E+01 volume 0.23688E-03 ppm1 8.683 ppm2 9.645 CV 1 ASSI { 2570} (( segid " " and resid 50 and name HN )) (( segid " " and resid 44 and name HD21)) 4.900 3.000 1.100 peak 2570 spectrum 1 weight 0.10000E+01 volume 0.25029E-03 ppm1 8.455 ppm2 7.601 CV 1 ASSI { 2572} (( segid " " and resid 51 and name HN )) (( segid " " and resid 51 and name HB1 )) 4.500 2.600 1.500 peak 2572 spectrum 1 weight 0.10000E+01 volume 0.45207E-03 ppm1 8.214 ppm2 4.010 CV 1 ASSI { 2573} (( segid " " and resid 51 and name HN )) ( segid " " and resid 49 and name HB% ) 3.900 1.900 1.900 peak 2573 spectrum 1 weight 0.10000E+01 volume 0.68622E-03 ppm1 8.214 ppm2 1.040 CV 1 ASSI { 2574} (( segid " " and resid 53 and name HN )) (( segid " " and resid 52 and name HN )) 3.300 1.500 1.000 peak 2574 spectrum 1 weight 0.11000E+01 volume 0.12195E-02 ppm1 8.167 ppm2 9.110 CV 1 ASSI { 2575} (( segid " " and resid 53 and name HN )) (( segid " " and resid 54 and name HN )) 4.000 2.200 2.000 peak 2575 spectrum 1 weight 0.11000E+01 volume 0.22191E-02 ppm1 8.165 ppm2 8.353 CV 1 OR { 2575} (( segid " " and resid 53 and name HN )) (( segid " " and resid 56 and name HN )) ASSI { 2576} (( segid " " and resid 53 and name HN )) (( segid " " and resid 52 and name HB2 )) 4.200 2.200 1.800 peak 2576 spectrum 1 weight 0.10000E+01 volume 0.53411E-03 ppm1 8.163 ppm2 3.818 CV 1 ASSI { 2585} (( segid " " and resid 59 and name HN )) (( segid " " and resid 59 and name HA )) 3.100 1.200 1.200 peak 2585 spectrum 1 weight 0.11000E+01 volume 0.53347E-03 ppm1 6.899 ppm2 4.601 CV 1 ASSI { 2587} (( segid " " and resid 60 and name HN )) (( segid " " and resid 58 and name HA )) 3.800 1.800 1.800 peak 2587 spectrum 1 weight 0.10000E+01 volume 0.10955E-02 ppm1 9.785 ppm2 4.260 CV 1 ASSI { 2592} (( segid " " and resid 63 and name HN )) ( segid " " and resid 61 and name HG2%) 4.100 2.100 1.900 peak 2592 spectrum 1 weight 0.10000E+01 volume 0.39121E-03 ppm1 8.550 ppm2 0.545 CV 1 ASSI { 2595} (( segid " " and resid 67 and name HN )) (( segid " " and resid 68 and name HN )) 4.200 2.200 1.800 peak 2595 spectrum 1 weight 0.11000E+01 volume 0.86207E-03 ppm1 8.394 ppm2 8.994 CV 1 ASSI { 2598} (( segid " " and resid 67 and name HN )) (( segid " " and resid 67 and name HA )) 3.100 1.200 1.200 peak 2598 spectrum 1 weight 0.10000E+01 volume 0.80159E-03 ppm1 8.388 ppm2 4.816 CV 1 ASSI { 2604} (( segid " " and resid 68 and name HN )) ( segid " " and resid 61 and name HG2%) 4.600 2.700 1.400 peak 2604 spectrum 1 weight 0.10000E+01 volume 0.48044E-03 ppm1 8.997 ppm2 0.531 CV 1 ASSI { 2605} (( segid " " and resid 69 and name HN )) (( segid " " and resid 68 and name HB1 )) 5.200 3.400 0.800 peak 2605 spectrum 1 weight 0.10000E+01 volume 0.29826E-03 ppm1 8.468 ppm2 1.559 CV 1 ASSI { 2608} (( segid " " and resid 69 and name HN )) (( segid " " and resid 68 and name HG )) 3.700 1.700 1.700 peak 2608 spectrum 1 weight 0.10000E+01 volume 0.65222E-03 ppm1 8.468 ppm2 1.063 CV 1 ASSI { 2610} (( segid " " and resid 70 and name HN )) (( segid " " and resid 61 and name HN )) 4.400 2.400 1.600 peak 2610 spectrum 1 weight 0.11000E+01 volume 0.33734E-03 ppm1 8.636 ppm2 9.770 CV 1 ASSI { 2612} (( segid " " and resid 71 and name HN )) (( segid " " and resid 72 and name HN )) 4.400 2.400 1.600 peak 2612 spectrum 1 weight 0.11000E+01 volume 0.52879E-03 ppm1 8.435 ppm2 8.839 CV 1 ASSI { 2613} (( segid " " and resid 71 and name HN )) (( segid " " and resid 70 and name HA )) 3.200 1.300 1.300 peak 2613 spectrum 1 weight 0.10000E+01 volume 0.94255E-03 ppm1 8.436 ppm2 4.502 CV 1 ASSI { 2614} (( segid " " and resid 71 and name HN )) (( segid " " and resid 71 and name HA1 )) 2.800 2.800 3.200 peak 2614 spectrum 1 weight 0.11000E+01 volume 0.16683E-02 ppm1 8.443 ppm2 4.014 CV 1 OR { 2614} (( segid " " and resid 71 and name HN )) (( segid " " and resid 71 and name HA2 )) ASSI { 2616} (( segid " " and resid 71 and name HN )) ( segid " " and resid 70 and name HB% ) 4.500 2.500 1.500 peak 2616 spectrum 1 weight 0.10000E+01 volume 0.70745E-03 ppm1 8.429 ppm2 1.318 CV 1 ASSI { 2618} (( segid " " and resid 72 and name HN )) (( segid " " and resid 73 and name HN )) 5.000 3.100 1.000 peak 2618 spectrum 1 weight 0.11000E+01 volume 0.44868E-03 ppm1 8.829 ppm2 7.760 CV 1 ASSI { 2627} (( segid " " and resid 74 and name HN )) (( segid " " and resid 74 and name HA )) 3.300 1.400 1.400 peak 2627 spectrum 1 weight 0.11000E+01 volume 0.42757E-03 ppm1 6.929 ppm2 4.578 CV 1 ASSI { 2630} (( segid " " and resid 74 and name HN )) (( segid " " and resid 73 and name HB1 )) 4.500 2.500 1.500 peak 2630 spectrum 1 weight 0.10000E+01 volume 0.53240E-03 ppm1 6.917 ppm2 1.488 CV 1 ASSI { 2634} (( segid " " and resid 76 and name HN )) (( segid " " and resid 75 and name HA )) 3.800 1.800 1.500 peak 2634 spectrum 1 weight 0.10000E+01 volume 0.47748E-03 ppm1 8.061 ppm2 4.859 CV 1 ASSI { 2642} (( segid " " and resid 77 and name HN )) (( segid " " and resid 9 and name HN )) 5.000 3.200 1.000 peak 2642 spectrum 1 weight 0.11000E+01 volume 0.31402E-03 ppm1 8.892 ppm2 9.635 CV 1 ASSI { 2644} (( segid " " and resid 79 and name HN )) (( segid " " and resid 78 and name HN )) 4.500 2.600 1.500 peak 2644 spectrum 1 weight 0.11000E+01 volume 0.60764E-03 ppm1 8.880 ppm2 8.704 CV 1 ASSI { 2652} (( segid " " and resid 82 and name HN )) (( segid " " and resid 83 and name HB )) 5.100 3.300 0.900 peak 2652 spectrum 1 weight 0.10000E+01 volume 0.43366E-03 ppm1 6.826 ppm2 1.993 CV 1 ASSI { 2654} (( segid " " and resid 84 and name HN )) (( segid " " and resid 108 and name HB2 )) 4.400 2.400 1.600 peak 2654 spectrum 1 weight 0.10000E+01 volume 0.35987E-03 ppm1 8.299 ppm2 2.394 CV 1 ASSI { 2657} (( segid " " and resid 85 and name HN )) (( segid " " and resid 108 and name HN )) 5.000 3.100 1.000 peak 2657 spectrum 1 weight 0.10000E+01 volume 0.24406E-03 ppm1 9.066 ppm2 9.649 CV 1 ASSI { 2658} (( segid " " and resid 85 and name HN )) ( segid " " and resid 20 and name HE% ) 4.500 2.600 1.500 peak 2658 spectrum 1 weight 0.10000E+01 volume 0.49049E-03 ppm1 9.055 ppm2 6.821 CV 1 ASSI { 2660} (( segid " " and resid 85 and name HN )) (( segid " " and resid 79 and name HA )) 4.000 2.000 2.000 peak 2660 spectrum 1 weight 0.11000E+01 volume 0.34795E-03 ppm1 9.050 ppm2 4.913 CV 1 ASSI { 2663} (( segid " " and resid 86 and name HN )) (( segid " " and resid 87 and name HN )) 4.500 2.500 1.500 peak 2663 spectrum 1 weight 0.10000E+01 volume 0.44077E-03 ppm1 8.499 ppm2 8.776 CV 1 ASSI { 2666} (( segid " " and resid 86 and name HN )) (( segid " " and resid 107 and name HA )) 3.900 1.900 1.900 peak 2666 spectrum 1 weight 0.11000E+01 volume 0.49300E-03 ppm1 8.501 ppm2 5.161 CV 1 ASSI { 2669} (( segid " " and resid 86 and name HN )) (( segid " " and resid 106 and name HB2 )) 3.700 1.700 1.700 peak 2669 spectrum 1 weight 0.10000E+01 volume 0.41004E-03 ppm1 8.492 ppm2 2.150 CV 1 ASSI { 2672} (( segid " " and resid 88 and name HN )) (( segid " " and resid 106 and name HN )) 5.000 3.100 1.000 peak 2672 spectrum 1 weight 0.11000E+01 volume 0.40019E-03 ppm1 9.214 ppm2 9.426 CV 1 ASSI { 2675} (( segid " " and resid 89 and name HN )) (( segid " " and resid 88 and name HB1 )) 3.900 1.900 1.900 peak 2675 spectrum 1 weight 0.11000E+01 volume 0.61738E-03 ppm1 9.121 ppm2 3.283 CV 1 ASSI { 2676} (( segid " " and resid 89 and name HN )) (( segid " " and resid 72 and name HN )) 3.500 1.600 1.600 peak 2676 spectrum 1 weight 0.11000E+01 volume 0.53328E-03 ppm1 9.132 ppm2 8.842 CV 1 ASSI { 2689} (( segid " " and resid 98 and name HN )) (( segid " " and resid 97 and name HB2 )) 3.700 1.700 1.700 peak 2689 spectrum 1 weight 0.11000E+01 volume 0.11262E-02 ppm1 8.447 ppm2 2.563 CV 1 ASSI { 2691} (( segid " " and resid 100 and name HN )) (( segid " " and resid 97 and name HA )) 4.500 2.500 1.500 peak 2691 spectrum 1 weight 0.10000E+01 volume 0.59493E-03 ppm1 8.564 ppm2 4.482 CV 1 ASSI { 2695} (( segid " " and resid 101 and name HN )) (( segid " " and resid 100 and name HG1 )) 4.500 2.500 1.500 peak 2695 spectrum 1 weight 0.11000E+01 volume 0.52031E-03 ppm1 8.465 ppm2 2.520 CV 1 ASSI { 2696} (( segid " " and resid 101 and name HN )) (( segid " " and resid 100 and name HG2 )) 4.500 2.600 1.500 peak 2696 spectrum 1 weight 0.11000E+01 volume 0.90775E-03 ppm1 8.460 ppm2 2.429 CV 1 ASSI { 2697} (( segid " " and resid 45 and name HN )) (( segid " " and resid 44 and name HB2 )) 4.500 2.500 1.500 peak 2697 spectrum 1 weight 0.10000E+01 volume 0.65990E-03 ppm1 8.483 ppm2 2.343 CV 1 ASSI { 2699} (( segid " " and resid 103 and name HN )) (( segid " " and resid 103 and name HA )) 3.000 3.000 3.000 peak 2699 spectrum 1 weight 0.11000E+01 volume 0.10921E-02 ppm1 8.483 ppm2 4.171 CV 1 ASSI { 2702} (( segid " " and resid 105 and name HN )) (( segid " " and resid 104 and name HN )) 4.700 2.800 1.300 peak 2702 spectrum 1 weight 0.11000E+01 volume 0.44792E-03 ppm1 9.336 ppm2 9.095 CV 1 ASSI { 2705} (( segid " " and resid 106 and name HN )) ( segid " " and resid 108 and name HE% ) 5.100 3.300 0.900 peak 2705 spectrum 1 weight 0.10000E+01 volume 0.35051E-03 ppm1 9.418 ppm2 6.466 CV 1 ASSI { 2706} (( segid " " and resid 106 and name HN )) (( segid " " and resid 85 and name HA )) 4.800 2.900 1.200 peak 2706 spectrum 1 weight 0.11000E+01 volume 0.32328E-03 ppm1 9.415 ppm2 5.631 CV 1 ASSI { 2710} (( segid " " and resid 107 and name HN )) (( segid " " and resid 134 and name HN )) 4.400 2.400 1.600 peak 2710 spectrum 1 weight 0.11000E+01 volume 0.36879E-03 ppm1 7.654 ppm2 9.085 CV 1 ASSI { 2711} (( segid " " and resid 107 and name HN )) (( segid " " and resid 106 and name HN )) 4.600 2.600 1.400 peak 2711 spectrum 1 weight 0.11000E+01 volume 0.28309E-03 ppm1 7.672 ppm2 9.427 CV 1 ASSI { 2714} (( segid " " and resid 108 and name HN )) (( segid " " and resid 86 and name HN )) 5.300 3.500 0.700 peak 2714 spectrum 1 weight 0.11000E+01 volume 0.38151E-03 ppm1 9.659 ppm2 8.498 CV 1 ASSI { 2715} (( segid " " and resid 108 and name HN )) ( segid " " and resid 108 and name HE% ) 5.000 3.100 1.000 peak 2715 spectrum 1 weight 0.10000E+01 volume 0.46207E-03 ppm1 9.670 ppm2 6.473 CV 1 ASSI { 2717} (( segid " " and resid 109 and name HN )) (( segid " " and resid 108 and name HN )) 4.500 2.600 1.500 peak 2717 spectrum 1 weight 0.11000E+01 volume 0.35674E-03 ppm1 8.347 ppm2 9.668 CV 1 ASSI { 2718} (( segid " " and resid 109 and name HN )) ( segid " " and resid 108 and name HD% ) 4.600 2.700 1.400 peak 2718 spectrum 1 weight 0.10000E+01 volume 0.60098E-03 ppm1 8.345 ppm2 6.733 CV 1 ASSI { 2720} (( segid " " and resid 109 and name HN )) (( segid " " and resid 108 and name HB1 )) 4.000 2.000 2.000 peak 2720 spectrum 1 weight 0.11000E+01 volume 0.44328E-03 ppm1 8.344 ppm2 2.979 CV 1 ASSI { 2722} (( segid " " and resid 110 and name HN )) (( segid " " and resid 111 and name HN )) 4.400 2.400 1.600 peak 2722 spectrum 1 weight 0.11000E+01 volume 0.86724E-03 ppm1 9.153 ppm2 6.968 CV 1 ASSI { 2723} (( segid " " and resid 110 and name HN )) (( segid " " and resid 142 and name HA )) 4.500 2.500 1.10 peak 2723 spectrum 1 weight 0.11000E+01 volume 0.31398E-03 ppm1 9.140 ppm2 4.892 CV 1 ASSI { 2724} (( segid " " and resid 111 and name HN )) (( segid " " and resid 142 and name HN )) 5.000 3.200 1.000 peak 2724 spectrum 1 weight 0.11000E+01 volume 0.21949E-03 ppm1 6.980 ppm2 7.532 CV 1 ASSI { 2727} (( segid " " and resid 111 and name HN )) (( segid " " and resid 138 and name HA )) 4.400 2.500 1.600 peak 2727 spectrum 1 weight 0.11000E+01 volume 0.21036E-03 ppm1 6.971 ppm2 5.208 CV 1 ASSI { 2738} (( segid " " and resid 114 and name HN )) (( segid " " and resid 112 and name HN )) 5.200 3.400 0.800 peak 2738 spectrum 1 weight 0.11000E+01 volume 0.40486E-03 ppm1 7.716 ppm2 9.185 CV 1 ASSI { 2753} (( segid " " and resid 119 and name HN )) (( segid " " and resid 117 and name HB1 )) 3.800 1.800 1.800 peak 2753 spectrum 1 weight 0.11000E+01 volume 0.70600E-03 ppm1 8.242 ppm2 2.847 CV 1 ASSI { 2754} (( segid " " and resid 119 and name HN )) (( segid " " and resid 119 and name HG2 )) 2.700 0.900 0.900 peak 2754 spectrum 1 weight 0.10000E+01 volume 0.37972E-02 ppm1 8.254 ppm2 2.436 CV 1 OR { 2754} (( segid " " and resid 119 and name HN )) (( segid " " and resid 119 and name HG1 )) ASSI { 2755} (( segid " " and resid 119 and name HN )) (( segid " " and resid 119 and name HB1 )) 3.300 1.400 1.400 peak 2755 spectrum 1 weight 0.10000E+01 volume 0.18152E-02 ppm1 8.256 ppm2 2.066 CV 1 ASSI { 2756} (( segid " " and resid 119 and name HN )) (( segid " " and resid 119 and name HB2 )) 3.300 1.400 1.400 peak 2756 spectrum 1 weight 0.10000E+01 volume 0.27468E-02 ppm1 8.250 ppm2 1.751 CV 1 ASSI { 2761} (( segid " " and resid 121 and name HN )) (( segid " " and resid 121 and name HA )) 2.800 1.000 1.000 peak 2761 spectrum 1 weight 0.11000E+01 volume 0.18805E-02 ppm1 8.740 ppm2 4.300 CV 1 ASSI { 2766} (( segid " " and resid 126 and name HN )) (( segid " " and resid 125 and name HN )) 5.200 3.400 0.800 peak 2766 spectrum 1 weight 0.11000E+01 volume 0.29588E-03 ppm1 8.874 ppm2 8.533 CV 1 ASSI { 2773} (( segid " " and resid 136 and name HN )) (( segid " " and resid 136 and name HA )) 3.800 1.800 1.800 peak 2773 spectrum 1 weight 0.11000E+01 volume 0.30915E-03 ppm1 8.830 ppm2 4.904 CV 1 ASSI { 2787} (( segid " " and resid 148 and name HN )) (( segid " " and resid 147 and name HD2 )) 3.400 1.500 1.500 peak 2787 spectrum 1 weight 0.10000E+01 volume 0.42190E-03 ppm1 8.373 ppm2 3.652 CV 1 ASSI { 2788} (( segid " " and resid 148 and name HN )) (( segid " " and resid 148 and name HD1 )) 4.600 2.700 1.400 peak 2788 spectrum 1 weight 0.10000E+01 volume 0.77618E-03 ppm1 8.370 ppm2 3.158 CV 1 OR { 2788} (( segid " " and resid 148 and name HN )) (( segid " " and resid 148 and name HD2 )) ASSI { 2790} (( segid " " and resid 146 and name HN )) (( segid " " and resid 145 and name HB1 )) 3.500 1.500 1.500 peak 2790 spectrum 1 weight 0.11000E+01 volume 0.39771E-02 ppm1 8.188 ppm2 1.970 CV 1 ASSI { 2797} (( segid " " and resid 145 and name HN )) (( segid " " and resid 145 and name HB2 )) 3.200 1.300 1.300 peak 2797 spectrum 1 weight 0.11000E+01 volume 0.91429E-02 ppm1 8.579 ppm2 1.936 CV 1 OR { 2797} (( segid " " and resid 145 and name HN )) (( segid " " and resid 145 and name HB1 )) ASSI { 2801} (( segid " " and resid 18 and name HN )) (( segid " " and resid 16 and name HA )) 4.500 2.500 1.500 peak 2801 spectrum 1 weight 0.11000E+01 volume 0.58337E-03 ppm1 7.874 ppm2 4.520 CV 1 ASSI { 2804} (( segid " " and resid 31 and name HN )) (( segid " " and resid 31 and name HA )) 3.700 1.700 1.700 peak 2804 spectrum 1 weight 0.11000E+01 volume 0.35962E-03 ppm1 9.204 ppm2 4.774 CV 1 ASSI { 2806} (( segid " " and resid 33 and name HN )) (( segid " " and resid 31 and name HA )) 6.000 5.000 0.000 peak 2806 spectrum 1 weight 0.11000E+01 volume 0.20733E-03 ppm1 9.347 ppm2 4.783 CV 1 ASSI { 2818} (( segid " " and resid 39 and name HN )) (( segid " " and resid 38 and name HN )) 2.800 1.000 0.600 peak 2818 spectrum 1 weight 0.11000E+01 volume 0.45656E-02 ppm1 8.396 ppm2 8.324 CV 1 ASSI { 2822} (( segid " " and resid 146 and name HN )) (( segid " " and resid 147 and name HA )) 2.900 2.900 3.100 peak 2822 spectrum 1 weight 0.11000E+01 volume 0.65450E-02 ppm1 8.169 ppm2 4.380 CV 1 ASSI { 2830} (( segid " " and resid 45 and name HN )) (( segid " " and resid 45 and name HA )) 2.800 1.000 1.000 peak 2830 spectrum 1 weight 0.11000E+01 volume 0.15254E-02 ppm1 8.498 ppm2 3.725 CV 1 ASSI { 2847} (( segid " " and resid 56 and name HN )) (( segid " " and resid 48 and name HB2 )) 4.800 2.800 1.200 peak 2847 spectrum 1 weight 0.10000E+01 volume 0.41125E-03 ppm1 8.418 ppm2 1.802 CV 1 ASSI { 2856} (( segid " " and resid 58 and name HN )) (( segid " " and resid 73 and name HN )) 4.500 2.500 1.500 peak 2856 spectrum 1 weight 0.11000E+01 volume 0.30858E-03 ppm1 9.651 ppm2 7.743 CV 1 ASSI { 2858} (( segid " " and resid 59 and name HN )) (( segid " " and resid 73 and name HN )) 6.000 4.900 0.000 peak 2858 spectrum 1 weight 0.10000E+01 volume 0.25806E-03 ppm1 6.899 ppm2 7.744 CV 1 ASSI { 2868} (( segid " " and resid 62 and name HN )) (( segid " " and resid 63 and name HN )) 4.800 2.900 1.200 peak 2868 spectrum 1 weight 0.10000E+01 volume 0.31239E-03 ppm1 9.649 ppm2 8.545 CV 1 ASSI { 2871} (( segid " " and resid 68 and name HN )) (( segid " " and resid 60 and name HA )) 4.400 2.400 1.600 peak 2871 spectrum 1 weight 0.10000E+01 volume 0.28058E-03 ppm1 8.999 ppm2 5.643 CV 1 ASSI { 2872} (( segid " " and resid 69 and name HN )) (( segid " " and resid 68 and name HN )) 5.400 3.600 0.600 peak 2872 spectrum 1 weight 0.11000E+01 volume 0.22677E-03 ppm1 8.484 ppm2 9.011 CV 1 ASSI { 2873} (( segid " " and resid 69 and name HN )) (( segid " " and resid 92 and name HN )) 5.100 3.200 0.900 peak 2873 spectrum 1 weight 0.10000E+01 volume 0.30837E-03 ppm1 8.473 ppm2 8.752 CV 1 ASSI { 2874} (( segid " " and resid 70 and name HN )) (( segid " " and resid 59 and name HN )) 4.400 2.400 1.600 peak 2874 spectrum 1 weight 0.10000E+01 volume 0.24713E-03 ppm1 8.620 ppm2 6.888 CV 1 ASSI { 2876} (( segid " " and resid 71 and name HN )) (( segid " " and resid 59 and name HN )) 4.400 2.400 1.600 peak 2876 spectrum 1 weight 0.11000E+01 volume 0.18437E-03 ppm1 8.424 ppm2 6.903 CV 1 ASSI { 2880} (( segid " " and resid 71 and name HN )) (( segid " " and resid 69 and name HA )) 4.800 2.900 1.200 peak 2880 spectrum 1 weight 0.10000E+01 volume 0.23360E-03 ppm1 8.431 ppm2 4.796 CV 1 ASSI { 2881} (( segid " " and resid 71 and name HN )) (( segid " " and resid 91 and name HA2 )) 3.800 1.800 2.200 peak 2881 spectrum 1 weight 0.10000E+01 volume 0.32170E-03 ppm1 8.420 ppm2 3.480 CV 1 ASSI { 2893} (( segid " " and resid 73 and name HN )) (( segid " " and resid 57 and name HA )) 4.000 2.200 1.700 peak 2893 spectrum 1 weight 0.11000E+01 volume 0.72209E-03 ppm1 7.746 ppm2 4.032 CV 1 ASSI { 2894} (( segid " " and resid 73 and name HN )) (( segid " " and resid 72 and name HG2 )) 4.900 3.000 1.100 peak 2894 spectrum 1 weight 0.10000E+01 volume 0.54883E-03 ppm1 7.749 ppm2 1.672 CV 1 ASSI { 2898} (( segid " " and resid 74 and name HN )) (( segid " " and resid 72 and name HG1 )) 3.400 1.500 1.500 peak 2898 spectrum 1 weight 0.10000E+01 volume 0.51684E-03 ppm1 6.933 ppm2 1.379 CV 1 ASSI { 2899} (( segid " " and resid 74 and name HN )) ( segid " " and resid 73 and name HD2%) 3.400 1.500 1.500 peak 2899 spectrum 1 weight 0.10000E+01 volume 0.32630E-03 ppm1 6.922 ppm2 0.835 CV 1 ASSI { 2904} (( segid " " and resid 84 and name HN )) (( segid " " and resid 108 and name HB2 )) 4.400 4.400 1.600 peak 2904 spectrum 1 weight 0.11000E+01 volume 0.48695E-03 ppm1 8.301 ppm2 2.980 CV 1 OR { 2904} (( segid " " and resid 84 and name HN )) (( segid " " and resid 108 and name HB1 )) ASSI { 2908} (( segid " " and resid 86 and name HN )) (( segid " " and resid 86 and name HA )) 3.300 1.400 1.400 peak 2908 spectrum 1 weight 0.11000E+01 volume 0.55066E-03 ppm1 8.491 ppm2 4.676 CV 1 ASSI { 2916} (( segid " " and resid 92 and name HN )) (( segid " " and resid 92 and name HA )) 3.900 1.900 1.900 peak 2916 spectrum 1 weight 0.10000E+01 volume 0.29317E-03 ppm1 8.744 ppm2 4.919 CV 1 ASSI { 2918} (( segid " " and resid 92 and name HN )) (( segid " " and resid 70 and name HA )) 3.900 1.900 1.900 peak 2918 spectrum 1 weight 0.10000E+01 volume 0.30542E-03 ppm1 8.745 ppm2 4.560 CV 1 ASSI { 2923} (( segid " " and resid 99 and name HN )) (( segid " " and resid 99 and name HE2 )) 5.600 4.000 0.400 peak 2923 spectrum 1 weight 0.10000E+01 volume 0.37680E-03 ppm1 8.234 ppm2 3.038 CV 1 OR { 2923} (( segid " " and resid 99 and name HN )) (( segid " " and resid 99 and name HE1 )) ASSI { 2924} (( segid " " and resid 100 and name HN )) (( segid " " and resid 100 and name HB2 )) 3.200 1.300 1.300 peak 2924 spectrum 1 weight 0.11000E+01 volume 0.23425E-02 ppm1 8.569 ppm2 2.026 CV 1 ASSI { 2932} (( segid " " and resid 105 and name HN )) (( segid " " and resid 104 and name HB2 )) 4.900 3.000 1.100 peak 2932 spectrum 1 weight 0.10000E+01 volume 0.28257E-03 ppm1 9.348 ppm2 3.962 CV 1 ASSI { 2934} (( segid " " and resid 106 and name HN )) (( segid " " and resid 87 and name HA )) 4.100 2.100 1.900 peak 2934 spectrum 1 weight 0.10000E+01 volume 0.24034E-03 ppm1 9.422 ppm2 4.868 CV 1 ASSI { 2936} (( segid " " and resid 107 and name HN )) (( segid " " and resid 136 and name HN )) 4.400 2.400 1.600 peak 2936 spectrum 1 weight 0.10000E+01 volume 0.57124E-03 ppm1 7.677 ppm2 8.834 CV 1 ASSI { 2946} (( segid " " and resid 121 and name HN )) (( segid " " and resid 136 and name HA )) 4.100 2.100 1.900 peak 2946 spectrum 1 weight 0.11000E+01 volume 0.25077E-03 ppm1 8.742 ppm2 4.874 CV 1 ASSI { 2947} (( segid " " and resid 121 and name HN )) (( segid " " and resid 134 and name HA )) 5.200 3.400 0.800 peak 2947 spectrum 1 weight 0.11000E+01 volume 0.22263E-03 ppm1 8.741 ppm2 5.278 CV 1 ASSI { 2949} (( segid " " and resid 123 and name HN )) (( segid " " and resid 122 and name HB1 )) 5.300 3.600 0.700 peak 2949 spectrum 1 weight 0.11000E+01 volume 0.25337E-03 ppm1 8.551 ppm2 2.963 CV 1 ASSI { 2953} (( segid " " and resid 125 and name HN )) (( segid " " and resid 133 and name HN )) 4.700 2.800 1.300 peak 2953 spectrum 1 weight 0.10000E+01 volume 0.42563E-03 ppm1 8.524 ppm2 8.764 CV 1 ASSI { 2957} (( segid " " and resid 130 and name HN )) (( segid " " and resid 129 and name HA )) 3.700 1.700 1.700 peak 2957 spectrum 1 weight 0.10000E+01 volume 0.56648E-03 ppm1 7.757 ppm2 4.449 CV 1 ASSI { 2958} (( segid " " and resid 133 and name HN )) (( segid " " and resid 105 and name HB1 )) 5.700 4.100 0.300 peak 2958 spectrum 1 weight 0.10000E+01 volume 0.20931E-03 ppm1 8.791 ppm2 3.032 CV 1 ASSI { 2960} (( segid " " and resid 133 and name HN )) (( segid " " and resid 123 and name HN )) 4.300 2.300 1.700 peak 2960 spectrum 1 weight 0.10000E+01 volume 0.30112E-03 ppm1 8.796 ppm2 8.541 CV 1 ASSI { 2965} (( segid " " and resid 134 and name HN )) (( segid " " and resid 105 and name HN )) 4.700 2.800 1.300 peak 2965 spectrum 1 weight 0.10000E+01 volume 0.28802E-03 ppm1 9.076 ppm2 9.360 CV 1 ASSI { 2968} (( segid " " and resid 82 and name HE21)) (( segid " " and resid 82 and name HG1 )) 2.800 1.000 1.000 peak 2968 spectrum 1 weight 0.10000E+01 volume 0.26881E-02 ppm1 7.623 ppm2 2.385 CV 1 OR { 2968} (( segid " " and resid 82 and name HE21)) (( segid " " and resid 82 and name HB2 )) ASSI { 2969} (( segid " " and resid 4 and name HD21)) (( segid " " and resid 4 and name HA )) 4.600 4.600 1.400 peak 2969 spectrum 1 weight 0.11000E+01 volume 0.39547E-03 ppm1 6.953 ppm2 4.796 CV 1 ASSI { 2984} (( segid " " and resid 7 and name HD22)) (( segid " " and resid 7 and name HB1 )) 3.600 3.600 2.400 peak 2984 spectrum 1 weight 0.11000E+01 volume 0.40007E-02 ppm1 7.632 ppm2 2.934 CV 1 ASSI { 2985} (( segid " " and resid 6 and name HE22)) (( segid " " and resid 6 and name HG1 )) 3.300 3.300 2.700 peak 2985 spectrum 1 weight 0.11000E+01 volume 0.45694E-02 ppm1 7.659 ppm2 2.377 CV 1 OR { 2985} (( segid " " and resid 6 and name HE22)) (( segid " " and resid 6 and name HG2 )) ASSI { 2999} (( segid " " and resid 17 and name HN )) (( segid " " and resid 13 and name HB2 )) 5.500 3.700 0.500 peak 2999 spectrum 1 weight 0.10000E+01 volume 0.25902E-03 ppm1 8.740 ppm2 2.334 CV 1 ASSI { 3009} (( segid " " and resid 4 and name HN )) (( segid " " and resid 5 and name HA )) 4.700 2.700 1.300 peak 3009 spectrum 1 weight 0.10000E+01 volume 0.31541E-03 ppm1 8.644 ppm2 4.169 CV 1 ASSI { 3011} (( segid " " and resid 4 and name HN )) (( segid " " and resid 4 and name HD21)) 5.300 3.500 0.700 peak 3011 spectrum 1 weight 0.10000E+01 volume 0.23404E-03 ppm1 8.640 ppm2 7.622 CV 1 ASSI { 3016} (( segid " " and resid 148 and name HN )) (( segid " " and resid 147 and name HD1 )) 5.300 3.500 0.700 peak 3016 spectrum 1 weight 0.10000E+01 volume 0.29074E-03 ppm1 8.376 ppm2 3.876 CV 1 ASSI { 3019} (( segid " " and resid 76 and name HN )) (( segid " " and resid 74 and name HN )) 5.000 3.200 1.000 peak 3019 spectrum 1 weight 0.10000E+01 volume 0.17262E-03 ppm1 8.049 ppm2 6.957 CV 1 ASSI { 3020} (( segid " " and resid 133 and name HN )) (( segid " " and resid 133 and name HA )) 3.600 1.600 1.600 peak 3020 spectrum 1 weight 0.10000E+01 volume 0.43910E-03 ppm1 8.807 ppm2 5.038 CV 1 ASSI { 3030} (( segid " " and resid 53 and name HN )) ( segid " " and resid 54 and name HB% ) 4.400 2.500 1.600 peak 3030 spectrum 1 weight 0.10000E+01 volume 0.67146E-03 ppm1 8.167 ppm2 1.438 CV 1 ASSI { 3037} (( segid " " and resid 83 and name HN )) (( segid " " and resid 80 and name HB1 )) 5.000 3.200 1.000 peak 3037 spectrum 1 weight 0.10000E+01 volume 0.46744E-03 ppm1 7.519 ppm2 1.823 CV 1 ASSI { 3038} (( segid " " and resid 122 and name HN )) ( segid " " and resid 123 and name HD1%) 4.400 2.400 1.600 peak 3038 spectrum 1 weight 0.10000E+01 volume 0.61437E-03 ppm1 8.795 ppm2 0.682 CV 1 OR { 3038} (( segid " " and resid 122 and name HN )) ( segid " " and resid 123 and name HD2%) ASSI { 3041} (( segid " " and resid 145 and name HN )) (( segid " " and resid 145 and name HG1 )) 3.500 1.500 1.500 peak 3041 spectrum 1 weight 0.10000E+01 volume 0.20850E-02 ppm1 8.584 ppm2 2.305 CV 1 OR { 3041} (( segid " " and resid 145 and name HN )) (( segid " " and resid 145 and name HG2 )) !!Y88 OH ASSI { 3495} ( segid " " and resid 73 and name HD1%) (( segid " " and resid 88 and name HH )) 3.800 1.800 1.000 peak 3495 spectrum 1 weight 0.10000E+01 volume 0.53946E-03 ppm1 0.865 ppm2 8.321 CV 1 ASSI { 1146} (( segid " " and resid 46 and name HN )) (( segid " " and resid 88 and name HH )) 2.800 1.000 1.500 peak 1146 spectrum 1 weight 0.10000E+01 volume 0.27052E-02 ppm1 4.279 ppm2 8.299 CV 1 ASSI { 2968} (( segid " " and resid 45 and name HA )) (( segid " " and resid 88 and name HH )) 3.000 1.200 1.500 peak 2968 spectrum 1 weight 0.10000E+01 volume 0.27052E-02 ppm1 4.279 ppm2 8.299 CV 1 ASSI { 1567} ( segid " " and resid 45 and name HG1%) (( segid " " and resid 31 and name HN )) 3.400 3.400 2.600 peak 1567 spectrum 1 weight 0.10000E+01 volume 0.17857E-02 ppm1 0.544 ppm2 9.226 CV 1 OR { 1567} ( segid " " and resid 45 and name HG1%) (( segid " " and resid 88 and name HH )) ASSI { 3706} ( segid " " and resid 46 and name HA ) (( segid " " and resid 88 and name HH )) 3.400 3.400 2.600 peak 3706 spectrum 1 weight 0.10000E+01 volume 0.17857E-02 ppm1 0.544 ppm2 9.226 CV 1 ASSI { 1859} (( segid " " and resid 6 and name HN )) (( segid " " and resid 6 and name HG1 )) 3.100 1.200 1.200 peak 1859 spectrum 1 weight 0.10000E+01 volume 0.54119E-02 ppm1 8.484 ppm2 2.377 CV 1 ASSI { 1881} (( segid " " and resid 49 and name HN )) (( segid " " and resid 49 and name HA )) 2.800 1.000 0.700 peak 1881 spectrum 1 weight 0.10000E+01 volume 0.45663E-02 ppm1 8.690 ppm2 4.266 CV 1 ASSI { 1882} (( segid " " and resid 49 and name HN )) (( segid " " and resid 58 and name HA )) 3.200 1.400 1.000 peak 1881 spectrum 1 weight 0.10000E+01 volume 0.45663E-02 ppm1 8.690 ppm2 4.266 CV 1 ASSI { 2362} (( segid " " and resid 130 and name HN )) ( segid " " and resid 125 and name HE% ) 4.000 2.200 1.500 peak 2362 spectrum 1 weight 0.10000E+01 volume 0.71703E-03 ppm1 7.762 ppm2 7.274 CV 1 ASSI { 2365} (( segid " " and resid 130 and name HN )) (( segid " " and resid 128 and name HB1 )) 4.500 2.600 1.500 peak 2365 spectrum 1 weight 0.10000E+01 volume 0.48813E-03 ppm1 7.762 ppm2 2.262 CV 1 ASSI { 1234} ( segid " " and resid 140 and name HD2%) (( segid " " and resid 140 and name HA )) 3.300 1.400 1.400 peak 1234 spectrum 1 weight 0.10000E+01 volume 0.18705E-02 ppm1 0.949 ppm2 4.252 CV 1 ASSI { 1606} (( segid " " and resid 95 and name HA )) (( segid " " and resid 95 and name HG2 )) 4.100 2.100 1.900 peak 1606 spectrum 1 weight 0.10000E+01 volume 0.18251E-02 ppm1 4.253 ppm2 2.247 CV 1 ASSI { 3613} (( segid " " and resid 13 and name HB2 )) (( segid " " and resid 13 and name HA )) 3.300 1.500 0.800 peak 3613 spectrum 1 weight 0.10000E+01 volume 0.64552E-03 ppm1 2.296 ppm2 4.387 CV 1 ASSI { 4639} (( segid " " and resid 13 and name HB2 )) (( segid " " and resid 13 and name HD21)) 3.300 1.500 0.800 peak 4639 spectrum 1 weight 0.10000E+01 volume 0.64552E-03 ppm1 2.296 ppm2 7.302 CV 1 ASSI { 4640} (( segid " " and resid 13 and name HB2 )) (( segid " " and resid 20 and name HE% )) 3.300 1.500 2.000 peak 4640 spectrum 1 weight 0.10000E+01 volume 0.64552E-03 ppm1 2.296 ppm2 7.302 CV 1 ASSI { 4641} (( segid " " and resid 13 and name HB2 )) (( segid " " and resid 13 and name HN )) 3.000 1.200 1.000 peak 4641 spectrum 1 weight 0.10000E+01 volume 0.64552E-03 ppm1 2.296 ppm2 7.302 CV 1 ASSI { 4645} (( segid " " and resid 13 and name HB1 )) (( segid " " and resid 20 and name HE% )) 3.800 1.500 2.000 peak 4645 spectrum 1 weight 0.10000E+01 volume 0.64552E-03 ppm1 2.296 ppm2 7.302 CV 1 ASSI { 4375} (( segid " " and resid 95 and name HG2 )) (( segid " " and resid 96 and name HN )) 4.100 2.100 1.900 peak 4375 spectrum 1 weight 0.10000E+01 volume 0.74974E-03 ppm1 2.239 ppm2 7.086 CV 1 ASSI { 4376} (( segid " " and resid 95 and name HG1 )) (( segid " " and resid 96 and name HN )) 4.900 3.000 1.100 peak 4376 spectrum 1 weight 0.10000E+01 volume 0.65214E-03 ppm1 2.138 ppm2 7.081 CV 1 ASSI { 1392} (( segid " " and resid 97 and name HN )) (( segid " " and resid 95 and name HA )) 3.900 1.900 1.900 peak 1392 spectrum 1 weight 0.10000E+01 volume 0.68698E-03 ppm1 7.072 ppm2 4.265 CV 1 ASSI { 1548} (( segid " " and resid 100 and name HN )) (( segid " " and resid 99 and name HA )) 3.600 1.600 1.600 peak 1548 spectrum 1 weight 0.10000E+01 volume 0.16651E-02 ppm1 8.564 ppm2 4.361 CV 1 ASSI { 3056} (( segid " " and resid 12 and name HA )) ( segid " " and resid 11 and name HG1%) 3.500 1.500 1.500 peak 3056 spectrum 1 weight 0.10000E+01 volume 0.13411E-02 ppm1 5.502 ppm2 0.678 CV 1 ASSI { 3557} ( segid " " and resid 86 and name HD1%) ( segid " " and resid 86 and name HD2%) 2.200 0.600 0.600 peak 3557 spectrum 1 weight 0.10000E+01 volume 0.19071E-01 ppm1 0.513 ppm2 0.676 CV 1 ASSI { 4170} ( segid " " and resid 84 and name HD2%) (( segid " " and resid 11 and name HN )) 5.000 3.200 1.000 peak 4170 spectrum 1 weight 0.10000E+01 volume 0.43670E-03 ppm1 0.435 ppm2 8.853 CV 1 ASSI { 2436} (( segid " " and resid 13 and name HN )) ( segid " " and resid 11 and name HG2%) 5.000 3.200 1.000 peak 2436 spectrum 1 weight 0.10000E+01 volume 0.37668E-03 ppm1 8.215 ppm2 1.278 CV 1 ASSI { 2808} (( segid " " and resid 19 and name HA )) ( segid " " and resid 12 and name HG2%) 3.400 1.500 1.500 peak 2808 spectrum 1 weight 0.10000E+01 volume 0.10852E-02 ppm1 4.252 ppm2 0.861 CV 1 ASSI { 3049} (( segid " " and resid 12 and name HA )) (( segid " " and resid 19 and name HA )) 2.800 1.000 1.000 peak 3049 spectrum 1 weight 0.10000E+01 volume 0.20457E-02 ppm1 5.494 ppm2 4.258 CV 1 ASSI { 2444} (( segid " " and resid 18 and name HN )) (( segid " " and resid 13 and name HD21)) 5.300 3.500 0.700 peak 2444 spectrum 1 weight 0.10000E+01 volume 0.33768E-03 ppm1 7.874 ppm2 7.322 CV 1 ASSI { 3036} (( segid " " and resid 89 and name HN )) (( segid " " and resid 90 and name HB1 )) 4.800 2.900 1.200 peak 3036 spectrum 1 weight 0.10000E+01 volume 0.39448E-03 ppm1 9.127 ppm2 3.092 CV 1 ASSI { 2563} (( segid " " and resid 91 and name HA2 )) (( segid " " and resid 91 and name HA1 )) 2.200 0.600 0.600 peak 2563 spectrum 1 weight 0.10000E+01 volume 0.14673E-02 ppm1 3.460 ppm2 4.047 CV 1 ASSI { 3593} (( segid " " and resid 89 and name HG2 )) (( segid " " and resid 89 and name HN )) 4.100 2.100 1.900 peak 3593 spectrum 1 weight 0.10000E+01 volume 0.79760E-03 ppm1 2.213 ppm2 9.128 CV 1 ASSI { 3595} (( segid " " and resid 89 and name HG1 )) (( segid " " and resid 89 and name HN )) 3.300 1.500 0.800 peak 3595 spectrum 1 weight 0.10000E+01 volume 0.12355E-02 ppm1 2.290 ppm2 9.135 CV 1 ASSI { 1736} (( segid " " and resid 89 and name HN )) (( segid " " and resid 89 and name HB2 )) 3.000 1.200 1.200 peak 1736 spectrum 1 weight 0.10000E+01 volume 0.20856E-02 ppm1 9.120 ppm2 2.119 CV 1 ASSI { 1371} ( segid " " and resid 96 and name HG2%) (( segid " " and resid 96 and name HA )) 2.200 0.600 0.600 peak 1371 spectrum 1 weight 0.10000E+01 volume 0.15984E-01 ppm1 1.250 ppm2 3.996 CV 1 ASSI { 1374} ( segid " " and resid 11 and name HG2%) (( segid " " and resid 11 and name HB )) 2.200 0.600 0.600 peak 1374 spectrum 1 weight 0.10000E+01 volume 0.81513E-02 ppm1 1.268 ppm2 2.245 CV 1 ASSI { 2953} (( segid " " and resid 128 and name HA )) (( segid " " and resid 128 and name HG1 )) 2.800 1.000 1.000 peak 2953 spectrum 1 weight 0.10000E+01 volume 0.31052E-02 ppm1 4.015 ppm2 2.395 CV 1 OR { 2953} (( segid " " and resid 128 and name HA )) (( segid " " and resid 128 and name HG2 )) ASSI { 1201} (( segid " " and resid 128 and name HN )) (( segid " " and resid 127 and name HA )) 3.300 1.300 1.300 peak 1201 spectrum 1 weight 0.10000E+01 volume 0.16328E-02 ppm1 8.167 ppm2 3.627 CV 1 ASSI { 1205} (( segid " " and resid 128 and name HN )) (( segid " " and resid 128 and name HB2 )) 2.800 1.000 0.700 peak 1205 spectrum 1 weight 0.10000E+01 volume 0.74606E-02 ppm1 8.167 ppm2 2.112 CV 1 ASSI { 3168} (( segid " " and resid 52 and name HB1 )) ( segid " " and resid 67 and name HG2%) 3.600 1.600 1.400 peak 3168 spectrum 1 weight 0.10000E+01 volume 0.15680E-02 ppm1 3.958 ppm2 1.073 CV 1 ASSI { 3169} (( segid " " and resid 52 and name HB2 )) ( segid " " and resid 67 and name HG2%) 3.500 1.600 1.600 peak 3169 spectrum 1 weight 0.10000E+01 volume 0.16715E-02 ppm1 3.816 ppm2 1.074 CV 1 ASSI { 3612} (( segid " " and resid 88 and name HB1 )) (( segid " " and resid 72 and name HA )) 4.400 2.400 1.600 peak 3612 spectrum 1 weight 0.10000E+01 volume 0.55005E-03 ppm1 3.281 ppm2 4.495 CV 1 Entry H atom name Submitted Coord H atom name Start of MODEL 1 1 H1 MET1885 HT1 MET1885 16.239 2.736 6.395 2 H2 MET1885 HT2 MET1885 16.579 3.327 4.803 3 H3 MET1885 HT3 MET1885 14.996 3.200 5.371 4 HA MET1885 HA MET1885 16.909 4.976 6.682 5 HB2 MET1885 HB2 MET1885 16.395 5.566 4.251 6 HB3 MET1885 HB1 MET1885 14.697 5.589 4.668 7 HG2 MET1885 HG2 MET1885 15.081 7.481 6.154 8 HG3 MET1885 HG1 MET1885 16.801 7.432 5.784 9 HE1 MET1885 HE1 MET1885 16.769 6.787 2.647 10 HE2 MET1885 HE2 MET1885 17.818 7.996 3.388 11 HE3 MET1885 HE3 MET1885 16.842 8.421 1.982 12 H LYS1886 HN LYS1886 15.138 6.708 7.837 13 HA LYS1886 HA LYS1886 12.601 5.497 8.245 14 HB2 LYS1886 HB2 LYS1886 12.673 5.342 10.684 15 HB3 LYS1886 HB1 LYS1886 13.845 4.267 9.957 16 HG2 LYS1886 HG2 LYS1886 15.641 5.787 10.567 17 HG3 LYS1886 HG1 LYS1886 14.466 6.935 11.217 18 HD2 LYS1886 HD2 LYS1886 13.711 5.196 12.806 19 HD3 LYS1886 HD1 LYS1886 14.984 4.135 12.208 20 HE2 LYS1886 HE2 LYS1886 15.710 5.190 14.246 21 HE3 LYS1886 HE1 LYS1886 16.655 5.814 12.894 22 HZ1 LYS1886 HZ1 LYS1886 14.315 7.209 14.096 23 HZ2 LYS1886 HZ2 LYS1886 15.352 7.851 12.933 24 HZ3 LYS1886 HZ3 LYS1886 15.913 7.533 14.470 25 H SER1887 HN SER1887 11.312 7.092 7.898 26 HA SER1887 HA SER1887 12.038 9.704 8.999 27 HB2 SER1887 HB2 SER1887 11.406 9.574 6.573 28 HB3 SER1887 HB1 SER1887 9.789 9.080 7.059 29 HG SER1887 HG SER1887 11.095 11.543 7.554 30 H ASN1888 HN ASN1888 8.903 7.955 8.638 31 HA ASN1888 HA ASN1888 8.274 8.702 11.416 32 HB2 ASN1888 HB2 ASN1888 6.765 9.732 9.667 33 HB3 ASN1888 HB1 ASN1888 6.424 8.073 9.152 34 HD21 ASN1888 HD21 ASN1888 4.211 8.500 9.521 35 HD22 ASN1888 HD22 ASN1888 3.525 8.452 11.098 36 H VAL1889 HN VAL1889 8.467 6.981 12.646 37 HA VAL1889 HA VAL1889 8.275 4.357 11.372 38 HB VAL1889 HB VAL1889 9.483 4.939 14.021 39 HG11 VAL1889 HG11 VAL1889 8.842 2.621 13.725 40 HG12 VAL1889 HG12 VAL1889 10.602 2.747 13.694 41 HG13 VAL1889 HG13 VAL1889 9.706 2.550 12.188 42 HG21 VAL1889 HG21 VAL1889 10.739 6.169 12.363 43 HG22 VAL1889 HG22 VAL1889 10.870 4.728 11.353 44 HG23 VAL1889 HG23 VAL1889 11.693 4.790 12.910 45 H GLN1890 HN GLN1890 6.225 3.910 11.457 46 HA GLN1890 HA GLN1890 4.719 3.961 13.937 47 HB2 GLN1890 HB2 GLN1890 4.029 2.676 11.280 48 HB3 GLN1890 HB1 GLN1890 2.923 2.847 12.641 49 HG2 GLN1890 HG2 GLN1890 4.260 5.066 11.212 50 HG3 GLN1890 HG1 GLN1890 2.613 4.545 10.839 51 HE21 GLN1890 HE21 GLN1890 0.925 5.058 12.374 52 HE22 GLN1890 HE22 GLN1890 1.210 6.157 13.656 53 H ASN1891 HN ASN1891 5.887 2.724 15.305 54 HA ASN1891 HA ASN1891 6.514 0.924 16.472 55 HB2 ASN1891 HB2 ASN1891 4.311 -0.068 15.968 56 HB3 ASN1891 HB1 ASN1891 4.922 -0.678 14.439 57 HD21 ASN1891 HD21 ASN1891 6.193 -2.511 14.430 58 HD22 ASN1891 HD22 ASN1891 6.441 -3.490 15.809 59 H ASP1892 HN ASP1892 6.564 -0.217 13.157 60 HA ASP1892 HA ASP1892 9.419 -0.282 13.099 61 HB2 ASP1892 HB2 ASP1892 7.896 -2.869 13.203 62 HB3 ASP1892 HB1 ASP1892 9.309 -2.761 12.162 63 H CYS1893 HN CYS1893 7.354 -2.371 11.121 64 HA CYS1893 HA CYS1893 6.832 -2.332 8.985 65 HB2 CYS1893 HB2 CYS1893 5.522 -0.381 9.419 66 HB3 CYS1893 HB1 CYS1893 6.943 0.643 9.443 67 H ARG1894 HN ARG1894 9.035 -3.272 9.119 68 HA ARG1894 HA ARG1894 10.568 -2.305 6.938 69 HB2 ARG1894 HB2 ARG1894 12.686 -2.033 8.258 70 HB3 ARG1894 HB1 ARG1894 11.498 -0.765 8.493 71 HG2 ARG1894 HG2 ARG1894 10.809 -1.897 10.605 72 HG3 ARG1894 HG1 ARG1894 12.147 -3.026 10.371 73 HD2 ARG1894 HD2 ARG1894 13.714 -1.172 10.363 74 HD3 ARG1894 HD1 ARG1894 12.387 -0.038 10.569 75 HE ARG1894 HE ARG1894 12.164 -1.726 12.709 76 HH11 ARG1894 HH11 ARG1894 14.692 0.334 11.378 77 HH12 ARG1894 HH12 ARG1894 15.456 0.629 12.875 78 HH21 ARG1894 HH21 ARG1894 13.189 -1.323 14.793 79 HH22 ARG1894 HH22 ARG1894 14.576 -0.340 14.850 80 H VAL1895 HN VAL1895 11.860 -3.849 6.110 81 HA VAL1895 HA VAL1895 12.324 -6.272 7.632 82 HB VAL1895 HB VAL1895 10.170 -6.663 6.434 83 HG11 VAL1895 HG11 VAL1895 10.117 -6.913 3.997 84 HG12 VAL1895 HG12 VAL1895 11.757 -6.273 3.906 85 HG13 VAL1895 HG13 VAL1895 10.445 -5.258 4.499 86 HG21 VAL1895 HG21 VAL1895 10.773 -8.804 5.373 87 HG22 VAL1895 HG22 VAL1895 11.587 -8.570 6.920 88 HG23 VAL1895 HG23 VAL1895 12.472 -8.329 5.414 89 H THR1896 HN THR1896 14.273 -7.077 7.225 90 HA THR1896 HA THR1896 15.852 -5.821 5.129 91 HB THR1896 HB THR1896 16.741 -7.812 7.241 92 HG1 THR1896 HG1 THR1896 15.722 -5.845 8.049 93 HG21 THR1896 HG21 THR1896 18.241 -5.707 5.657 94 HG22 THR1896 HG22 THR1896 18.296 -7.442 5.353 95 HG23 THR1896 HG23 THR1896 18.949 -6.789 6.856 96 H ASN1897 HN ASN1897 15.619 -6.825 3.202 97 HA ASN1897 HA ASN1897 14.915 -9.625 3.085 98 HB2 ASN1897 HB2 ASN1897 14.001 -8.118 1.374 99 HB3 ASN1897 HB1 ASN1897 15.630 -7.716 0.841 100 HD21 ASN1897 HD21 ASN1897 15.271 -8.467 -1.262 101 HD22 ASN1897 HD22 ASN1897 15.102 -10.135 -1.626 102 HA PRO1898 HA PRO1898 19.186 -10.805 3.547 103 HB2 PRO1898 HB2 PRO1898 18.760 -13.488 3.124 104 HB3 PRO1898 HB1 PRO1898 18.507 -12.677 4.672 105 HG2 PRO1898 HG2 PRO1898 16.512 -13.405 2.567 106 HG3 PRO1898 HG1 PRO1898 16.384 -13.548 4.331 107 HD2 PRO1898 HD2 PRO1898 15.203 -11.550 3.006 108 HD3 PRO1898 HD1 PRO1898 15.926 -11.296 4.607 109 H ALA1899 HN ALA1899 17.158 -11.530 0.821 110 HA ALA1899 HA ALA1899 19.244 -12.545 -0.848 111 HB1 ALA1899 HB1 ALA1899 17.599 -12.444 -2.646 112 HB2 ALA1899 HB2 ALA1899 16.518 -11.503 -1.617 113 HB3 ALA1899 HB3 ALA1899 16.901 -13.173 -1.199 114 H THR1900 HN THR1900 17.978 -9.384 -0.144 115 HA THR1900 HA THR1900 19.480 -8.228 -2.372 116 HB THR1900 HB THR1900 17.743 -6.752 -0.373 117 HG1 THR1900 HG1 THR1900 17.111 -8.142 -2.760 118 HG21 THR1900 HG21 THR1900 17.594 -5.088 -2.158 119 HG22 THR1900 HG22 THR1900 18.645 -6.082 -3.169 120 HG23 THR1900 HG23 THR1900 19.272 -5.361 -1.682 121 H GLY1901 HN GLY1901 19.258 -8.144 1.176 122 HA2 GLY1901 HA2 GLY1901 21.008 -7.760 2.665 123 HA3 GLY1901 HA1 GLY1901 21.995 -7.155 1.333 124 H HIS1902 HN HIS1902 18.972 -5.922 1.122 125 HA HIS1902 HA HIS1902 19.774 -3.365 2.353 126 HB2 HIS1902 HB2 HIS1902 19.427 -3.379 -0.160 127 HB3 HIS1902 HB1 HIS1902 17.751 -3.811 0.131 128 HD1 HIS1902 HD1 HIS1902 16.178 -1.845 1.121 129 HD2 HIS1902 HD2 HIS1902 20.071 -0.700 0.196 130 HE1 HIS1902 HE1 HIS1902 16.138 0.629 1.013 131 HE2 HIS1902 HE2 HIS1902 18.354 1.189 0.012 132 H LEU1903 HN LEU1903 18.410 -2.492 3.805 133 HA LEU1903 HA LEU1903 16.178 -4.114 4.679 134 HB2 LEU1903 HB2 LEU1903 17.778 -3.189 6.328 135 HB3 LEU1903 HB1 LEU1903 17.364 -1.572 5.816 136 HG LEU1903 HG LEU1903 15.263 -3.383 7.012 137 HD11 LEU1903 HD11 LEU1903 17.186 -1.578 8.453 138 HD12 LEU1903 HD12 LEU1903 17.158 -3.344 8.539 139 HD13 LEU1903 HD13 LEU1903 15.801 -2.401 9.171 140 HD21 LEU1903 HD21 LEU1903 14.526 -1.275 5.961 141 HD22 LEU1903 HD22 LEU1903 15.631 -0.380 7.006 142 HD23 LEU1903 HD23 LEU1903 14.273 -1.257 7.708 143 H PHE1904 HN PHE1904 14.180 -3.730 4.078 144 HA PHE1904 HA PHE1904 13.638 -1.327 2.521 145 HB2 PHE1904 HB2 PHE1904 11.890 -3.755 2.987 146 HB3 PHE1904 HB1 PHE1904 11.608 -2.463 1.836 147 HD1 PHE1904 HD2 PHE1904 14.586 -2.401 0.853 148 HD2 PHE1904 HD1 PHE1904 11.729 -5.496 1.436 149 HE1 PHE1904 HE2 PHE1904 15.692 -3.748 -0.885 150 HE2 PHE1904 HE1 PHE1904 12.809 -6.840 -0.287 151 HZ PHE1904 HZ PHE1904 14.808 -5.973 -1.461 152 H ASP1905 HN ASP1905 12.551 0.275 3.469 153 HA ASP1905 HA ASP1905 10.852 -0.357 5.773 154 HB2 ASP1905 HB2 ASP1905 11.536 1.558 6.967 155 HB3 ASP1905 HB1 ASP1905 13.053 0.938 6.344 156 H LEU1906 HN LEU1906 9.053 1.013 5.892 157 HA LEU1906 HA LEU1906 8.667 2.704 3.523 158 HB2 LEU1906 HB2 LEU1906 6.623 0.926 4.861 159 HB3 LEU1906 HB1 LEU1906 6.215 2.150 3.674 160 HG LEU1906 HG LEU1906 8.009 -0.221 3.142 161 HD11 LEU1906 HD11 LEU1906 5.153 0.280 2.354 162 HD12 LEU1906 HD12 LEU1906 5.730 -0.925 3.520 163 HD13 LEU1906 HD13 LEU1906 6.165 -1.061 1.815 164 HD21 LEU1906 HD21 LEU1906 6.838 1.846 1.278 165 HD22 LEU1906 HD22 LEU1906 7.775 0.431 0.797 166 HD23 LEU1906 HD23 LEU1906 8.533 1.707 1.750 167 H THR1907 HN THR1907 9.693 3.162 6.121 168 HA THR1907 HA THR1907 7.657 4.598 7.592 169 HB THR1907 HB THR1907 9.458 5.055 9.222 170 HG1 THR1907 HG1 THR1907 11.141 4.003 7.170 171 HG21 THR1907 HG21 THR1907 9.331 2.176 8.347 172 HG22 THR1907 HG22 THR1907 8.191 2.990 9.419 173 HG23 THR1907 HG23 THR1907 9.860 2.748 9.930 174 H SER1908 HN SER1908 10.314 5.144 5.463 175 HA SER1908 HA SER1908 10.607 7.897 5.871 176 HB2 SER1908 HB2 SER1908 11.293 6.207 3.470 177 HB3 SER1908 HB1 SER1908 12.012 7.758 3.915 178 HG SER1908 HG SER1908 12.312 5.227 5.135 179 H LEU1909 HN LEU1909 8.467 5.980 3.884 180 HA LEU1909 HA LEU1909 7.710 8.302 2.304 181 HB2 LEU1909 HB2 LEU1909 8.172 5.992 1.323 182 HB3 LEU1909 HB1 LEU1909 6.657 5.537 2.098 183 HG LEU1909 HG LEU1909 5.386 7.005 0.696 184 HD11 LEU1909 HD11 LEU1909 6.445 8.374 -1.036 185 HD12 LEU1909 HD12 LEU1909 8.035 7.865 -0.466 186 HD13 LEU1909 HD13 LEU1909 7.001 8.846 0.573 187 HD21 LEU1909 HD21 LEU1909 5.851 6.032 -1.494 188 HD22 LEU1909 HD22 LEU1909 5.951 4.811 -0.232 189 HD23 LEU1909 HD23 LEU1909 7.424 5.488 -0.924 190 H LYS1910 HN LYS1910 6.619 6.604 5.048 191 HA LYS1910 HA LYS1910 3.842 7.141 4.550 192 HB2 LYS1910 HB2 LYS1910 3.317 6.210 6.716 193 HB3 LYS1910 HB1 LYS1910 4.402 5.134 5.866 194 HG2 LYS1910 HG2 LYS1910 6.260 5.963 7.221 195 HG3 LYS1910 HG1 LYS1910 5.138 7.022 8.082 196 HD2 LYS1910 HD2 LYS1910 5.505 5.016 9.378 197 HD3 LYS1910 HD1 LYS1910 3.848 5.027 8.776 198 HE2 LYS1910 HE2 LYS1910 4.524 3.543 6.948 199 HE3 LYS1910 HE1 LYS1910 6.167 3.524 7.581 200 HZ1 LYS1910 HZ1 LYS1910 3.736 2.465 8.909 201 HZ2 LYS1910 HZ2 LYS1910 5.274 2.511 9.629 202 HZ3 LYS1910 HZ3 LYS1910 4.995 1.589 8.237 203 H ARG1911 HN ARG1911 2.509 8.466 5.580 204 HA ARG1911 HA ARG1911 3.622 10.504 7.257 205 HB2 ARG1911 HB2 ARG1911 2.498 12.260 5.908 206 HB3 ARG1911 HB1 ARG1911 3.756 11.440 5.008 207 HG2 ARG1911 HG2 ARG1911 1.803 10.035 4.035 208 HG3 ARG1911 HG1 ARG1911 0.786 11.351 4.638 209 HD2 ARG1911 HD2 ARG1911 2.433 12.922 3.442 210 HD3 ARG1911 HD1 ARG1911 3.012 11.467 2.631 211 HE ARG1911 HE ARG1911 0.171 12.021 2.481 212 HH11 ARG1911 HH11 ARG1911 3.245 11.786 0.766 213 HH12 ARG1911 HH12 ARG1911 2.668 12.398 -0.716 214 HH21 ARG1911 HH21 ARG1911 -0.689 12.842 0.436 215 HH22 ARG1911 HH22 ARG1911 0.326 13.010 -0.908 216 H GLU1912 HN GLU1912 1.796 11.593 8.429 217 HA GLU1912 HA GLU1912 0.266 9.534 9.548 218 HB2 GLU1912 HB2 GLU1912 1.113 11.486 10.772 219 HB3 GLU1912 HB1 GLU1912 -0.039 12.500 9.923 220 HG2 GLU1912 HG2 GLU1912 -1.877 11.337 10.945 221 HG3 GLU1912 HG1 GLU1912 -0.769 10.217 11.736 222 H SER1913 HN SER1913 -0.614 12.025 7.244 223 HA SER1913 HA SER1913 -3.407 11.608 7.490 224 HB2 SER1913 HB2 SER1913 -1.915 12.772 5.140 225 HB3 SER1913 HB1 SER1913 -3.610 13.033 5.562 226 HG SER1913 HG SER1913 -1.277 13.904 6.872 227 H GLY1914 HN GLY1914 -1.351 10.867 4.663 228 HA2 GLY1914 HA2 GLY1914 -1.556 8.297 4.213 229 HA3 GLY1914 HA1 GLY1914 -3.216 8.806 3.849 230 H TYR1915 HN TYR1915 -2.154 7.779 1.729 231 HA TYR1915 HA TYR1915 -1.121 10.033 0.145 232 HB2 TYR1915 HB2 TYR1915 0.391 7.931 0.572 233 HB3 TYR1915 HB1 TYR1915 -0.721 7.119 -0.523 234 HD1 TYR1915 HD2 TYR1915 -0.826 7.829 -2.908 235 HD2 TYR1915 HD1 TYR1915 2.017 9.477 -0.221 236 HE1 TYR1915 HE2 TYR1915 0.471 8.680 -4.804 237 HE2 TYR1915 HE1 TYR1915 3.326 10.327 -2.121 238 HH TYR1915 HH TYR1915 3.638 9.898 -4.477 239 H THR1916 HN THR1916 -1.837 9.881 -2.141 240 HA THR1916 HA THR1916 -4.548 8.774 -2.386 241 HB THR1916 HB THR1916 -4.714 11.040 -1.351 242 HG1 THR1916 HG1 THR1916 -6.385 10.601 -2.542 243 HG21 THR1916 HG21 THR1916 -3.316 11.910 -3.869 244 HG22 THR1916 HG22 THR1916 -2.670 12.009 -2.236 245 HG23 THR1916 HG23 THR1916 -4.064 13.001 -2.697 246 H ILE1917 HN ILE1917 -5.158 8.188 -3.983 247 HA ILE1917 HA ILE1917 -4.045 8.905 -6.539 248 HB ILE1917 HB ILE1917 -4.247 6.373 -7.006 249 HG12 ILE1917 HG12 ILE1917 -3.334 6.297 -4.133 250 HG13 ILE1917 HG11 ILE1917 -4.840 5.651 -4.771 251 HG21 ILE1917 HG21 ILE1917 -1.771 7.639 -5.855 252 HG22 ILE1917 HG22 ILE1917 -2.281 7.636 -7.544 253 HG23 ILE1917 HG23 ILE1917 -1.767 6.134 -6.775 254 HD11 ILE1917 HD11 ILE1917 -3.226 3.882 -4.347 255 HD12 ILE1917 HD12 ILE1917 -2.068 4.661 -5.427 256 HD13 ILE1917 HD13 ILE1917 -3.574 4.006 -6.072 257 H THR1918 HN THR1918 -5.433 7.337 -8.241 258 HA THR1918 HA THR1918 -8.217 7.680 -7.421 259 HB THR1918 HB THR1918 -6.992 7.658 -10.200 260 HG1 THR1918 HG1 THR1918 -8.025 10.053 -9.197 261 HG21 THR1918 HG21 THR1918 -9.741 8.528 -9.239 262 HG22 THR1918 HG22 THR1918 -9.390 7.062 -10.155 263 HG23 THR1918 HG23 THR1918 -9.145 8.646 -10.896 264 H ASP1919 HN ASP1919 -9.662 5.982 -7.939 265 HA ASP1919 HA ASP1919 -8.462 3.339 -8.120 266 HB2 ASP1919 HB2 ASP1919 -10.133 3.622 -6.351 267 HB3 ASP1919 HB1 ASP1919 -11.293 4.270 -7.489 268 H SER1920 HN SER1920 -9.898 1.780 -9.375 269 HA SER1920 HA SER1920 -9.432 1.943 -12.046 270 HB2 SER1920 HB2 SER1920 -11.668 0.443 -10.701 271 HB3 SER1920 HB1 SER1920 -10.892 0.037 -12.236 272 HG SER1920 HG SER1920 -9.876 -0.080 -9.619 273 H HIS1921 HN HIS1921 -12.417 2.970 -10.345 274 HA HIS1921 HA HIS1921 -13.032 4.531 -12.710 275 HB2 HIS1921 HB2 HIS1921 -14.252 2.340 -12.944 276 HB3 HIS1921 HB1 HIS1921 -15.149 2.748 -11.489 277 HD1 HIS1921 HD1 HIS1921 -14.963 3.395 -15.112 278 HD2 HIS1921 HD2 HIS1921 -17.034 4.913 -11.853 279 HE1 HIS1921 HE1 HIS1921 -16.876 4.708 -16.076 280 HE2 HIS1921 HE2 HIS1921 -17.888 5.857 -14.117 281 H ASN1922 HN ASN1922 -12.894 6.454 -11.839 282 HA ASN1922 HA ASN1922 -13.765 8.403 -10.964 283 HB2 ASN1922 HB2 ASN1922 -16.009 7.313 -11.065 284 HB3 ASN1922 HB1 ASN1922 -15.685 6.693 -9.465 285 HD21 ASN1922 HD21 ASN1922 -14.723 9.952 -10.409 286 HD22 ASN1922 HD22 ASN1922 -15.844 10.760 -9.380 287 H ARG1923 HN ARG1923 -14.015 5.927 -8.658 288 HA ARG1923 HA ARG1923 -13.867 7.212 -6.234 289 HB2 ARG1923 HB2 ARG1923 -12.597 4.621 -6.905 290 HB3 ARG1923 HB1 ARG1923 -12.968 5.183 -5.279 291 HG2 ARG1923 HG2 ARG1923 -15.351 5.112 -5.872 292 HG3 ARG1923 HG1 ARG1923 -14.891 4.476 -7.472 293 HD2 ARG1923 HD2 ARG1923 -13.677 2.682 -6.401 294 HD3 ARG1923 HD1 ARG1923 -14.166 3.284 -4.830 295 HE ARG1923 HE ARG1923 -16.484 2.806 -5.689 296 HH11 ARG1923 HH11 ARG1923 -13.625 1.062 -6.933 297 HH12 ARG1923 HH12 ARG1923 -14.384 -0.474 -6.886 298 HH21 ARG1923 HH21 ARG1923 -17.450 0.689 -5.519 299 HH22 ARG1923 HH22 ARG1923 -16.617 -0.724 -6.001 300 H LYS1924 HN LYS1924 -12.280 7.460 -4.665 301 HA LYS1924 HA LYS1924 -9.602 8.051 -5.714 302 HB2 LYS1924 HB2 LYS1924 -11.028 9.103 -3.265 303 HB3 LYS1924 HB1 LYS1924 -9.394 9.524 -3.745 304 HG2 LYS1924 HG2 LYS1924 -11.881 10.105 -5.342 305 HG3 LYS1924 HG1 LYS1924 -11.028 11.255 -4.315 306 HD2 LYS1924 HD2 LYS1924 -9.695 9.844 -6.620 307 HD3 LYS1924 HD1 LYS1924 -10.572 11.354 -6.830 308 HE2 LYS1924 HE2 LYS1924 -8.229 11.852 -6.621 309 HE3 LYS1924 HE1 LYS1924 -9.043 12.400 -5.163 310 HZ1 LYS1924 HZ1 LYS1924 -8.140 10.458 -3.979 311 HZ2 LYS1924 HZ2 LYS1924 -6.932 11.337 -4.720 312 HZ3 LYS1924 HZ3 LYS1924 -7.438 9.900 -5.414 313 H ILE1925 HN ILE1925 -8.052 6.672 -5.079 314 HA ILE1925 HA ILE1925 -8.623 4.873 -2.885 315 HB ILE1925 HB ILE1925 -6.103 5.039 -4.582 316 HG12 ILE1925 HG12 ILE1925 -8.435 3.134 -4.789 317 HG13 ILE1925 HG11 ILE1925 -8.125 4.466 -5.890 318 HG21 ILE1925 HG21 ILE1925 -7.106 2.889 -2.698 319 HG22 ILE1925 HG22 ILE1925 -5.752 3.981 -2.400 320 HG23 ILE1925 HG23 ILE1925 -5.650 2.784 -3.691 321 HD11 ILE1925 HD11 ILE1925 -6.005 3.410 -6.574 322 HD12 ILE1925 HD12 ILE1925 -7.364 2.333 -6.862 323 HD13 ILE1925 HD13 ILE1925 -6.315 2.074 -5.474 324 H GLU1926 HN GLU1926 -8.267 5.565 -0.941 325 HA GLU1926 HA GLU1926 -6.105 7.469 -0.506 326 HB2 GLU1926 HB2 GLU1926 -8.668 7.075 1.054 327 HB3 GLU1926 HB1 GLU1926 -7.412 8.238 1.421 328 HG2 GLU1926 HG2 GLU1926 -9.189 8.235 -1.006 329 HG3 GLU1926 HG1 GLU1926 -9.312 9.306 0.386 330 H LEU1927 HN LEU1927 -4.469 6.236 0.206 331 HA LEU1927 HA LEU1927 -5.029 4.426 2.385 332 HB2 LEU1927 HB2 LEU1927 -4.049 2.464 1.401 333 HB3 LEU1927 HB1 LEU1927 -5.213 3.084 0.287 334 HG LEU1927 HG LEU1927 -3.486 2.304 -1.028 335 HD11 LEU1927 HD11 LEU1927 -3.006 5.245 -0.890 336 HD12 LEU1927 HD12 LEU1927 -4.186 4.388 -1.883 337 HD13 LEU1927 HD13 LEU1927 -2.460 4.174 -2.180 338 HD21 LEU1927 HD21 LEU1927 -1.485 3.688 0.739 339 HD22 LEU1927 HD22 LEU1927 -1.100 2.823 -0.748 340 HD23 LEU1927 HD23 LEU1927 -1.784 1.954 0.628 341 H ASN1928 HN ASN1928 -3.095 3.743 3.452 342 HA ASN1928 HA ASN1928 -0.989 5.758 3.094 343 HB2 ASN1928 HB2 ASN1928 -2.336 5.752 5.271 344 HB3 ASN1928 HB1 ASN1928 -1.559 4.226 5.651 345 HD21 ASN1928 HD21 ASN1928 -1.469 6.715 7.049 346 HD22 ASN1928 HD22 ASN1928 0.154 7.267 7.095 347 H VAL1929 HN VAL1929 1.117 5.050 2.998 348 HA VAL1929 HA VAL1929 1.547 2.748 1.507 349 HB VAL1929 HB VAL1929 2.929 4.772 1.407 350 HG11 VAL1929 HG11 VAL1929 3.117 5.301 3.717 351 HG12 VAL1929 HG12 VAL1929 4.720 5.153 2.996 352 HG13 VAL1929 HG13 VAL1929 4.079 3.854 4.003 353 HG21 VAL1929 HG21 VAL1929 4.457 2.231 1.926 354 HG22 VAL1929 HG22 VAL1929 5.182 3.688 1.280 355 HG23 VAL1929 HG23 VAL1929 3.911 2.866 0.366 356 H CYS1930 HN CYS1930 1.464 2.983 4.902 357 HA CYS1930 HA CYS1930 1.677 0.254 5.465 358 HB2 CYS1930 HB2 CYS1930 4.019 0.475 4.692 359 HB3 CYS1930 HB1 CYS1930 4.289 1.753 5.863 360 H ALA1931 HN ALA1931 0.223 2.612 6.280 361 HA ALA1931 HA ALA1931 0.551 2.328 9.091 362 HB1 ALA1931 HB1 ALA1931 2.097 4.181 8.648 363 HB2 ALA1931 HB2 ALA1931 0.683 4.758 9.533 364 HB3 ALA1931 HB3 ALA1931 0.823 5.060 7.802 365 H GLU1932 HN GLU1932 -1.194 3.980 10.026 366 HA GLU1932 HA GLU1932 -3.604 3.158 8.700 367 HB2 GLU1932 HB2 GLU1932 -4.758 4.087 10.698 368 HB3 GLU1932 HB1 GLU1932 -3.589 2.841 11.073 369 HG2 GLU1932 HG2 GLU1932 -3.021 5.785 11.353 370 HG3 GLU1932 HG1 GLU1932 -3.704 4.784 12.632 371 H ALA1933 HN ALA1933 -5.332 4.611 8.244 372 HA ALA1933 HA ALA1933 -4.341 6.978 6.938 373 HB1 ALA1933 HB1 ALA1933 -5.875 5.531 5.730 374 HB2 ALA1933 HB2 ALA1933 -6.617 7.107 6.015 375 HB3 ALA1933 HB3 ALA1933 -7.084 5.728 6.998 376 H LYS1934 HN LYS1934 -4.910 9.036 7.481 377 HA LYS1934 HA LYS1934 -5.929 9.414 10.164 378 HB2 LYS1934 HB2 LYS1934 -3.987 10.697 9.270 379 HB3 LYS1934 HB1 LYS1934 -5.070 11.478 8.135 380 HG2 LYS1934 HG2 LYS1934 -6.299 12.475 9.990 381 HG3 LYS1934 HG1 LYS1934 -5.221 11.673 11.134 382 HD2 LYS1934 HD2 LYS1934 -3.313 12.861 10.113 383 HD3 LYS1934 HD1 LYS1934 -4.437 13.721 9.061 384 HE2 LYS1934 HE2 LYS1934 -3.863 15.121 10.935 385 HE3 LYS1934 HE1 LYS1934 -5.551 14.630 11.077 386 HZ1 LYS1934 HZ1 LYS1934 -4.872 12.949 12.713 387 HZ2 LYS1934 HZ2 LYS1934 -4.385 14.490 13.181 388 HZ3 LYS1934 HZ3 LYS1934 -3.256 13.422 12.539 389 H SER1935 HN SER1935 -6.744 10.824 6.977 390 HA SER1935 HA SER1935 -9.529 11.003 7.930 391 HB2 SER1935 HB2 SER1935 -8.239 12.611 5.743 392 HB3 SER1935 HB1 SER1935 -9.799 12.868 6.521 393 HG SER1935 HG SER1935 -8.544 14.258 7.518 394 H SER1936 HN SER1936 -7.427 9.468 5.716 395 HA SER1936 HA SER1936 -8.803 9.328 3.357 396 HB2 SER1936 HB2 SER1936 -7.283 7.067 4.503 397 HB3 SER1936 HB1 SER1936 -7.327 7.668 2.845 398 HG SER1936 HG SER1936 -5.797 9.057 3.298 399 H CYS1937 HN CYS1937 -9.385 7.610 6.339 400 HA CYS1937 HA CYS1937 -11.789 6.537 5.179 401 HB2 CYS1937 HB2 CYS1937 -9.787 4.848 4.978 402 HB3 CYS1937 HB1 CYS1937 -10.060 4.595 6.697 403 H ALA1938 HN ALA1938 -10.042 5.606 8.170 404 HA ALA1938 HA ALA1938 -11.486 7.534 9.677 405 HB1 ALA1938 HB1 ALA1938 -11.931 4.587 10.226 406 HB2 ALA1938 HB2 ALA1938 -13.137 5.698 9.579 407 HB3 ALA1938 HB3 ALA1938 -12.522 5.922 11.218 408 H ASN1939 HN ASN1939 -10.220 4.510 10.998 409 HA ASN1939 HA ASN1939 -7.863 5.963 11.565 410 HB2 ASN1939 HB2 ASN1939 -9.411 4.386 13.596 411 HB3 ASN1939 HB1 ASN1939 -7.684 4.658 13.803 412 HD21 ASN1939 HD21 ASN1939 -6.944 6.729 14.196 413 HD22 ASN1939 HD22 ASN1939 -7.968 8.045 14.640 414 H GLY1940 HN GLY1940 -8.794 2.666 12.271 415 HA2 GLY1940 HA2 GLY1940 -6.182 1.667 11.769 416 HA3 GLY1940 HA1 GLY1940 -7.598 0.714 12.130 417 H ALA1941 HN ALA1941 -8.615 2.277 9.516 418 HA ALA1941 HA ALA1941 -7.957 0.113 7.751 419 HB1 ALA1941 HB1 ALA1941 -10.138 1.219 7.627 420 HB2 ALA1941 HB2 ALA1941 -9.277 1.331 6.092 421 HB3 ALA1941 HB3 ALA1941 -9.350 2.728 7.167 422 H ALA1942 HN ALA1942 -6.224 -0.005 6.511 423 HA ALA1942 HA ALA1942 -4.487 2.333 6.302 424 HB1 ALA1942 HB1 ALA1942 -2.816 0.788 5.410 425 HB2 ALA1942 HB2 ALA1942 -4.005 -0.515 5.431 426 HB3 ALA1942 HB3 ALA1942 -3.463 0.215 6.945 427 H VAL1943 HN VAL1943 -6.156 0.028 4.245 428 HA VAL1943 HA VAL1943 -5.779 1.901 2.006 429 HB VAL1943 HB VAL1943 -6.535 -1.042 1.832 430 HG11 VAL1943 HG11 VAL1943 -6.080 -0.797 -0.564 431 HG12 VAL1943 HG12 VAL1943 -5.763 0.920 -0.322 432 HG13 VAL1943 HG13 VAL1943 -7.379 0.271 -0.028 433 HG21 VAL1943 HG21 VAL1943 -4.215 -0.747 2.614 434 HG22 VAL1943 HG22 VAL1943 -3.855 0.194 1.158 435 HG23 VAL1943 HG23 VAL1943 -4.323 -1.491 1.031 436 H CYS1944 HN CYS1944 -7.558 3.093 1.655 437 HA CYS1944 HA CYS1944 -10.098 1.717 2.012 438 HB2 CYS1944 HB2 CYS1944 -9.472 3.301 3.905 439 HB3 CYS1944 HB1 CYS1944 -9.657 4.602 2.734 440 H ILE1945 HN ILE1945 -11.383 1.905 0.345 441 HA ILE1945 HA ILE1945 -10.490 3.518 -1.910 442 HB ILE1945 HB ILE1945 -12.741 1.478 -1.798 443 HG12 ILE1945 HG12 ILE1945 -10.651 0.345 -1.188 444 HG13 ILE1945 HG11 ILE1945 -11.186 -0.158 -2.784 445 HG21 ILE1945 HG21 ILE1945 -12.437 1.385 -4.229 446 HG22 ILE1945 HG22 ILE1945 -11.191 2.629 -4.110 447 HG23 ILE1945 HG23 ILE1945 -12.859 3.004 -3.672 448 HD11 ILE1945 HD11 ILE1945 -8.783 0.149 -2.710 449 HD12 ILE1945 HD12 ILE1945 -9.000 1.825 -2.196 450 HD13 ILE1945 HD13 ILE1945 -9.528 1.318 -3.804 451 H THR1946 HN THR1946 -11.353 5.551 -1.886 452 HA THR1946 HA THR1946 -13.831 5.939 -0.454 453 HB THR1946 HB THR1946 -11.955 8.017 -1.617 454 HG1 THR1946 HG1 THR1946 -11.264 6.439 0.167 455 HG21 THR1946 HG21 THR1946 -14.251 8.807 -1.144 456 HG22 THR1946 HG22 THR1946 -13.079 9.513 -0.030 457 HG23 THR1946 HG23 THR1946 -14.111 8.188 0.502 458 H ASP1947 HN ASP1947 -15.498 5.503 -1.676 459 HA ASP1947 HA ASP1947 -15.609 6.339 -4.477 460 HB2 ASP1947 HB2 ASP1947 -16.410 4.070 -3.944 461 HB3 ASP1947 HB1 ASP1947 -17.537 4.732 -2.768 462 H GLY1948 HN GLY1948 -15.937 8.487 -4.465 463 HA2 GLY1948 HA2 GLY1948 -17.001 10.487 -4.129 464 HA3 GLY1948 HA1 GLY1948 -18.414 9.569 -3.604 465 HA PRO1949 HA PRO1949 -16.993 10.853 0.473 466 HB2 PRO1949 HB2 PRO1949 -19.388 11.095 1.595 467 HB3 PRO1949 HB1 PRO1949 -18.841 12.263 0.386 468 HG2 PRO1949 HG2 PRO1949 -20.862 10.107 0.138 469 HG3 PRO1949 HG1 PRO1949 -20.735 11.635 -0.748 470 HD2 PRO1949 HD2 PRO1949 -19.858 9.024 -1.571 471 HD3 PRO1949 HD1 PRO1949 -19.714 10.554 -2.459 472 H LYS1950 HN LYS1950 -17.946 7.944 -0.643 473 HA LYS1950 HA LYS1950 -18.525 6.783 1.974 474 HB2 LYS1950 HB2 LYS1950 -20.253 6.475 0.260 475 HB3 LYS1950 HB1 LYS1950 -19.082 5.742 -0.811 476 HG2 LYS1950 HG2 LYS1950 -19.540 4.451 1.828 477 HG3 LYS1950 HG1 LYS1950 -20.816 4.334 0.621 478 HD2 LYS1950 HD2 LYS1950 -17.943 3.469 0.261 479 HD3 LYS1950 HD1 LYS1950 -19.321 2.399 0.533 480 HE2 LYS1950 HE2 LYS1950 -18.864 4.198 -1.852 481 HE3 LYS1950 HE1 LYS1950 -18.766 2.439 -1.828 482 HZ1 LYS1950 HZ1 LYS1950 -21.187 2.375 -1.348 483 HZ2 LYS1950 HZ2 LYS1950 -20.856 3.183 -2.771 484 HZ3 LYS1950 HZ3 LYS1950 -21.243 4.059 -1.406 485 H THR1951 HN THR1951 -16.798 6.046 2.947 486 HA THR1951 HA THR1951 -14.489 5.210 1.491 487 HB THR1951 HB THR1951 -13.735 4.768 3.950 488 HG1 THR1951 HG1 THR1951 -15.285 5.045 5.306 489 HG21 THR1951 HG21 THR1951 -13.213 7.180 4.241 490 HG22 THR1951 HG22 THR1951 -14.317 7.570 2.919 491 HG23 THR1951 HG23 THR1951 -12.862 6.618 2.620 492 H LEU1952 HN LEU1952 -14.162 3.214 0.822 493 HA LEU1952 HA LEU1952 -15.568 0.974 2.075 494 HB2 LEU1952 HB2 LEU1952 -15.907 1.295 -0.335 495 HB3 LEU1952 HB1 LEU1952 -14.177 1.256 -0.593 496 HG LEU1952 HG LEU1952 -14.156 -1.116 0.139 497 HD11 LEU1952 HD11 LEU1952 -17.147 -0.809 0.131 498 HD12 LEU1952 HD12 LEU1952 -16.128 -1.093 1.543 499 HD13 LEU1952 HD13 LEU1952 -16.261 -2.327 0.290 500 HD21 LEU1952 HD21 LEU1952 -15.192 -2.006 -1.894 501 HD22 LEU1952 HD22 LEU1952 -14.256 -0.548 -2.224 502 HD23 LEU1952 HD23 LEU1952 -16.015 -0.467 -2.142 503 H ASN1953 HN ASN1953 -14.332 0.164 3.677 504 HA ASN1953 HA ASN1953 -11.530 0.295 3.840 505 HB2 ASN1953 HB2 ASN1953 -12.927 -0.036 5.818 506 HB3 ASN1953 HB1 ASN1953 -13.466 -1.588 5.201 507 HD21 ASN1953 HD21 ASN1953 -10.100 -0.440 5.053 508 HD22 ASN1953 HD22 ASN1953 -9.526 -1.631 6.161 509 H ALA1954 HN ALA1954 -10.225 -0.598 2.400 510 HA ALA1954 HA ALA1954 -10.958 -3.079 1.112 511 HB1 ALA1954 HB1 ALA1954 -8.573 -1.288 0.676 512 HB2 ALA1954 HB2 ALA1954 -10.081 -1.237 -0.239 513 HB3 ALA1954 HB3 ALA1954 -9.043 -2.660 -0.330 514 H GLY1955 HN GLY1955 -8.675 -1.863 3.466 515 HA2 GLY1955 HA2 GLY1955 -8.170 -4.514 4.376 516 HA3 GLY1955 HA1 GLY1955 -6.783 -3.811 3.549 517 H LYS1956 HN LYS1956 -7.247 -4.572 6.374 518 HA LYS1956 HA LYS1956 -7.319 -2.145 7.897 519 HB2 LYS1956 HB2 LYS1956 -6.949 -3.543 9.762 520 HB3 LYS1956 HB1 LYS1956 -7.928 -4.510 8.667 521 HG2 LYS1956 HG2 LYS1956 -5.701 -5.504 7.853 522 HG3 LYS1956 HG1 LYS1956 -5.000 -4.785 9.299 523 HD2 LYS1956 HD2 LYS1956 -7.209 -6.819 9.149 524 HD3 LYS1956 HD1 LYS1956 -5.569 -7.075 9.729 525 HE2 LYS1956 HE2 LYS1956 -5.959 -5.771 11.660 526 HE3 LYS1956 HE1 LYS1956 -7.480 -5.142 11.013 527 HZ1 LYS1956 HZ1 LYS1956 -8.386 -7.338 11.070 528 HZ2 LYS1956 HZ2 LYS1956 -7.913 -6.884 12.616 529 HZ3 LYS1956 HZ3 LYS1956 -6.956 -7.983 11.714 530 H LEU1957 HN LEU1957 -5.441 -1.492 9.231 531 HA LEU1957 HA LEU1957 -3.115 -1.118 7.775 532 HB2 LEU1957 HB2 LEU1957 -3.562 0.411 9.492 533 HB3 LEU1957 HB1 LEU1957 -3.734 -0.851 10.692 534 HG LEU1957 HG LEU1957 -1.349 -1.231 10.731 535 HD11 LEU1957 HD11 LEU1957 -1.147 0.866 8.577 536 HD12 LEU1957 HD12 LEU1957 -0.841 -0.861 8.377 537 HD13 LEU1957 HD13 LEU1957 0.203 0.105 9.415 538 HD21 LEU1957 HD21 LEU1957 -0.602 0.921 11.551 539 HD22 LEU1957 HD22 LEU1957 -2.238 0.539 12.108 540 HD23 LEU1957 HD23 LEU1957 -1.996 1.687 10.785 541 H SER1958 HN SER1958 -1.799 -2.531 7.117 542 HA SER1958 HA SER1958 -0.884 -4.565 8.979 543 HB2 SER1958 HB2 SER1958 -1.123 -4.762 5.968 544 HB3 SER1958 HB1 SER1958 -0.584 -6.042 7.062 545 HG SER1958 HG SER1958 -3.146 -4.816 6.998 546 H LYS1959 HN LYS1959 0.926 -3.674 9.685 547 HA LYS1959 HA LYS1959 2.695 -2.252 7.842 548 HB2 LYS1959 HB2 LYS1959 3.828 -1.447 9.891 549 HB3 LYS1959 HB1 LYS1959 2.113 -1.096 9.961 550 HG2 LYS1959 HG2 LYS1959 1.860 -3.167 11.304 551 HG3 LYS1959 HG1 LYS1959 3.628 -3.236 11.468 552 HD2 LYS1959 HD2 LYS1959 2.839 -2.154 13.427 553 HD3 LYS1959 HD1 LYS1959 3.361 -0.822 12.387 554 HE2 LYS1959 HE2 LYS1959 1.102 -0.430 11.668 555 HE3 LYS1959 HE1 LYS1959 0.526 -1.841 12.551 556 HZ1 LYS1959 HZ1 LYS1959 -0.027 -0.061 13.879 557 HZ2 LYS1959 HZ2 LYS1959 1.344 0.804 13.615 558 HZ3 LYS1959 HZ3 LYS1959 1.382 -0.572 14.625 559 H THR1960 HN THR1960 2.318 -5.117 7.824 560 HA THR1960 HA THR1960 4.954 -6.100 8.567 561 HB THR1960 HB THR1960 3.158 -7.482 9.467 562 HG1 THR1960 HG1 THR1960 3.605 -9.449 7.897 563 HG21 THR1960 HG21 THR1960 2.164 -7.817 6.623 564 HG22 THR1960 HG22 THR1960 1.352 -6.920 7.906 565 HG23 THR1960 HG23 THR1960 1.533 -8.672 8.033 566 H LEU1961 HN LEU1961 6.461 -6.154 7.001 567 HA LEU1961 HA LEU1961 5.645 -5.858 4.264 568 HB2 LEU1961 HB2 LEU1961 8.133 -5.417 5.852 569 HB3 LEU1961 HB1 LEU1961 8.180 -5.494 4.118 570 HG LEU1961 HG LEU1961 6.642 -3.490 4.077 571 HD11 LEU1961 HD11 LEU1961 5.628 -3.736 6.266 572 HD12 LEU1961 HD12 LEU1961 6.394 -2.158 6.091 573 HD13 LEU1961 HD13 LEU1961 7.182 -3.422 7.036 574 HD21 LEU1961 HD21 LEU1961 9.026 -3.222 3.785 575 HD22 LEU1961 HD22 LEU1961 9.252 -3.139 5.534 576 HD23 LEU1961 HD23 LEU1961 8.359 -1.868 4.697 577 H THR1962 HN THR1962 6.093 -7.448 2.784 578 HA THR1962 HA THR1962 7.664 -9.749 3.712 579 HB THR1962 HB THR1962 6.148 -11.282 2.629 580 HG1 THR1962 HG1 THR1962 4.963 -8.989 1.463 581 HG21 THR1962 HG21 THR1962 4.332 -9.082 3.415 582 HG22 THR1962 HG22 THR1962 5.088 -10.140 4.626 583 HG23 THR1962 HG23 THR1962 3.945 -10.798 3.410 584 H TYR1963 HN TYR1963 8.702 -10.851 1.822 585 HA TYR1963 HA TYR1963 9.101 -8.964 -0.370 586 HB2 TYR1963 HB2 TYR1963 11.456 -9.850 -0.566 587 HB3 TYR1963 HB1 TYR1963 11.144 -8.891 0.867 588 HD1 TYR1963 HD1 TYR1963 11.590 -12.356 -0.369 589 HD2 TYR1963 HD2 TYR1963 11.504 -9.807 3.028 590 HE1 TYR1963 HE1 TYR1963 12.476 -14.180 1.022 591 HE2 TYR1963 HE2 TYR1963 12.384 -11.617 4.421 592 HH TYR1963 HH TYR1963 12.568 -13.885 4.472 593 H GLU1964 HN GLU1964 8.970 -9.722 -2.404 594 HA GLU1964 HA GLU1964 9.146 -12.499 -3.032 595 HB2 GLU1964 HB2 GLU1964 6.535 -11.262 -2.565 596 HB3 GLU1964 HB1 GLU1964 6.683 -12.040 -4.130 597 HG2 GLU1964 HG2 GLU1964 7.389 -13.410 -1.563 598 HG3 GLU1964 HG1 GLU1964 5.767 -13.439 -2.258 599 H ASP1965 HN ASP1965 9.786 -12.739 -5.029 600 HA ASP1965 HA ASP1965 10.590 -12.274 -7.044 601 HB2 ASP1965 HB2 ASP1965 8.985 -11.377 -8.753 602 HB3 ASP1965 HB1 ASP1965 8.342 -12.683 -7.787 603 H GLN1966 HN GLN1966 11.433 -10.489 -5.101 604 HA GLN1966 HA GLN1966 12.822 -8.802 -4.858 605 HB2 GLN1966 HB2 GLN1966 12.667 -8.529 -7.861 606 HB3 GLN1966 HB1 GLN1966 13.703 -7.530 -6.855 607 HG2 GLN1966 HG2 GLN1966 14.874 -9.540 -6.084 608 HG3 GLN1966 HG1 GLN1966 13.834 -10.525 -7.109 609 HE21 GLN1966 HE21 GLN1966 13.828 -8.579 -9.298 610 HE22 GLN1966 HE22 GLN1966 15.379 -8.667 -10.021 611 H VAL1967 HN VAL1967 9.818 -8.511 -5.219 612 HA VAL1967 HA VAL1967 9.774 -5.581 -5.170 613 HB VAL1967 HB VAL1967 7.553 -7.567 -5.858 614 HG11 VAL1967 HG11 VAL1967 6.172 -5.638 -6.415 615 HG12 VAL1967 HG12 VAL1967 7.444 -4.553 -5.851 616 HG13 VAL1967 HG13 VAL1967 6.622 -5.617 -4.711 617 HG21 VAL1967 HG21 VAL1967 8.998 -5.566 -7.580 618 HG22 VAL1967 HG22 VAL1967 7.642 -6.576 -8.089 619 HG23 VAL1967 HG23 VAL1967 9.175 -7.321 -7.633 620 H LEU1968 HN LEU1968 8.542 -4.648 -3.434 621 HA LEU1968 HA LEU1968 8.569 -6.282 -1.034 622 HB2 LEU1968 HB2 LEU1968 9.490 -3.969 -1.099 623 HB3 LEU1968 HB1 LEU1968 7.892 -3.370 -1.468 624 HG LEU1968 HG LEU1968 7.105 -4.115 0.738 625 HD11 LEU1968 HD11 LEU1968 8.741 -4.832 2.410 626 HD12 LEU1968 HD12 LEU1968 9.995 -4.871 1.166 627 HD13 LEU1968 HD13 LEU1968 8.629 -5.981 1.078 628 HD21 LEU1968 HD21 LEU1968 9.573 -2.391 0.794 629 HD22 LEU1968 HD22 LEU1968 8.324 -2.448 2.039 630 HD23 LEU1968 HD23 LEU1968 7.937 -1.852 0.423 631 H LYS1969 HN LYS1969 6.718 -7.095 -0.131 632 HA LYS1969 HA LYS1969 4.170 -6.356 -1.473 633 HB2 LYS1969 HB2 LYS1969 4.780 -9.008 -0.207 634 HB3 LYS1969 HB1 LYS1969 3.375 -8.583 -1.126 635 HG2 LYS1969 HG2 LYS1969 6.157 -8.792 -2.277 636 HG3 LYS1969 HG1 LYS1969 4.881 -9.993 -2.450 637 HD2 LYS1969 HD2 LYS1969 3.510 -8.312 -3.636 638 HD3 LYS1969 HD1 LYS1969 4.846 -7.160 -3.505 639 HE2 LYS1969 HE2 LYS1969 4.928 -8.156 -5.686 640 HE3 LYS1969 HE1 LYS1969 6.275 -8.775 -4.738 641 HZ1 LYS1969 HZ1 LYS1969 4.851 -10.784 -4.284 642 HZ2 LYS1969 HZ2 LYS1969 5.326 -10.590 -5.878 643 HZ3 LYS1969 HZ3 LYS1969 3.747 -10.187 -5.400 644 H LEU1970 HN LEU1970 2.732 -5.491 -0.132 645 HA LEU1970 HA LEU1970 2.658 -6.550 2.579 646 HB2 LEU1970 HB2 LEU1970 2.139 -3.691 1.750 647 HB3 LEU1970 HB1 LEU1970 1.496 -4.351 3.225 648 HG LEU1970 HG LEU1970 3.837 -4.819 3.981 649 HD11 LEU1970 HD11 LEU1970 4.617 -3.123 1.628 650 HD12 LEU1970 HD12 LEU1970 4.978 -4.835 1.855 651 HD13 LEU1970 HD13 LEU1970 5.682 -3.636 2.940 652 HD21 LEU1970 HD21 LEU1970 2.603 -2.913 4.792 653 HD22 LEU1970 HD22 LEU1970 3.126 -1.958 3.406 654 HD23 LEU1970 HD23 LEU1970 4.307 -2.505 4.599 655 H VAL1971 HN VAL1971 0.814 -7.303 3.254 656 HA VAL1971 HA VAL1971 -1.310 -7.304 1.273 657 HB VAL1971 HB VAL1971 -2.101 -9.438 2.371 658 HG11 VAL1971 HG11 VAL1971 0.706 -9.430 1.275 659 HG12 VAL1971 HG12 VAL1971 -0.785 -9.481 0.333 660 HG13 VAL1971 HG13 VAL1971 -0.350 -10.839 1.369 661 HG21 VAL1971 HG21 VAL1971 0.572 -9.297 3.795 662 HG22 VAL1971 HG22 VAL1971 -0.520 -10.681 3.790 663 HG23 VAL1971 HG23 VAL1971 -1.011 -9.172 4.562 664 H TYR1972 HN TYR1972 -2.781 -5.859 1.700 665 HA TYR1972 HA TYR1972 -3.526 -5.450 4.492 666 HB2 TYR1972 HB2 TYR1972 -4.380 -3.657 2.134 667 HB3 TYR1972 HB1 TYR1972 -4.558 -3.388 3.851 668 HD1 TYR1972 HD2 TYR1972 -2.697 -2.567 5.197 669 HD2 TYR1972 HD1 TYR1972 -2.277 -3.418 1.036 670 HE1 TYR1972 HE2 TYR1972 -0.612 -1.295 5.136 671 HE2 TYR1972 HE1 TYR1972 -0.202 -2.142 0.985 672 HH TYR1972 HH TYR1972 1.447 -1.165 3.716 673 H GLU1973 HN GLU1973 -4.781 -7.088 4.857 674 HA GLU1973 HA GLU1973 -7.124 -7.430 3.143 675 HB2 GLU1973 HB2 GLU1973 -5.783 -9.412 4.984 676 HB3 GLU1973 HB1 GLU1973 -7.229 -9.716 4.030 677 HG2 GLU1973 HG2 GLU1973 -5.874 -9.294 1.983 678 HG3 GLU1973 HG1 GLU1973 -4.460 -9.189 3.039 679 H ASP1974 HN ASP1974 -8.675 -8.787 4.832 680 HA ASP1974 HA ASP1974 -10.178 -8.596 6.518 681 HB2 ASP1974 HB2 ASP1974 -8.017 -8.834 7.891 682 HB3 ASP1974 HB1 ASP1974 -8.050 -7.113 8.029 683 H GLY1975 HN GLY1975 -11.333 -7.268 5.164 684 HA2 GLY1975 HA2 GLY1975 -11.618 -4.563 6.167 685 HA3 GLY1975 HA1 GLY1975 -11.354 -4.795 4.438 686 H ASP1976 HN ASP1976 -13.396 -3.895 4.057 687 HA ASP1976 HA ASP1976 -15.779 -4.967 5.176 688 HB2 ASP1976 HB2 ASP1976 -15.667 -2.680 4.307 689 HB3 ASP1976 HB1 ASP1976 -15.345 -3.289 2.694 690 HA PRO1977 HA PRO1977 -15.919 -8.634 2.588 691 HB2 PRO1977 HB2 PRO1977 -18.649 -8.864 3.700 692 HB3 PRO1977 HB1 PRO1977 -17.304 -10.005 3.799 693 HG2 PRO1977 HG2 PRO1977 -18.104 -8.612 5.936 694 HG3 PRO1977 HG1 PRO1977 -16.391 -8.979 5.655 695 HD2 PRO1977 HD2 PRO1977 -17.887 -6.436 5.156 696 HD3 PRO1977 HD1 PRO1977 -16.270 -6.674 5.849 697 H CYS1978 HN CYS1978 -16.474 -8.626 0.554 698 HA CYS1978 HA CYS1978 -18.155 -6.569 -0.519 699 HB2 CYS1978 HB2 CYS1978 -17.421 -7.662 -2.666 700 HB3 CYS1978 HB1 CYS1978 -16.104 -7.094 -1.635 701 HA PRO1979 HA PRO1979 -21.791 -9.148 -0.938 702 HB2 PRO1979 HB2 PRO1979 -22.410 -7.854 -3.499 703 HB3 PRO1979 HB1 PRO1979 -23.272 -7.786 -1.958 704 HG2 PRO1979 HG2 PRO1979 -21.930 -5.659 -2.929 705 HG3 PRO1979 HG1 PRO1979 -22.039 -5.988 -1.191 706 HD2 PRO1979 HD2 PRO1979 -19.790 -6.568 -3.088 707 HD3 PRO1979 HD1 PRO1979 -19.730 -5.894 -1.443 708 H THR1980 HN THR1980 -19.375 -8.968 -3.337 709 HA THR1980 HA THR1980 -20.345 -10.974 -5.069 710 HB THR1980 HB THR1980 -17.514 -9.952 -4.678 711 HG1 THR1980 HG1 THR1980 -19.685 -9.132 -6.312 712 HG21 THR1980 HG21 THR1980 -17.210 -10.665 -7.019 713 HG22 THR1980 HG22 THR1980 -18.867 -11.270 -7.054 714 HG23 THR1980 HG23 THR1980 -17.671 -12.038 -6.010 715 H ASP1981 HN ASP1981 -18.121 -10.920 -2.286 716 HA ASP1981 HA ASP1981 -18.669 -13.716 -1.870 717 HB2 ASP1981 HB2 ASP1981 -16.519 -13.545 -3.286 718 HB3 ASP1981 HB1 ASP1981 -15.782 -12.813 -1.862 719 H LEU1982 HN LEU1982 -19.384 -13.646 0.059 720 HA LEU1982 HA LEU1982 -18.654 -11.433 1.856 721 HB2 LEU1982 HB2 LEU1982 -20.857 -13.440 2.271 722 HB3 LEU1982 HB1 LEU1982 -20.651 -11.897 3.056 723 HG LEU1982 HG LEU1982 -21.097 -10.899 0.710 724 HD11 LEU1982 HD11 LEU1982 -21.943 -13.744 0.325 725 HD12 LEU1982 HD12 LEU1982 -21.033 -12.704 -0.780 726 HD13 LEU1982 HD13 LEU1982 -22.752 -12.438 -0.527 727 HD21 LEU1982 HD21 LEU1982 -23.497 -10.970 1.125 728 HD22 LEU1982 HD22 LEU1982 -22.574 -10.700 2.606 729 HD23 LEU1982 HD23 LEU1982 -23.252 -12.294 2.265 730 H LYS1983 HN LYS1983 -17.822 -14.476 1.211 731 HA LYS1983 HA LYS1983 -17.870 -15.502 3.898 732 HB2 LYS1983 HB2 LYS1983 -17.474 -16.579 1.178 733 HB3 LYS1983 HB1 LYS1983 -17.150 -17.626 2.598 734 HG2 LYS1983 HG2 LYS1983 -19.522 -17.208 3.221 735 HG3 LYS1983 HG1 LYS1983 -19.700 -16.264 1.741 736 HD2 LYS1983 HD2 LYS1983 -19.099 -18.264 0.433 737 HD3 LYS1983 HD1 LYS1983 -19.008 -19.191 1.933 738 HE2 LYS1983 HE2 LYS1983 -21.450 -17.776 0.872 739 HE3 LYS1983 HE1 LYS1983 -21.152 -19.510 0.797 740 HZ1 LYS1983 HZ1 LYS1983 -22.617 -18.905 2.621 741 HZ2 LYS1983 HZ2 LYS1983 -21.444 -17.935 3.321 742 HZ3 LYS1983 HZ3 LYS1983 -21.203 -19.606 3.208 743 H MET1984 HN MET1984 -15.793 -13.630 2.048 744 HA MET1984 HA MET1984 -13.654 -14.310 3.744 745 HB2 MET1984 HB2 MET1984 -12.035 -14.250 1.931 746 HB3 MET1984 HB1 MET1984 -13.188 -15.533 1.626 747 HG2 MET1984 HG2 MET1984 -14.334 -14.114 0.001 748 HG3 MET1984 HG1 MET1984 -13.172 -12.824 0.319 749 HE1 MET1984 HE1 MET1984 -13.806 -13.937 -2.565 750 HE2 MET1984 HE2 MET1984 -12.189 -14.065 -3.259 751 HE3 MET1984 HE3 MET1984 -12.617 -12.668 -2.271 752 H LYS1985 HN LYS1985 -12.061 -12.562 2.998 753 HA LYS1985 HA LYS1985 -13.568 -10.041 3.155 754 HB2 LYS1985 HB2 LYS1985 -10.932 -10.736 4.436 755 HB3 LYS1985 HB1 LYS1985 -11.652 -9.131 4.446 756 HG2 LYS1985 HG2 LYS1985 -13.549 -9.953 5.695 757 HG3 LYS1985 HG1 LYS1985 -12.914 -11.597 5.620 758 HD2 LYS1985 HD2 LYS1985 -10.985 -10.947 6.906 759 HD3 LYS1985 HD1 LYS1985 -11.513 -9.266 6.902 760 HE2 LYS1985 HE2 LYS1985 -12.053 -10.263 9.018 761 HE3 LYS1985 HE1 LYS1985 -13.533 -9.926 8.134 762 HZ1 LYS1985 HZ1 LYS1985 -13.613 -12.057 9.201 763 HZ2 LYS1985 HZ2 LYS1985 -12.215 -12.566 8.417 764 HZ3 LYS1985 HZ3 LYS1985 -13.641 -12.287 7.531 765 H HIS1986 HN HIS1986 -12.342 -8.152 2.462 766 HA HIS1986 HA HIS1986 -11.543 -8.348 -0.214 767 HB2 HIS1986 HB2 HIS1986 -12.497 -6.346 1.046 768 HB3 HIS1986 HB1 HIS1986 -10.893 -6.107 1.713 769 HD1 HIS1986 HD1 HIS1986 -12.960 -4.771 -0.716 770 HD2 HIS1986 HD2 HIS1986 -8.964 -5.911 -0.754 771 HE1 HIS1986 HE1 HIS1986 -11.911 -3.497 -2.601 772 HE2 HIS1986 HE2 HIS1986 -9.564 -4.363 -2.742 773 H LYS1987 HN LYS1987 -9.576 -8.759 -1.080 774 HA LYS1987 HA LYS1987 -7.270 -8.969 0.746 775 HB2 LYS1987 HB2 LYS1987 -7.783 -10.413 -1.867 776 HB3 LYS1987 HB1 LYS1987 -6.367 -10.615 -0.851 777 HG2 LYS1987 HG2 LYS1987 -7.739 -11.563 0.919 778 HG3 LYS1987 HG1 LYS1987 -9.190 -11.295 -0.046 779 HD2 LYS1987 HD2 LYS1987 -8.467 -13.623 -0.187 780 HD3 LYS1987 HD1 LYS1987 -8.334 -12.832 -1.756 781 HE2 LYS1987 HE2 LYS1987 -6.376 -14.170 -1.426 782 HE3 LYS1987 HE1 LYS1987 -5.911 -12.479 -1.294 783 HZ1 LYS1987 HZ1 LYS1987 -4.844 -13.718 0.422 784 HZ2 LYS1987 HZ2 LYS1987 -6.292 -14.420 0.909 785 HZ3 LYS1987 HZ3 LYS1987 -6.031 -12.788 1.205 786 H SER1988 HN SER1988 -6.234 -6.989 0.500 787 HA SER1988 HA SER1988 -5.855 -6.111 -2.246 788 HB2 SER1988 HB2 SER1988 -7.103 -4.566 -0.860 789 HB3 SER1988 HB1 SER1988 -5.821 -4.587 0.355 790 HG SER1988 HG SER1988 -4.614 -3.337 -0.905 791 H TYR1989 HN TYR1989 -3.964 -6.530 -3.043 792 HA TYR1989 HA TYR1989 -1.651 -6.983 -1.319 793 HB2 TYR1989 HB2 TYR1989 -2.279 -7.809 -4.160 794 HB3 TYR1989 HB1 TYR1989 -0.702 -8.021 -3.412 795 HD1 TYR1989 HD2 TYR1989 -4.264 -8.967 -3.140 796 HD2 TYR1989 HD1 TYR1989 -0.266 -9.931 -2.067 797 HE1 TYR1989 HE2 TYR1989 -5.027 -11.122 -2.259 798 HE2 TYR1989 HE1 TYR1989 -1.024 -12.092 -1.177 799 HH TYR1989 HH TYR1989 -4.121 -13.304 -1.844 800 H PHE1990 HN PHE1990 -0.263 -5.349 -1.196 801 HA PHE1990 HA PHE1990 -0.237 -3.495 -3.446 802 HB2 PHE1990 HB2 PHE1990 -0.647 -2.895 -0.826 803 HB3 PHE1990 HB1 PHE1990 1.100 -2.706 -0.938 804 HD1 PHE1990 HD2 PHE1990 1.870 -1.398 -3.117 805 HD2 PHE1990 HD1 PHE1990 -1.929 -1.031 -1.251 806 HE1 PHE1990 HE2 PHE1990 1.597 0.828 -4.121 807 HE2 PHE1990 HE1 PHE1990 -2.206 1.195 -2.248 808 HZ PHE1990 HZ PHE1990 -0.546 2.100 -3.715 809 H SER1991 HN SER1991 1.461 -3.452 -4.630 810 HA SER1991 HA SER1991 3.845 -4.885 -3.757 811 HB2 SER1991 HB2 SER1991 4.324 -5.035 -6.252 812 HB3 SER1991 HB1 SER1991 2.952 -5.976 -5.677 813 HG SER1991 HG SER1991 1.782 -3.864 -6.300 814 H PHE1992 HN PHE1992 5.426 -3.653 -3.192 815 HA PHE1992 HA PHE1992 5.553 -0.936 -4.213 816 HB2 PHE1992 HB2 PHE1992 6.972 -2.230 -1.867 817 HB3 PHE1992 HB1 PHE1992 7.089 -0.530 -2.317 818 HD1 PHE1992 HD1 PHE1992 4.960 -3.103 -0.846 819 HD2 PHE1992 HD2 PHE1992 5.259 0.982 -1.943 820 HE1 PHE1992 HE1 PHE1992 2.966 -2.604 0.480 821 HE2 PHE1992 HE2 PHE1992 3.265 1.486 -0.609 822 HZ PHE1992 HZ PHE1992 2.113 -0.308 0.606 823 H VAL1993 HN VAL1993 6.767 -0.632 -5.843 824 HA VAL1993 HA VAL1993 9.050 -2.376 -6.302 825 HB VAL1993 HB VAL1993 7.446 -3.008 -7.931 826 HG11 VAL1993 HG11 VAL1993 5.862 -1.226 -7.657 827 HG12 VAL1993 HG12 VAL1993 6.229 -1.440 -9.368 828 HG13 VAL1993 HG13 VAL1993 6.942 -0.094 -8.472 829 HG21 VAL1993 HG21 VAL1993 9.234 -0.978 -9.260 830 HG22 VAL1993 HG22 VAL1993 8.375 -2.281 -10.084 831 HG23 VAL1993 HG23 VAL1993 9.649 -2.660 -8.919 832 H CYS1994 HN CYS1994 10.908 -1.490 -6.825 833 HA CYS1994 HA CYS1994 11.261 1.273 -6.250 834 HB2 CYS1994 HB2 CYS1994 13.723 0.531 -6.539 835 HB3 CYS1994 HB1 CYS1994 12.804 -0.050 -5.158 836 H LYS1995 HN LYS1995 11.725 2.873 -7.616 837 HA LYS1995 HA LYS1995 12.500 2.233 -10.355 838 HB2 LYS1995 HB2 LYS1995 9.973 2.772 -10.080 839 HB3 LYS1995 HB1 LYS1995 10.492 4.398 -9.671 840 HG2 LYS1995 HG2 LYS1995 11.566 4.590 -11.886 841 HG3 LYS1995 HG1 LYS1995 10.976 2.974 -12.290 842 HD2 LYS1995 HD2 LYS1995 8.654 3.852 -11.771 843 HD3 LYS1995 HD1 LYS1995 9.371 5.459 -11.744 844 HE2 LYS1995 HE2 LYS1995 9.332 3.541 -14.081 845 HE3 LYS1995 HE1 LYS1995 8.346 4.983 -13.905 846 HZ1 LYS1995 HZ1 LYS1995 10.054 5.561 -15.324 847 HZ2 LYS1995 HZ2 LYS1995 11.242 4.774 -14.450 848 HZ3 LYS1995 HZ3 LYS1995 10.605 6.222 -13.863 849 H SER1996 HN SER1996 13.951 3.755 -11.138 850 HA SER1996 HA SER1996 15.553 5.052 -9.283 851 HB2 SER1996 HB2 SER1996 15.396 5.559 -12.256 852 HB3 SER1996 HB1 SER1996 16.745 5.993 -11.200 853 HG SER1996 HG SER1996 16.958 3.774 -10.700 854 H ASP1997 HN ASP1997 13.033 6.521 -11.327 855 HA ASP1997 HA ASP1997 13.516 9.101 -10.024 856 HB2 ASP1997 HB2 ASP1997 11.910 10.017 -11.656 857 HB3 ASP1997 HB1 ASP1997 13.205 9.126 -12.454 858 H ALA1998 HN ALA1998 11.075 6.610 -10.263 859 HA ALA1998 HA ALA1998 9.294 6.010 -9.077 860 HB1 ALA1998 HB1 ALA1998 9.168 6.545 -6.729 861 HB2 ALA1998 HB2 ALA1998 10.279 7.904 -6.956 862 HB3 ALA1998 HB3 ALA1998 10.843 6.250 -7.211 863 H GLY1999 HN GLY1999 9.337 8.791 -10.630 864 HA2 GLY1999 HA2 GLY1999 7.608 10.003 -11.408 865 HA3 GLY1999 HA1 GLY1999 6.554 9.176 -10.267 866 H ASP2000 HN ASP2000 5.552 11.141 -9.788 867 HA ASP2000 HA ASP2000 7.095 13.287 -8.687 868 HB2 ASP2000 HB2 ASP2000 5.338 13.822 -10.234 869 HB3 ASP2000 HB1 ASP2000 4.139 13.010 -9.240 870 H ASP2001 HN ASP2001 7.798 12.201 -7.115 871 HA ASP2001 HA ASP2001 8.161 11.878 -4.853 872 HB2 ASP2001 HB2 ASP2001 6.675 13.930 -4.521 873 HB3 ASP2001 HB1 ASP2001 5.358 12.744 -4.393 874 H SER2002 HN SER2002 8.099 9.723 -5.800 875 HA SER2002 HA SER2002 7.497 7.562 -5.885 876 HB2 SER2002 HB2 SER2002 6.736 8.104 -3.017 877 HB3 SER2002 HB1 SER2002 7.216 6.550 -3.706 878 HG SER2002 HG SER2002 8.733 8.863 -3.237 879 H GLN2003 HN GLN2003 5.771 7.943 -7.335 880 HA GLN2003 HA GLN2003 3.137 7.922 -6.096 881 HB2 GLN2003 HB2 GLN2003 2.230 8.431 -8.356 882 HB3 GLN2003 HB1 GLN2003 3.315 9.647 -7.711 883 HG2 GLN2003 HG2 GLN2003 5.099 8.826 -9.146 884 HG3 GLN2003 HG1 GLN2003 4.027 7.569 -9.768 885 HE21 GLN2003 HE21 GLN2003 2.402 8.127 -11.186 886 HE22 GLN2003 HE22 GLN2003 2.292 9.666 -11.927 887 HA PRO2004 HA PRO2004 2.411 3.741 -7.371 888 HB2 PRO2004 HB2 PRO2004 -0.079 3.664 -6.165 889 HB3 PRO2004 HB1 PRO2004 1.457 3.414 -5.330 890 HG2 PRO2004 HG2 PRO2004 -0.355 5.616 -4.974 891 HG3 PRO2004 HG1 PRO2004 1.244 5.389 -4.246 892 HD2 PRO2004 HD2 PRO2004 0.445 6.959 -6.634 893 HD3 PRO2004 HD1 PRO2004 1.757 7.245 -5.472 894 H VAL2005 HN VAL2005 0.897 2.490 -8.514 895 HA VAL2005 HA VAL2005 -1.035 3.935 -10.204 896 HB VAL2005 HB VAL2005 0.648 1.550 -11.047 897 HG11 VAL2005 HG11 VAL2005 -0.147 2.043 -13.313 898 HG12 VAL2005 HG12 VAL2005 -1.142 3.347 -12.660 899 HG13 VAL2005 HG13 VAL2005 -1.463 1.677 -12.195 900 HG21 VAL2005 HG21 VAL2005 1.904 3.055 -12.525 901 HG22 VAL2005 HG22 VAL2005 2.133 3.455 -10.821 902 HG23 VAL2005 HG23 VAL2005 1.059 4.435 -11.821 903 H PHE2006 HN PHE2006 -3.034 2.873 -10.232 904 HA PHE2006 HA PHE2006 -3.229 0.536 -8.590 905 HB2 PHE2006 HB2 PHE2006 -5.648 0.504 -9.033 906 HB3 PHE2006 HB1 PHE2006 -5.165 2.139 -8.642 907 HD1 PHE2006 HD2 PHE2006 -5.223 3.876 -10.366 908 HD2 PHE2006 HD1 PHE2006 -6.503 -0.087 -11.181 909 HE1 PHE2006 HE2 PHE2006 -6.343 4.662 -12.400 910 HE2 PHE2006 HE1 PHE2006 -7.618 0.689 -13.223 911 HZ PHE2006 HZ PHE2006 -7.592 3.045 -13.815 912 H LEU2007 HN LEU2007 -2.842 -1.411 -9.190 913 HA LEU2007 HA LEU2007 -1.960 -1.874 -11.868 914 HB2 LEU2007 HB2 LEU2007 -1.121 -2.811 -9.575 915 HB3 LEU2007 HB1 LEU2007 -2.397 -3.959 -9.798 916 HG LEU2007 HG LEU2007 -1.418 -4.699 -11.921 917 HD11 LEU2007 HD11 LEU2007 0.845 -3.981 -12.501 918 HD12 LEU2007 HD12 LEU2007 0.843 -2.865 -11.132 919 HD13 LEU2007 HD13 LEU2007 -0.266 -2.605 -12.478 920 HD21 LEU2007 HD21 LEU2007 -0.928 -5.846 -9.812 921 HD22 LEU2007 HD22 LEU2007 0.446 -4.767 -9.555 922 HD23 LEU2007 HD23 LEU2007 0.449 -5.894 -10.912 923 H SER2008 HN SER2008 -4.200 -3.577 -9.782 924 HA SER2008 HA SER2008 -6.265 -3.606 -11.804 925 HB2 SER2008 HB2 SER2008 -5.016 -6.208 -10.857 926 HB3 SER2008 HB1 SER2008 -6.454 -6.070 -11.869 927 HG SER2008 HG SER2008 -4.438 -4.643 -12.927 928 H PHE2009 HN PHE2009 -8.210 -3.556 -10.813 929 HA PHE2009 HA PHE2009 -8.357 -4.437 -8.016 930 HB2 PHE2009 HB2 PHE2009 -8.828 -1.968 -8.510 931 HB3 PHE2009 HB1 PHE2009 -10.186 -2.500 -9.484 932 HD1 PHE2009 HD2 PHE2009 -11.941 -4.026 -8.187 933 HD2 PHE2009 HD1 PHE2009 -9.160 -1.400 -6.324 934 HE1 PHE2009 HE2 PHE2009 -13.351 -3.970 -6.179 935 HE2 PHE2009 HE1 PHE2009 -10.571 -1.333 -4.311 936 HZ PHE2009 HZ PHE2009 -12.672 -2.617 -4.237 937 H ASP2010 HN ASP2010 -9.433 -6.324 -7.896 938 HA ASP2010 HA ASP2010 -11.217 -6.978 -10.130 939 HB2 ASP2010 HB2 ASP2010 -9.584 -8.869 -8.411 940 HB3 ASP2010 HB1 ASP2010 -10.759 -9.367 -9.612 941 H GLU2011 HN GLU2011 -13.119 -6.227 -9.196 942 HA GLU2011 HA GLU2011 -13.788 -6.898 -6.522 943 HB2 GLU2011 HB2 GLU2011 -16.085 -6.139 -7.067 944 HB3 GLU2011 HB1 GLU2011 -14.857 -4.964 -7.501 945 HG2 GLU2011 HG2 GLU2011 -15.072 -5.520 -9.822 946 HG3 GLU2011 HG1 GLU2011 -16.161 -6.857 -9.443 947 H GLN2012 HN GLN2012 -13.950 -8.574 -9.471 948 HA GLN2012 HA GLN2012 -15.929 -10.490 -9.093 949 HB2 GLN2012 HB2 GLN2012 -14.588 -10.220 -11.151 950 HB3 GLN2012 HB1 GLN2012 -13.190 -10.882 -10.320 951 HG2 GLN2012 HG2 GLN2012 -14.134 -12.575 -11.708 952 HG3 GLN2012 HG1 GLN2012 -14.424 -13.000 -10.023 953 HE21 GLN2012 HE21 GLN2012 -16.229 -10.590 -11.808 954 HE22 GLN2012 HE22 GLN2012 -17.720 -11.436 -11.838 955 H THR2013 HN THR2013 -12.631 -10.411 -7.832 956 HA THR2013 HA THR2013 -13.383 -12.610 -6.082 957 HB THR2013 HB THR2013 -11.790 -13.533 -7.597 958 HG1 THR2013 HG1 THR2013 -10.877 -12.993 -5.042 959 HG21 THR2013 HG21 THR2013 -9.560 -12.581 -7.997 960 HG22 THR2013 HG22 THR2013 -9.990 -11.188 -7.003 961 HG23 THR2013 HG23 THR2013 -10.847 -11.491 -8.513 962 H CYS2014 HN CYS2014 -13.253 -9.544 -6.038 963 HA CYS2014 HA CYS2014 -13.054 -7.902 -4.546 964 HB2 CYS2014 HB2 CYS2014 -13.037 -10.187 -2.581 965 HB3 CYS2014 HB1 CYS2014 -13.455 -8.510 -2.225 966 H THR2015 HN THR2015 -10.587 -8.931 -5.637 967 HA THR2015 HA THR2015 -8.665 -8.366 -3.498 968 HB THR2015 HB THR2015 -7.034 -9.212 -5.224 969 HG1 THR2015 HG1 THR2015 -7.839 -9.489 -7.172 970 HG21 THR2015 HG21 THR2015 -7.572 -11.589 -4.905 971 HG22 THR2015 HG22 THR2015 -9.204 -11.154 -4.400 972 HG23 THR2015 HG23 THR2015 -7.820 -10.682 -3.413 973 H SER2016 HN SER2016 -6.882 -7.063 -4.123 974 HA SER2016 HA SER2016 -7.322 -5.208 -6.290 975 HB2 SER2016 HB2 SER2016 -6.893 -4.356 -3.412 976 HB3 SER2016 HB1 SER2016 -7.059 -3.287 -4.810 977 HG SER2016 HG SER2016 -9.099 -4.724 -5.009 978 H TYR2017 HN TYR2017 -5.397 -4.728 -7.176 979 HA TYR2017 HA TYR2017 -2.967 -5.411 -5.685 980 HB2 TYR2017 HB2 TYR2017 -3.478 -5.775 -8.654 981 HB3 TYR2017 HB1 TYR2017 -1.981 -6.145 -7.810 982 HD1 TYR2017 HD2 TYR2017 -1.834 -8.107 -6.351 983 HD2 TYR2017 HD1 TYR2017 -5.363 -7.266 -8.562 984 HE1 TYR2017 HE2 TYR2017 -2.613 -10.397 -5.965 985 HE2 TYR2017 HE1 TYR2017 -6.152 -9.559 -8.180 986 HH TYR2017 HH TYR2017 -4.712 -11.583 -5.883 987 H PHE2018 HN PHE2018 -1.670 -3.701 -5.558 988 HA PHE2018 HA PHE2018 -1.932 -1.606 -7.610 989 HB2 PHE2018 HB2 PHE2018 -1.579 -1.029 -4.655 990 HB3 PHE2018 HB1 PHE2018 -1.793 0.142 -5.945 991 HD1 PHE2018 HD2 PHE2018 -4.054 -0.188 -7.315 992 HD2 PHE2018 HD1 PHE2018 -3.394 -1.519 -3.331 993 HE1 PHE2018 HE2 PHE2018 -6.480 -0.204 -6.922 994 HE2 PHE2018 HE1 PHE2018 -5.817 -1.534 -2.932 995 HZ PHE2018 HZ PHE2018 -7.358 -0.866 -4.686 996 H SER2019 HN SER2019 0.039 -0.493 -8.038 997 HA SER2019 HA SER2019 2.381 -1.721 -6.796 998 HB2 SER2019 HB2 SER2019 1.978 -0.969 -9.708 999 HB3 SER2019 HB1 SER2019 3.516 -1.501 -9.041 1000 HG SER2019 HG SER2019 2.252 -3.418 -8.311 1001 H TRP2020 HN TRP2020 3.577 -0.330 -5.759 1002 HA TRP2020 HA TRP2020 3.225 2.558 -6.234 1003 HB2 TRP2020 HB2 TRP2020 2.840 1.397 -3.940 1004 HB3 TRP2020 HB1 TRP2020 4.590 1.308 -3.867 1005 HD1 TRP2020 HD1 TRP2020 5.394 4.214 -4.815 1006 HE1 TRP2020 HE1 TRP2020 4.757 6.273 -3.384 1007 HE3 TRP2020 HE3 TRP2020 1.623 2.192 -2.047 1008 HZ2 TRP2020 HZ2 TRP2020 2.978 6.918 -1.359 1009 HZ3 TRP2020 HZ3 TRP2020 0.514 3.597 -0.379 1010 HH2 TRP2020 HH2 TRP2020 1.178 5.909 -0.041 1011 H HIS2021 HN HIS2021 4.955 3.648 -7.101 1012 HA HIS2021 HA HIS2021 7.454 2.180 -7.311 1013 HB2 HIS2021 HB2 HIS2021 6.488 4.695 -8.716 1014 HB3 HIS2021 HB1 HIS2021 8.121 4.063 -8.886 1015 HD1 HIS2021 HD1 HIS2021 4.862 3.886 -10.480 1016 HD2 HIS2021 HD2 HIS2021 8.078 1.293 -9.978 1017 HE1 HIS2021 HE1 HIS2021 4.538 2.073 -12.156 1018 HE2 HIS2021 HE2 HIS2021 6.292 0.385 -11.606 1019 H THR2022 HN THR2022 8.711 2.384 -5.638 1020 HA THR2022 HA THR2022 9.359 5.021 -4.635 1021 HB THR2022 HB THR2022 7.641 4.557 -3.086 1022 HG1 THR2022 HG1 THR2022 9.611 5.175 -2.060 1023 HG21 THR2022 HG21 THR2022 7.255 2.202 -3.577 1024 HG22 THR2022 HG22 THR2022 7.401 2.443 -1.836 1025 HG23 THR2022 HG23 THR2022 8.750 1.767 -2.749 1026 H SER2023 HN SER2023 11.362 5.113 -3.469 1027 HA SER2023 HA SER2023 13.310 3.344 -4.553 1028 HB2 SER2023 HB2 SER2023 13.634 5.577 -2.561 1029 HB3 SER2023 HB1 SER2023 14.864 4.895 -3.621 1030 HG SER2023 HG SER2023 14.114 6.013 -5.258 1031 H LEU2024 HN LEU2024 11.590 3.524 -1.533 1032 HA LEU2024 HA LEU2024 13.686 2.200 -0.011 1033 HB2 LEU2024 HB2 LEU2024 10.854 2.901 0.811 1034 HB3 LEU2024 HB1 LEU2024 12.066 2.238 1.871 1035 HG LEU2024 HG LEU2024 11.909 4.521 2.422 1036 HD11 LEU2024 HD11 LEU2024 14.056 5.478 1.878 1037 HD12 LEU2024 HD12 LEU2024 14.293 4.239 0.644 1038 HD13 LEU2024 HD13 LEU2024 14.167 3.780 2.343 1039 HD21 LEU2024 HD21 LEU2024 12.055 6.349 0.801 1040 HD22 LEU2024 HD22 LEU2024 10.676 5.295 0.474 1041 HD23 LEU2024 HD23 LEU2024 12.128 5.175 -0.515 1042 H ALA2025 HN ALA2025 11.140 1.346 -1.947 1043 HA ALA2025 HA ALA2025 9.986 -0.920 -0.816 1044 HB1 ALA2025 HB1 ALA2025 10.369 -0.285 -3.708 1045 HB2 ALA2025 HB2 ALA2025 9.084 0.334 -2.672 1046 HB3 ALA2025 HB3 ALA2025 9.182 -1.393 -3.021 1047 H CYS2026 HN CYS2026 12.505 -0.862 -3.348 1048 HA CYS2026 HA CYS2026 13.561 -3.322 -2.332 1049 HB2 CYS2026 HB2 CYS2026 13.458 -4.395 -4.620 1050 HB3 CYS2026 HB1 CYS2026 11.946 -4.309 -3.737 1051 H GLU2027 HN GLU2027 15.373 -4.019 -4.123 1052 HA GLU2027 HA GLU2027 16.489 -1.721 -5.339 1053 HB2 GLU2027 HB2 GLU2027 17.209 -1.532 -2.958 1054 HB3 GLU2027 HB1 GLU2027 18.052 -3.064 -3.145 1055 HG2 GLU2027 HG2 GLU2027 19.489 -2.100 -4.824 1056 HG3 GLU2027 HG1 GLU2027 18.605 -0.573 -4.728 1057 H GLU2028 HN GLU2028 15.871 -3.287 -6.984 1058 HA GLU2028 HA GLU2028 18.010 -5.231 -7.450 1059 HB2 GLU2028 HB2 GLU2028 16.685 -6.001 -9.383 1060 HB3 GLU2028 HB1 GLU2028 15.721 -6.031 -7.919 1061 HG2 GLU2028 HG2 GLU2028 14.556 -4.043 -8.587 1062 HG3 GLU2028 HG1 GLU2028 15.619 -3.855 -9.985 1063 H GLU2029 HN GLU2029 16.851 -2.179 -8.288 1064 HA GLU2029 HA GLU2029 19.108 -1.566 -10.029 1065 HB2 GLU2029 HB2 GLU2029 16.178 -0.835 -10.366 1066 HB3 GLU2029 HB1 GLU2029 17.482 0.032 -11.157 1067 HG2 GLU2029 HG2 GLU2029 16.860 -2.884 -11.547 1068 HG3 GLU2029 HG1 GLU2029 16.361 -1.577 -12.628 1069 H VAL2030 HN VAL2030 19.602 0.626 -9.814 1070 HA VAL2030 HA VAL2030 19.308 1.490 -7.065 1071 HB VAL2030 HB VAL2030 20.649 2.966 -9.354 1072 HG11 VAL2030 HG11 VAL2030 21.857 4.161 -7.585 1073 HG12 VAL2030 HG12 VAL2030 20.919 3.299 -6.365 1074 HG13 VAL2030 HG13 VAL2030 20.116 4.414 -7.467 1075 HG21 VAL2030 HG21 VAL2030 21.666 0.777 -9.030 1076 HG22 VAL2030 HG22 VAL2030 21.847 1.101 -7.308 1077 HG23 VAL2030 HG23 VAL2030 22.753 2.054 -8.483 1078 HA PRO2031 HA PRO2031 15.751 3.985 -8.190 1079 HB2 PRO2031 HB2 PRO2031 14.450 3.690 -5.905 1080 HB3 PRO2031 HB1 PRO2031 14.641 2.310 -6.995 1081 HG2 PRO2031 HG2 PRO2031 16.065 2.916 -4.446 1082 HG3 PRO2031 HG1 PRO2031 15.575 1.350 -5.111 1083 HD2 PRO2031 HD2 PRO2031 18.160 2.518 -5.303 1084 HD3 PRO2031 HD1 PRO2031 17.555 1.105 -6.175 1085 H ARG2032 HN ARG2032 18.380 4.649 -6.536 1086 HA ARG2032 HA ARG2032 17.391 6.931 -5.031 1087 HB2 ARG2032 HB2 ARG2032 20.115 5.634 -5.043 1088 HB3 ARG2032 HB1 ARG2032 19.587 6.930 -3.980 1089 HG2 ARG2032 HG2 ARG2032 17.868 5.390 -3.056 1090 HG3 ARG2032 HG1 ARG2032 18.579 4.097 -4.026 1091 HD2 ARG2032 HD2 ARG2032 19.454 4.005 -1.783 1092 HD3 ARG2032 HD1 ARG2032 20.733 4.486 -2.900 1093 HE ARG2032 HE ARG2032 19.349 6.693 -1.700 1094 HH11 ARG2032 HH11 ARG2032 22.119 4.499 -1.402 1095 HH12 ARG2032 HH12 ARG2032 22.923 5.440 -0.245 1096 HH21 ARG2032 HH21 ARG2032 20.428 7.979 -0.054 1097 HH22 ARG2032 HH22 ARG2032 21.916 7.442 0.564 Start of MODEL 2 1 H1 MET1885 HT1 MET1885 15.948 5.924 4.584 2 H2 MET1885 HT2 MET1885 16.855 6.328 3.247 3 H3 MET1885 HT3 MET1885 15.308 5.658 3.061 4 HA MET1885 HA MET1885 16.011 8.285 4.211 5 HB2 MET1885 HB2 MET1885 16.016 8.302 1.766 6 HB3 MET1885 HB1 MET1885 14.441 7.525 1.733 7 HG2 MET1885 HG2 MET1885 14.284 9.906 1.227 8 HG3 MET1885 HG1 MET1885 13.415 9.494 2.700 9 HE1 MET1885 HE1 MET1885 16.657 11.167 1.196 10 HE2 MET1885 HE2 MET1885 17.326 9.937 2.268 11 HE3 MET1885 HE3 MET1885 17.518 11.648 2.659 12 H LYS1886 HN LYS1886 14.865 8.753 5.841 13 HA LYS1886 HA LYS1886 12.280 7.441 6.279 14 HB2 LYS1886 HB2 LYS1886 14.153 8.824 8.189 15 HB3 LYS1886 HB1 LYS1886 12.633 8.064 8.625 16 HG2 LYS1886 HG2 LYS1886 13.492 5.895 8.001 17 HG3 LYS1886 HG1 LYS1886 14.990 6.624 7.423 18 HD2 LYS1886 HD2 LYS1886 13.993 6.783 10.267 19 HD3 LYS1886 HD1 LYS1886 15.169 5.602 9.690 20 HE2 LYS1886 HE2 LYS1886 16.687 7.419 9.067 21 HE3 LYS1886 HE1 LYS1886 15.498 8.602 9.610 22 HZ1 LYS1886 HZ1 LYS1886 16.684 6.541 11.382 23 HZ2 LYS1886 HZ2 LYS1886 15.751 7.856 11.852 24 HZ3 LYS1886 HZ3 LYS1886 17.304 8.102 11.230 25 H SER1887 HN SER1887 10.702 8.725 5.490 26 HA SER1887 HA SER1887 10.754 11.591 5.857 27 HB2 SER1887 HB2 SER1887 9.706 10.573 3.839 28 HB3 SER1887 HB1 SER1887 8.540 9.765 4.886 29 HG SER1887 HG SER1887 8.895 12.549 4.647 30 H ASN1888 HN ASN1888 8.883 8.829 7.051 31 HA ASN1888 HA ASN1888 8.253 10.294 9.512 32 HB2 ASN1888 HB2 ASN1888 6.288 10.238 7.935 33 HB3 ASN1888 HB1 ASN1888 6.414 8.486 7.948 34 HD21 ASN1888 HD21 ASN1888 4.234 10.199 8.718 35 HD22 ASN1888 HD22 ASN1888 3.855 9.798 10.364 36 H VAL1889 HN VAL1889 8.916 9.105 11.179 37 HA VAL1889 HA VAL1889 9.421 6.248 10.703 38 HB VAL1889 HB VAL1889 10.591 7.909 12.857 39 HG11 VAL1889 HG11 VAL1889 11.370 5.218 11.740 40 HG12 VAL1889 HG12 VAL1889 10.620 5.535 13.304 41 HG13 VAL1889 HG13 VAL1889 12.267 6.083 12.989 42 HG21 VAL1889 HG21 VAL1889 11.822 7.265 10.186 43 HG22 VAL1889 HG22 VAL1889 12.674 8.032 11.530 44 HG23 VAL1889 HG23 VAL1889 11.313 8.852 10.755 45 H GLN1890 HN GLN1890 7.819 5.056 11.497 46 HA GLN1890 HA GLN1890 6.842 5.790 14.173 47 HB2 GLN1890 HB2 GLN1890 5.443 4.063 12.119 48 HB3 GLN1890 HB1 GLN1890 4.839 4.444 13.723 49 HG2 GLN1890 HG2 GLN1890 4.932 6.939 12.876 50 HG3 GLN1890 HG1 GLN1890 5.029 6.153 11.288 51 HE21 GLN1890 HE21 GLN1890 2.915 7.828 12.419 52 HE22 GLN1890 HE22 GLN1890 1.502 6.845 12.305 53 H ASN1891 HN ASN1891 9.110 4.233 13.012 54 HA ASN1891 HA ASN1891 10.564 2.684 13.759 55 HB2 ASN1891 HB2 ASN1891 9.864 3.124 16.043 56 HB3 ASN1891 HB1 ASN1891 8.499 2.028 15.868 57 HD21 ASN1891 HD21 ASN1891 11.950 2.268 16.116 58 HD22 ASN1891 HD22 ASN1891 12.233 0.647 16.634 59 H ASP1892 HN ASP1892 7.306 1.543 13.259 60 HA ASP1892 HA ASP1892 7.991 -1.144 12.641 61 HB2 ASP1892 HB2 ASP1892 5.698 -1.311 11.887 62 HB3 ASP1892 HB1 ASP1892 5.747 -0.431 13.408 63 H CYS1893 HN CYS1893 6.972 -1.813 10.438 64 HA CYS1893 HA CYS1893 7.167 -2.022 8.209 65 HB2 CYS1893 HB2 CYS1893 5.917 0.142 8.320 66 HB3 CYS1893 HB1 CYS1893 7.446 0.988 8.234 67 H ARG1894 HN ARG1894 9.190 -2.832 9.266 68 HA ARG1894 HA ARG1894 11.536 -1.827 7.899 69 HB2 ARG1894 HB2 ARG1894 11.617 -0.581 9.904 70 HB3 ARG1894 HB1 ARG1894 11.065 -1.930 10.867 71 HG2 ARG1894 HG2 ARG1894 13.226 -3.010 10.596 72 HG3 ARG1894 HG1 ARG1894 13.773 -1.669 9.580 73 HD2 ARG1894 HD2 ARG1894 14.466 -1.578 12.016 74 HD3 ARG1894 HD1 ARG1894 13.682 -0.138 11.374 75 HE ARG1894 HE ARG1894 11.775 -0.614 12.626 76 HH11 ARG1894 HH11 ARG1894 14.250 -3.097 13.239 77 HH12 ARG1894 HH12 ARG1894 13.569 -3.598 14.708 78 HH21 ARG1894 HH21 ARG1894 10.889 -1.276 14.668 79 HH22 ARG1894 HH22 ARG1894 11.617 -2.526 15.553 80 H VAL1895 HN VAL1895 12.152 -3.639 6.859 81 HA VAL1895 HA VAL1895 12.591 -6.086 8.386 82 HB VAL1895 HB VAL1895 10.326 -6.321 7.331 83 HG11 VAL1895 HG11 VAL1895 10.087 -6.548 4.914 84 HG12 VAL1895 HG12 VAL1895 11.768 -6.056 4.715 85 HG13 VAL1895 HG13 VAL1895 10.590 -4.929 5.405 86 HG21 VAL1895 HG21 VAL1895 12.407 -8.151 6.142 87 HG22 VAL1895 HG22 VAL1895 10.679 -8.486 6.227 88 HG23 VAL1895 HG23 VAL1895 11.621 -8.335 7.711 89 H THR1896 HN THR1896 14.316 -7.405 7.414 90 HA THR1896 HA THR1896 15.848 -5.838 5.452 91 HB THR1896 HB THR1896 17.003 -7.737 7.507 92 HG1 THR1896 HG1 THR1896 15.940 -5.974 8.534 93 HG21 THR1896 HG21 THR1896 18.414 -7.223 5.548 94 HG22 THR1896 HG22 THR1896 19.081 -6.511 7.019 95 HG23 THR1896 HG23 THR1896 18.217 -5.499 5.861 96 H ASN1897 HN ASN1897 16.295 -6.846 3.557 97 HA ASN1897 HA ASN1897 15.784 -9.737 3.388 98 HB2 ASN1897 HB2 ASN1897 14.524 -8.351 1.786 99 HB3 ASN1897 HB1 ASN1897 16.037 -7.704 1.160 100 HD21 ASN1897 HD21 ASN1897 15.791 -8.517 -0.969 101 HD22 ASN1897 HD22 ASN1897 15.738 -10.210 -1.261 102 HA PRO1898 HA PRO1898 20.259 -10.037 3.483 103 HB2 PRO1898 HB2 PRO1898 20.312 -12.764 3.097 104 HB3 PRO1898 HB1 PRO1898 20.078 -11.987 4.665 105 HG2 PRO1898 HG2 PRO1898 18.043 -13.123 2.790 106 HG3 PRO1898 HG1 PRO1898 18.131 -13.244 4.558 107 HD2 PRO1898 HD2 PRO1898 16.460 -11.536 3.343 108 HD3 PRO1898 HD1 PRO1898 17.273 -11.116 4.868 109 H ALA1899 HN ALA1899 18.181 -11.312 0.954 110 HA ALA1899 HA ALA1899 20.242 -11.944 -0.883 111 HB1 ALA1899 HB1 ALA1899 17.989 -12.887 -1.079 112 HB2 ALA1899 HB2 ALA1899 18.485 -12.076 -2.564 113 HB3 ALA1899 HB3 ALA1899 17.357 -11.286 -1.461 114 H THR1900 HN THR1900 18.059 -9.146 -0.689 115 HA THR1900 HA THR1900 19.427 -7.722 -2.737 116 HB THR1900 HB THR1900 17.603 -6.557 -0.616 117 HG1 THR1900 HG1 THR1900 16.978 -7.775 -3.150 118 HG21 THR1900 HG21 THR1900 18.177 -5.785 -3.470 119 HG22 THR1900 HG22 THR1900 18.766 -4.953 -2.024 120 HG23 THR1900 HG23 THR1900 17.033 -4.994 -2.382 121 H GLY1901 HN GLY1901 19.654 -7.889 0.786 122 HA2 GLY1901 HA2 GLY1901 21.421 -7.232 2.118 123 HA3 GLY1901 HA1 GLY1901 22.133 -6.393 0.740 124 H HIS1902 HN HIS1902 18.940 -5.672 0.960 125 HA HIS1902 HA HIS1902 19.587 -3.091 2.215 126 HB2 HIS1902 HB2 HIS1902 18.972 -3.080 -0.250 127 HB3 HIS1902 HB1 HIS1902 17.365 -3.600 0.231 128 HD1 HIS1902 HD1 HIS1902 15.696 -1.691 0.790 129 HD2 HIS1902 HD2 HIS1902 19.669 -0.432 0.761 130 HE1 HIS1902 HE1 HIS1902 15.622 0.774 0.948 131 HE2 HIS1902 HE2 HIS1902 17.966 1.455 0.446 132 H LEU1903 HN LEU1903 18.391 -2.414 3.776 133 HA LEU1903 HA LEU1903 16.352 -4.111 4.945 134 HB2 LEU1903 HB2 LEU1903 18.213 -2.929 6.256 135 HB3 LEU1903 HB1 LEU1903 17.437 -1.422 5.856 136 HG LEU1903 HG LEU1903 16.154 -3.596 7.538 137 HD11 LEU1903 HD11 LEU1903 17.564 -1.074 8.378 138 HD12 LEU1903 HD12 LEU1903 18.134 -2.724 8.624 139 HD13 LEU1903 HD13 LEU1903 16.676 -2.164 9.442 140 HD21 LEU1903 HD21 LEU1903 14.532 -2.068 6.490 141 HD22 LEU1903 HD22 LEU1903 15.409 -0.689 7.157 142 HD23 LEU1903 HD23 LEU1903 14.611 -1.831 8.236 143 H PHE1904 HN PHE1904 14.285 -3.725 4.508 144 HA PHE1904 HA PHE1904 13.667 -1.445 2.817 145 HB2 PHE1904 HB2 PHE1904 11.948 -3.844 3.473 146 HB3 PHE1904 HB1 PHE1904 11.632 -2.631 2.249 147 HD1 PHE1904 HD2 PHE1904 14.502 -2.554 1.119 148 HD2 PHE1904 HD1 PHE1904 11.875 -5.743 2.125 149 HE1 PHE1904 HE2 PHE1904 15.616 -3.993 -0.534 150 HE2 PHE1904 HE1 PHE1904 12.969 -7.181 0.483 151 HZ PHE1904 HZ PHE1904 14.853 -6.311 -0.860 152 H ASP1905 HN ASP1905 13.302 0.231 4.123 153 HA ASP1905 HA ASP1905 11.080 -0.111 5.936 154 HB2 ASP1905 HB2 ASP1905 11.945 1.604 7.447 155 HB3 ASP1905 HB1 ASP1905 13.133 0.330 7.284 156 H LEU1906 HN LEU1906 9.436 0.817 5.251 157 HA LEU1906 HA LEU1906 9.676 2.758 3.091 158 HB2 LEU1906 HB2 LEU1906 7.232 1.367 4.177 159 HB3 LEU1906 HB1 LEU1906 7.303 2.345 2.720 160 HG LEU1906 HG LEU1906 8.753 -0.273 3.132 161 HD11 LEU1906 HD11 LEU1906 6.313 0.383 1.511 162 HD12 LEU1906 HD12 LEU1906 6.365 -0.591 2.985 163 HD13 LEU1906 HD13 LEU1906 7.168 -1.157 1.515 164 HD21 LEU1906 HD21 LEU1906 9.946 1.225 1.608 165 HD22 LEU1906 HD22 LEU1906 8.471 1.449 0.665 166 HD23 LEU1906 HD23 LEU1906 9.237 -0.137 0.739 167 H THR1907 HN THR1907 10.545 3.957 5.147 168 HA THR1907 HA THR1907 8.637 5.144 6.847 169 HB THR1907 HB THR1907 10.733 6.611 7.314 170 HG1 THR1907 HG1 THR1907 12.379 4.634 6.365 171 HG21 THR1907 HG21 THR1907 10.777 3.616 7.767 172 HG22 THR1907 HG22 THR1907 9.942 4.791 8.784 173 HG23 THR1907 HG23 THR1907 11.703 4.809 8.678 174 H SER1908 HN SER1908 10.080 5.994 3.766 175 HA SER1908 HA SER1908 8.962 8.628 3.791 176 HB2 SER1908 HB2 SER1908 10.272 7.021 1.614 177 HB3 SER1908 HB1 SER1908 9.599 8.631 1.346 178 HG SER1908 HG SER1908 11.404 9.273 1.980 179 H LEU1909 HN LEU1909 7.526 5.592 3.347 180 HA LEU1909 HA LEU1909 5.672 6.573 1.458 181 HB2 LEU1909 HB2 LEU1909 6.500 4.022 2.617 182 HB3 LEU1909 HB1 LEU1909 4.862 4.148 2.060 183 HG LEU1909 HG LEU1909 5.856 4.867 -0.199 184 HD11 LEU1909 HD11 LEU1909 8.052 5.543 0.555 185 HD12 LEU1909 HD12 LEU1909 8.169 4.276 -0.669 186 HD13 LEU1909 HD13 LEU1909 8.416 3.884 1.032 187 HD21 LEU1909 HD21 LEU1909 4.988 2.653 0.119 188 HD22 LEU1909 HD22 LEU1909 6.510 2.124 0.824 189 HD23 LEU1909 HD23 LEU1909 6.440 2.595 -0.877 190 H LYS1910 HN LYS1910 5.822 5.360 4.785 191 HA LYS1910 HA LYS1910 3.084 5.928 5.279 192 HB2 LYS1910 HB2 LYS1910 3.594 5.777 7.695 193 HB3 LYS1910 HB1 LYS1910 4.156 4.389 6.789 194 HG2 LYS1910 HG2 LYS1910 6.375 4.913 7.131 195 HG3 LYS1910 HG1 LYS1910 6.030 6.625 7.416 196 HD2 LYS1910 HD2 LYS1910 6.614 5.466 9.507 197 HD3 LYS1910 HD1 LYS1910 4.966 6.083 9.530 198 HE2 LYS1910 HE2 LYS1910 4.902 3.935 10.499 199 HE3 LYS1910 HE1 LYS1910 4.211 3.775 8.890 200 HZ1 LYS1910 HZ1 LYS1910 6.253 2.820 8.116 201 HZ2 LYS1910 HZ2 LYS1910 5.724 2.024 9.548 202 HZ3 LYS1910 HZ3 LYS1910 6.990 3.128 9.619 203 H ARG1911 HN ARG1911 2.087 7.670 6.137 204 HA ARG1911 HA ARG1911 3.623 9.935 6.905 205 HB2 ARG1911 HB2 ARG1911 2.406 11.403 5.214 206 HB3 ARG1911 HB1 ARG1911 3.739 10.420 4.637 207 HG2 ARG1911 HG2 ARG1911 1.992 8.731 3.902 208 HG3 ARG1911 HG1 ARG1911 0.801 10.004 4.207 209 HD2 ARG1911 HD2 ARG1911 1.561 9.931 1.851 210 HD3 ARG1911 HD1 ARG1911 1.908 11.474 2.645 211 HE ARG1911 HE ARG1911 4.105 9.796 2.990 212 HH11 ARG1911 HH11 ARG1911 2.572 11.565 0.297 213 HH12 ARG1911 HH12 ARG1911 4.062 11.724 -0.525 214 HH21 ARG1911 HH21 ARG1911 6.010 9.988 1.819 215 HH22 ARG1911 HH22 ARG1911 6.016 10.716 0.276 216 H GLU1912 HN GLU1912 2.085 11.824 7.290 217 HA GLU1912 HA GLU1912 0.510 11.030 9.455 218 HB2 GLU1912 HB2 GLU1912 -0.095 13.399 9.636 219 HB3 GLU1912 HB1 GLU1912 1.629 13.147 9.419 220 HG2 GLU1912 HG2 GLU1912 1.223 13.606 6.950 221 HG3 GLU1912 HG1 GLU1912 -0.366 14.192 7.442 222 H SER1913 HN SER1913 -0.465 11.787 6.157 223 HA SER1913 HA SER1913 -3.231 11.381 7.001 224 HB2 SER1913 HB2 SER1913 -2.799 13.550 5.903 225 HB3 SER1913 HB1 SER1913 -2.141 12.717 4.500 226 HG SER1913 HG SER1913 -4.784 13.010 5.358 227 H GLY1914 HN GLY1914 -1.228 10.758 4.077 228 HA2 GLY1914 HA2 GLY1914 -0.969 8.180 3.910 229 HA3 GLY1914 HA1 GLY1914 -2.725 8.281 3.721 230 H TYR1915 HN TYR1915 -2.591 7.409 1.682 231 HA TYR1915 HA TYR1915 -1.485 9.165 -0.369 232 HB2 TYR1915 HB2 TYR1915 -1.755 6.175 -0.318 233 HB3 TYR1915 HB1 TYR1915 -1.556 7.070 -1.816 234 HD1 TYR1915 HD2 TYR1915 0.476 8.880 -1.573 235 HD2 TYR1915 HD1 TYR1915 0.100 5.203 0.498 236 HE1 TYR1915 HE2 TYR1915 2.911 8.849 -1.191 237 HE2 TYR1915 HE1 TYR1915 2.519 5.162 0.900 238 HH TYR1915 HH TYR1915 4.584 6.175 -0.189 239 H THR1916 HN THR1916 -2.848 9.679 -2.066 240 HA THR1916 HA THR1916 -5.462 8.458 -2.275 241 HB THR1916 HB THR1916 -5.784 10.272 -0.602 242 HG1 THR1916 HG1 THR1916 -7.483 11.011 -1.472 243 HG21 THR1916 HG21 THR1916 -3.892 11.632 -1.191 244 HG22 THR1916 HG22 THR1916 -5.385 12.598 -1.208 245 HG23 THR1916 HG23 THR1916 -4.644 12.057 -2.729 246 H ILE1917 HN ILE1917 -6.130 8.216 -3.974 247 HA ILE1917 HA ILE1917 -5.157 9.628 -6.280 248 HB ILE1917 HB ILE1917 -4.936 7.343 -7.327 249 HG12 ILE1917 HG12 ILE1917 -4.470 6.534 -4.461 250 HG13 ILE1917 HG11 ILE1917 -5.688 5.915 -5.566 251 HG21 ILE1917 HG21 ILE1917 -2.734 8.378 -5.537 252 HG22 ILE1917 HG22 ILE1917 -3.044 8.835 -7.211 253 HG23 ILE1917 HG23 ILE1917 -2.481 7.208 -6.833 254 HD11 ILE1917 HD11 ILE1917 -3.903 4.307 -5.233 255 HD12 ILE1917 HD12 ILE1917 -2.716 5.492 -5.766 256 HD13 ILE1917 HD13 ILE1917 -3.909 4.872 -6.910 257 H THR1918 HN THR1918 -6.478 8.723 -8.215 258 HA THR1918 HA THR1918 -9.201 8.282 -7.273 259 HB THR1918 HB THR1918 -8.201 8.894 -10.085 260 HG1 THR1918 HG1 THR1918 -8.575 11.054 -9.570 261 HG21 THR1918 HG21 THR1918 -10.942 9.213 -8.819 262 HG22 THR1918 HG22 THR1918 -10.499 7.959 -9.976 263 HG23 THR1918 HG23 THR1918 -10.518 9.652 -10.474 264 H ASP1919 HN ASP1919 -10.436 6.476 -8.063 265 HA ASP1919 HA ASP1919 -8.774 4.163 -8.463 266 HB2 ASP1919 HB2 ASP1919 -10.521 2.899 -7.724 267 HB3 ASP1919 HB1 ASP1919 -10.998 4.391 -6.954 268 H SER1920 HN SER1920 -10.506 2.582 -10.003 269 HA SER1920 HA SER1920 -9.570 2.826 -12.523 270 HB2 SER1920 HB2 SER1920 -12.230 1.675 -11.812 271 HB3 SER1920 HB1 SER1920 -11.055 1.110 -13.002 272 HG SER1920 HG SER1920 -11.316 0.447 -10.472 273 H HIS1921 HN HIS1921 -12.475 4.497 -11.127 274 HA HIS1921 HA HIS1921 -12.741 6.072 -13.531 275 HB2 HIS1921 HB2 HIS1921 -13.618 3.855 -14.278 276 HB3 HIS1921 HB1 HIS1921 -14.931 4.044 -13.131 277 HD1 HIS1921 HD1 HIS1921 -16.804 5.840 -13.768 278 HD2 HIS1921 HD2 HIS1921 -13.818 5.318 -16.608 279 HE1 HIS1921 HE1 HIS1921 -17.710 6.800 -15.875 280 HE2 HIS1921 HE2 HIS1921 -16.049 6.027 -17.603 281 H ASN1922 HN ASN1922 -14.076 5.235 -10.339 282 HA ASN1922 HA ASN1922 -15.919 7.536 -10.681 283 HB2 ASN1922 HB2 ASN1922 -16.663 4.868 -9.512 284 HB3 ASN1922 HB1 ASN1922 -17.650 6.316 -9.377 285 HD21 ASN1922 HD21 ASN1922 -18.105 3.680 -10.701 286 HD22 ASN1922 HD22 ASN1922 -18.520 4.099 -12.325 287 H ARG1923 HN ARG1923 -13.939 5.740 -8.448 288 HA ARG1923 HA ARG1923 -14.749 7.625 -6.377 289 HB2 ARG1923 HB2 ARG1923 -14.306 5.698 -4.717 290 HB3 ARG1923 HB1 ARG1923 -15.815 5.703 -5.603 291 HG2 ARG1923 HG2 ARG1923 -13.510 4.141 -6.671 292 HG3 ARG1923 HG1 ARG1923 -14.416 3.513 -5.296 293 HD2 ARG1923 HD2 ARG1923 -16.439 3.431 -6.559 294 HD3 ARG1923 HD1 ARG1923 -15.737 4.383 -7.867 295 HE ARG1923 HE ARG1923 -14.219 2.448 -8.219 296 HH11 ARG1923 HH11 ARG1923 -17.313 1.777 -6.578 297 HH12 ARG1923 HH12 ARG1923 -17.583 0.302 -7.354 298 HH21 ARG1923 HH21 ARG1923 -14.576 0.405 -9.292 299 HH22 ARG1923 HH22 ARG1923 -15.947 -0.538 -8.967 300 H LYS1924 HN LYS1924 -13.019 7.327 -4.432 301 HA LYS1924 HA LYS1924 -10.460 7.674 -5.831 302 HB2 LYS1924 HB2 LYS1924 -9.735 9.141 -4.129 303 HB3 LYS1924 HB1 LYS1924 -11.431 9.569 -4.295 304 HG2 LYS1924 HG2 LYS1924 -11.993 8.277 -2.336 305 HG3 LYS1924 HG1 LYS1924 -10.344 7.677 -2.226 306 HD2 LYS1924 HD2 LYS1924 -9.648 10.117 -1.925 307 HD3 LYS1924 HD1 LYS1924 -11.370 10.450 -1.675 308 HE2 LYS1924 HE2 LYS1924 -11.392 8.688 0.094 309 HE3 LYS1924 HE1 LYS1924 -9.654 8.531 -0.148 310 HZ1 LYS1924 HZ1 LYS1924 -9.386 10.805 0.571 311 HZ2 LYS1924 HZ2 LYS1924 -10.078 9.802 1.725 312 HZ3 LYS1924 HZ3 LYS1924 -11.062 10.928 0.877 313 H ILE1925 HN ILE1925 -8.586 6.761 -4.802 314 HA ILE1925 HA ILE1925 -9.262 4.472 -3.117 315 HB ILE1925 HB ILE1925 -6.723 4.769 -4.764 316 HG12 ILE1925 HG12 ILE1925 -9.196 3.146 -5.368 317 HG13 ILE1925 HG11 ILE1925 -8.686 4.581 -6.241 318 HG21 ILE1925 HG21 ILE1925 -6.589 3.333 -2.791 319 HG22 ILE1925 HG22 ILE1925 -6.508 2.372 -4.271 320 HG23 ILE1925 HG23 ILE1925 -8.006 2.439 -3.343 321 HD11 ILE1925 HD11 ILE1925 -6.642 3.413 -6.983 322 HD12 ILE1925 HD12 ILE1925 -8.086 2.528 -7.479 323 HD13 ILE1925 HD13 ILE1925 -7.146 1.979 -6.097 324 H GLU1926 HN GLU1926 -8.865 4.933 -1.189 325 HA GLU1926 HA GLU1926 -6.699 6.793 -0.463 326 HB2 GLU1926 HB2 GLU1926 -8.958 7.259 0.453 327 HB3 GLU1926 HB1 GLU1926 -8.937 5.696 1.254 328 HG2 GLU1926 HG2 GLU1926 -7.067 6.395 2.623 329 HG3 GLU1926 HG1 GLU1926 -7.006 7.942 1.782 330 H LEU1927 HN LEU1927 -4.855 6.001 0.304 331 HA LEU1927 HA LEU1927 -4.850 3.348 1.601 332 HB2 LEU1927 HB2 LEU1927 -2.547 4.226 -0.166 333 HB3 LEU1927 HB1 LEU1927 -2.847 2.667 0.561 334 HG LEU1927 HG LEU1927 -3.062 2.385 -1.704 335 HD11 LEU1927 HD11 LEU1927 -5.813 2.555 -0.583 336 HD12 LEU1927 HD12 LEU1927 -4.692 1.193 -0.504 337 HD13 LEU1927 HD13 LEU1927 -5.357 1.702 -2.056 338 HD21 LEU1927 HD21 LEU1927 -4.527 3.704 -3.170 339 HD22 LEU1927 HD22 LEU1927 -3.248 4.673 -2.438 340 HD23 LEU1927 HD23 LEU1927 -4.895 4.770 -1.815 341 H ASN1928 HN ASN1928 -2.870 3.103 2.917 342 HA ASN1928 HA ASN1928 -1.028 5.243 3.052 343 HB2 ASN1928 HB2 ASN1928 -2.832 5.999 4.737 344 HB3 ASN1928 HB1 ASN1928 -2.381 4.590 5.700 345 HD21 ASN1928 HD21 ASN1928 -1.739 6.116 7.373 346 HD22 ASN1928 HD22 ASN1928 -0.245 6.963 7.265 347 H VAL1929 HN VAL1929 0.858 4.446 3.326 348 HA VAL1929 HA VAL1929 0.937 1.567 3.574 349 HB VAL1929 HB VAL1929 3.144 3.499 2.810 350 HG11 VAL1929 HG11 VAL1929 4.054 1.449 3.786 351 HG12 VAL1929 HG12 VAL1929 4.368 1.515 2.052 352 HG13 VAL1929 HG13 VAL1929 3.081 0.484 2.679 353 HG21 VAL1929 HG21 VAL1929 2.799 2.628 0.542 354 HG22 VAL1929 HG22 VAL1929 1.353 3.418 1.168 355 HG23 VAL1929 HG23 VAL1929 1.445 1.660 1.126 356 H CYS1930 HN CYS1930 1.293 0.621 5.329 357 HA CYS1930 HA CYS1930 2.209 -0.148 7.205 358 HB2 CYS1930 HB2 CYS1930 4.285 1.997 6.823 359 HB3 CYS1930 HB1 CYS1930 4.382 0.718 8.031 360 H ALA1931 HN ALA1931 1.520 3.253 7.203 361 HA ALA1931 HA ALA1931 0.983 3.063 10.056 362 HB1 ALA1931 HB1 ALA1931 2.406 4.936 9.373 363 HB2 ALA1931 HB2 ALA1931 0.863 5.515 9.996 364 HB3 ALA1931 HB3 ALA1931 1.158 5.487 8.257 365 H GLU1932 HN GLU1932 -1.004 3.725 10.792 366 HA GLU1932 HA GLU1932 -3.367 2.902 9.637 367 HB2 GLU1932 HB2 GLU1932 -3.074 5.273 11.469 368 HB3 GLU1932 HB1 GLU1932 -4.467 4.220 11.308 369 HG2 GLU1932 HG2 GLU1932 -3.295 2.413 12.331 370 HG3 GLU1932 HG1 GLU1932 -1.786 3.328 12.323 371 H ALA1933 HN ALA1933 -4.786 3.783 8.108 372 HA ALA1933 HA ALA1933 -4.027 6.094 6.620 373 HB1 ALA1933 HB1 ALA1933 -6.640 4.561 6.555 374 HB2 ALA1933 HB2 ALA1933 -5.225 4.210 5.566 375 HB3 ALA1933 HB3 ALA1933 -6.097 5.728 5.349 376 H LYS1934 HN LYS1934 -4.377 8.131 7.134 377 HA LYS1934 HA LYS1934 -6.549 8.742 9.028 378 HB2 LYS1934 HB2 LYS1934 -3.821 10.013 8.793 379 HB3 LYS1934 HB1 LYS1934 -5.104 10.560 9.866 380 HG2 LYS1934 HG2 LYS1934 -3.870 7.821 9.975 381 HG3 LYS1934 HG1 LYS1934 -3.344 9.185 10.957 382 HD2 LYS1934 HD2 LYS1934 -5.467 9.303 12.051 383 HD3 LYS1934 HD1 LYS1934 -6.165 8.130 10.934 384 HE2 LYS1934 HE2 LYS1934 -5.600 7.159 13.135 385 HE3 LYS1934 HE1 LYS1934 -4.760 6.385 11.796 386 HZ1 LYS1934 HZ1 LYS1934 -2.786 7.730 12.364 387 HZ2 LYS1934 HZ2 LYS1934 -3.255 6.708 13.600 388 HZ3 LYS1934 HZ3 LYS1934 -3.599 8.356 13.716 389 H SER1935 HN SER1935 -6.373 8.816 6.017 390 HA SER1935 HA SER1935 -6.520 11.628 5.517 391 HB2 SER1935 HB2 SER1935 -5.626 10.028 3.789 392 HB3 SER1935 HB1 SER1935 -7.237 9.340 3.639 393 HG SER1935 HG SER1935 -7.246 12.065 3.342 394 H SER1936 HN SER1936 -8.968 9.026 4.943 395 HA SER1936 HA SER1936 -10.858 10.632 6.470 396 HB2 SER1936 HB2 SER1936 -11.389 9.803 3.610 397 HB3 SER1936 HB1 SER1936 -12.549 10.585 4.688 398 HG SER1936 HG SER1936 -10.329 11.973 4.753 399 H CYS1937 HN CYS1937 -9.616 7.546 5.859 400 HA CYS1937 HA CYS1937 -12.132 6.200 6.305 401 HB2 CYS1937 HB2 CYS1937 -10.298 5.432 4.690 402 HB3 CYS1937 HB1 CYS1937 -9.413 4.909 6.117 403 H ALA1938 HN ALA1938 -10.431 7.854 8.249 404 HA ALA1938 HA ALA1938 -10.569 8.207 10.390 405 HB1 ALA1938 HB1 ALA1938 -12.712 6.998 10.401 406 HB2 ALA1938 HB2 ALA1938 -11.843 6.932 11.933 407 HB3 ALA1938 HB3 ALA1938 -11.842 5.535 10.859 408 H ASN1939 HN ASN1939 -9.937 4.711 11.038 409 HA ASN1939 HA ASN1939 -7.475 5.769 12.006 410 HB2 ASN1939 HB2 ASN1939 -9.206 3.988 13.701 411 HB3 ASN1939 HB1 ASN1939 -7.538 4.350 14.075 412 HD21 ASN1939 HD21 ASN1939 -8.056 7.265 13.097 413 HD22 ASN1939 HD22 ASN1939 -8.892 7.953 14.430 414 H GLY1940 HN GLY1940 -8.714 2.486 12.257 415 HA2 GLY1940 HA2 GLY1940 -6.024 1.486 11.880 416 HA3 GLY1940 HA1 GLY1940 -7.430 0.564 12.361 417 H ALA1941 HN ALA1941 -7.955 2.397 9.626 418 HA ALA1941 HA ALA1941 -7.918 -0.011 8.007 419 HB1 ALA1941 HB1 ALA1941 -8.903 2.765 7.405 420 HB2 ALA1941 HB2 ALA1941 -9.884 1.413 7.972 421 HB3 ALA1941 HB3 ALA1941 -9.122 1.347 6.383 422 H ALA1942 HN ALA1942 -7.072 0.282 5.686 423 HA ALA1942 HA ALA1942 -4.820 2.138 5.561 424 HB1 ALA1942 HB1 ALA1942 -4.550 -0.794 4.944 425 HB2 ALA1942 HB2 ALA1942 -3.892 0.023 6.360 426 HB3 ALA1942 HB3 ALA1942 -3.302 0.436 4.750 427 H VAL1943 HN VAL1943 -6.878 -0.198 3.876 428 HA VAL1943 HA VAL1943 -6.556 1.445 1.463 429 HB VAL1943 HB VAL1943 -7.305 -1.488 1.648 430 HG11 VAL1943 HG11 VAL1943 -6.872 0.268 -0.774 431 HG12 VAL1943 HG12 VAL1943 -8.418 -0.370 -0.211 432 HG13 VAL1943 HG13 VAL1943 -7.174 -1.470 -0.804 433 HG21 VAL1943 HG21 VAL1943 -4.948 -1.140 2.114 434 HG22 VAL1943 HG22 VAL1943 -4.783 -0.185 0.639 435 HG23 VAL1943 HG23 VAL1943 -5.162 -1.905 0.541 436 H CYS1944 HN CYS1944 -8.259 2.616 1.161 437 HA CYS1944 HA CYS1944 -10.860 1.440 1.638 438 HB2 CYS1944 HB2 CYS1944 -9.979 4.125 2.683 439 HB3 CYS1944 HB1 CYS1944 -11.642 3.537 2.697 440 H ILE1945 HN ILE1945 -11.789 1.397 -0.171 441 HA ILE1945 HA ILE1945 -11.258 3.261 -2.302 442 HB ILE1945 HB ILE1945 -13.396 1.100 -2.070 443 HG12 ILE1945 HG12 ILE1945 -11.185 0.084 -1.775 444 HG13 ILE1945 HG11 ILE1945 -11.886 -0.386 -3.316 445 HG21 ILE1945 HG21 ILE1945 -13.411 1.133 -4.516 446 HG22 ILE1945 HG22 ILE1945 -12.238 2.450 -4.496 447 HG23 ILE1945 HG23 ILE1945 -13.853 2.697 -3.827 448 HD11 ILE1945 HD11 ILE1945 -9.758 1.704 -2.897 449 HD12 ILE1945 HD12 ILE1945 -10.454 1.244 -4.451 450 HD13 ILE1945 HD13 ILE1945 -9.512 0.073 -3.523 451 H THR1946 HN THR1946 -12.099 5.233 -1.914 452 HA THR1946 HA THR1946 -14.476 5.387 -0.230 453 HB THR1946 HB THR1946 -12.643 7.644 -1.027 454 HG1 THR1946 HG1 THR1946 -11.690 5.690 0.153 455 HG21 THR1946 HG21 THR1946 -14.842 8.263 -0.048 456 HG22 THR1946 HG22 THR1946 -13.504 8.670 1.027 457 HG23 THR1946 HG23 THR1946 -14.486 7.245 1.350 458 H ASP1947 HN ASP1947 -16.287 5.485 -1.286 459 HA ASP1947 HA ASP1947 -16.389 6.763 -3.912 460 HB2 ASP1947 HB2 ASP1947 -17.069 4.387 -3.809 461 HB3 ASP1947 HB1 ASP1947 -18.279 4.795 -2.602 462 H GLY1948 HN GLY1948 -16.689 8.821 -3.372 463 HA2 GLY1948 HA2 GLY1948 -17.776 10.720 -2.656 464 HA3 GLY1948 HA1 GLY1948 -19.206 9.716 -2.421 465 HA PRO1949 HA PRO1949 -18.137 10.460 1.909 466 HB2 PRO1949 HB2 PRO1949 -20.836 9.601 2.523 467 HB3 PRO1949 HB1 PRO1949 -20.136 11.214 2.677 468 HG2 PRO1949 HG2 PRO1949 -22.069 10.577 0.851 469 HG3 PRO1949 HG1 PRO1949 -20.883 11.873 0.616 470 HD2 PRO1949 HD2 PRO1949 -20.897 9.090 -0.479 471 HD3 PRO1949 HD1 PRO1949 -20.455 10.613 -1.279 472 H LYS1950 HN LYS1950 -19.313 7.663 0.294 473 HA LYS1950 HA LYS1950 -19.239 5.997 2.659 474 HB2 LYS1950 HB2 LYS1950 -21.057 5.660 1.035 475 HB3 LYS1950 HB1 LYS1950 -19.883 5.269 -0.208 476 HG2 LYS1950 HG2 LYS1950 -21.060 3.307 0.789 477 HG3 LYS1950 HG1 LYS1950 -19.300 3.226 0.885 478 HD2 LYS1950 HD2 LYS1950 -19.319 3.831 3.187 479 HD3 LYS1950 HD1 LYS1950 -21.030 4.247 3.129 480 HE2 LYS1950 HE2 LYS1950 -19.989 1.473 2.602 481 HE3 LYS1950 HE1 LYS1950 -20.437 2.037 4.210 482 HZ1 LYS1950 HZ1 LYS1950 -22.638 2.511 3.382 483 HZ2 LYS1950 HZ2 LYS1950 -22.267 0.873 3.214 484 HZ3 LYS1950 HZ3 LYS1950 -22.298 1.870 1.859 485 H THR1951 HN THR1951 -17.433 5.298 3.348 486 HA THR1951 HA THR1951 -15.154 5.067 1.548 487 HB THR1951 HB THR1951 -15.209 4.915 4.564 488 HG1 THR1951 HG1 THR1951 -16.042 6.894 3.103 489 HG21 THR1951 HG21 THR1951 -12.920 5.769 4.318 490 HG22 THR1951 HG22 THR1951 -13.121 5.806 2.564 491 HG23 THR1951 HG23 THR1951 -13.122 4.266 3.420 492 H LEU1952 HN LEU1952 -15.032 3.017 0.685 493 HA LEU1952 HA LEU1952 -15.986 0.726 2.171 494 HB2 LEU1952 HB2 LEU1952 -16.554 0.801 -0.159 495 HB3 LEU1952 HB1 LEU1952 -14.886 1.058 -0.616 496 HG LEU1952 HG LEU1952 -14.340 -1.231 0.109 497 HD11 LEU1952 HD11 LEU1952 -16.120 -2.810 0.624 498 HD12 LEU1952 HD12 LEU1952 -17.296 -1.491 0.608 499 HD13 LEU1952 HD13 LEU1952 -16.017 -1.523 1.824 500 HD21 LEU1952 HD21 LEU1952 -16.628 -1.054 -1.844 501 HD22 LEU1952 HD22 LEU1952 -15.491 -2.396 -1.709 502 HD23 LEU1952 HD23 LEU1952 -14.922 -0.805 -2.215 503 H ASN1953 HN ASN1953 -14.707 -0.050 3.641 504 HA ASN1953 HA ASN1953 -11.825 0.135 3.386 505 HB2 ASN1953 HB2 ASN1953 -12.862 0.551 5.579 506 HB3 ASN1953 HB1 ASN1953 -13.527 -1.076 5.570 507 HD21 ASN1953 HD21 ASN1953 -10.271 -0.206 4.495 508 HD22 ASN1953 HD22 ASN1953 -9.473 -1.087 5.733 509 H ALA1954 HN ALA1954 -11.102 -1.225 1.893 510 HA ALA1954 HA ALA1954 -12.107 -3.939 1.727 511 HB1 ALA1954 HB1 ALA1954 -11.596 -2.709 -0.335 512 HB2 ALA1954 HB2 ALA1954 -10.597 -4.157 -0.191 513 HB3 ALA1954 HB3 ALA1954 -9.909 -2.574 0.166 514 H GLY1955 HN GLY1955 -9.323 -2.203 2.900 515 HA2 GLY1955 HA2 GLY1955 -8.399 -4.647 4.179 516 HA3 GLY1955 HA1 GLY1955 -7.276 -3.798 3.125 517 H LYS1956 HN LYS1956 -7.815 -4.265 6.175 518 HA LYS1956 HA LYS1956 -7.636 -1.532 7.091 519 HB2 LYS1956 HB2 LYS1956 -7.474 -2.500 9.329 520 HB3 LYS1956 HB1 LYS1956 -8.852 -3.152 8.455 521 HG2 LYS1956 HG2 LYS1956 -7.634 -5.195 8.008 522 HG3 LYS1956 HG1 LYS1956 -6.201 -4.535 8.803 523 HD2 LYS1956 HD2 LYS1956 -8.870 -4.952 10.129 524 HD3 LYS1956 HD1 LYS1956 -7.512 -6.072 10.233 525 HE2 LYS1956 HE2 LYS1956 -7.437 -3.191 11.106 526 HE3 LYS1956 HE1 LYS1956 -7.719 -4.554 12.185 527 HZ1 LYS1956 HZ1 LYS1956 -5.521 -5.416 11.551 528 HZ2 LYS1956 HZ2 LYS1956 -5.451 -3.940 12.315 529 HZ3 LYS1956 HZ3 LYS1956 -5.186 -4.008 10.663 530 H LEU1957 HN LEU1957 -5.795 -1.223 8.824 531 HA LEU1957 HA LEU1957 -3.418 -1.472 7.291 532 HB2 LEU1957 HB2 LEU1957 -3.955 0.571 8.615 533 HB3 LEU1957 HB1 LEU1957 -3.799 -0.355 10.099 534 HG LEU1957 HG LEU1957 -1.911 1.188 9.546 535 HD11 LEU1957 HD11 LEU1957 -1.500 -0.671 11.048 536 HD12 LEU1957 HD12 LEU1957 -0.096 -0.336 10.030 537 HD13 LEU1957 HD13 LEU1957 -1.138 -1.712 9.667 538 HD21 LEU1957 HD21 LEU1957 -1.424 -0.749 7.298 539 HD22 LEU1957 HD22 LEU1957 -0.330 0.540 7.805 540 HD23 LEU1957 HD23 LEU1957 -1.917 0.936 7.148 541 H SER1958 HN SER1958 -2.502 -3.333 7.152 542 HA SER1958 HA SER1958 -1.815 -4.708 9.615 543 HB2 SER1958 HB2 SER1958 -1.534 -6.691 7.952 544 HB3 SER1958 HB1 SER1958 -3.174 -6.222 8.396 545 HG SER1958 HG SER1958 -1.905 -6.089 5.954 546 H LYS1959 HN LYS1959 0.143 -3.916 10.056 547 HA LYS1959 HA LYS1959 1.868 -3.173 7.872 548 HB2 LYS1959 HB2 LYS1959 3.371 -2.194 9.654 549 HB3 LYS1959 HB1 LYS1959 1.758 -1.501 9.592 550 HG2 LYS1959 HG2 LYS1959 1.080 -2.833 11.468 551 HG3 LYS1959 HG1 LYS1959 2.693 -3.597 11.520 552 HD2 LYS1959 HD2 LYS1959 2.526 -1.887 13.250 553 HD3 LYS1959 HD1 LYS1959 3.627 -1.329 11.993 554 HE2 LYS1959 HE2 LYS1959 1.890 0.070 11.048 555 HE3 LYS1959 HE1 LYS1959 0.718 -0.539 12.219 556 HZ1 LYS1959 HZ1 LYS1959 1.539 1.612 12.859 557 HZ2 LYS1959 HZ2 LYS1959 3.137 1.095 12.792 558 HZ3 LYS1959 HZ3 LYS1959 2.101 0.473 13.975 559 H THR1960 HN THR1960 2.031 -5.388 7.207 560 HA THR1960 HA THR1960 4.454 -6.491 8.353 561 HB THR1960 HB THR1960 2.735 -7.970 9.187 562 HG1 THR1960 HG1 THR1960 3.626 -9.613 7.126 563 HG21 THR1960 HG21 THR1960 1.220 -9.234 7.696 564 HG22 THR1960 HG22 THR1960 1.842 -8.333 6.313 565 HG23 THR1960 HG23 THR1960 0.944 -7.496 7.578 566 H LEU1961 HN LEU1961 5.990 -6.627 6.974 567 HA LEU1961 HA LEU1961 5.460 -6.265 4.174 568 HB2 LEU1961 HB2 LEU1961 7.714 -5.676 6.028 569 HB3 LEU1961 HB1 LEU1961 7.979 -5.771 4.313 570 HG LEU1961 HG LEU1961 6.311 -3.882 4.058 571 HD11 LEU1961 HD11 LEU1961 5.836 -2.521 6.064 572 HD12 LEU1961 HD12 LEU1961 6.490 -3.849 7.055 573 HD13 LEU1961 HD13 LEU1961 5.064 -4.105 6.067 574 HD21 LEU1961 HD21 LEU1961 8.695 -3.462 3.995 575 HD22 LEU1961 HD22 LEU1961 8.741 -3.335 5.754 576 HD23 LEU1961 HD23 LEU1961 7.857 -2.137 4.806 577 H THR1962 HN THR1962 6.203 -7.739 2.779 578 HA THR1962 HA THR1962 7.774 -9.920 3.810 579 HB THR1962 HB THR1962 5.730 -10.860 4.151 580 HG1 THR1962 HG1 THR1962 5.582 -11.878 1.608 581 HG21 THR1962 HG21 THR1962 3.744 -10.631 2.678 582 HG22 THR1962 HG22 THR1962 4.704 -9.544 1.643 583 HG23 THR1962 HG23 THR1962 4.388 -9.115 3.332 584 H TYR1963 HN TYR1963 9.418 -10.149 2.556 585 HA TYR1963 HA TYR1963 9.322 -9.119 -0.132 586 HB2 TYR1963 HB2 TYR1963 11.810 -9.754 -0.172 587 HB3 TYR1963 HB1 TYR1963 11.341 -8.484 0.944 588 HD1 TYR1963 HD1 TYR1963 12.471 -11.957 0.636 589 HD2 TYR1963 HD2 TYR1963 11.531 -8.821 3.346 590 HE1 TYR1963 HE1 TYR1963 13.563 -13.197 2.441 591 HE2 TYR1963 HE2 TYR1963 12.626 -10.057 5.163 592 HH TYR1963 HH TYR1963 14.629 -12.682 4.531 593 H GLU1964 HN GLU1964 8.871 -10.225 -1.787 594 HA GLU1964 HA GLU1964 9.280 -13.117 -1.867 595 HB2 GLU1964 HB2 GLU1964 6.693 -11.665 -2.453 596 HB3 GLU1964 HB1 GLU1964 7.013 -13.337 -2.869 597 HG2 GLU1964 HG2 GLU1964 7.082 -13.969 -0.581 598 HG3 GLU1964 HG1 GLU1964 7.052 -12.286 -0.058 599 H ASP1965 HN ASP1965 10.073 -13.644 -3.790 600 HA ASP1965 HA ASP1965 10.694 -13.593 -6.016 601 HB2 ASP1965 HB2 ASP1965 8.512 -11.495 -6.373 602 HB3 ASP1965 HB1 ASP1965 9.315 -12.370 -7.661 603 H GLN1966 HN GLN1966 11.727 -11.670 -3.938 604 HA GLN1966 HA GLN1966 13.198 -10.069 -3.696 605 HB2 GLN1966 HB2 GLN1966 13.509 -10.364 -6.673 606 HB3 GLN1966 HB1 GLN1966 14.399 -9.134 -5.783 607 HG2 GLN1966 HG2 GLN1966 15.429 -10.829 -4.403 608 HG3 GLN1966 HG1 GLN1966 14.476 -12.080 -5.193 609 HE21 GLN1966 HE21 GLN1966 17.035 -9.752 -5.617 610 HE22 GLN1966 HE22 GLN1966 17.748 -10.524 -6.987 611 H VAL1967 HN VAL1967 10.329 -9.619 -4.503 612 HA VAL1967 HA VAL1967 10.467 -6.712 -4.820 613 HB VAL1967 HB VAL1967 8.148 -8.626 -5.342 614 HG11 VAL1967 HG11 VAL1967 8.330 -5.666 -5.871 615 HG12 VAL1967 HG12 VAL1967 7.347 -6.455 -4.637 616 HG13 VAL1967 HG13 VAL1967 6.996 -6.723 -6.343 617 HG21 VAL1967 HG21 VAL1967 9.880 -7.149 -7.319 618 HG22 VAL1967 HG22 VAL1967 8.451 -8.102 -7.717 619 HG23 VAL1967 HG23 VAL1967 9.871 -8.888 -7.031 620 H LEU1968 HN LEU1968 9.392 -5.519 -3.213 621 HA LEU1968 HA LEU1968 8.933 -6.962 -0.759 622 HB2 LEU1968 HB2 LEU1968 10.182 -4.852 -0.740 623 HB3 LEU1968 HB1 LEU1968 8.805 -4.024 -1.433 624 HG LEU1968 HG LEU1968 7.515 -4.508 0.623 625 HD11 LEU1968 HD11 LEU1968 10.144 -5.534 1.660 626 HD12 LEU1968 HD12 LEU1968 8.702 -6.506 1.357 627 HD13 LEU1968 HD13 LEU1968 8.691 -5.265 2.617 628 HD21 LEU1968 HD21 LEU1968 8.619 -2.382 0.364 629 HD22 LEU1968 HD22 LEU1968 10.123 -3.063 0.972 630 HD23 LEU1968 HD23 LEU1968 8.729 -2.906 2.047 631 H LYS1969 HN LYS1969 6.976 -7.809 -0.435 632 HA LYS1969 HA LYS1969 4.700 -6.479 -1.702 633 HB2 LYS1969 HB2 LYS1969 4.942 -9.280 -0.619 634 HB3 LYS1969 HB1 LYS1969 3.475 -8.578 -1.266 635 HG2 LYS1969 HG2 LYS1969 4.557 -8.408 -3.469 636 HG3 LYS1969 HG1 LYS1969 6.007 -9.171 -2.792 637 HD2 LYS1969 HD2 LYS1969 4.638 -11.092 -2.099 638 HD3 LYS1969 HD1 LYS1969 3.241 -10.354 -2.866 639 HE2 LYS1969 HE2 LYS1969 4.285 -10.556 -5.034 640 HE3 LYS1969 HE1 LYS1969 5.772 -11.166 -4.298 641 HZ1 LYS1969 HZ1 LYS1969 3.105 -12.470 -4.237 642 HZ2 LYS1969 HZ2 LYS1969 4.429 -13.021 -3.384 643 HZ3 LYS1969 HZ3 LYS1969 4.452 -13.052 -5.084 644 H LEU1970 HN LEU1970 2.845 -6.205 -0.493 645 HA LEU1970 HA LEU1970 2.765 -6.819 2.305 646 HB2 LEU1970 HB2 LEU1970 4.010 -4.531 1.834 647 HB3 LEU1970 HB1 LEU1970 2.405 -3.946 1.478 648 HG LEU1970 HG LEU1970 3.369 -5.026 4.121 649 HD11 LEU1970 HD11 LEU1970 4.293 -2.873 3.604 650 HD12 LEU1970 HD12 LEU1970 3.094 -2.732 4.889 651 HD13 LEU1970 HD13 LEU1970 2.687 -2.238 3.246 652 HD21 LEU1970 HD21 LEU1970 0.690 -3.831 3.409 653 HD22 LEU1970 HD22 LEU1970 1.223 -4.285 5.028 654 HD23 LEU1970 HD23 LEU1970 0.994 -5.523 3.794 655 H VAL1971 HN VAL1971 0.656 -7.427 2.564 656 HA VAL1971 HA VAL1971 -1.248 -6.291 0.669 657 HB VAL1971 HB VAL1971 -2.614 -8.349 0.839 658 HG11 VAL1971 HG11 VAL1971 -1.180 -9.801 -0.508 659 HG12 VAL1971 HG12 VAL1971 0.218 -8.822 -0.055 660 HG13 VAL1971 HG13 VAL1971 -1.084 -8.115 -1.010 661 HG21 VAL1971 HG21 VAL1971 -0.274 -9.482 2.379 662 HG22 VAL1971 HG22 VAL1971 -1.656 -10.404 1.788 663 HG23 VAL1971 HG23 VAL1971 -1.885 -9.166 3.024 664 H TYR1972 HN TYR1972 -2.840 -5.201 1.403 665 HA TYR1972 HA TYR1972 -3.370 -5.255 4.284 666 HB2 TYR1972 HB2 TYR1972 -4.166 -3.155 2.216 667 HB3 TYR1972 HB1 TYR1972 -4.626 -3.132 3.918 668 HD1 TYR1972 HD2 TYR1972 -2.634 -3.252 5.588 669 HD2 TYR1972 HD1 TYR1972 -2.304 -2.062 1.539 670 HE1 TYR1972 HE2 TYR1972 -0.562 -2.059 6.120 671 HE2 TYR1972 HE1 TYR1972 -0.232 -0.865 2.052 672 HH TYR1972 HH TYR1972 0.748 0.185 4.082 673 H GLU1973 HN GLU1973 -5.018 -6.308 4.967 674 HA GLU1973 HA GLU1973 -7.203 -6.890 3.113 675 HB2 GLU1973 HB2 GLU1973 -7.200 -9.198 3.912 676 HB3 GLU1973 HB1 GLU1973 -5.734 -8.778 3.033 677 HG2 GLU1973 HG2 GLU1973 -4.614 -8.448 5.242 678 HG3 GLU1973 HG1 GLU1973 -6.067 -9.092 6.006 679 H ASP1974 HN ASP1974 -8.994 -7.855 4.210 680 HA ASP1974 HA ASP1974 -10.613 -8.069 5.737 681 HB2 ASP1974 HB2 ASP1974 -8.991 -9.045 7.276 682 HB3 ASP1974 HB1 ASP1974 -8.505 -7.445 7.816 683 H GLY1975 HN GLY1975 -12.244 -6.882 6.228 684 HA2 GLY1975 HA2 GLY1975 -12.315 -4.403 7.402 685 HA3 GLY1975 HA1 GLY1975 -12.180 -4.133 5.661 686 H ASP1976 HN ASP1976 -14.058 -3.896 4.709 687 HA ASP1976 HA ASP1976 -16.397 -5.216 5.889 688 HB2 ASP1976 HB2 ASP1976 -16.557 -2.763 5.617 689 HB3 ASP1976 HB1 ASP1976 -16.248 -2.935 3.894 690 HA PRO1977 HA PRO1977 -16.038 -8.178 2.545 691 HB2 PRO1977 HB2 PRO1977 -18.802 -8.870 3.355 692 HB3 PRO1977 HB1 PRO1977 -17.369 -9.898 3.266 693 HG2 PRO1977 HG2 PRO1977 -18.366 -9.133 5.619 694 HG3 PRO1977 HG1 PRO1977 -16.615 -9.256 5.359 695 HD2 PRO1977 HD2 PRO1977 -18.357 -6.823 5.402 696 HD3 PRO1977 HD1 PRO1977 -16.743 -7.066 6.102 697 H CYS1978 HN CYS1978 -16.481 -7.897 0.422 698 HA CYS1978 HA CYS1978 -18.593 -6.037 -0.222 699 HB2 CYS1978 HB2 CYS1978 -16.475 -7.274 -2.003 700 HB3 CYS1978 HB1 CYS1978 -17.522 -5.924 -2.406 701 HA PRO1979 HA PRO1979 -21.691 -8.818 -1.504 702 HB2 PRO1979 HB2 PRO1979 -21.443 -7.904 -4.316 703 HB3 PRO1979 HB1 PRO1979 -22.864 -8.015 -3.271 704 HG2 PRO1979 HG2 PRO1979 -21.767 -5.660 -3.731 705 HG3 PRO1979 HG1 PRO1979 -22.316 -6.081 -2.098 706 HD2 PRO1979 HD2 PRO1979 -19.542 -6.022 -3.208 707 HD3 PRO1979 HD1 PRO1979 -20.125 -5.521 -1.607 708 H THR1980 HN THR1980 -18.836 -9.121 -3.595 709 HA THR1980 HA THR1980 -19.879 -11.766 -4.285 710 HB THR1980 HB THR1980 -17.597 -10.269 -5.608 711 HG1 THR1980 HG1 THR1980 -20.401 -10.349 -6.046 712 HG21 THR1980 HG21 THR1980 -17.980 -11.850 -7.452 713 HG22 THR1980 HG22 THR1980 -19.258 -12.637 -6.526 714 HG23 THR1980 HG23 THR1980 -17.586 -12.719 -5.968 715 H ASP1981 HN ASP1981 -17.265 -10.158 -2.638 716 HA ASP1981 HA ASP1981 -15.725 -12.640 -2.394 717 HB2 ASP1981 HB2 ASP1981 -13.990 -11.215 -1.339 718 HB3 ASP1981 HB1 ASP1981 -14.389 -10.770 -2.997 719 H LEU1982 HN LEU1982 -18.248 -11.835 -0.855 720 HA LEU1982 HA LEU1982 -17.565 -11.591 1.827 721 HB2 LEU1982 HB2 LEU1982 -19.827 -12.154 2.333 722 HB3 LEU1982 HB1 LEU1982 -19.823 -11.178 0.887 723 HG LEU1982 HG LEU1982 -20.069 -14.148 0.885 724 HD11 LEU1982 HD11 LEU1982 -21.913 -13.205 2.133 725 HD12 LEU1982 HD12 LEU1982 -22.512 -13.775 0.567 726 HD13 LEU1982 HD13 LEU1982 -22.228 -12.049 0.840 727 HD21 LEU1982 HD21 LEU1982 -19.503 -13.450 -1.322 728 HD22 LEU1982 HD22 LEU1982 -20.651 -12.104 -1.253 729 HD23 LEU1982 HD23 LEU1982 -21.232 -13.755 -1.318 730 H LYS1983 HN LYS1983 -17.302 -14.228 -0.270 731 HA LYS1983 HA LYS1983 -16.536 -15.973 1.965 732 HB2 LYS1983 HB2 LYS1983 -17.988 -16.711 -0.573 733 HB3 LYS1983 HB1 LYS1983 -17.141 -17.898 0.404 734 HG2 LYS1983 HG2 LYS1983 -18.582 -17.351 2.307 735 HG3 LYS1983 HG1 LYS1983 -19.443 -16.178 1.304 736 HD2 LYS1983 HD2 LYS1983 -20.218 -17.900 -0.162 737 HD3 LYS1983 HD1 LYS1983 -19.189 -19.099 0.620 738 HE2 LYS1983 HE2 LYS1983 -21.536 -19.313 1.300 739 HE3 LYS1983 HE1 LYS1983 -20.487 -18.917 2.658 740 HZ1 LYS1983 HZ1 LYS1983 -22.096 -16.911 1.174 741 HZ2 LYS1983 HZ2 LYS1983 -21.310 -16.675 2.666 742 HZ3 LYS1983 HZ3 LYS1983 -22.625 -17.692 2.550 743 H MET1984 HN MET1984 -15.013 -14.024 0.086 744 HA MET1984 HA MET1984 -13.071 -15.952 -0.760 745 HB2 MET1984 HB2 MET1984 -13.993 -13.539 -2.402 746 HB3 MET1984 HB1 MET1984 -12.697 -14.637 -2.845 747 HG2 MET1984 HG2 MET1984 -14.381 -16.478 -2.908 748 HG3 MET1984 HG1 MET1984 -15.625 -15.250 -2.723 749 HE1 MET1984 HE1 MET1984 -15.040 -13.132 -6.039 750 HE2 MET1984 HE2 MET1984 -14.257 -12.861 -4.483 751 HE3 MET1984 HE3 MET1984 -15.976 -13.249 -4.549 752 H LYS1985 HN LYS1985 -11.464 -13.700 -1.688 753 HA LYS1985 HA LYS1985 -10.719 -12.691 0.981 754 HB2 LYS1985 HB2 LYS1985 -8.879 -13.450 -1.279 755 HB3 LYS1985 HB1 LYS1985 -8.380 -12.757 0.255 756 HG2 LYS1985 HG2 LYS1985 -9.181 -14.727 1.420 757 HG3 LYS1985 HG1 LYS1985 -9.736 -15.414 -0.110 758 HD2 LYS1985 HD2 LYS1985 -7.414 -15.327 -0.947 759 HD3 LYS1985 HD1 LYS1985 -6.896 -14.746 0.638 760 HE2 LYS1985 HE2 LYS1985 -6.530 -17.150 0.391 761 HE3 LYS1985 HE1 LYS1985 -7.695 -16.795 1.665 762 HZ1 LYS1985 HZ1 LYS1985 -9.488 -17.386 0.177 763 HZ2 LYS1985 HZ2 LYS1985 -8.385 -18.656 0.216 764 HZ3 LYS1985 HZ3 LYS1985 -8.422 -17.622 -1.100 765 H HIS1986 HN HIS1986 -10.963 -10.621 1.111 766 HA HIS1986 HA HIS1986 -10.378 -9.002 -1.245 767 HB2 HIS1986 HB2 HIS1986 -11.516 -7.082 0.021 768 HB3 HIS1986 HB1 HIS1986 -12.551 -8.360 -0.577 769 HD1 HIS1986 HD1 HIS1986 -14.173 -9.149 0.987 770 HD2 HIS1986 HD2 HIS1986 -10.999 -7.389 2.967 771 HE1 HIS1986 HE1 HIS1986 -14.769 -9.246 3.431 772 HE2 HIS1986 HE2 HIS1986 -12.786 -8.374 4.614 773 H LYS1987 HN LYS1987 -8.401 -8.455 -1.351 774 HA LYS1987 HA LYS1987 -7.296 -6.937 0.771 775 HB2 LYS1987 HB2 LYS1987 -5.167 -8.233 0.864 776 HB3 LYS1987 HB1 LYS1987 -6.548 -9.012 1.597 777 HG2 LYS1987 HG2 LYS1987 -6.738 -10.450 -0.412 778 HG3 LYS1987 HG1 LYS1987 -5.260 -9.699 -1.038 779 HD2 LYS1987 HD2 LYS1987 -4.014 -10.423 0.901 780 HD3 LYS1987 HD1 LYS1987 -5.475 -11.065 1.640 781 HE2 LYS1987 HE2 LYS1987 -5.647 -12.685 -0.228 782 HE3 LYS1987 HE1 LYS1987 -4.116 -12.068 -0.855 783 HZ1 LYS1987 HZ1 LYS1987 -4.497 -13.253 1.833 784 HZ2 LYS1987 HZ2 LYS1987 -3.018 -12.776 1.177 785 HZ3 LYS1987 HZ3 LYS1987 -3.830 -14.087 0.532 786 H SER1988 HN SER1988 -5.620 -5.699 0.217 787 HA SER1988 HA SER1988 -5.397 -5.348 -2.662 788 HB2 SER1988 HB2 SER1988 -4.887 -3.409 -0.414 789 HB3 SER1988 HB1 SER1988 -4.871 -3.037 -2.153 790 HG SER1988 HG SER1988 -7.094 -4.235 -0.920 791 H TYR1989 HN TYR1989 -3.556 -5.559 -3.597 792 HA TYR1989 HA TYR1989 -1.314 -6.607 -2.054 793 HB2 TYR1989 HB2 TYR1989 -1.938 -6.685 -5.006 794 HB3 TYR1989 HB1 TYR1989 -0.584 -7.501 -4.228 795 HD1 TYR1989 HD1 TYR1989 -4.273 -7.409 -4.531 796 HD2 TYR1989 HD2 TYR1989 -0.897 -9.651 -3.245 797 HE1 TYR1989 HE1 TYR1989 -5.705 -9.373 -4.231 798 HE2 TYR1989 HE2 TYR1989 -2.328 -11.626 -2.938 799 HH TYR1989 HH TYR1989 -5.505 -11.761 -4.159 800 H PHE1990 HN PHE1990 0.219 -5.151 -1.628 801 HA PHE1990 HA PHE1990 0.704 -3.022 -3.559 802 HB2 PHE1990 HB2 PHE1990 1.299 -3.286 -0.617 803 HB3 PHE1990 HB1 PHE1990 2.074 -2.074 -1.618 804 HD1 PHE1990 HD1 PHE1990 -1.315 -3.350 -0.810 805 HD2 PHE1990 HD2 PHE1990 1.114 0.026 -1.668 806 HE1 PHE1990 HE1 PHE1990 -3.241 -1.874 -0.426 807 HE2 PHE1990 HE2 PHE1990 -0.805 1.506 -1.287 808 HZ PHE1990 HZ PHE1990 -2.923 0.631 -0.660 809 H SER1991 HN SER1991 2.197 -3.572 -4.903 810 HA SER1991 HA SER1991 4.401 -5.243 -3.986 811 HB2 SER1991 HB2 SER1991 3.634 -4.416 -6.791 812 HB3 SER1991 HB1 SER1991 4.818 -5.649 -6.336 813 HG SER1991 HG SER1991 2.231 -5.814 -5.345 814 H PHE1992 HN PHE1992 6.018 -4.105 -3.209 815 HA PHE1992 HA PHE1992 6.559 -1.451 -4.236 816 HB2 PHE1992 HB2 PHE1992 7.747 -2.912 -1.863 817 HB3 PHE1992 HB1 PHE1992 7.994 -1.216 -2.273 818 HD1 PHE1992 HD2 PHE1992 5.977 0.317 -2.247 819 HD2 PHE1992 HD1 PHE1992 5.963 -3.566 -0.549 820 HE1 PHE1992 HE2 PHE1992 4.035 0.930 -0.885 821 HE2 PHE1992 HE1 PHE1992 4.016 -2.964 0.827 822 HZ PHE1992 HZ PHE1992 3.010 -0.725 0.611 823 H VAL1993 HN VAL1993 7.866 -1.366 -5.795 824 HA VAL1993 HA VAL1993 10.103 -3.249 -5.997 825 HB VAL1993 HB VAL1993 8.471 -4.105 -7.538 826 HG11 VAL1993 HG11 VAL1993 8.078 -1.297 -8.548 827 HG12 VAL1993 HG12 VAL1993 6.949 -2.232 -7.564 828 HG13 VAL1993 HG13 VAL1993 7.319 -2.746 -9.207 829 HG21 VAL1993 HG21 VAL1993 9.456 -3.746 -9.737 830 HG22 VAL1993 HG22 VAL1993 10.709 -3.935 -8.497 831 HG23 VAL1993 HG23 VAL1993 10.293 -2.328 -9.111 832 H CYS1994 HN CYS1994 12.071 -2.217 -6.880 833 HA CYS1994 HA CYS1994 11.915 0.544 -6.306 834 HB2 CYS1994 HB2 CYS1994 14.397 0.535 -6.668 835 HB3 CYS1994 HB1 CYS1994 13.748 -0.475 -5.388 836 H LYS1995 HN LYS1995 11.947 2.258 -7.361 837 HA LYS1995 HA LYS1995 12.799 2.389 -10.138 838 HB2 LYS1995 HB2 LYS1995 10.322 2.154 -10.037 839 HB3 LYS1995 HB1 LYS1995 10.258 3.540 -8.977 840 HG2 LYS1995 HG2 LYS1995 11.102 4.942 -10.810 841 HG3 LYS1995 HG1 LYS1995 11.097 3.521 -11.864 842 HD2 LYS1995 HD2 LYS1995 8.664 3.238 -11.352 843 HD3 LYS1995 HD1 LYS1995 8.720 4.776 -10.493 844 HE2 LYS1995 HE2 LYS1995 9.424 5.884 -12.550 845 HE3 LYS1995 HE1 LYS1995 9.343 4.343 -13.403 846 HZ1 LYS1995 HZ1 LYS1995 7.064 5.818 -12.182 847 HZ2 LYS1995 HZ2 LYS1995 6.931 4.273 -12.825 848 HZ3 LYS1995 HZ3 LYS1995 7.365 5.547 -13.833 849 H SER1996 HN SER1996 14.366 3.917 -10.075 850 HA SER1996 HA SER1996 14.793 5.554 -7.787 851 HB2 SER1996 HB2 SER1996 16.071 5.833 -10.507 852 HB3 SER1996 HB1 SER1996 16.748 6.279 -8.938 853 HG SER1996 HG SER1996 16.943 4.141 -8.407 854 H ASP1997 HN ASP1997 13.324 6.029 -10.923 855 HA ASP1997 HA ASP1997 13.413 8.886 -10.773 856 HB2 ASP1997 HB2 ASP1997 12.293 8.800 -12.996 857 HB3 ASP1997 HB1 ASP1997 13.820 7.940 -12.912 858 H ALA1998 HN ALA1998 11.595 7.257 -8.856 859 HA ALA1998 HA ALA1998 8.976 8.198 -9.407 860 HB1 ALA1998 HB1 ALA1998 8.539 7.653 -7.021 861 HB2 ALA1998 HB2 ALA1998 10.260 7.436 -6.759 862 HB3 ALA1998 HB3 ALA1998 9.389 6.341 -7.826 863 H GLY1999 HN GLY1999 11.779 9.388 -7.656 864 HA2 GLY1999 HA2 GLY1999 12.463 11.549 -7.307 865 HA3 GLY1999 HA1 GLY1999 10.991 12.107 -8.081 866 H ASP2000 HN ASP2000 11.283 13.693 -6.266 867 HA ASP2000 HA ASP2000 10.365 12.621 -3.745 868 HB2 ASP2000 HB2 ASP2000 12.158 14.329 -3.637 869 HB3 ASP2000 HB1 ASP2000 11.068 15.503 -4.370 870 H ASP2001 HN ASP2001 8.585 11.941 -4.812 871 HA ASP2001 HA ASP2001 6.294 13.292 -3.934 872 HB2 ASP2001 HB2 ASP2001 6.401 14.471 -6.108 873 HB3 ASP2001 HB1 ASP2001 6.565 12.928 -6.944 874 H SER2002 HN SER2002 5.667 11.604 -2.907 875 HA SER2002 HA SER2002 6.282 9.020 -3.845 876 HB2 SER2002 HB2 SER2002 4.601 9.897 -1.518 877 HB3 SER2002 HB1 SER2002 5.311 8.297 -1.770 878 HG SER2002 HG SER2002 7.341 9.802 -2.006 879 H GLN2003 HN GLN2003 5.208 8.327 -5.583 880 HA GLN2003 HA GLN2003 2.332 8.482 -5.405 881 HB2 GLN2003 HB2 GLN2003 2.221 8.433 -7.890 882 HB3 GLN2003 HB1 GLN2003 2.967 9.875 -7.226 883 HG2 GLN2003 HG2 GLN2003 5.167 9.144 -7.909 884 HG3 GLN2003 HG1 GLN2003 4.580 7.549 -8.302 885 HE21 GLN2003 HE21 GLN2003 2.756 10.436 -9.129 886 HE22 GLN2003 HE22 GLN2003 3.003 10.307 -10.824 887 HA PRO2004 HA PRO2004 2.446 4.063 -5.600 888 HB2 PRO2004 HB2 PRO2004 -0.319 4.054 -4.892 889 HB3 PRO2004 HB1 PRO2004 1.047 3.799 -3.807 890 HG2 PRO2004 HG2 PRO2004 -0.681 6.019 -3.713 891 HG3 PRO2004 HG1 PRO2004 0.928 5.913 -2.984 892 HD2 PRO2004 HD2 PRO2004 0.087 7.149 -5.557 893 HD3 PRO2004 HD1 PRO2004 1.294 7.698 -4.372 894 H VAL2005 HN VAL2005 2.332 3.229 -7.660 895 HA VAL2005 HA VAL2005 0.382 4.270 -9.497 896 HB VAL2005 HB VAL2005 2.442 2.073 -9.902 897 HG11 VAL2005 HG11 VAL2005 0.585 1.871 -11.473 898 HG12 VAL2005 HG12 VAL2005 2.050 2.402 -12.301 899 HG13 VAL2005 HG13 VAL2005 0.775 3.563 -11.933 900 HG21 VAL2005 HG21 VAL2005 3.481 4.230 -9.441 901 HG22 VAL2005 HG22 VAL2005 2.505 4.983 -10.701 902 HG23 VAL2005 HG23 VAL2005 3.717 3.773 -11.127 903 H PHE2006 HN PHE2006 -1.556 3.494 -9.688 904 HA PHE2006 HA PHE2006 -2.180 0.932 -8.525 905 HB2 PHE2006 HB2 PHE2006 -4.539 1.524 -8.880 906 HB3 PHE2006 HB1 PHE2006 -3.708 2.822 -8.050 907 HD1 PHE2006 HD2 PHE2006 -3.090 4.886 -9.347 908 HD2 PHE2006 HD1 PHE2006 -5.647 1.874 -10.932 909 HE1 PHE2006 HE2 PHE2006 -3.915 6.480 -11.026 910 HE2 PHE2006 HE1 PHE2006 -6.471 3.465 -12.619 911 HZ PHE2006 HZ PHE2006 -5.663 5.743 -12.660 912 H LEU2007 HN LEU2007 -2.610 -0.849 -9.627 913 HA LEU2007 HA LEU2007 -2.164 -0.757 -12.497 914 HB2 LEU2007 HB2 LEU2007 -2.306 -3.002 -10.497 915 HB3 LEU2007 HB1 LEU2007 -2.383 -3.313 -12.212 916 HG LEU2007 HG LEU2007 -0.115 -2.406 -12.484 917 HD11 LEU2007 HD11 LEU2007 1.264 -1.892 -10.545 918 HD12 LEU2007 HD12 LEU2007 -0.132 -2.103 -9.492 919 HD13 LEU2007 HD13 LEU2007 -0.106 -0.786 -10.666 920 HD21 LEU2007 HD21 LEU2007 1.067 -4.198 -11.331 921 HD22 LEU2007 HD22 LEU2007 -0.422 -4.770 -12.079 922 HD23 LEU2007 HD23 LEU2007 -0.358 -4.496 -10.338 923 H SER2008 HN SER2008 -4.421 -2.357 -10.285 924 HA SER2008 HA SER2008 -6.680 -1.508 -11.730 925 HB2 SER2008 HB2 SER2008 -7.319 -3.936 -12.322 926 HB3 SER2008 HB1 SER2008 -6.144 -3.123 -13.355 927 HG SER2008 HG SER2008 -5.837 -5.179 -11.511 928 H PHE2009 HN PHE2009 -8.519 -1.893 -10.627 929 HA PHE2009 HA PHE2009 -8.312 -3.250 -8.030 930 HB2 PHE2009 HB2 PHE2009 -8.698 -0.932 -7.611 931 HB3 PHE2009 HB1 PHE2009 -9.882 -0.817 -8.903 932 HD1 PHE2009 HD1 PHE2009 -9.425 -2.861 -5.790 933 HD2 PHE2009 HD2 PHE2009 -12.042 -0.531 -8.202 934 HE1 PHE2009 HE1 PHE2009 -11.231 -3.210 -4.160 935 HE2 PHE2009 HE2 PHE2009 -13.853 -0.874 -6.576 936 HZ PHE2009 HZ PHE2009 -13.449 -2.218 -4.551 937 H ASP2010 HN ASP2010 -9.363 -5.124 -8.034 938 HA ASP2010 HA ASP2010 -11.639 -5.458 -9.866 939 HB2 ASP2010 HB2 ASP2010 -10.249 -7.559 -8.170 940 HB3 ASP2010 HB1 ASP2010 -11.588 -7.858 -9.258 941 H GLU2011 HN GLU2011 -13.407 -4.681 -8.941 942 HA GLU2011 HA GLU2011 -13.833 -4.743 -6.105 943 HB2 GLU2011 HB2 GLU2011 -16.060 -3.829 -6.647 944 HB3 GLU2011 HB1 GLU2011 -14.773 -2.932 -7.439 945 HG2 GLU2011 HG2 GLU2011 -15.231 -4.161 -9.513 946 HG3 GLU2011 HG1 GLU2011 -16.556 -4.994 -8.702 947 H GLN2012 HN GLN2012 -14.255 -6.838 -8.671 948 HA GLN2012 HA GLN2012 -16.327 -8.542 -8.061 949 HB2 GLN2012 HB2 GLN2012 -14.998 -8.672 -10.080 950 HB3 GLN2012 HB1 GLN2012 -13.580 -9.122 -9.159 951 HG2 GLN2012 HG2 GLN2012 -14.565 -11.254 -8.615 952 HG3 GLN2012 HG1 GLN2012 -16.070 -10.792 -9.419 953 HE21 GLN2012 HE21 GLN2012 -14.197 -12.984 -9.970 954 HE22 GLN2012 HE22 GLN2012 -13.731 -12.787 -11.624 955 H THR2013 HN THR2013 -13.208 -8.267 -6.497 956 HA THR2013 HA THR2013 -14.223 -9.883 -4.345 957 HB THR2013 HB THR2013 -13.132 -11.582 -5.670 958 HG1 THR2013 HG1 THR2013 -11.700 -10.819 -3.363 959 HG21 THR2013 HG21 THR2013 -10.748 -11.497 -6.268 960 HG22 THR2013 HG22 THR2013 -10.661 -9.853 -5.633 961 HG23 THR2013 HG23 THR2013 -11.672 -10.204 -7.034 962 H CYS2014 HN CYS2014 -13.535 -7.112 -4.992 963 HA CYS2014 HA CYS2014 -12.356 -5.329 -4.371 964 HB2 CYS2014 HB2 CYS2014 -13.136 -6.641 -1.780 965 HB3 CYS2014 HB1 CYS2014 -12.335 -5.067 -1.790 966 H THR2015 HN THR2015 -10.580 -7.178 -5.277 967 HA THR2015 HA THR2015 -8.259 -6.885 -3.545 968 HB THR2015 HB THR2015 -7.132 -8.278 -5.331 969 HG1 THR2015 HG1 THR2015 -8.803 -7.759 -6.893 970 HG21 THR2015 HG21 THR2015 -7.909 -9.268 -3.242 971 HG22 THR2015 HG22 THR2015 -8.139 -10.392 -4.582 972 HG23 THR2015 HG23 THR2015 -9.518 -9.500 -3.930 973 H SER2016 HN SER2016 -7.136 -5.149 -3.816 974 HA SER2016 HA SER2016 -7.203 -3.740 -6.375 975 HB2 SER2016 HB2 SER2016 -6.056 -2.811 -3.757 976 HB3 SER2016 HB1 SER2016 -6.567 -1.834 -5.131 977 HG SER2016 HG SER2016 -7.967 -2.732 -3.030 978 H TYR2017 HN TYR2017 -5.339 -3.698 -7.587 979 HA TYR2017 HA TYR2017 -2.925 -4.789 -6.339 980 HB2 TYR2017 HB2 TYR2017 -3.807 -4.787 -9.230 981 HB3 TYR2017 HB1 TYR2017 -2.180 -5.225 -8.718 982 HD1 TYR2017 HD1 TYR2017 -5.746 -6.182 -8.479 983 HD2 TYR2017 HD2 TYR2017 -1.720 -7.382 -7.852 984 HE1 TYR2017 HE1 TYR2017 -6.503 -8.486 -8.105 985 HE2 TYR2017 HE2 TYR2017 -2.465 -9.698 -7.478 986 HH TYR2017 HH TYR2017 -5.523 -10.754 -8.307 987 H PHE2018 HN PHE2018 -1.445 -3.373 -5.850 988 HA PHE2018 HA PHE2018 -1.191 -0.963 -7.508 989 HB2 PHE2018 HB2 PHE2018 -0.806 -1.114 -4.510 990 HB3 PHE2018 HB1 PHE2018 -0.631 0.311 -5.522 991 HD1 PHE2018 HD2 PHE2018 -2.815 0.794 -6.979 992 HD2 PHE2018 HD1 PHE2018 -2.711 -1.291 -3.290 993 HE1 PHE2018 HE2 PHE2018 -5.173 1.336 -6.611 994 HE2 PHE2018 HE1 PHE2018 -5.070 -0.750 -2.908 995 HZ PHE2018 HZ PHE2018 -6.294 0.583 -4.530 996 H SER2019 HN SER2019 0.903 -0.199 -7.710 997 HA SER2019 HA SER2019 2.996 -1.723 -6.446 998 HB2 SER2019 HB2 SER2019 2.849 -1.171 -9.417 999 HB3 SER2019 HB1 SER2019 4.274 -1.790 -8.578 1000 HG SER2019 HG SER2019 2.066 -3.214 -7.956 1001 H TRP2020 HN TRP2020 4.097 -0.359 -5.375 1002 HA TRP2020 HA TRP2020 4.278 2.400 -6.305 1003 HB2 TRP2020 HB2 TRP2020 3.511 1.707 -3.898 1004 HB3 TRP2020 HB1 TRP2020 5.188 1.273 -3.643 1005 HD1 TRP2020 HD1 TRP2020 3.388 3.557 -2.105 1006 HE1 TRP2020 HE1 TRP2020 4.409 5.946 -1.893 1007 HE3 TRP2020 HE3 TRP2020 6.781 3.514 -5.905 1008 HZ2 TRP2020 HZ2 TRP2020 6.263 7.492 -3.056 1009 HZ3 TRP2020 HZ3 TRP2020 8.118 5.520 -6.273 1010 HH2 TRP2020 HH2 TRP2020 7.864 7.472 -4.877 1011 H HIS2021 HN HIS2021 5.945 2.551 -7.616 1012 HA HIS2021 HA HIS2021 8.144 0.705 -7.386 1013 HB2 HIS2021 HB2 HIS2021 7.568 2.889 -9.412 1014 HB3 HIS2021 HB1 HIS2021 8.912 1.773 -9.491 1015 HD1 HIS2021 HD1 HIS2021 8.530 -0.255 -10.930 1016 HD2 HIS2021 HD2 HIS2021 4.957 1.492 -9.670 1017 HE1 HIS2021 HE1 HIS2021 6.719 -1.455 -12.154 1018 HE2 HIS2021 HE2 HIS2021 4.638 -0.161 -11.634 1019 H THR2022 HN THR2022 9.196 1.343 -5.581 1020 HA THR2022 HA THR2022 10.109 4.122 -5.390 1021 HB THR2022 HB THR2022 8.381 3.872 -3.722 1022 HG1 THR2022 HG1 THR2022 9.680 4.967 -2.549 1023 HG21 THR2022 HG21 THR2022 8.437 2.150 -1.971 1024 HG22 THR2022 HG22 THR2022 9.863 1.425 -2.713 1025 HG23 THR2022 HG23 THR2022 8.319 1.415 -3.569 1026 H SER2023 HN SER2023 12.159 4.469 -4.481 1027 HA SER2023 HA SER2023 14.070 2.561 -5.148 1028 HB2 SER2023 HB2 SER2023 15.490 4.414 -4.014 1029 HB3 SER2023 HB1 SER2023 14.602 4.731 -5.519 1030 HG SER2023 HG SER2023 14.401 6.108 -3.352 1031 H LEU2024 HN LEU2024 12.353 3.190 -2.220 1032 HA LEU2024 HA LEU2024 14.316 2.154 -0.397 1033 HB2 LEU2024 HB2 LEU2024 11.342 2.614 -0.062 1034 HB3 LEU2024 HB1 LEU2024 12.366 2.019 1.219 1035 HG LEU2024 HG LEU2024 11.958 4.308 1.624 1036 HD11 LEU2024 HD11 LEU2024 14.168 3.619 2.162 1037 HD12 LEU2024 HD12 LEU2024 14.179 5.296 1.613 1038 HD13 LEU2024 HD13 LEU2024 14.729 4.011 0.538 1039 HD21 LEU2024 HD21 LEU2024 11.277 5.053 -0.594 1040 HD22 LEU2024 HD22 LEU2024 12.942 4.921 -1.162 1041 HD23 LEU2024 HD23 LEU2024 12.522 6.119 0.062 1042 H ALA2025 HN ALA2025 12.204 0.768 -2.580 1043 HA ALA2025 HA ALA2025 11.439 -1.591 -1.205 1044 HB1 ALA2025 HB1 ALA2025 11.436 -0.972 -4.126 1045 HB2 ALA2025 HB2 ALA2025 10.144 -0.609 -2.988 1046 HB3 ALA2025 HB3 ALA2025 10.562 -2.291 -3.346 1047 H CYS2026 HN CYS2026 14.336 -0.766 -2.940 1048 HA CYS2026 HA CYS2026 15.283 -3.417 -2.398 1049 HB2 CYS2026 HB2 CYS2026 15.934 -4.059 -4.570 1050 HB3 CYS2026 HB1 CYS2026 14.357 -3.339 -4.853 1051 H GLU2027 HN GLU2027 17.787 -3.256 -3.453 1052 HA GLU2027 HA GLU2027 18.881 -0.975 -2.030 1053 HB2 GLU2027 HB2 GLU2027 19.793 -3.232 -1.620 1054 HB3 GLU2027 HB1 GLU2027 20.182 -3.434 -3.293 1055 HG2 GLU2027 HG2 GLU2027 22.176 -2.911 -2.033 1056 HG3 GLU2027 HG1 GLU2027 21.809 -1.592 -3.144 1057 H GLU2028 HN GLU2028 19.827 -2.583 -5.043 1058 HA GLU2028 HA GLU2028 18.908 -0.515 -6.724 1059 HB2 GLU2028 HB2 GLU2028 21.233 0.286 -5.868 1060 HB3 GLU2028 HB1 GLU2028 21.891 -1.082 -6.764 1061 HG2 GLU2028 HG2 GLU2028 20.837 -0.235 -8.800 1062 HG3 GLU2028 HG1 GLU2028 20.259 1.161 -7.894 1063 H GLU2029 HN GLU2029 18.164 -2.937 -6.300 1064 HA GLU2029 HA GLU2029 19.619 -4.837 -7.945 1065 HB2 GLU2029 HB2 GLU2029 18.913 -5.288 -5.544 1066 HB3 GLU2029 HB1 GLU2029 17.255 -5.203 -6.093 1067 HG2 GLU2029 HG2 GLU2029 17.440 -7.198 -7.292 1068 HG3 GLU2029 HG1 GLU2029 19.207 -7.174 -7.214 1069 H VAL2030 HN VAL2030 19.077 -4.528 -9.948 1070 HA VAL2030 HA VAL2030 16.843 -3.020 -10.744 1071 HB VAL2030 HB VAL2030 18.949 -2.927 -11.971 1072 HG11 VAL2030 HG11 VAL2030 19.679 -5.211 -11.876 1073 HG12 VAL2030 HG12 VAL2030 19.621 -4.665 -13.551 1074 HG13 VAL2030 HG13 VAL2030 18.347 -5.711 -12.920 1075 HG21 VAL2030 HG21 VAL2030 16.907 -2.229 -13.109 1076 HG22 VAL2030 HG22 VAL2030 16.696 -3.873 -13.730 1077 HG23 VAL2030 HG23 VAL2030 18.077 -2.912 -14.237 1078 HA PRO2031 HA PRO2031 13.896 -6.311 -11.334 1079 HB2 PRO2031 HB2 PRO2031 11.745 -4.823 -10.948 1080 HB3 PRO2031 HB1 PRO2031 12.825 -5.169 -9.592 1081 HG2 PRO2031 HG2 PRO2031 12.569 -2.666 -11.212 1082 HG3 PRO2031 HG1 PRO2031 12.842 -2.853 -9.471 1083 HD2 PRO2031 HD2 PRO2031 14.827 -2.361 -11.399 1084 HD3 PRO2031 HD1 PRO2031 15.092 -2.934 -9.745 1085 H ARG2032 HN ARG2032 14.941 -3.963 -13.260 1086 HA ARG2032 HA ARG2032 12.854 -4.210 -15.320 1087 HB2 ARG2032 HB2 ARG2032 15.173 -2.272 -15.082 1088 HB3 ARG2032 HB1 ARG2032 14.051 -2.328 -16.425 1089 HG2 ARG2032 HG2 ARG2032 12.241 -1.637 -14.967 1090 HG3 ARG2032 HG1 ARG2032 13.336 -1.667 -13.578 1091 HD2 ARG2032 HD2 ARG2032 14.710 0.053 -14.571 1092 HD3 ARG2032 HD1 ARG2032 13.723 0.038 -16.029 1093 HE ARG2032 HE ARG2032 11.898 0.664 -14.240 1094 HH11 ARG2032 HH11 ARG2032 15.198 1.947 -14.520 1095 HH12 ARG2032 HH12 ARG2032 14.772 3.501 -13.954 1096 HH21 ARG2032 HH21 ARG2032 11.340 2.712 -13.559 1097 HH22 ARG2032 HH22 ARG2032 12.484 3.991 -13.391 Start of MODEL 3 1 H1 MET1885 HT1 MET1885 15.968 10.636 4.299 2 H2 MET1885 HT2 MET1885 15.816 11.920 3.233 3 H3 MET1885 HT3 MET1885 14.649 10.682 3.238 4 HA MET1885 HA MET1885 15.349 12.474 5.439 5 HB2 MET1885 HB2 MET1885 13.024 13.511 5.063 6 HB3 MET1885 HB1 MET1885 14.318 13.958 3.983 7 HG2 MET1885 HG2 MET1885 12.315 13.723 2.716 8 HG3 MET1885 HG1 MET1885 13.384 12.395 2.298 9 HE1 MET1885 HE1 MET1885 10.263 12.589 1.569 10 HE2 MET1885 HE2 MET1885 9.760 10.925 1.876 11 HE3 MET1885 HE3 MET1885 11.304 11.251 1.082 12 H LYS1886 HN LYS1886 13.047 10.001 4.402 13 HA LYS1886 HA LYS1886 11.773 8.598 5.481 14 HB2 LYS1886 HB2 LYS1886 13.889 8.759 7.635 15 HB3 LYS1886 HB1 LYS1886 12.674 7.487 7.496 16 HG2 LYS1886 HG2 LYS1886 13.586 7.038 5.180 17 HG3 LYS1886 HG1 LYS1886 14.922 8.101 5.598 18 HD2 LYS1886 HD2 LYS1886 15.517 6.648 7.455 19 HD3 LYS1886 HD1 LYS1886 14.136 5.606 7.089 20 HE2 LYS1886 HE2 LYS1886 15.132 5.281 4.798 21 HE3 LYS1886 HE1 LYS1886 16.573 6.106 5.388 22 HZ1 LYS1886 HZ1 LYS1886 16.981 3.803 5.669 23 HZ2 LYS1886 HZ2 LYS1886 15.439 3.531 6.265 24 HZ3 LYS1886 HZ3 LYS1886 16.556 4.350 7.213 25 H SER1887 HN SER1887 9.937 9.523 5.711 26 HA SER1887 HA SER1887 9.383 11.646 7.439 27 HB2 SER1887 HB2 SER1887 7.380 9.841 6.089 28 HB3 SER1887 HB1 SER1887 7.132 11.504 6.617 29 HG SER1887 HG SER1887 7.875 10.748 4.284 30 H ASN1888 HN ASN1888 7.647 8.540 7.502 31 HA ASN1888 HA ASN1888 6.947 9.011 10.299 32 HB2 ASN1888 HB2 ASN1888 5.111 8.722 8.893 33 HB3 ASN1888 HB1 ASN1888 5.819 7.324 8.093 34 HD21 ASN1888 HD21 ASN1888 3.998 8.507 10.752 35 HD22 ASN1888 HD22 ASN1888 3.598 6.978 11.403 36 H VAL1889 HN VAL1889 7.917 7.915 11.822 37 HA VAL1889 HA VAL1889 9.451 5.622 10.960 38 HB VAL1889 HB VAL1889 10.793 7.352 12.006 39 HG11 VAL1889 HG11 VAL1889 9.241 8.305 13.558 40 HG12 VAL1889 HG12 VAL1889 10.710 7.810 14.402 41 HG13 VAL1889 HG13 VAL1889 9.250 6.829 14.522 42 HG21 VAL1889 HG21 VAL1889 10.709 4.808 13.619 43 HG22 VAL1889 HG22 VAL1889 12.052 5.949 13.590 44 HG23 VAL1889 HG23 VAL1889 11.605 5.077 12.125 45 H GLN1890 HN GLN1890 7.492 4.571 10.833 46 HA GLN1890 HA GLN1890 6.951 2.998 13.279 47 HB2 GLN1890 HB2 GLN1890 5.791 2.653 10.477 48 HB3 GLN1890 HB1 GLN1890 5.391 1.637 11.845 49 HG2 GLN1890 HG2 GLN1890 4.781 4.576 11.633 50 HG3 GLN1890 HG1 GLN1890 3.655 3.281 11.258 51 HE21 GLN1890 HE21 GLN1890 3.312 5.324 13.140 52 HE22 GLN1890 HE22 GLN1890 3.167 4.638 14.694 53 H ASN1891 HN ASN1891 8.550 1.600 13.648 54 HA ASN1891 HA ASN1891 10.212 0.760 11.392 55 HB2 ASN1891 HB2 ASN1891 11.908 0.166 12.972 56 HB3 ASN1891 HB1 ASN1891 11.236 1.687 13.536 57 HD21 ASN1891 HD21 ASN1891 11.850 -1.591 14.273 58 HD22 ASN1891 HD22 ASN1891 11.073 -1.631 15.817 59 H ASP1892 HN ASP1892 7.535 -0.293 12.710 60 HA ASP1892 HA ASP1892 7.943 -3.070 13.050 61 HB2 ASP1892 HB2 ASP1892 5.449 -1.568 12.201 62 HB3 ASP1892 HB1 ASP1892 5.475 -3.283 12.579 63 H CYS1893 HN CYS1893 6.686 -1.279 10.227 64 HA CYS1893 HA CYS1893 7.199 -3.409 8.400 65 HB2 CYS1893 HB2 CYS1893 7.169 -0.482 7.703 66 HB3 CYS1893 HB1 CYS1893 6.686 -1.853 6.707 67 H ARG1894 HN ARG1894 9.403 -4.040 8.878 68 HA ARG1894 HA ARG1894 11.384 -2.536 7.455 69 HB2 ARG1894 HB2 ARG1894 11.245 -1.388 9.677 70 HB3 ARG1894 HB1 ARG1894 11.682 -2.900 10.444 71 HG2 ARG1894 HG2 ARG1894 13.880 -2.799 9.582 72 HG3 ARG1894 HG1 ARG1894 13.456 -1.487 8.470 73 HD2 ARG1894 HD2 ARG1894 12.990 -0.014 10.353 74 HD3 ARG1894 HD1 ARG1894 13.360 -1.313 11.478 75 HE ARG1894 HE ARG1894 15.659 -1.210 10.664 76 HH11 ARG1894 HH11 ARG1894 13.651 1.597 9.905 77 HH12 ARG1894 HH12 ARG1894 14.931 2.715 10.032 78 HH21 ARG1894 HH21 ARG1894 17.413 0.343 10.835 79 HH22 ARG1894 HH22 ARG1894 17.134 1.983 10.534 80 H VAL1895 HN VAL1895 12.179 -4.127 6.317 81 HA VAL1895 HA VAL1895 12.960 -6.660 7.582 82 HB VAL1895 HB VAL1895 10.619 -6.856 6.676 83 HG11 VAL1895 HG11 VAL1895 10.226 -6.933 4.268 84 HG12 VAL1895 HG12 VAL1895 11.876 -6.366 4.001 85 HG13 VAL1895 HG13 VAL1895 10.712 -5.337 4.840 86 HG21 VAL1895 HG21 VAL1895 12.650 -8.565 5.244 87 HG22 VAL1895 HG22 VAL1895 10.934 -8.940 5.400 88 HG23 VAL1895 HG23 VAL1895 11.957 -8.873 6.835 89 H THR1896 HN THR1896 14.499 -7.888 6.082 90 HA THR1896 HA THR1896 15.645 -6.155 4.003 91 HB THR1896 HB THR1896 17.254 -7.855 5.943 92 HG1 THR1896 HG1 THR1896 16.110 -5.631 6.397 93 HG21 THR1896 HG21 THR1896 19.191 -6.673 4.984 94 HG22 THR1896 HG22 THR1896 18.122 -5.815 3.873 95 HG23 THR1896 HG23 THR1896 18.315 -7.563 3.736 96 H ASN1897 HN ASN1897 16.105 -7.200 2.104 97 HA ASN1897 HA ASN1897 15.515 -10.073 2.000 98 HB2 ASN1897 HB2 ASN1897 15.066 -9.769 -0.369 99 HB3 ASN1897 HB1 ASN1897 14.105 -8.641 0.561 100 HD21 ASN1897 HD21 ASN1897 14.793 -8.466 -2.245 101 HD22 ASN1897 HD22 ASN1897 15.681 -7.005 -2.446 102 HA PRO1898 HA PRO1898 19.791 -10.786 1.080 103 HB2 PRO1898 HB2 PRO1898 19.566 -13.215 -0.172 104 HB3 PRO1898 HB1 PRO1898 19.517 -12.999 1.579 105 HG2 PRO1898 HG2 PRO1898 17.278 -13.400 -0.345 106 HG3 PRO1898 HG1 PRO1898 17.467 -14.009 1.309 107 HD2 PRO1898 HD2 PRO1898 15.882 -11.887 0.648 108 HD3 PRO1898 HD1 PRO1898 16.640 -12.087 2.240 109 H ALA1899 HN ALA1899 17.353 -10.672 -1.390 110 HA ALA1899 HA ALA1899 19.039 -10.920 -3.664 111 HB1 ALA1899 HB1 ALA1899 17.184 -9.999 -4.939 112 HB2 ALA1899 HB2 ALA1899 16.388 -9.499 -3.443 113 HB3 ALA1899 HB3 ALA1899 16.607 -11.210 -3.794 114 H THR1900 HN THR1900 17.431 -8.000 -2.416 115 HA THR1900 HA THR1900 19.191 -6.315 -3.903 116 HB THR1900 HB THR1900 17.325 -5.453 -1.692 117 HG1 THR1900 HG1 THR1900 16.001 -5.184 -3.891 118 HG21 THR1900 HG21 THR1900 18.228 -4.172 -4.260 119 HG22 THR1900 HG22 THR1900 18.802 -3.768 -2.633 120 HG23 THR1900 HG23 THR1900 17.114 -3.472 -3.082 121 H GLY1901 HN GLY1901 18.845 -7.386 -0.532 122 HA2 GLY1901 HA2 GLY1901 20.340 -7.241 1.196 123 HA3 GLY1901 HA1 GLY1901 21.480 -6.439 0.109 124 H HIS1902 HN HIS1902 18.208 -5.385 0.428 125 HA HIS1902 HA HIS1902 19.241 -2.939 1.651 126 HB2 HIS1902 HB2 HIS1902 18.455 -2.545 -0.652 127 HB3 HIS1902 HB1 HIS1902 16.878 -3.188 -0.228 128 HD1 HIS1902 HD1 HIS1902 19.129 -0.221 0.645 129 HD2 HIS1902 HD2 HIS1902 15.116 -1.305 0.778 130 HE1 HIS1902 HE1 HIS1902 17.888 1.849 1.234 131 HE2 HIS1902 HE2 HIS1902 15.660 0.990 1.838 132 H LEU1903 HN LEU1903 18.505 -2.360 3.403 133 HA LEU1903 HA LEU1903 16.500 -3.765 4.878 134 HB2 LEU1903 HB2 LEU1903 18.351 -2.671 6.004 135 HB3 LEU1903 HB1 LEU1903 17.905 -1.129 5.311 136 HG LEU1903 HG LEU1903 15.803 -1.194 6.637 137 HD11 LEU1903 HD11 LEU1903 15.610 -3.595 6.951 138 HD12 LEU1903 HD12 LEU1903 15.624 -2.754 8.502 139 HD13 LEU1903 HD13 LEU1903 17.070 -3.594 7.944 140 HD21 LEU1903 HD21 LEU1903 16.879 -0.651 8.757 141 HD22 LEU1903 HD22 LEU1903 17.741 0.050 7.387 142 HD23 LEU1903 HD23 LEU1903 18.374 -1.392 8.182 143 H PHE1904 HN PHE1904 14.422 -3.540 4.360 144 HA PHE1904 HA PHE1904 13.571 -1.125 2.995 145 HB2 PHE1904 HB2 PHE1904 12.079 -3.680 3.555 146 HB3 PHE1904 HB1 PHE1904 11.468 -2.316 2.641 147 HD1 PHE1904 HD2 PHE1904 13.236 -1.620 0.683 148 HD2 PHE1904 HD1 PHE1904 12.680 -5.468 2.365 149 HE1 PHE1904 HE2 PHE1904 14.076 -2.640 -1.379 150 HE2 PHE1904 HE1 PHE1904 13.495 -6.490 0.307 151 HZ PHE1904 HZ PHE1904 14.204 -5.078 -1.577 152 H ASP1905 HN ASP1905 13.328 0.363 4.484 153 HA ASP1905 HA ASP1905 11.257 -0.181 6.434 154 HB2 ASP1905 HB2 ASP1905 12.238 1.493 7.920 155 HB3 ASP1905 HB1 ASP1905 13.473 0.312 7.524 156 H LEU1906 HN LEU1906 9.515 0.616 5.650 157 HA LEU1906 HA LEU1906 9.746 2.729 3.687 158 HB2 LEU1906 HB2 LEU1906 7.312 1.135 4.486 159 HB3 LEU1906 HB1 LEU1906 7.371 2.307 3.180 160 HG LEU1906 HG LEU1906 8.924 -0.282 3.300 161 HD11 LEU1906 HD11 LEU1906 6.580 -0.647 2.905 162 HD12 LEU1906 HD12 LEU1906 7.512 -0.953 1.438 163 HD13 LEU1906 HD13 LEU1906 6.591 0.540 1.603 164 HD21 LEU1906 HD21 LEU1906 8.774 1.791 1.112 165 HD22 LEU1906 HD22 LEU1906 9.574 0.226 0.993 166 HD23 LEU1906 HD23 LEU1906 10.184 1.447 2.117 167 H THR1907 HN THR1907 10.506 4.015 5.463 168 HA THR1907 HA THR1907 8.633 4.972 7.367 169 HB THR1907 HB THR1907 10.712 6.522 7.743 170 HG1 THR1907 HG1 THR1907 12.378 4.629 6.723 171 HG21 THR1907 HG21 THR1907 11.797 4.721 9.038 172 HG22 THR1907 HG22 THR1907 10.875 3.514 8.150 173 HG23 THR1907 HG23 THR1907 10.045 4.635 9.231 174 H SER1908 HN SER1908 10.426 6.392 4.637 175 HA SER1908 HA SER1908 9.508 8.941 4.609 176 HB2 SER1908 HB2 SER1908 10.094 7.289 2.188 177 HB3 SER1908 HB1 SER1908 10.434 9.003 2.472 178 HG SER1908 HG SER1908 12.301 8.253 3.088 179 H LEU1909 HN LEU1909 7.884 6.053 3.156 180 HA LEU1909 HA LEU1909 6.193 7.416 1.481 181 HB2 LEU1909 HB2 LEU1909 6.243 4.740 2.735 182 HB3 LEU1909 HB1 LEU1909 5.136 5.235 1.493 183 HG LEU1909 HG LEU1909 8.131 4.905 1.301 184 HD11 LEU1909 HD11 LEU1909 7.602 3.237 -0.382 185 HD12 LEU1909 HD12 LEU1909 5.879 3.524 -0.127 186 HD13 LEU1909 HD13 LEU1909 6.861 2.848 1.171 187 HD21 LEU1909 HD21 LEU1909 7.955 5.581 -1.048 188 HD22 LEU1909 HD22 LEU1909 7.485 6.893 0.039 189 HD23 LEU1909 HD23 LEU1909 6.251 5.966 -0.806 190 H LYS1910 HN LYS1910 5.679 5.812 4.592 191 HA LYS1910 HA LYS1910 2.961 6.701 4.650 192 HB2 LYS1910 HB2 LYS1910 3.074 5.798 7.083 193 HB3 LYS1910 HB1 LYS1910 2.940 4.664 5.774 194 HG2 LYS1910 HG2 LYS1910 5.410 4.375 5.897 195 HG3 LYS1910 HG1 LYS1910 5.416 5.464 7.287 196 HD2 LYS1910 HD2 LYS1910 4.021 3.970 8.532 197 HD3 LYS1910 HD1 LYS1910 3.821 2.909 7.133 198 HE2 LYS1910 HE2 LYS1910 5.463 2.090 8.797 199 HE3 LYS1910 HE1 LYS1910 6.140 2.327 7.184 200 HZ1 LYS1910 HZ1 LYS1910 7.505 3.168 9.078 201 HZ2 LYS1910 HZ2 LYS1910 6.312 4.406 9.269 202 HZ3 LYS1910 HZ3 LYS1910 7.178 4.269 7.841 203 H ARG1911 HN ARG1911 2.032 7.624 6.601 204 HA ARG1911 HA ARG1911 3.281 9.450 8.203 205 HB2 ARG1911 HB2 ARG1911 2.460 11.536 6.988 206 HB3 ARG1911 HB1 ARG1911 3.841 10.749 6.250 207 HG2 ARG1911 HG2 ARG1911 2.027 9.582 4.771 208 HG3 ARG1911 HG1 ARG1911 1.029 10.955 5.279 209 HD2 ARG1911 HD2 ARG1911 2.792 12.489 4.503 210 HD3 ARG1911 HD1 ARG1911 3.739 11.095 3.989 211 HE ARG1911 HE ARG1911 1.137 11.777 2.820 212 HH11 ARG1911 HH11 ARG1911 4.411 10.436 2.451 213 HH12 ARG1911 HH12 ARG1911 4.458 10.647 0.758 214 HH21 ARG1911 HH21 ARG1911 1.241 12.035 0.412 215 HH22 ARG1911 HH22 ARG1911 2.668 11.543 -0.380 216 H GLU1912 HN GLU1912 1.092 11.240 8.461 217 HA GLU1912 HA GLU1912 -0.732 9.436 9.726 218 HB2 GLU1912 HB2 GLU1912 -0.857 12.421 9.328 219 HB3 GLU1912 HB1 GLU1912 -1.985 11.492 10.301 220 HG2 GLU1912 HG2 GLU1912 -0.206 10.848 11.797 221 HG3 GLU1912 HG1 GLU1912 0.968 11.704 10.793 222 H SER1913 HN SER1913 -0.693 11.270 6.784 223 HA SER1913 HA SER1913 -3.475 10.872 6.333 224 HB2 SER1913 HB2 SER1913 -2.784 11.984 4.122 225 HB3 SER1913 HB1 SER1913 -2.605 12.926 5.606 226 HG SER1913 HG SER1913 -0.620 13.154 4.818 227 H GLY1914 HN GLY1914 -0.689 10.181 4.303 228 HA2 GLY1914 HA2 GLY1914 -0.259 7.788 3.687 229 HA3 GLY1914 HA1 GLY1914 -2.003 7.720 3.360 230 H TYR1915 HN TYR1915 -1.579 7.255 1.107 231 HA TYR1915 HA TYR1915 -0.848 9.723 -0.248 232 HB2 TYR1915 HB2 TYR1915 0.872 7.738 -0.331 233 HB3 TYR1915 HB1 TYR1915 -0.255 7.070 -1.508 234 HD1 TYR1915 HD2 TYR1915 -0.943 8.721 -3.448 235 HD2 TYR1915 HD1 TYR1915 2.527 9.155 -1.049 236 HE1 TYR1915 HE2 TYR1915 0.059 10.156 -5.166 237 HE2 TYR1915 HE1 TYR1915 3.540 10.590 -2.758 238 HH TYR1915 HH TYR1915 3.388 11.212 -4.951 239 H THR1916 HN THR1916 -2.373 10.387 -1.555 240 HA THR1916 HA THR1916 -4.628 8.619 -2.137 241 HB THR1916 HB THR1916 -5.264 10.643 -0.969 242 HG1 THR1916 HG1 THR1916 -6.831 10.146 -2.432 243 HG21 THR1916 HG21 THR1916 -3.369 12.033 -1.515 244 HG22 THR1916 HG22 THR1916 -4.849 12.889 -1.982 245 HG23 THR1916 HG23 THR1916 -3.848 12.075 -3.200 246 H ILE1917 HN ILE1917 -5.222 8.080 -3.999 247 HA ILE1917 HA ILE1917 -4.027 9.276 -6.382 248 HB ILE1917 HB ILE1917 -4.996 6.560 -6.737 249 HG12 ILE1917 HG12 ILE1917 -2.544 6.817 -4.966 250 HG13 ILE1917 HG11 ILE1917 -4.123 6.273 -4.407 251 HG21 ILE1917 HG21 ILE1917 -2.776 6.288 -7.855 252 HG22 ILE1917 HG22 ILE1917 -2.306 7.857 -7.211 253 HG23 ILE1917 HG23 ILE1917 -3.623 7.750 -8.379 254 HD11 ILE1917 HD11 ILE1917 -2.409 4.907 -6.470 255 HD12 ILE1917 HD12 ILE1917 -3.986 4.352 -5.907 256 HD13 ILE1917 HD13 ILE1917 -2.619 4.405 -4.792 257 H THR1918 HN THR1918 -5.693 8.223 -8.210 258 HA THR1918 HA THR1918 -8.325 8.875 -7.128 259 HB THR1918 HB THR1918 -7.334 9.373 -9.958 260 HG1 THR1918 HG1 THR1918 -6.762 11.276 -9.274 261 HG21 THR1918 HG21 THR1918 -9.370 10.736 -10.163 262 HG22 THR1918 HG22 THR1918 -9.835 10.299 -8.517 263 HG23 THR1918 HG23 THR1918 -9.781 9.065 -9.776 264 H ASP1919 HN ASP1919 -10.077 7.629 -7.766 265 HA ASP1919 HA ASP1919 -9.461 4.933 -8.432 266 HB2 ASP1919 HB2 ASP1919 -11.087 5.282 -6.754 267 HB3 ASP1919 HB1 ASP1919 -11.892 6.519 -7.679 268 H SER1920 HN SER1920 -11.167 3.929 -10.044 269 HA SER1920 HA SER1920 -10.372 4.309 -12.598 270 HB2 SER1920 HB2 SER1920 -11.643 2.373 -11.677 271 HB3 SER1920 HB1 SER1920 -13.105 3.348 -11.727 272 HG SER1920 HG SER1920 -12.121 1.839 -13.568 273 H HIS1921 HN HIS1921 -13.229 5.857 -11.061 274 HA HIS1921 HA HIS1921 -13.056 8.000 -13.015 275 HB2 HIS1921 HB2 HIS1921 -14.366 6.331 -14.256 276 HB3 HIS1921 HB1 HIS1921 -15.531 6.262 -12.945 277 HD1 HIS1921 HD1 HIS1921 -17.471 7.918 -13.074 278 HD2 HIS1921 HD2 HIS1921 -14.363 8.887 -15.659 279 HE1 HIS1921 HE1 HIS1921 -18.362 9.708 -14.554 280 HE2 HIS1921 HE2 HIS1921 -16.601 9.982 -16.304 281 H ASN1922 HN ASN1922 -15.021 6.533 -10.471 282 HA ASN1922 HA ASN1922 -16.249 9.103 -9.929 283 HB2 ASN1922 HB2 ASN1922 -16.772 6.335 -8.977 284 HB3 ASN1922 HB1 ASN1922 -17.678 7.739 -8.455 285 HD21 ASN1922 HD21 ASN1922 -18.557 5.347 -10.030 286 HD22 ASN1922 HD22 ASN1922 -19.193 5.996 -11.487 287 H ARG1923 HN ARG1923 -14.521 6.625 -8.182 288 HA ARG1923 HA ARG1923 -14.870 7.993 -5.638 289 HB2 ARG1923 HB2 ARG1923 -13.249 5.551 -6.182 290 HB3 ARG1923 HB1 ARG1923 -14.063 6.018 -4.688 291 HG2 ARG1923 HG2 ARG1923 -16.168 5.430 -5.570 292 HG3 ARG1923 HG1 ARG1923 -15.522 5.317 -7.217 293 HD2 ARG1923 HD2 ARG1923 -14.018 3.503 -6.387 294 HD3 ARG1923 HD1 ARG1923 -14.921 3.532 -4.879 295 HE ARG1923 HE ARG1923 -16.877 2.947 -6.205 296 HH11 ARG1923 HH11 ARG1923 -13.672 2.369 -7.735 297 HH12 ARG1923 HH12 ARG1923 -14.096 0.905 -8.456 298 HH21 ARG1923 HH21 ARG1923 -17.467 0.901 -7.236 299 HH22 ARG1923 HH22 ARG1923 -16.347 0.045 -8.206 300 H LYS1924 HN LYS1924 -12.795 7.595 -4.194 301 HA LYS1924 HA LYS1924 -10.405 8.719 -5.485 302 HB2 LYS1924 HB2 LYS1924 -11.413 9.165 -2.646 303 HB3 LYS1924 HB1 LYS1924 -9.920 9.807 -3.311 304 HG2 LYS1924 HG2 LYS1924 -11.174 11.174 -4.868 305 HG3 LYS1924 HG1 LYS1924 -12.684 10.489 -4.278 306 HD2 LYS1924 HD2 LYS1924 -12.443 12.645 -3.280 307 HD3 LYS1924 HD1 LYS1924 -12.143 11.455 -2.022 308 HE2 LYS1924 HE2 LYS1924 -9.905 12.752 -3.573 309 HE3 LYS1924 HE1 LYS1924 -10.601 13.513 -2.154 310 HZ1 LYS1924 HZ1 LYS1924 -9.221 10.825 -2.136 311 HZ2 LYS1924 HZ2 LYS1924 -9.871 11.640 -0.820 312 HZ3 LYS1924 HZ3 LYS1924 -8.605 12.310 -1.645 313 H ILE1925 HN ILE1925 -8.440 7.664 -4.782 314 HA ILE1925 HA ILE1925 -8.954 5.319 -3.131 315 HB ILE1925 HB ILE1925 -7.088 5.454 -5.530 316 HG12 ILE1925 HG12 ILE1925 -9.497 3.733 -4.910 317 HG13 ILE1925 HG11 ILE1925 -9.426 5.024 -6.095 318 HG21 ILE1925 HG21 ILE1925 -7.381 3.220 -3.505 319 HG22 ILE1925 HG22 ILE1925 -5.966 4.254 -3.718 320 HG23 ILE1925 HG23 ILE1925 -6.436 3.136 -4.994 321 HD11 ILE1925 HD11 ILE1925 -7.812 3.717 -7.433 322 HD12 ILE1925 HD12 ILE1925 -9.296 2.796 -7.172 323 HD13 ILE1925 HD13 ILE1925 -7.858 2.434 -6.230 324 H GLU1926 HN GLU1926 -8.294 5.917 -1.349 325 HA GLU1926 HA GLU1926 -5.640 7.159 -1.077 326 HB2 GLU1926 HB2 GLU1926 -7.883 6.902 0.936 327 HB3 GLU1926 HB1 GLU1926 -6.263 7.401 1.379 328 HG2 GLU1926 HG2 GLU1926 -7.681 9.323 1.186 329 HG3 GLU1926 HG1 GLU1926 -6.493 9.348 -0.109 330 H LEU1927 HN LEU1927 -3.976 6.003 -0.388 331 HA LEU1927 HA LEU1927 -4.555 3.650 1.173 332 HB2 LEU1927 HB2 LEU1927 -2.842 2.348 -0.125 333 HB3 LEU1927 HB1 LEU1927 -4.325 2.669 -0.986 334 HG LEU1927 HG LEU1927 -3.074 4.556 -2.161 335 HD11 LEU1927 HD11 LEU1927 -1.167 4.759 -0.671 336 HD12 LEU1927 HD12 LEU1927 -0.660 4.359 -2.313 337 HD13 LEU1927 HD13 LEU1927 -0.673 3.110 -1.066 338 HD21 LEU1927 HD21 LEU1927 -2.245 1.704 -2.563 339 HD22 LEU1927 HD22 LEU1927 -2.015 3.002 -3.727 340 HD23 LEU1927 HD23 LEU1927 -3.649 2.511 -3.267 341 H ASN1928 HN ASN1928 -3.113 3.226 2.722 342 HA ASN1928 HA ASN1928 -0.733 4.941 2.769 343 HB2 ASN1928 HB2 ASN1928 -2.534 5.576 4.482 344 HB3 ASN1928 HB1 ASN1928 -2.248 4.011 5.228 345 HD21 ASN1928 HD21 ASN1928 -1.900 6.655 6.338 346 HD22 ASN1928 HD22 ASN1928 -0.283 6.803 6.842 347 H VAL1929 HN VAL1929 1.007 3.799 2.710 348 HA VAL1929 HA VAL1929 1.130 1.153 2.241 349 HB VAL1929 HB VAL1929 3.068 2.347 1.654 350 HG11 VAL1929 HG11 VAL1929 2.891 4.133 3.317 351 HG12 VAL1929 HG12 VAL1929 4.530 3.512 3.147 352 HG13 VAL1929 HG13 VAL1929 3.565 3.049 4.541 353 HG21 VAL1929 HG21 VAL1929 3.586 0.074 2.323 354 HG22 VAL1929 HG22 VAL1929 3.855 0.607 3.980 355 HG23 VAL1929 HG23 VAL1929 4.932 1.153 2.692 356 H CYS1930 HN CYS1930 1.941 2.348 5.533 357 HA CYS1930 HA CYS1930 0.508 0.157 6.535 358 HB2 CYS1930 HB2 CYS1930 2.334 -1.032 7.684 359 HB3 CYS1930 HB1 CYS1930 2.436 -1.137 5.938 360 H ALA1931 HN ALA1931 0.233 2.751 6.821 361 HA ALA1931 HA ALA1931 0.417 2.865 9.684 362 HB1 ALA1931 HB1 ALA1931 0.771 5.315 9.600 363 HB2 ALA1931 HB2 ALA1931 0.975 5.221 7.846 364 HB3 ALA1931 HB3 ALA1931 2.134 4.437 8.922 365 H GLU1932 HN GLU1932 -1.158 4.560 10.312 366 HA GLU1932 HA GLU1932 -3.750 3.759 9.458 367 HB2 GLU1932 HB2 GLU1932 -2.920 6.150 11.103 368 HB3 GLU1932 HB1 GLU1932 -4.541 5.459 11.031 369 HG2 GLU1932 HG2 GLU1932 -3.840 3.468 12.097 370 HG3 GLU1932 HG1 GLU1932 -2.141 3.894 11.917 371 H ALA1933 HN ALA1933 -4.894 4.451 7.708 372 HA ALA1933 HA ALA1933 -3.926 6.726 6.216 373 HB1 ALA1933 HB1 ALA1933 -4.616 4.691 5.016 374 HB2 ALA1933 HB2 ALA1933 -5.564 6.092 4.519 375 HB3 ALA1933 HB3 ALA1933 -6.261 4.901 5.615 376 H LYS1934 HN LYS1934 -4.355 8.414 7.551 377 HA LYS1934 HA LYS1934 -7.134 8.886 8.278 378 HB2 LYS1934 HB2 LYS1934 -5.219 8.965 9.947 379 HB3 LYS1934 HB1 LYS1934 -4.691 10.400 9.123 380 HG2 LYS1934 HG2 LYS1934 -6.658 11.608 9.726 381 HG3 LYS1934 HG1 LYS1934 -7.386 10.158 10.426 382 HD2 LYS1934 HD2 LYS1934 -6.454 11.585 12.174 383 HD3 LYS1934 HD1 LYS1934 -5.584 10.050 12.080 384 HE2 LYS1934 HE2 LYS1934 -3.857 11.202 10.695 385 HE3 LYS1934 HE1 LYS1934 -4.701 12.721 10.989 386 HZ1 LYS1934 HZ1 LYS1934 -3.463 10.958 13.012 387 HZ2 LYS1934 HZ2 LYS1934 -4.325 12.363 13.396 388 HZ3 LYS1934 HZ3 LYS1934 -2.875 12.452 12.536 389 H SER1935 HN SER1935 -7.967 9.564 6.435 390 HA SER1935 HA SER1935 -7.661 12.309 5.729 391 HB2 SER1935 HB2 SER1935 -7.049 10.198 3.606 392 HB3 SER1935 HB1 SER1935 -7.325 11.904 3.265 393 HG SER1935 HG SER1935 -5.455 11.420 5.188 394 H SER1936 HN SER1936 -8.876 9.516 3.844 395 HA SER1936 HA SER1936 -11.539 10.520 4.100 396 HB2 SER1936 HB2 SER1936 -11.830 8.391 2.621 397 HB3 SER1936 HB1 SER1936 -11.031 9.816 1.943 398 HG SER1936 HG SER1936 -9.677 8.285 1.478 399 H CYS1937 HN CYS1937 -9.573 7.709 4.975 400 HA CYS1937 HA CYS1937 -11.637 6.774 6.691 401 HB2 CYS1937 HB2 CYS1937 -8.800 5.792 6.285 402 HB3 CYS1937 HB1 CYS1937 -9.957 5.001 7.347 403 H ALA1938 HN ALA1938 -10.327 6.078 9.121 404 HA ALA1938 HA ALA1938 -9.015 8.561 9.946 405 HB1 ALA1938 HB1 ALA1938 -11.401 8.753 10.500 406 HB2 ALA1938 HB2 ALA1938 -10.353 8.703 11.931 407 HB3 ALA1938 HB3 ALA1938 -11.258 7.276 11.465 408 H ASN1939 HN ASN1939 -9.883 5.230 11.020 409 HA ASN1939 HA ASN1939 -7.654 5.602 12.729 410 HB2 ASN1939 HB2 ASN1939 -9.731 5.455 13.972 411 HB3 ASN1939 HB1 ASN1939 -9.995 3.830 13.353 412 HD21 ASN1939 HD21 ASN1939 -6.880 5.173 14.473 413 HD22 ASN1939 HD22 ASN1939 -6.751 4.088 15.789 414 H GLY1940 HN GLY1940 -9.336 2.551 11.766 415 HA2 GLY1940 HA2 GLY1940 -6.659 1.346 11.789 416 HA3 GLY1940 HA1 GLY1940 -8.166 0.507 12.086 417 H ALA1941 HN ALA1941 -8.357 2.578 9.439 418 HA ALA1941 HA ALA1941 -8.212 0.250 7.670 419 HB1 ALA1941 HB1 ALA1941 -10.278 1.566 7.609 420 HB2 ALA1941 HB2 ALA1941 -9.433 1.628 6.061 421 HB3 ALA1941 HB3 ALA1941 -9.352 2.999 7.166 422 H ALA1942 HN ALA1942 -6.987 0.338 5.704 423 HA ALA1942 HA ALA1942 -4.976 2.467 5.724 424 HB1 ALA1942 HB1 ALA1942 -3.239 0.890 5.104 425 HB2 ALA1942 HB2 ALA1942 -4.422 -0.420 5.075 426 HB3 ALA1942 HB3 ALA1942 -4.028 0.369 6.599 427 H VAL1943 HN VAL1943 -6.767 0.140 3.741 428 HA VAL1943 HA VAL1943 -6.165 1.862 1.445 429 HB VAL1943 HB VAL1943 -7.316 -0.956 1.441 430 HG11 VAL1943 HG11 VAL1943 -6.513 0.828 -0.866 431 HG12 VAL1943 HG12 VAL1943 -8.162 0.395 -0.419 432 HG13 VAL1943 HG13 VAL1943 -7.052 -0.847 -0.998 433 HG21 VAL1943 HG21 VAL1943 -5.191 -1.602 0.417 434 HG22 VAL1943 HG22 VAL1943 -4.951 -0.915 2.023 435 HG23 VAL1943 HG23 VAL1943 -4.608 0.053 0.592 436 H CYS1944 HN CYS1944 -7.633 3.257 0.957 437 HA CYS1944 HA CYS1944 -10.379 2.821 1.853 438 HB2 CYS1944 HB2 CYS1944 -8.833 5.402 1.665 439 HB3 CYS1944 HB1 CYS1944 -10.472 5.195 2.279 440 H ILE1945 HN ILE1945 -11.420 2.293 -0.017 441 HA ILE1945 HA ILE1945 -10.943 3.947 -2.373 442 HB ILE1945 HB ILE1945 -12.956 1.678 -2.083 443 HG12 ILE1945 HG12 ILE1945 -10.732 0.748 -1.562 444 HG13 ILE1945 HG11 ILE1945 -11.325 0.143 -3.102 445 HG21 ILE1945 HG21 ILE1945 -12.766 1.554 -4.529 446 HG22 ILE1945 HG22 ILE1945 -11.628 2.905 -4.495 447 HG23 ILE1945 HG23 ILE1945 -13.297 3.143 -3.976 448 HD11 ILE1945 HD11 ILE1945 -9.845 1.708 -4.270 449 HD12 ILE1945 HD12 ILE1945 -8.948 0.641 -3.190 450 HD13 ILE1945 HD13 ILE1945 -9.265 2.309 -2.717 451 H THR1946 HN THR1946 -11.823 5.868 -1.720 452 HA THR1946 HA THR1946 -14.199 5.890 -0.124 453 HB THR1946 HB THR1946 -12.823 8.364 -1.143 454 HG1 THR1946 HG1 THR1946 -11.005 7.775 -0.126 455 HG21 THR1946 HG21 THR1946 -13.874 7.542 1.585 456 HG22 THR1946 HG22 THR1946 -14.826 8.455 0.410 457 HG23 THR1946 HG23 THR1946 -13.360 9.151 1.112 458 H ASP1947 HN ASP1947 -15.897 5.385 -1.294 459 HA ASP1947 HA ASP1947 -16.432 6.583 -3.903 460 HB2 ASP1947 HB2 ASP1947 -16.781 4.134 -3.581 461 HB3 ASP1947 HB1 ASP1947 -17.938 4.474 -2.308 462 H GLY1948 HN GLY1948 -16.920 8.662 -3.358 463 HA2 GLY1948 HA2 GLY1948 -18.276 10.404 -2.735 464 HA3 GLY1948 HA1 GLY1948 -19.545 9.221 -2.410 465 HA PRO1949 HA PRO1949 -18.533 10.391 1.851 466 HB2 PRO1949 HB2 PRO1949 -20.842 9.576 2.946 467 HB3 PRO1949 HB1 PRO1949 -20.750 11.061 1.992 468 HG2 PRO1949 HG2 PRO1949 -21.772 8.367 1.204 469 HG3 PRO1949 HG1 PRO1949 -22.423 9.969 0.822 470 HD2 PRO1949 HD2 PRO1949 -20.882 8.459 -0.889 471 HD3 PRO1949 HD1 PRO1949 -21.048 10.224 -0.975 472 H LYS1950 HN LYS1950 -19.269 7.417 0.445 473 HA LYS1950 HA LYS1950 -19.013 5.716 2.776 474 HB2 LYS1950 HB2 LYS1950 -20.614 5.153 1.038 475 HB3 LYS1950 HB1 LYS1950 -19.361 5.221 -0.184 476 HG2 LYS1950 HG2 LYS1950 -18.303 3.244 0.884 477 HG3 LYS1950 HG1 LYS1950 -19.680 3.160 1.989 478 HD2 LYS1950 HD2 LYS1950 -21.199 2.892 0.113 479 HD3 LYS1950 HD1 LYS1950 -19.857 3.055 -1.018 480 HE2 LYS1950 HE2 LYS1950 -20.465 0.725 -0.749 481 HE3 LYS1950 HE1 LYS1950 -18.854 1.021 -0.103 482 HZ1 LYS1950 HZ1 LYS1950 -20.238 -0.394 1.310 483 HZ2 LYS1950 HZ2 LYS1950 -21.330 0.869 1.540 484 HZ3 LYS1950 HZ3 LYS1950 -19.741 0.990 2.124 485 H THR1951 HN THR1951 -17.207 4.268 3.035 486 HA THR1951 HA THR1951 -14.965 4.859 1.269 487 HB THR1951 HB THR1951 -14.667 4.511 4.261 488 HG1 THR1951 HG1 THR1951 -15.528 6.637 2.752 489 HG21 THR1951 HG21 THR1951 -12.921 5.722 2.110 490 HG22 THR1951 HG22 THR1951 -12.696 4.129 2.832 491 HG23 THR1951 HG23 THR1951 -12.507 5.579 3.820 492 H LEU1952 HN LEU1952 -14.723 2.987 0.234 493 HA LEU1952 HA LEU1952 -15.470 0.482 1.406 494 HB2 LEU1952 HB2 LEU1952 -15.718 1.221 -1.054 495 HB3 LEU1952 HB1 LEU1952 -13.997 0.982 -1.188 496 HG LEU1952 HG LEU1952 -15.253 -0.866 -2.163 497 HD11 LEU1952 HD11 LEU1952 -14.211 -2.772 -1.065 498 HD12 LEU1952 HD12 LEU1952 -13.797 -1.749 0.311 499 HD13 LEU1952 HD13 LEU1952 -13.084 -1.431 -1.270 500 HD21 LEU1952 HD21 LEU1952 -16.362 -1.291 0.597 501 HD22 LEU1952 HD22 LEU1952 -16.579 -2.379 -0.776 502 HD23 LEU1952 HD23 LEU1952 -17.253 -0.749 -0.826 503 H ASN1953 HN ASN1953 -14.156 -0.349 2.841 504 HA ASN1953 HA ASN1953 -11.334 0.229 2.762 505 HB2 ASN1953 HB2 ASN1953 -12.996 -1.375 4.720 506 HB3 ASN1953 HB1 ASN1953 -11.256 -1.144 4.866 507 HD21 ASN1953 HD21 ASN1953 -11.319 1.613 3.927 508 HD22 ASN1953 HD22 ASN1953 -12.006 2.541 5.198 509 H ALA1954 HN ALA1954 -10.197 -0.825 1.353 510 HA ALA1954 HA ALA1954 -10.926 -3.575 0.671 511 HB1 ALA1954 HB1 ALA1954 -9.360 -3.329 -1.203 512 HB2 ALA1954 HB2 ALA1954 -8.878 -1.743 -0.598 513 HB3 ALA1954 HB3 ALA1954 -10.525 -2.004 -1.177 514 H GLY1955 HN GLY1955 -9.352 -2.294 3.018 515 HA2 GLY1955 HA2 GLY1955 -8.097 -4.539 3.900 516 HA3 GLY1955 HA1 GLY1955 -6.868 -3.638 3.016 517 H LYS1956 HN LYS1956 -7.705 -4.226 5.971 518 HA LYS1956 HA LYS1956 -7.732 -1.515 6.934 519 HB2 LYS1956 HB2 LYS1956 -7.532 -2.526 9.198 520 HB3 LYS1956 HB1 LYS1956 -8.938 -3.052 8.294 521 HG2 LYS1956 HG2 LYS1956 -7.968 -5.188 7.878 522 HG3 LYS1956 HG1 LYS1956 -6.402 -4.640 8.491 523 HD2 LYS1956 HD2 LYS1956 -7.862 -6.085 10.052 524 HD3 LYS1956 HD1 LYS1956 -7.137 -4.621 10.713 525 HE2 LYS1956 HE2 LYS1956 -9.487 -4.901 11.407 526 HE3 LYS1956 HE1 LYS1956 -9.237 -3.433 10.473 527 HZ1 LYS1956 HZ1 LYS1956 -10.081 -4.773 8.500 528 HZ2 LYS1956 HZ2 LYS1956 -11.169 -4.332 9.664 529 HZ3 LYS1956 HZ3 LYS1956 -10.628 -5.925 9.605 530 H LEU1957 HN LEU1957 -6.103 -1.199 8.862 531 HA LEU1957 HA LEU1957 -3.656 -0.857 7.608 532 HB2 LEU1957 HB2 LEU1957 -4.389 0.679 9.297 533 HB3 LEU1957 HB1 LEU1957 -4.494 -0.584 10.488 534 HG LEU1957 HG LEU1957 -2.557 1.139 10.622 535 HD11 LEU1957 HD11 LEU1957 -2.634 -0.830 12.045 536 HD12 LEU1957 HD12 LEU1957 -0.987 -0.487 11.514 537 HD13 LEU1957 HD13 LEU1957 -1.902 -1.797 10.761 538 HD21 LEU1957 HD21 LEU1957 -1.468 -0.679 8.469 539 HD22 LEU1957 HD22 LEU1957 -0.540 0.506 9.376 540 HD23 LEU1957 HD23 LEU1957 -1.834 1.034 8.305 541 H SER1958 HN SER1958 -2.326 -2.223 7.104 542 HA SER1958 HA SER1958 -1.763 -4.515 8.806 543 HB2 SER1958 HB2 SER1958 -2.767 -4.963 6.530 544 HB3 SER1958 HB1 SER1958 -1.367 -4.173 5.816 545 HG SER1958 HG SER1958 -1.103 -6.346 5.804 546 H LYS1959 HN LYS1959 -0.026 -3.787 9.975 547 HA LYS1959 HA LYS1959 1.982 -2.219 8.553 548 HB2 LYS1959 HB2 LYS1959 1.075 -1.075 10.471 549 HB3 LYS1959 HB1 LYS1959 1.452 -2.434 11.551 550 HG2 LYS1959 HG2 LYS1959 3.863 -1.886 10.988 551 HG3 LYS1959 HG1 LYS1959 3.241 -0.453 10.169 552 HD2 LYS1959 HD2 LYS1959 2.867 -1.160 13.075 553 HD3 LYS1959 HD1 LYS1959 3.924 0.093 12.432 554 HE2 LYS1959 HE2 LYS1959 2.005 1.340 11.628 555 HE3 LYS1959 HE1 LYS1959 0.913 0.054 12.136 556 HZ1 LYS1959 HZ1 LYS1959 2.597 1.732 13.933 557 HZ2 LYS1959 HZ2 LYS1959 1.713 0.391 14.408 558 HZ3 LYS1959 HZ3 LYS1959 0.893 1.737 13.814 559 H THR1960 HN THR1960 2.630 -4.169 7.569 560 HA THR1960 HA THR1960 4.699 -5.498 9.048 561 HB THR1960 HB THR1960 2.748 -7.030 9.335 562 HG1 THR1960 HG1 THR1960 4.005 -8.661 9.022 563 HG21 THR1960 HG21 THR1960 1.699 -8.111 7.379 564 HG22 THR1960 HG22 THR1960 2.634 -7.070 6.308 565 HG23 THR1960 HG23 THR1960 1.422 -6.370 7.383 566 H LEU1961 HN LEU1961 6.240 -6.382 7.484 567 HA LEU1961 HA LEU1961 5.760 -5.582 4.756 568 HB2 LEU1961 HB2 LEU1961 6.810 -3.652 5.988 569 HB3 LEU1961 HB1 LEU1961 8.193 -4.682 6.288 570 HG LEU1961 HG LEU1961 8.584 -4.862 3.893 571 HD11 LEU1961 HD11 LEU1961 7.346 -3.399 2.341 572 HD12 LEU1961 HD12 LEU1961 6.293 -2.899 3.665 573 HD13 LEU1961 HD13 LEU1961 6.280 -4.573 3.113 574 HD21 LEU1961 HD21 LEU1961 8.344 -2.036 4.906 575 HD22 LEU1961 HD22 LEU1961 9.344 -2.559 3.549 576 HD23 LEU1961 HD23 LEU1961 9.699 -3.129 5.181 577 H THR1962 HN THR1962 6.671 -7.081 3.385 578 HA THR1962 HA THR1962 8.776 -8.739 4.421 579 HB THR1962 HB THR1962 6.830 -9.918 5.223 580 HG1 THR1962 HG1 THR1962 7.431 -11.767 4.594 581 HG21 THR1962 HG21 THR1962 5.042 -10.725 3.714 582 HG22 THR1962 HG22 THR1962 5.762 -9.784 2.398 583 HG23 THR1962 HG23 THR1962 5.128 -8.968 3.833 584 H TYR1963 HN TYR1963 9.210 -10.428 2.554 585 HA TYR1963 HA TYR1963 9.037 -8.958 0.045 586 HB2 TYR1963 HB2 TYR1963 11.334 -9.754 -0.550 587 HB3 TYR1963 HB1 TYR1963 11.320 -8.643 0.811 588 HD1 TYR1963 HD2 TYR1963 11.662 -9.558 3.121 589 HD2 TYR1963 HD1 TYR1963 12.182 -11.953 -0.352 590 HE1 TYR1963 HE2 TYR1963 12.930 -11.187 4.440 591 HE2 TYR1963 HE1 TYR1963 13.453 -13.585 0.960 592 HH TYR1963 HH TYR1963 13.384 -13.651 4.258 593 H GLU1964 HN GLU1964 8.551 -10.099 -1.699 594 HA GLU1964 HA GLU1964 8.316 -12.982 -1.509 595 HB2 GLU1964 HB2 GLU1964 6.249 -11.979 -0.505 596 HB3 GLU1964 HB1 GLU1964 5.963 -11.149 -2.020 597 HG2 GLU1964 HG2 GLU1964 4.560 -13.075 -1.852 598 HG3 GLU1964 HG1 GLU1964 5.743 -13.306 -3.137 599 H ASP1965 HN ASP1965 8.966 -13.729 -3.411 600 HA ASP1965 HA ASP1965 9.438 -13.988 -5.604 601 HB2 ASP1965 HB2 ASP1965 7.558 -11.626 -6.024 602 HB3 ASP1965 HB1 ASP1965 8.273 -12.563 -7.332 603 H GLN1966 HN GLN1966 10.783 -12.423 -3.713 604 HA GLN1966 HA GLN1966 12.630 -11.203 -3.394 605 HB2 GLN1966 HB2 GLN1966 12.842 -11.112 -6.403 606 HB3 GLN1966 HB1 GLN1966 14.059 -10.481 -5.308 607 HG2 GLN1966 HG2 GLN1966 14.295 -12.774 -4.372 608 HG3 GLN1966 HG1 GLN1966 13.202 -13.343 -5.635 609 HE21 GLN1966 HE21 GLN1966 14.823 -14.653 -6.587 610 HE22 GLN1966 HE22 GLN1966 16.098 -13.925 -7.484 611 H VAL1967 HN VAL1967 9.965 -9.966 -4.877 612 HA VAL1967 HA VAL1967 10.854 -7.186 -4.918 613 HB VAL1967 HB VAL1967 8.024 -8.245 -5.365 614 HG11 VAL1967 HG11 VAL1967 8.154 -5.869 -5.044 615 HG12 VAL1967 HG12 VAL1967 7.693 -6.258 -6.698 616 HG13 VAL1967 HG13 VAL1967 9.339 -5.741 -6.343 617 HG21 VAL1967 HG21 VAL1967 9.477 -9.449 -6.906 618 HG22 VAL1967 HG22 VAL1967 10.160 -7.923 -7.469 619 HG23 VAL1967 HG23 VAL1967 8.462 -8.294 -7.770 620 H LEU1968 HN LEU1968 9.558 -5.609 -3.548 621 HA LEU1968 HA LEU1968 9.276 -6.773 -0.927 622 HB2 LEU1968 HB2 LEU1968 10.426 -4.612 -1.309 623 HB3 LEU1968 HB1 LEU1968 8.927 -3.935 -1.905 624 HG LEU1968 HG LEU1968 7.929 -4.201 0.316 625 HD11 LEU1968 HD11 LEU1968 9.198 -6.118 1.089 626 HD12 LEU1968 HD12 LEU1968 9.408 -4.765 2.208 627 HD13 LEU1968 HD13 LEU1968 10.681 -5.166 1.063 628 HD21 LEU1968 HD21 LEU1968 10.564 -2.748 0.301 629 HD22 LEU1968 HD22 LEU1968 9.233 -2.457 1.423 630 HD23 LEU1968 HD23 LEU1968 9.033 -2.117 -0.299 631 H LYS1969 HN LYS1969 7.314 -7.112 0.097 632 HA LYS1969 HA LYS1969 4.918 -6.369 -1.418 633 HB2 LYS1969 HB2 LYS1969 5.502 -9.148 -0.392 634 HB3 LYS1969 HB1 LYS1969 3.937 -8.617 -0.975 635 HG2 LYS1969 HG2 LYS1969 6.473 -8.773 -2.605 636 HG3 LYS1969 HG1 LYS1969 5.153 -9.938 -2.640 637 HD2 LYS1969 HD2 LYS1969 3.646 -8.155 -3.440 638 HD3 LYS1969 HD1 LYS1969 5.011 -7.037 -3.449 639 HE2 LYS1969 HE2 LYS1969 4.712 -7.817 -5.683 640 HE3 LYS1969 HE1 LYS1969 6.163 -8.585 -5.042 641 HZ1 LYS1969 HZ1 LYS1969 4.816 -10.628 -4.653 642 HZ2 LYS1969 HZ2 LYS1969 4.782 -10.139 -6.274 643 HZ3 LYS1969 HZ3 LYS1969 3.476 -9.812 -5.292 644 H LEU1970 HN LEU1970 3.054 -6.177 -0.270 645 HA LEU1970 HA LEU1970 2.988 -6.685 2.582 646 HB2 LEU1970 HB2 LEU1970 3.850 -4.307 2.055 647 HB3 LEU1970 HB1 LEU1970 2.274 -3.996 1.378 648 HG LEU1970 HG LEU1970 2.694 -4.752 4.273 649 HD11 LEU1970 HD11 LEU1970 2.536 -2.023 3.022 650 HD12 LEU1970 HD12 LEU1970 3.961 -2.749 3.770 651 HD13 LEU1970 HD13 LEU1970 2.547 -2.365 4.751 652 HD21 LEU1970 HD21 LEU1970 0.423 -3.334 2.865 653 HD22 LEU1970 HD22 LEU1970 0.512 -3.690 4.588 654 HD23 LEU1970 HD23 LEU1970 0.390 -5.007 3.422 655 H VAL1971 HN VAL1971 0.780 -7.095 3.183 656 HA VAL1971 HA VAL1971 -1.137 -6.977 0.966 657 HB VAL1971 HB VAL1971 -2.123 -9.120 1.674 658 HG11 VAL1971 HG11 VAL1971 -0.542 -9.142 -0.153 659 HG12 VAL1971 HG12 VAL1971 -0.386 -10.615 0.804 660 HG13 VAL1971 HG13 VAL1971 0.800 -9.319 0.976 661 HG21 VAL1971 HG21 VAL1971 -0.873 -10.628 3.180 662 HG22 VAL1971 HG22 VAL1971 -1.453 -9.178 3.987 663 HG23 VAL1971 HG23 VAL1971 0.248 -9.307 3.536 664 H TYR1972 HN TYR1972 -3.074 -6.286 1.424 665 HA TYR1972 HA TYR1972 -3.747 -5.616 4.234 666 HB2 TYR1972 HB2 TYR1972 -4.904 -4.504 1.680 667 HB3 TYR1972 HB1 TYR1972 -5.259 -3.974 3.313 668 HD1 TYR1972 HD1 TYR1972 -2.881 -3.923 0.576 669 HD2 TYR1972 HD2 TYR1972 -3.738 -2.539 4.486 670 HE1 TYR1972 HE1 TYR1972 -1.184 -2.192 0.323 671 HE2 TYR1972 HE2 TYR1972 -2.029 -0.800 4.248 672 HH TYR1972 HH TYR1972 -0.156 -0.343 2.983 673 H GLU1973 HN GLU1973 -5.656 -6.538 5.011 674 HA GLU1973 HA GLU1973 -7.532 -7.486 3.077 675 HB2 GLU1973 HB2 GLU1973 -7.674 -9.752 4.080 676 HB3 GLU1973 HB1 GLU1973 -6.151 -9.444 3.267 677 HG2 GLU1973 HG2 GLU1973 -5.133 -8.995 5.471 678 HG3 GLU1973 HG1 GLU1973 -6.645 -9.476 6.235 679 H ASP1974 HN ASP1974 -9.384 -8.615 4.401 680 HA ASP1974 HA ASP1974 -11.176 -8.306 5.676 681 HB2 ASP1974 HB2 ASP1974 -9.629 -9.235 7.395 682 HB3 ASP1974 HB1 ASP1974 -9.233 -7.591 7.879 683 H GLY1975 HN GLY1975 -12.162 -6.697 4.702 684 HA2 GLY1975 HA2 GLY1975 -11.959 -4.089 6.027 685 HA3 GLY1975 HA1 GLY1975 -11.865 -4.173 4.271 686 H ASP1976 HN ASP1976 -13.667 -3.932 3.226 687 HA ASP1976 HA ASP1976 -16.196 -4.128 4.673 688 HB2 ASP1976 HB2 ASP1976 -15.668 -2.120 3.224 689 HB3 ASP1976 HB1 ASP1976 -15.711 -3.191 1.829 690 HA PRO1977 HA PRO1977 -16.200 -8.345 3.283 691 HB2 PRO1977 HB2 PRO1977 -18.980 -8.240 4.311 692 HB3 PRO1977 HB1 PRO1977 -17.663 -9.357 4.702 693 HG2 PRO1977 HG2 PRO1977 -18.348 -7.472 6.423 694 HG3 PRO1977 HG1 PRO1977 -16.634 -7.846 6.142 695 HD2 PRO1977 HD2 PRO1977 -18.273 -5.579 5.068 696 HD3 PRO1977 HD1 PRO1977 -16.627 -5.559 5.738 697 H CYS1978 HN CYS1978 -16.281 -8.633 1.208 698 HA CYS1978 HA CYS1978 -18.674 -8.032 -0.328 699 HB2 CYS1978 HB2 CYS1978 -17.082 -8.744 -2.240 700 HB3 CYS1978 HB1 CYS1978 -16.712 -7.239 -1.407 701 HA PRO1979 HA PRO1979 -20.282 -12.171 -0.327 702 HB2 PRO1979 HB2 PRO1979 -20.625 -12.638 -3.053 703 HB3 PRO1979 HB1 PRO1979 -21.780 -11.823 -1.997 704 HG2 PRO1979 HG2 PRO1979 -19.729 -10.654 -3.826 705 HG3 PRO1979 HG1 PRO1979 -21.389 -10.111 -3.509 706 HD2 PRO1979 HD2 PRO1979 -19.322 -8.841 -2.428 707 HD3 PRO1979 HD1 PRO1979 -20.799 -9.125 -1.479 708 H THR1980 HN THR1980 -17.599 -11.553 -2.405 709 HA THR1980 HA THR1980 -16.939 -14.283 -2.885 710 HB THR1980 HB THR1980 -15.209 -11.809 -3.136 711 HG1 THR1980 HG1 THR1980 -16.831 -11.270 -4.412 712 HG21 THR1980 HG21 THR1980 -15.208 -14.461 -4.600 713 HG22 THR1980 HG22 THR1980 -13.958 -13.892 -3.477 714 HG23 THR1980 HG23 THR1980 -14.233 -13.063 -5.019 715 H ASP1981 HN ASP1981 -15.951 -11.771 -0.619 716 HA ASP1981 HA ASP1981 -13.723 -13.046 0.541 717 HB2 ASP1981 HB2 ASP1981 -14.000 -10.649 0.581 718 HB3 ASP1981 HB1 ASP1981 -15.472 -10.785 1.514 719 H LEU1982 HN LEU1982 -17.039 -13.338 1.070 720 HA LEU1982 HA LEU1982 -17.317 -14.264 3.673 721 HB2 LEU1982 HB2 LEU1982 -18.646 -15.342 1.216 722 HB3 LEU1982 HB1 LEU1982 -19.180 -15.580 2.860 723 HG LEU1982 HG LEU1982 -19.037 -12.901 1.519 724 HD11 LEU1982 HD11 LEU1982 -21.302 -14.840 1.880 725 HD12 LEU1982 HD12 LEU1982 -20.426 -14.475 0.395 726 HD13 LEU1982 HD13 LEU1982 -21.416 -13.208 1.159 727 HD21 LEU1982 HD21 LEU1982 -19.000 -12.879 3.965 728 HD22 LEU1982 HD22 LEU1982 -20.428 -13.914 3.988 729 HD23 LEU1982 HD23 LEU1982 -20.541 -12.271 3.347 730 H LYS1983 HN LYS1983 -16.576 -16.108 0.754 731 HA LYS1983 HA LYS1983 -16.091 -18.458 2.430 732 HB2 LYS1983 HB2 LYS1983 -16.211 -19.792 0.384 733 HB3 LYS1983 HB1 LYS1983 -17.616 -18.738 0.576 734 HG2 LYS1983 HG2 LYS1983 -16.920 -17.279 -1.063 735 HG3 LYS1983 HG1 LYS1983 -15.286 -17.944 -1.070 736 HD2 LYS1983 HD2 LYS1983 -16.592 -18.642 -3.061 737 HD3 LYS1983 HD1 LYS1983 -16.094 -20.008 -2.064 738 HE2 LYS1983 HE2 LYS1983 -18.300 -20.116 -1.078 739 HE3 LYS1983 HE1 LYS1983 -18.797 -18.693 -1.989 740 HZ1 LYS1983 HZ1 LYS1983 -17.999 -21.298 -3.192 741 HZ2 LYS1983 HZ2 LYS1983 -18.478 -19.907 -4.018 742 HZ3 LYS1983 HZ3 LYS1983 -19.577 -20.698 -3.004 743 H MET1984 HN MET1984 -14.505 -16.209 0.375 744 HA MET1984 HA MET1984 -11.963 -17.429 0.994 745 HB2 MET1984 HB2 MET1984 -11.268 -17.024 -1.431 746 HB3 MET1984 HB1 MET1984 -12.300 -18.411 -1.122 747 HG2 MET1984 HG2 MET1984 -14.229 -17.216 -1.943 748 HG3 MET1984 HG1 MET1984 -13.284 -15.741 -2.114 749 HE1 MET1984 HE1 MET1984 -10.836 -16.576 -4.953 750 HE2 MET1984 HE2 MET1984 -10.673 -16.620 -3.176 751 HE3 MET1984 HE3 MET1984 -11.552 -15.316 -3.936 752 H LYS1985 HN LYS1985 -11.144 -15.889 2.107 753 HA LYS1985 HA LYS1985 -11.715 -13.134 1.359 754 HB2 LYS1985 HB2 LYS1985 -10.980 -12.432 3.554 755 HB3 LYS1985 HB1 LYS1985 -12.037 -13.807 3.776 756 HG2 LYS1985 HG2 LYS1985 -10.015 -15.227 4.075 757 HG3 LYS1985 HG1 LYS1985 -9.035 -13.769 3.969 758 HD2 LYS1985 HD2 LYS1985 -11.129 -14.387 6.056 759 HD3 LYS1985 HD1 LYS1985 -9.389 -14.405 6.289 760 HE2 LYS1985 HE2 LYS1985 -11.129 -11.998 5.718 761 HE3 LYS1985 HE1 LYS1985 -10.351 -12.396 7.241 762 HZ1 LYS1985 HZ1 LYS1985 -9.196 -11.245 4.801 763 HZ2 LYS1985 HZ2 LYS1985 -8.185 -12.218 5.730 764 HZ3 LYS1985 HZ3 LYS1985 -8.874 -10.889 6.427 765 H HIS1986 HN HIS1986 -10.348 -12.063 0.184 766 HA HIS1986 HA HIS1986 -7.659 -13.118 0.151 767 HB2 HIS1986 HB2 HIS1986 -9.282 -12.077 -2.124 768 HB3 HIS1986 HB1 HIS1986 -7.528 -11.927 -2.180 769 HD1 HIS1986 HD1 HIS1986 -6.799 -13.738 -3.753 770 HD2 HIS1986 HD2 HIS1986 -9.608 -15.078 -1.000 771 HE1 HIS1986 HE1 HIS1986 -6.930 -16.210 -4.073 772 HE2 HIS1986 HE2 HIS1986 -8.267 -16.967 -2.084 773 H LYS1987 HN LYS1987 -6.146 -11.366 -0.943 774 HA LYS1987 HA LYS1987 -6.170 -9.269 1.100 775 HB2 LYS1987 HB2 LYS1987 -3.820 -10.629 -0.226 776 HB3 LYS1987 HB1 LYS1987 -3.783 -9.519 1.133 777 HG2 LYS1987 HG2 LYS1987 -4.662 -11.140 2.611 778 HG3 LYS1987 HG1 LYS1987 -5.154 -12.193 1.282 779 HD2 LYS1987 HD2 LYS1987 -2.751 -12.461 0.683 780 HD3 LYS1987 HD1 LYS1987 -2.333 -11.541 2.127 781 HE2 LYS1987 HE2 LYS1987 -3.977 -14.065 2.201 782 HE3 LYS1987 HE1 LYS1987 -2.223 -14.067 2.316 783 HZ1 LYS1987 HZ1 LYS1987 -3.367 -14.144 4.483 784 HZ2 LYS1987 HZ2 LYS1987 -3.977 -12.578 4.235 785 HZ3 LYS1987 HZ3 LYS1987 -2.341 -12.841 4.324 786 H SER1988 HN SER1988 -5.402 -7.299 0.358 787 HA SER1988 HA SER1988 -5.257 -6.933 -2.507 788 HB2 SER1988 HB2 SER1988 -5.219 -4.969 -0.188 789 HB3 SER1988 HB1 SER1988 -5.191 -4.510 -1.902 790 HG SER1988 HG SER1988 -7.318 -5.100 -0.360 791 H TYR1989 HN TYR1989 -3.382 -7.275 -3.371 792 HA TYR1989 HA TYR1989 -1.007 -7.483 -1.742 793 HB2 TYR1989 HB2 TYR1989 -1.480 -8.084 -4.667 794 HB3 TYR1989 HB1 TYR1989 0.034 -8.357 -3.823 795 HD1 TYR1989 HD1 TYR1989 -3.509 -9.416 -4.010 796 HD2 TYR1989 HD2 TYR1989 0.378 -10.349 -2.563 797 HE1 TYR1989 HE1 TYR1989 -4.274 -11.676 -3.439 798 HE2 TYR1989 HE2 TYR1989 -0.380 -12.624 -1.984 799 HH TYR1989 HH TYR1989 -2.439 -13.865 -1.532 800 H PHE1990 HN PHE1990 0.270 -5.835 -1.443 801 HA PHE1990 HA PHE1990 0.350 -3.730 -3.464 802 HB2 PHE1990 HB2 PHE1990 -0.237 -3.412 -0.881 803 HB3 PHE1990 HB1 PHE1990 1.514 -3.461 -0.720 804 HD1 PHE1990 HD2 PHE1990 2.472 -1.985 -3.007 805 HD2 PHE1990 HD1 PHE1990 -0.934 -1.267 -0.591 806 HE1 PHE1990 HE2 PHE1990 2.532 0.385 -3.619 807 HE2 PHE1990 HE1 PHE1990 -0.881 1.100 -1.202 808 HZ PHE1990 HZ PHE1990 0.856 1.933 -2.716 809 H SER1991 HN SER1991 2.091 -3.843 -4.684 810 HA SER1991 HA SER1991 4.426 -5.347 -3.799 811 HB2 SER1991 HB2 SER1991 3.309 -5.858 -6.004 812 HB3 SER1991 HB1 SER1991 3.748 -4.242 -6.542 813 HG SER1991 HG SER1991 5.342 -5.552 -7.267 814 H PHE1992 HN PHE1992 6.396 -4.335 -3.631 815 HA PHE1992 HA PHE1992 6.491 -1.473 -4.206 816 HB2 PHE1992 HB2 PHE1992 7.845 -2.903 -1.899 817 HB3 PHE1992 HB1 PHE1992 8.050 -1.202 -2.306 818 HD1 PHE1992 HD1 PHE1992 5.807 -3.699 -0.904 819 HD2 PHE1992 HD2 PHE1992 6.337 0.415 -1.825 820 HE1 PHE1992 HE1 PHE1992 3.913 -3.143 0.539 821 HE2 PHE1992 HE2 PHE1992 4.442 0.988 -0.383 822 HZ PHE1992 HZ PHE1992 3.175 -0.770 0.737 823 H VAL1993 HN VAL1993 7.774 -1.082 -5.710 824 HA VAL1993 HA VAL1993 10.072 -2.792 -6.245 825 HB VAL1993 HB VAL1993 8.363 -3.640 -7.705 826 HG11 VAL1993 HG11 VAL1993 7.064 -2.250 -9.229 827 HG12 VAL1993 HG12 VAL1993 7.768 -0.802 -8.497 828 HG13 VAL1993 HG13 VAL1993 6.758 -1.886 -7.533 829 HG21 VAL1993 HG21 VAL1993 10.019 -1.708 -9.297 830 HG22 VAL1993 HG22 VAL1993 9.167 -3.106 -9.953 831 HG23 VAL1993 HG23 VAL1993 10.512 -3.335 -8.823 832 H CYS1994 HN CYS1994 11.808 -1.679 -7.298 833 HA CYS1994 HA CYS1994 11.903 1.059 -6.477 834 HB2 CYS1994 HB2 CYS1994 13.758 -0.360 -6.068 835 HB3 CYS1994 HB1 CYS1994 13.917 -0.751 -7.768 836 H LYS1995 HN LYS1995 11.551 2.745 -7.639 837 HA LYS1995 HA LYS1995 12.169 2.669 -10.466 838 HB2 LYS1995 HB2 LYS1995 9.756 2.232 -10.372 839 HB3 LYS1995 HB1 LYS1995 9.525 3.709 -9.446 840 HG2 LYS1995 HG2 LYS1995 10.260 5.043 -11.318 841 HG3 LYS1995 HG1 LYS1995 10.624 3.592 -12.247 842 HD2 LYS1995 HD2 LYS1995 8.251 2.973 -12.194 843 HD3 LYS1995 HD1 LYS1995 7.898 4.437 -11.269 844 HE2 LYS1995 HE2 LYS1995 8.672 5.816 -13.086 845 HE3 LYS1995 HE1 LYS1995 9.155 4.391 -14.000 846 HZ1 LYS1995 HZ1 LYS1995 6.833 3.728 -14.087 847 HZ2 LYS1995 HZ2 LYS1995 7.106 5.236 -14.794 848 HZ3 LYS1995 HZ3 LYS1995 6.375 5.151 -13.269 849 H SER1996 HN SER1996 13.497 4.248 -10.905 850 HA SER1996 HA SER1996 14.076 6.345 -9.150 851 HB2 SER1996 HB2 SER1996 15.394 7.028 -11.259 852 HB3 SER1996 HB1 SER1996 15.792 5.493 -10.472 853 HG SER1996 HG SER1996 15.041 5.879 -12.945 854 H ASP1997 HN ASP1997 11.987 6.001 -11.919 855 HA ASP1997 HA ASP1997 11.511 8.849 -12.196 856 HB2 ASP1997 HB2 ASP1997 11.561 7.353 -14.202 857 HB3 ASP1997 HB1 ASP1997 10.123 6.537 -13.601 858 H ALA1998 HN ALA1998 11.061 8.227 -9.861 859 HA ALA1998 HA ALA1998 8.461 9.091 -9.192 860 HB1 ALA1998 HB1 ALA1998 9.220 6.246 -8.461 861 HB2 ALA1998 HB2 ALA1998 7.878 6.722 -9.502 862 HB3 ALA1998 HB3 ALA1998 7.847 7.126 -7.783 863 H GLY1999 HN GLY1999 11.184 7.151 -8.077 864 HA2 GLY1999 HA2 GLY1999 12.876 7.521 -6.651 865 HA3 GLY1999 HA1 GLY1999 12.690 9.207 -7.067 866 H ASP2000 HN ASP2000 12.183 10.525 -5.571 867 HA ASP2000 HA ASP2000 12.272 9.659 -2.868 868 HB2 ASP2000 HB2 ASP2000 12.022 12.391 -4.101 869 HB3 ASP2000 HB1 ASP2000 12.024 12.139 -2.360 870 H ASP2001 HN ASP2001 9.773 11.513 -4.614 871 HA ASP2001 HA ASP2001 7.952 11.265 -2.415 872 HB2 ASP2001 HB2 ASP2001 7.658 13.142 -3.930 873 HB3 ASP2001 HB1 ASP2001 7.425 12.050 -5.292 874 H SER2002 HN SER2002 8.267 9.774 -5.540 875 HA SER2002 HA SER2002 7.492 7.980 -6.518 876 HB2 SER2002 HB2 SER2002 7.509 5.860 -5.160 877 HB3 SER2002 HB1 SER2002 8.988 6.813 -5.139 878 HG SER2002 HG SER2002 7.524 7.666 -3.146 879 H GLN2003 HN GLN2003 5.714 7.379 -7.434 880 HA GLN2003 HA GLN2003 3.277 7.886 -5.967 881 HB2 GLN2003 HB2 GLN2003 2.146 7.858 -8.125 882 HB3 GLN2003 HB1 GLN2003 3.483 8.992 -8.119 883 HG2 GLN2003 HG2 GLN2003 4.847 7.378 -9.357 884 HG3 GLN2003 HG1 GLN2003 3.488 6.252 -9.372 885 HE21 GLN2003 HE21 GLN2003 1.649 6.805 -10.562 886 HE22 GLN2003 HE22 GLN2003 1.702 7.920 -11.875 887 HA PRO2004 HA PRO2004 2.426 3.530 -5.591 888 HB2 PRO2004 HB2 PRO2004 -0.047 3.809 -4.521 889 HB3 PRO2004 HB1 PRO2004 1.408 4.125 -3.566 890 HG2 PRO2004 HG2 PRO2004 -0.372 6.053 -5.004 891 HG3 PRO2004 HG1 PRO2004 0.254 6.212 -3.361 892 HD2 PRO2004 HD2 PRO2004 1.369 7.481 -5.452 893 HD3 PRO2004 HD1 PRO2004 2.352 6.859 -4.114 894 H VAL2005 HN VAL2005 1.996 2.591 -7.488 895 HA VAL2005 HA VAL2005 -0.022 3.704 -9.235 896 HB VAL2005 HB VAL2005 2.010 1.494 -9.699 897 HG11 VAL2005 HG11 VAL2005 1.423 1.683 -12.067 898 HG12 VAL2005 HG12 VAL2005 0.163 2.851 -11.668 899 HG13 VAL2005 HG13 VAL2005 0.035 1.188 -11.099 900 HG21 VAL2005 HG21 VAL2005 1.970 4.361 -10.643 901 HG22 VAL2005 HG22 VAL2005 3.160 3.144 -11.104 902 HG23 VAL2005 HG23 VAL2005 3.049 3.680 -9.427 903 H PHE2006 HN PHE2006 -1.970 2.957 -9.083 904 HA PHE2006 HA PHE2006 -2.459 0.386 -7.874 905 HB2 PHE2006 HB2 PHE2006 -4.854 0.960 -8.098 906 HB3 PHE2006 HB1 PHE2006 -3.986 2.250 -7.286 907 HD1 PHE2006 HD2 PHE2006 -3.409 4.324 -8.628 908 HD2 PHE2006 HD1 PHE2006 -6.094 1.348 -10.057 909 HE1 PHE2006 HE2 PHE2006 -4.330 5.933 -10.245 910 HE2 PHE2006 HE1 PHE2006 -7.017 2.952 -11.675 911 HZ PHE2006 HZ PHE2006 -6.142 5.223 -11.790 912 H LEU2007 HN LEU2007 -2.852 -1.411 -8.980 913 HA LEU2007 HA LEU2007 -2.573 -1.268 -11.851 914 HB2 LEU2007 HB2 LEU2007 -2.781 -3.589 -9.918 915 HB3 LEU2007 HB1 LEU2007 -2.820 -3.818 -11.649 916 HG LEU2007 HG LEU2007 -0.515 -2.927 -11.814 917 HD11 LEU2007 HD11 LEU2007 0.828 -2.610 -9.815 918 HD12 LEU2007 HD12 LEU2007 -0.600 -2.852 -8.807 919 HD13 LEU2007 HD13 LEU2007 -0.504 -1.455 -9.878 920 HD21 LEU2007 HD21 LEU2007 -0.871 -5.314 -11.589 921 HD22 LEU2007 HD22 LEU2007 -0.840 -5.164 -9.832 922 HD23 LEU2007 HD23 LEU2007 0.611 -4.818 -10.771 923 H SER2008 HN SER2008 -4.821 -2.966 -9.699 924 HA SER2008 HA SER2008 -7.032 -1.638 -10.784 925 HB2 SER2008 HB2 SER2008 -8.121 -3.745 -11.705 926 HB3 SER2008 HB1 SER2008 -6.815 -3.080 -12.682 927 HG SER2008 HG SER2008 -5.500 -4.668 -12.080 928 H PHE2009 HN PHE2009 -8.802 -1.901 -9.562 929 HA PHE2009 HA PHE2009 -8.484 -3.519 -7.154 930 HB2 PHE2009 HB2 PHE2009 -8.995 -1.218 -6.610 931 HB3 PHE2009 HB1 PHE2009 -10.273 -1.153 -7.814 932 HD1 PHE2009 HD1 PHE2009 -9.709 -3.839 -5.334 933 HD2 PHE2009 HD2 PHE2009 -12.119 -0.505 -6.432 934 HE1 PHE2009 HE1 PHE2009 -11.298 -4.416 -3.572 935 HE2 PHE2009 HE2 PHE2009 -13.716 -1.063 -4.654 936 HZ PHE2009 HZ PHE2009 -13.441 -3.035 -3.338 937 H ASP2010 HN ASP2010 -9.449 -5.418 -7.194 938 HA ASP2010 HA ASP2010 -11.748 -5.687 -8.980 939 HB2 ASP2010 HB2 ASP2010 -9.731 -6.836 -9.798 940 HB3 ASP2010 HB1 ASP2010 -9.695 -7.785 -8.315 941 H GLU2011 HN GLU2011 -13.509 -5.885 -7.819 942 HA GLU2011 HA GLU2011 -13.348 -7.121 -5.192 943 HB2 GLU2011 HB2 GLU2011 -15.697 -6.375 -4.912 944 HB3 GLU2011 HB1 GLU2011 -14.602 -5.054 -5.294 945 HG2 GLU2011 HG2 GLU2011 -15.357 -5.093 -7.606 946 HG3 GLU2011 HG1 GLU2011 -16.435 -6.436 -7.234 947 H GLN2012 HN GLN2012 -13.610 -8.230 -8.197 948 HA GLN2012 HA GLN2012 -15.780 -10.122 -7.998 949 HB2 GLN2012 HB2 GLN2012 -15.033 -9.246 -10.177 950 HB3 GLN2012 HB1 GLN2012 -13.424 -9.877 -9.889 951 HG2 GLN2012 HG2 GLN2012 -14.419 -12.170 -9.906 952 HG3 GLN2012 HG1 GLN2012 -15.945 -11.432 -10.397 953 HE21 GLN2012 HE21 GLN2012 -14.206 -13.300 -11.790 954 HE22 GLN2012 HE22 GLN2012 -13.732 -12.548 -13.289 955 H THR2013 HN THR2013 -12.290 -10.205 -7.621 956 HA THR2013 HA THR2013 -12.670 -12.781 -6.273 957 HB THR2013 HB THR2013 -10.982 -12.650 -8.168 958 HG1 THR2013 HG1 THR2013 -10.735 -14.274 -6.788 959 HG21 THR2013 HG21 THR2013 -10.065 -10.420 -7.711 960 HG22 THR2013 HG22 THR2013 -8.788 -11.637 -7.703 961 HG23 THR2013 HG23 THR2013 -9.406 -10.997 -6.179 962 H CYS2014 HN CYS2014 -12.466 -9.561 -5.666 963 HA CYS2014 HA CYS2014 -12.100 -8.220 -3.955 964 HB2 CYS2014 HB2 CYS2014 -12.274 -10.751 -2.277 965 HB3 CYS2014 HB1 CYS2014 -12.307 -9.116 -1.624 966 H THR2015 HN THR2015 -10.112 -8.055 -5.133 967 HA THR2015 HA THR2015 -7.857 -8.186 -3.345 968 HB THR2015 HB THR2015 -7.883 -9.537 -6.057 969 HG1 THR2015 HG1 THR2015 -8.414 -10.420 -3.677 970 HG21 THR2015 HG21 THR2015 -5.571 -9.114 -4.145 971 HG22 THR2015 HG22 THR2015 -5.773 -8.322 -5.708 972 HG23 THR2015 HG23 THR2015 -5.508 -10.064 -5.631 973 H SER2016 HN SER2016 -7.072 -6.152 -3.488 974 HA SER2016 HA SER2016 -7.311 -4.821 -6.060 975 HB2 SER2016 HB2 SER2016 -8.247 -3.724 -3.953 976 HB3 SER2016 HB1 SER2016 -6.578 -3.575 -3.403 977 HG SER2016 HG SER2016 -6.201 -2.080 -4.857 978 H TYR2017 HN TYR2017 -5.521 -4.453 -7.191 979 HA TYR2017 HA TYR2017 -2.996 -5.459 -6.094 980 HB2 TYR2017 HB2 TYR2017 -3.727 -4.794 -8.956 981 HB3 TYR2017 HB1 TYR2017 -2.256 -5.581 -8.411 982 HD1 TYR2017 HD1 TYR2017 -5.830 -6.001 -9.071 983 HD2 TYR2017 HD2 TYR2017 -2.272 -7.932 -7.771 984 HE1 TYR2017 HE1 TYR2017 -6.910 -8.180 -9.383 985 HE2 TYR2017 HE2 TYR2017 -3.348 -10.124 -8.077 986 HH TYR2017 HH TYR2017 -6.391 -10.399 -9.700 987 H PHE2018 HN PHE2018 -1.571 -3.974 -5.400 988 HA PHE2018 HA PHE2018 -1.512 -1.377 -6.778 989 HB2 PHE2018 HB2 PHE2018 -1.070 -1.865 -3.827 990 HB3 PHE2018 HB1 PHE2018 -0.835 -0.335 -4.646 991 HD1 PHE2018 HD2 PHE2018 -3.028 0.386 -6.051 992 HD2 PHE2018 HD1 PHE2018 -2.968 -2.090 -2.595 993 HE1 PHE2018 HE2 PHE2018 -5.383 0.936 -5.622 994 HE2 PHE2018 HE1 PHE2018 -5.324 -1.544 -2.156 995 HZ PHE2018 HZ PHE2018 -6.476 0.098 -3.543 996 H SER2019 HN SER2019 0.584 -0.425 -6.921 997 HA SER2019 HA SER2019 2.840 -2.033 -6.046 998 HB2 SER2019 HB2 SER2019 2.232 -2.735 -8.362 999 HB3 SER2019 HB1 SER2019 2.441 -1.067 -8.881 1000 HG SER2019 HG SER2019 4.193 -2.959 -8.705 1001 H TRP2020 HN TRP2020 4.078 -0.624 -5.002 1002 HA TRP2020 HA TRP2020 3.871 2.200 -5.720 1003 HB2 TRP2020 HB2 TRP2020 3.639 1.242 -3.280 1004 HB3 TRP2020 HB1 TRP2020 5.394 1.165 -3.343 1005 HD1 TRP2020 HD1 TRP2020 5.988 3.963 -4.736 1006 HE1 TRP2020 HE1 TRP2020 5.498 6.154 -3.450 1007 HE3 TRP2020 HE3 TRP2020 2.659 2.207 -1.276 1008 HZ2 TRP2020 HZ2 TRP2020 3.956 7.014 -1.298 1009 HZ3 TRP2020 HZ3 TRP2020 1.733 3.782 0.368 1010 HH2 TRP2020 HH2 TRP2020 2.368 6.137 0.356 1011 H HIS2021 HN HIS2021 5.200 2.554 -7.269 1012 HA HIS2021 HA HIS2021 7.753 1.245 -7.446 1013 HB2 HIS2021 HB2 HIS2021 6.440 3.391 -9.157 1014 HB3 HIS2021 HB1 HIS2021 8.019 2.705 -9.494 1015 HD1 HIS2021 HD1 HIS2021 7.972 0.791 -11.200 1016 HD2 HIS2021 HD2 HIS2021 4.316 1.234 -9.220 1017 HE1 HIS2021 HE1 HIS2021 6.422 -0.796 -12.280 1018 HE2 HIS2021 HE2 HIS2021 4.357 -0.750 -10.910 1019 H THR2022 HN THR2022 9.009 1.903 -5.837 1020 HA THR2022 HA THR2022 9.321 4.770 -5.399 1021 HB THR2022 HB THR2022 7.768 4.026 -3.707 1022 HG1 THR2022 HG1 THR2022 8.897 5.449 -2.748 1023 HG21 THR2022 HG21 THR2022 8.358 2.321 -2.029 1024 HG22 THR2022 HG22 THR2022 9.857 2.000 -2.900 1025 HG23 THR2022 HG23 THR2022 8.305 1.641 -3.654 1026 H SER2023 HN SER2023 11.297 5.410 -4.481 1027 HA SER2023 HA SER2023 13.535 3.816 -5.285 1028 HB2 SER2023 HB2 SER2023 13.410 6.325 -5.434 1029 HB3 SER2023 HB1 SER2023 13.437 6.353 -3.672 1030 HG SER2023 HG SER2023 15.444 6.123 -5.456 1031 H LEU2024 HN LEU2024 11.685 4.248 -2.376 1032 HA LEU2024 HA LEU2024 13.750 3.496 -0.542 1033 HB2 LEU2024 HB2 LEU2024 10.739 3.582 -0.179 1034 HB3 LEU2024 HB1 LEU2024 11.855 3.176 1.103 1035 HG LEU2024 HG LEU2024 11.209 5.416 1.477 1036 HD11 LEU2024 HD11 LEU2024 13.527 5.046 1.854 1037 HD12 LEU2024 HD12 LEU2024 13.252 6.690 1.277 1038 HD13 LEU2024 HD13 LEU2024 13.902 5.467 0.184 1039 HD21 LEU2024 HD21 LEU2024 11.886 6.032 -1.402 1040 HD22 LEU2024 HD22 LEU2024 11.365 7.207 -0.190 1041 HD23 LEU2024 HD23 LEU2024 10.266 5.930 -0.716 1042 H ALA2025 HN ALA2025 12.037 1.827 -2.773 1043 HA ALA2025 HA ALA2025 11.909 -0.695 -1.338 1044 HB1 ALA2025 HB1 ALA2025 10.819 -1.524 -3.360 1045 HB2 ALA2025 HB2 ALA2025 11.140 0.030 -4.147 1046 HB3 ALA2025 HB3 ALA2025 10.055 -0.046 -2.765 1047 H CYS2026 HN CYS2026 14.418 0.904 -2.661 1048 HA CYS2026 HA CYS2026 15.700 -1.630 -3.314 1049 HB2 CYS2026 HB2 CYS2026 16.687 -0.729 -5.347 1050 HB3 CYS2026 HB1 CYS2026 14.934 -0.819 -5.451 1051 H GLU2027 HN GLU2027 17.954 -1.511 -3.376 1052 HA GLU2027 HA GLU2027 19.176 0.713 -1.911 1053 HB2 GLU2027 HB2 GLU2027 19.661 -1.801 -1.432 1054 HB3 GLU2027 HB1 GLU2027 20.449 -1.844 -2.985 1055 HG2 GLU2027 HG2 GLU2027 22.063 -1.592 -1.173 1056 HG3 GLU2027 HG1 GLU2027 22.076 -0.189 -2.245 1057 H GLU2028 HN GLU2028 19.501 -1.328 -4.740 1058 HA GLU2028 HA GLU2028 19.174 0.766 -6.537 1059 HB2 GLU2028 HB2 GLU2028 21.650 0.936 -6.329 1060 HB3 GLU2028 HB1 GLU2028 21.796 -0.800 -6.603 1061 HG2 GLU2028 HG2 GLU2028 21.071 -0.616 -8.844 1062 HG3 GLU2028 HG1 GLU2028 20.504 1.029 -8.604 1063 H GLU2029 HN GLU2029 18.147 -0.050 -8.248 1064 HA GLU2029 HA GLU2029 18.033 -2.907 -8.761 1065 HB2 GLU2029 HB2 GLU2029 16.389 -2.524 -6.911 1066 HB3 GLU2029 HB1 GLU2029 15.619 -1.289 -7.885 1067 HG2 GLU2029 HG2 GLU2029 14.920 -2.943 -9.491 1068 HG3 GLU2029 HG1 GLU2029 15.801 -4.197 -8.622 1069 H VAL2030 HN VAL2030 16.954 -3.287 -10.706 1070 HA VAL2030 HA VAL2030 17.288 -1.027 -12.569 1071 HB VAL2030 HB VAL2030 16.732 -3.920 -13.248 1072 HG11 VAL2030 HG11 VAL2030 16.245 -2.365 -15.049 1073 HG12 VAL2030 HG12 VAL2030 17.674 -3.327 -15.434 1074 HG13 VAL2030 HG13 VAL2030 17.853 -1.657 -14.898 1075 HG21 VAL2030 HG21 VAL2030 19.143 -4.151 -13.645 1076 HG22 VAL2030 HG22 VAL2030 18.782 -3.797 -11.955 1077 HG23 VAL2030 HG23 VAL2030 19.395 -2.524 -13.010 1078 HA PRO2031 HA PRO2031 12.864 -0.584 -12.640 1079 HB2 PRO2031 HB2 PRO2031 13.274 2.032 -13.716 1080 HB3 PRO2031 HB1 PRO2031 12.820 1.620 -12.063 1081 HG2 PRO2031 HG2 PRO2031 15.244 2.741 -12.859 1082 HG3 PRO2031 HG1 PRO2031 14.923 1.959 -11.301 1083 HD2 PRO2031 HD2 PRO2031 16.307 0.828 -13.720 1084 HD3 PRO2031 HD1 PRO2031 16.571 0.524 -11.991 1085 H ARG2032 HN ARG2032 11.930 -1.459 -14.270 1086 HA ARG2032 HA ARG2032 12.778 -0.788 -17.001 1087 HB2 ARG2032 HB2 ARG2032 11.656 -3.398 -15.972 1088 HB3 ARG2032 HB1 ARG2032 11.989 -3.038 -17.658 1089 HG2 ARG2032 HG2 ARG2032 14.110 -3.034 -15.517 1090 HG3 ARG2032 HG1 ARG2032 13.690 -4.458 -16.460 1091 HD2 ARG2032 HD2 ARG2032 15.614 -3.479 -17.463 1092 HD3 ARG2032 HD1 ARG2032 14.256 -3.164 -18.522 1093 HE ARG2032 HE ARG2032 14.565 -0.930 -16.872 1094 HH11 ARG2032 HH11 ARG2032 16.441 -2.631 -19.393 1095 HH12 ARG2032 HH12 ARG2032 17.210 -1.206 -19.938 1096 HH21 ARG2032 HH21 ARG2032 15.735 1.013 -17.663 1097 HH22 ARG2032 HH22 ARG2032 16.815 0.817 -18.972 Start of MODEL 4 1 H1 MET1885 HT1 MET1885 9.820 11.990 0.951 2 H2 MET1885 HT2 MET1885 10.157 13.541 1.523 3 H3 MET1885 HT3 MET1885 8.576 13.124 1.065 4 HA MET1885 HA MET1885 8.906 13.153 3.487 5 HB2 MET1885 HB2 MET1885 7.277 11.602 2.254 6 HB3 MET1885 HB1 MET1885 8.498 10.347 2.411 7 HG2 MET1885 HG2 MET1885 6.882 10.058 4.134 8 HG3 MET1885 HG1 MET1885 8.383 10.626 4.868 9 HE1 MET1885 HE1 MET1885 5.709 12.314 7.145 10 HE2 MET1885 HE2 MET1885 7.155 11.307 7.088 11 HE3 MET1885 HE3 MET1885 5.636 10.708 6.424 12 H LYS1886 HN LYS1886 10.389 12.715 5.126 13 HA LYS1886 HA LYS1886 12.538 10.902 4.350 14 HB2 LYS1886 HB2 LYS1886 14.169 12.311 5.572 15 HB3 LYS1886 HB1 LYS1886 13.471 13.097 4.166 16 HG2 LYS1886 HG2 LYS1886 12.210 14.573 5.469 17 HG3 LYS1886 HG1 LYS1886 12.362 13.570 6.913 18 HD2 LYS1886 HD2 LYS1886 14.599 15.093 5.574 19 HD3 LYS1886 HD1 LYS1886 13.769 15.563 7.061 20 HE2 LYS1886 HE2 LYS1886 15.429 13.075 6.636 21 HE3 LYS1886 HE1 LYS1886 15.893 14.488 7.577 22 HZ1 LYS1886 HZ1 LYS1886 13.992 14.021 9.060 23 HZ2 LYS1886 HZ2 LYS1886 15.151 12.803 9.053 24 HZ3 LYS1886 HZ3 LYS1886 13.699 12.567 8.236 25 H SER1887 HN SER1887 10.991 9.536 5.466 26 HA SER1887 HA SER1887 10.703 7.986 7.029 27 HB2 SER1887 HB2 SER1887 13.142 7.988 7.238 28 HB3 SER1887 HB1 SER1887 13.046 9.221 8.500 29 HG SER1887 HG SER1887 12.826 6.564 8.676 30 H ASN1888 HN ASN1888 9.100 7.791 8.267 31 HA ASN1888 HA ASN1888 8.524 9.792 10.337 32 HB2 ASN1888 HB2 ASN1888 7.050 9.971 8.312 33 HB3 ASN1888 HB1 ASN1888 6.648 8.277 8.606 34 HD21 ASN1888 HD21 ASN1888 4.518 8.843 8.751 35 HD22 ASN1888 HD22 ASN1888 3.801 9.593 10.132 36 H VAL1889 HN VAL1889 8.961 8.735 12.072 37 HA VAL1889 HA VAL1889 8.367 5.915 12.093 38 HB VAL1889 HB VAL1889 10.658 6.346 12.771 39 HG11 VAL1889 HG11 VAL1889 10.507 8.574 13.640 40 HG12 VAL1889 HG12 VAL1889 11.268 7.515 14.833 41 HG13 VAL1889 HG13 VAL1889 9.586 8.005 15.031 42 HG21 VAL1889 HG21 VAL1889 9.002 5.407 15.111 43 HG22 VAL1889 HG22 VAL1889 10.737 5.144 14.926 44 HG23 VAL1889 HG23 VAL1889 9.609 4.418 13.783 45 H GLN1890 HN GLN1890 6.241 6.329 12.055 46 HA GLN1890 HA GLN1890 5.042 7.084 14.631 47 HB2 GLN1890 HB2 GLN1890 3.049 7.511 13.451 48 HB3 GLN1890 HB1 GLN1890 4.286 7.989 12.299 49 HG2 GLN1890 HG2 GLN1890 3.003 6.745 10.836 50 HG3 GLN1890 HG1 GLN1890 3.929 5.456 11.587 51 HE21 GLN1890 HE21 GLN1890 2.200 3.973 11.149 52 HE22 GLN1890 HE22 GLN1890 0.789 3.995 12.145 53 H ASN1891 HN ASN1891 6.178 4.582 12.920 54 HA ASN1891 HA ASN1891 5.320 2.450 14.490 55 HB2 ASN1891 HB2 ASN1891 3.180 2.538 13.416 56 HB3 ASN1891 HB1 ASN1891 3.891 2.933 11.859 57 HD21 ASN1891 HD21 ASN1891 3.476 0.430 14.233 58 HD22 ASN1891 HD22 ASN1891 3.757 -0.895 13.162 59 H ASP1892 HN ASP1892 6.281 0.397 13.477 60 HA ASP1892 HA ASP1892 8.811 1.153 12.293 61 HB2 ASP1892 HB2 ASP1892 8.857 -0.344 14.208 62 HB3 ASP1892 HB1 ASP1892 7.867 -1.520 13.362 63 H CYS1893 HN CYS1893 7.155 -1.897 11.535 64 HA CYS1893 HA CYS1893 6.880 -3.002 9.586 65 HB2 CYS1893 HB2 CYS1893 4.972 -1.430 9.501 66 HB3 CYS1893 HB1 CYS1893 5.959 -0.282 8.619 67 H ARG1894 HN ARG1894 9.187 -3.340 9.393 68 HA ARG1894 HA ARG1894 10.095 -2.628 6.804 69 HB2 ARG1894 HB2 ARG1894 12.282 -1.640 7.541 70 HB3 ARG1894 HB1 ARG1894 10.894 -0.611 7.851 71 HG2 ARG1894 HG2 ARG1894 10.917 -1.304 10.190 72 HG3 ARG1894 HG1 ARG1894 12.318 -2.325 9.863 73 HD2 ARG1894 HD2 ARG1894 13.612 -0.358 9.231 74 HD3 ARG1894 HD1 ARG1894 12.205 0.669 9.518 75 HE ARG1894 HE ARG1894 12.355 -0.447 11.842 76 HH11 ARG1894 HH11 ARG1894 15.042 0.918 9.896 77 HH12 ARG1894 HH12 ARG1894 16.050 1.177 11.213 78 HH21 ARG1894 HH21 ARG1894 13.812 -0.113 13.655 79 HH22 ARG1894 HH22 ARG1894 15.373 0.554 13.399 80 H VAL1895 HN VAL1895 11.772 -3.967 6.071 81 HA VAL1895 HA VAL1895 12.669 -6.058 7.874 82 HB VAL1895 HB VAL1895 10.541 -6.969 7.082 83 HG11 VAL1895 HG11 VAL1895 11.585 -6.582 4.299 84 HG12 VAL1895 HG12 VAL1895 10.265 -5.686 5.052 85 HG13 VAL1895 HG13 VAL1895 10.088 -7.413 4.720 86 HG21 VAL1895 HG21 VAL1895 12.337 -8.591 7.365 87 HG22 VAL1895 HG22 VAL1895 12.858 -8.318 5.700 88 HG23 VAL1895 HG23 VAL1895 11.294 -9.061 6.018 89 H THR1896 HN THR1896 14.662 -6.829 7.345 90 HA THR1896 HA THR1896 15.989 -5.582 5.083 91 HB THR1896 HB THR1896 17.193 -7.514 7.083 92 HG1 THR1896 HG1 THR1896 16.313 -5.932 8.322 93 HG21 THR1896 HG21 THR1896 18.569 -6.944 5.126 94 HG22 THR1896 HG22 THR1896 19.255 -6.254 6.600 95 HG23 THR1896 HG23 THR1896 18.364 -5.227 5.481 96 H ASN1897 HN ASN1897 16.484 -6.680 3.211 97 HA ASN1897 HA ASN1897 15.973 -9.568 3.204 98 HB2 ASN1897 HB2 ASN1897 14.720 -8.353 1.484 99 HB3 ASN1897 HB1 ASN1897 16.212 -7.650 0.872 100 HD21 ASN1897 HD21 ASN1897 15.892 -8.553 -1.200 101 HD22 ASN1897 HD22 ASN1897 16.082 -10.224 -1.492 102 HA PRO1898 HA PRO1898 20.443 -9.758 3.555 103 HB2 PRO1898 HB2 PRO1898 20.514 -12.517 3.454 104 HB3 PRO1898 HB1 PRO1898 20.243 -11.576 4.925 105 HG2 PRO1898 HG2 PRO1898 18.253 -12.902 3.126 106 HG3 PRO1898 HG1 PRO1898 18.296 -12.845 4.899 107 HD2 PRO1898 HD2 PRO1898 16.651 -11.271 3.510 108 HD3 PRO1898 HD1 PRO1898 17.472 -10.674 4.969 109 H ALA1899 HN ALA1899 18.459 -11.341 1.148 110 HA ALA1899 HA ALA1899 20.440 -12.331 -0.570 111 HB1 ALA1899 HB1 ALA1899 17.689 -11.333 -1.287 112 HB2 ALA1899 HB2 ALA1899 18.082 -12.956 -0.720 113 HB3 ALA1899 HB3 ALA1899 18.703 -12.390 -2.270 114 H THR1900 HN THR1900 18.867 -9.201 -0.456 115 HA THR1900 HA THR1900 20.494 -8.237 -2.679 116 HB THR1900 HB THR1900 18.410 -6.714 -1.118 117 HG1 THR1900 HG1 THR1900 18.128 -8.525 -3.308 118 HG21 THR1900 HG21 THR1900 19.854 -5.442 -2.635 119 HG22 THR1900 HG22 THR1900 18.193 -5.498 -3.227 120 HG23 THR1900 HG23 THR1900 19.424 -6.532 -3.952 121 H GLY1901 HN GLY1901 20.200 -8.083 0.782 122 HA2 GLY1901 HA2 GLY1901 21.582 -7.145 2.357 123 HA3 GLY1901 HA1 GLY1901 22.578 -6.486 1.055 124 H HIS1902 HN HIS1902 19.243 -5.985 0.839 125 HA HIS1902 HA HIS1902 19.617 -3.161 1.527 126 HB2 HIS1902 HB2 HIS1902 19.182 -3.557 -0.893 127 HB3 HIS1902 HB1 HIS1902 17.663 -4.331 -0.476 128 HD1 HIS1902 HD1 HIS1902 19.297 -0.957 -0.777 129 HD2 HIS1902 HD2 HIS1902 15.553 -2.541 0.127 130 HE1 HIS1902 HE1 HIS1902 17.699 0.981 -0.828 131 HE2 HIS1902 HE2 HIS1902 15.427 -0.021 -0.401 132 H LEU1903 HN LEU1903 18.678 -2.594 3.252 133 HA LEU1903 HA LEU1903 16.573 -3.979 4.551 134 HB2 LEU1903 HB2 LEU1903 18.079 -2.669 5.874 135 HB3 LEU1903 HB1 LEU1903 17.805 -1.246 4.899 136 HG LEU1903 HG LEU1903 15.512 -1.075 5.809 137 HD11 LEU1903 HD11 LEU1903 15.081 -3.398 6.313 138 HD12 LEU1903 HD12 LEU1903 14.852 -2.395 7.747 139 HD13 LEU1903 HD13 LEU1903 16.309 -3.373 7.577 140 HD21 LEU1903 HD21 LEU1903 16.151 -0.361 8.061 141 HD22 LEU1903 HD22 LEU1903 17.314 0.168 6.845 142 HD23 LEU1903 HD23 LEU1903 17.688 -1.209 7.885 143 H PHE1904 HN PHE1904 14.423 -3.827 4.119 144 HA PHE1904 HA PHE1904 13.629 -1.779 2.234 145 HB2 PHE1904 HB2 PHE1904 12.085 -4.107 3.417 146 HB3 PHE1904 HB1 PHE1904 11.457 -2.986 2.226 147 HD1 PHE1904 HD2 PHE1904 13.426 -2.796 0.196 148 HD2 PHE1904 HD1 PHE1904 12.382 -6.184 2.526 149 HE1 PHE1904 HE2 PHE1904 14.203 -4.273 -1.607 150 HE2 PHE1904 HE1 PHE1904 13.145 -7.661 0.734 151 HZ PHE1904 HZ PHE1904 14.056 -6.712 -1.345 152 H ASP1905 HN ASP1905 13.407 -0.005 3.206 153 HA ASP1905 HA ASP1905 12.115 0.167 5.827 154 HB2 ASP1905 HB2 ASP1905 14.376 1.019 5.862 155 HB3 ASP1905 HB1 ASP1905 14.079 1.991 4.429 156 H LEU1906 HN LEU1906 10.028 0.552 5.458 157 HA LEU1906 HA LEU1906 9.473 2.633 3.514 158 HB2 LEU1906 HB2 LEU1906 7.656 0.454 4.516 159 HB3 LEU1906 HB1 LEU1906 7.111 1.799 3.522 160 HG LEU1906 HG LEU1906 9.128 -0.299 2.718 161 HD11 LEU1906 HD11 LEU1906 7.473 -0.915 1.071 162 HD12 LEU1906 HD12 LEU1906 6.354 0.267 1.747 163 HD13 LEU1906 HD13 LEU1906 6.861 -1.126 2.714 164 HD21 LEU1906 HD21 LEU1906 9.712 1.860 1.750 165 HD22 LEU1906 HD22 LEU1906 8.062 2.052 1.158 166 HD23 LEU1906 HD23 LEU1906 9.083 0.769 0.512 167 H THR1907 HN THR1907 10.045 2.400 6.710 168 HA THR1907 HA THR1907 8.270 3.914 7.955 169 HB THR1907 HB THR1907 11.108 4.442 8.431 170 HG1 THR1907 HG1 THR1907 11.776 2.442 8.076 171 HG21 THR1907 HG21 THR1907 9.244 4.587 10.074 172 HG22 THR1907 HG22 THR1907 10.484 3.384 10.542 173 HG23 THR1907 HG23 THR1907 8.989 2.870 9.725 174 H SER1908 HN SER1908 10.783 4.707 5.597 175 HA SER1908 HA SER1908 10.601 7.519 5.927 176 HB2 SER1908 HB2 SER1908 11.808 5.893 3.692 177 HB3 SER1908 HB1 SER1908 12.046 7.624 3.950 178 HG SER1908 HG SER1908 12.858 5.446 5.548 179 H LEU1909 HN LEU1909 8.507 5.362 4.442 180 HA LEU1909 HA LEU1909 7.675 7.328 2.402 181 HB2 LEU1909 HB2 LEU1909 8.368 4.910 1.804 182 HB3 LEU1909 HB1 LEU1909 6.848 4.485 2.588 183 HG LEU1909 HG LEU1909 5.578 5.706 0.935 184 HD11 LEU1909 HD11 LEU1909 8.252 6.342 -0.325 185 HD12 LEU1909 HD12 LEU1909 7.185 7.495 0.477 186 HD13 LEU1909 HD13 LEU1909 6.669 6.708 -1.015 187 HD21 LEU1909 HD21 LEU1909 7.630 3.878 -0.311 188 HD22 LEU1909 HD22 LEU1909 6.072 4.310 -1.013 189 HD23 LEU1909 HD23 LEU1909 6.136 3.372 0.480 190 H LYS1910 HN LYS1910 6.809 5.956 5.359 191 HA LYS1910 HA LYS1910 3.947 6.050 4.930 192 HB2 LYS1910 HB2 LYS1910 3.684 5.315 7.203 193 HB3 LYS1910 HB1 LYS1910 4.942 4.334 6.493 194 HG2 LYS1910 HG2 LYS1910 6.628 5.746 7.570 195 HG3 LYS1910 HG1 LYS1910 5.333 6.664 8.335 196 HD2 LYS1910 HD2 LYS1910 6.200 5.062 9.854 197 HD3 LYS1910 HD1 LYS1910 4.551 4.597 9.425 198 HE2 LYS1910 HE2 LYS1910 5.462 3.010 7.752 199 HE3 LYS1910 HE1 LYS1910 7.094 3.437 8.262 200 HZ1 LYS1910 HZ1 LYS1910 5.029 2.010 9.873 201 HZ2 LYS1910 HZ2 LYS1910 6.470 2.666 10.482 202 HZ3 LYS1910 HZ3 LYS1910 6.562 1.469 9.369 203 H ARG1911 HN ARG1911 2.519 7.415 5.921 204 HA ARG1911 HA ARG1911 3.314 9.393 7.744 205 HB2 ARG1911 HB2 ARG1911 2.519 11.321 6.411 206 HB3 ARG1911 HB1 ARG1911 3.894 10.562 5.641 207 HG2 ARG1911 HG2 ARG1911 2.309 9.429 4.090 208 HG3 ARG1911 HG1 ARG1911 1.005 10.379 4.817 209 HD2 ARG1911 HD2 ARG1911 2.281 12.442 4.254 210 HD3 ARG1911 HD1 ARG1911 3.451 11.417 3.418 211 HE ARG1911 HE ARG1911 0.766 11.050 2.487 212 HH11 ARG1911 HH11 ARG1911 3.689 13.015 2.106 213 HH12 ARG1911 HH12 ARG1911 3.308 13.551 0.540 214 HH21 ARG1911 HH21 ARG1911 0.165 11.886 0.364 215 HH22 ARG1911 HH22 ARG1911 1.243 12.947 -0.422 216 H GLU1912 HN GLU1912 1.210 10.456 8.485 217 HA GLU1912 HA GLU1912 -0.627 8.309 8.865 218 HB2 GLU1912 HB2 GLU1912 -1.074 11.218 9.577 219 HB3 GLU1912 HB1 GLU1912 -1.965 9.846 10.203 220 HG2 GLU1912 HG2 GLU1912 -0.519 10.505 11.924 221 HG3 GLU1912 HG1 GLU1912 0.225 9.072 11.222 222 H SER1913 HN SER1913 -0.667 11.309 7.062 223 HA SER1913 HA SER1913 -3.262 11.426 6.197 224 HB2 SER1913 HB2 SER1913 -0.816 12.213 4.650 225 HB3 SER1913 HB1 SER1913 -2.422 12.947 4.587 226 HG SER1913 HG SER1913 -1.603 14.218 6.006 227 H GLY1914 HN GLY1914 -0.694 9.343 5.066 228 HA2 GLY1914 HA2 GLY1914 -0.765 7.576 3.583 229 HA3 GLY1914 HA1 GLY1914 -2.487 7.917 3.340 230 H TYR1915 HN TYR1915 -1.970 7.462 1.066 231 HA TYR1915 HA TYR1915 -1.153 9.930 -0.181 232 HB2 TYR1915 HB2 TYR1915 0.727 8.133 -0.178 233 HB3 TYR1915 HB1 TYR1915 -0.264 7.321 -1.391 234 HD1 TYR1915 HD2 TYR1915 -0.813 8.500 -3.499 235 HD2 TYR1915 HD1 TYR1915 2.040 10.024 -0.763 236 HE1 TYR1915 HE2 TYR1915 0.137 9.895 -5.287 237 HE2 TYR1915 HE1 TYR1915 3.007 11.419 -2.536 238 HH TYR1915 HH TYR1915 3.134 11.557 -4.853 239 H THR1916 HN THR1916 -2.524 10.495 -1.753 240 HA THR1916 HA THR1916 -4.700 8.607 -2.530 241 HB THR1916 HB THR1916 -5.535 10.549 -1.279 242 HG1 THR1916 HG1 THR1916 -6.981 10.119 -2.742 243 HG21 THR1916 HG21 THR1916 -5.200 12.837 -2.137 244 HG22 THR1916 HG22 THR1916 -4.101 12.198 -3.361 245 HG23 THR1916 HG23 THR1916 -3.678 12.082 -1.654 246 H ILE1917 HN ILE1917 -5.240 8.069 -4.161 247 HA ILE1917 HA ILE1917 -4.225 9.286 -6.560 248 HB ILE1917 HB ILE1917 -4.028 7.061 -7.493 249 HG12 ILE1917 HG12 ILE1917 -3.949 6.044 -4.656 250 HG13 ILE1917 HG11 ILE1917 -5.229 5.754 -5.828 251 HG21 ILE1917 HG21 ILE1917 -2.012 7.730 -5.352 252 HG22 ILE1917 HG22 ILE1917 -1.999 8.263 -7.037 253 HG23 ILE1917 HG23 ILE1917 -1.725 6.565 -6.646 254 HD11 ILE1917 HD11 ILE1917 -2.384 4.792 -6.047 255 HD12 ILE1917 HD12 ILE1917 -3.670 4.489 -7.216 256 HD13 ILE1917 HD13 ILE1917 -3.782 3.818 -5.590 257 H THR1918 HN THR1918 -5.579 8.250 -8.408 258 HA THR1918 HA THR1918 -8.364 8.197 -7.500 259 HB THR1918 HB THR1918 -7.329 8.135 -10.366 260 HG1 THR1918 HG1 THR1918 -6.948 10.080 -8.654 261 HG21 THR1918 HG21 THR1918 -9.713 7.594 -10.062 262 HG22 THR1918 HG22 THR1918 -9.508 9.135 -10.893 263 HG23 THR1918 HG23 THR1918 -9.942 9.107 -9.184 264 H ASP1919 HN ASP1919 -9.784 6.413 -8.308 265 HA ASP1919 HA ASP1919 -8.353 3.914 -8.607 266 HB2 ASP1919 HB2 ASP1919 -10.377 2.868 -8.075 267 HB3 ASP1919 HB1 ASP1919 -10.563 4.384 -7.199 268 H SER1920 HN SER1920 -10.409 2.790 -10.559 269 HA SER1920 HA SER1920 -9.147 3.411 -12.930 270 HB2 SER1920 HB2 SER1920 -11.974 2.423 -12.532 271 HB3 SER1920 HB1 SER1920 -11.022 2.281 -14.008 272 HG SER1920 HG SER1920 -10.645 0.434 -13.120 273 H HIS1921 HN HIS1921 -12.324 4.717 -11.746 274 HA HIS1921 HA HIS1921 -11.958 7.313 -12.942 275 HB2 HIS1921 HB2 HIS1921 -13.818 5.445 -14.441 276 HB3 HIS1921 HB1 HIS1921 -13.961 7.183 -14.530 277 HD1 HIS1921 HD1 HIS1921 -12.501 4.368 -16.155 278 HD2 HIS1921 HD2 HIS1921 -11.453 8.359 -15.704 279 HE1 HIS1921 HE1 HIS1921 -10.846 4.849 -17.984 280 HE2 HIS1921 HE2 HIS1921 -10.044 7.155 -17.533 281 H ASN1922 HN ASN1922 -13.323 5.637 -10.547 282 HA ASN1922 HA ASN1922 -15.868 7.112 -10.751 283 HB2 ASN1922 HB2 ASN1922 -15.504 4.308 -9.714 284 HB3 ASN1922 HB1 ASN1922 -16.947 5.264 -9.430 285 HD21 ASN1922 HD21 ASN1922 -15.180 3.346 -11.701 286 HD22 ASN1922 HD22 ASN1922 -16.362 3.392 -12.942 287 H ARG1923 HN ARG1923 -13.368 6.009 -8.620 288 HA ARG1923 HA ARG1923 -14.458 7.694 -6.523 289 HB2 ARG1923 HB2 ARG1923 -14.022 5.738 -4.908 290 HB3 ARG1923 HB1 ARG1923 -15.457 5.645 -5.921 291 HG2 ARG1923 HG2 ARG1923 -14.077 4.242 -7.517 292 HG3 ARG1923 HG1 ARG1923 -12.859 4.170 -6.250 293 HD2 ARG1923 HD2 ARG1923 -14.274 2.188 -6.251 294 HD3 ARG1923 HD1 ARG1923 -14.454 3.105 -4.758 295 HE ARG1923 HE ARG1923 -16.446 3.985 -6.456 296 HH11 ARG1923 HH11 ARG1923 -15.591 0.787 -5.150 297 HH12 ARG1923 HH12 ARG1923 -17.201 0.340 -4.846 298 HH21 ARG1923 HH21 ARG1923 -18.592 3.347 -6.123 299 HH22 ARG1923 HH22 ARG1923 -18.977 1.813 -5.484 300 H LYS1924 HN LYS1924 -12.695 7.252 -4.539 301 HA LYS1924 HA LYS1924 -10.127 7.810 -5.846 302 HB2 LYS1924 HB2 LYS1924 -11.397 8.993 -3.398 303 HB3 LYS1924 HB1 LYS1924 -9.669 9.121 -3.699 304 HG2 LYS1924 HG2 LYS1924 -10.008 10.410 -5.649 305 HG3 LYS1924 HG1 LYS1924 -11.735 10.046 -5.676 306 HD2 LYS1924 HD2 LYS1924 -11.280 12.324 -4.873 307 HD3 LYS1924 HD1 LYS1924 -12.066 11.329 -3.653 308 HE2 LYS1924 HE2 LYS1924 -10.366 12.603 -2.578 309 HE3 LYS1924 HE1 LYS1924 -9.828 10.932 -2.637 310 HZ1 LYS1924 HZ1 LYS1924 -8.383 11.536 -4.535 311 HZ2 LYS1924 HZ2 LYS1924 -8.068 12.417 -3.140 312 HZ3 LYS1924 HZ3 LYS1924 -8.901 13.146 -4.402 313 H ILE1925 HN ILE1925 -8.333 6.787 -5.158 314 HA ILE1925 HA ILE1925 -8.771 4.760 -3.134 315 HB ILE1925 HB ILE1925 -6.569 4.882 -5.228 316 HG12 ILE1925 HG12 ILE1925 -8.981 3.081 -4.952 317 HG13 ILE1925 HG11 ILE1925 -8.735 4.305 -6.184 318 HG21 ILE1925 HG21 ILE1925 -5.947 2.639 -4.408 319 HG22 ILE1925 HG22 ILE1925 -7.174 2.765 -3.147 320 HG23 ILE1925 HG23 ILE1925 -5.789 3.855 -3.139 321 HD11 ILE1925 HD11 ILE1925 -7.128 1.773 -5.840 322 HD12 ILE1925 HD12 ILE1925 -6.795 3.005 -7.052 323 HD13 ILE1925 HD13 ILE1925 -8.298 2.085 -7.120 324 H GLU1926 HN GLU1926 -8.524 5.884 -1.508 325 HA GLU1926 HA GLU1926 -6.115 7.495 -0.995 326 HB2 GLU1926 HB2 GLU1926 -8.132 6.664 1.110 327 HB3 GLU1926 HB1 GLU1926 -7.094 8.076 1.112 328 HG2 GLU1926 HG2 GLU1926 -9.474 7.657 -0.698 329 HG3 GLU1926 HG1 GLU1926 -9.474 8.610 0.776 330 H LEU1927 HN LEU1927 -4.312 6.137 -0.778 331 HA LEU1927 HA LEU1927 -4.726 3.781 0.919 332 HB2 LEU1927 HB2 LEU1927 -2.861 2.667 -0.370 333 HB3 LEU1927 HB1 LEU1927 -4.330 2.911 -1.274 334 HG LEU1927 HG LEU1927 -3.212 4.916 -2.343 335 HD11 LEU1927 HD11 LEU1927 -1.419 5.286 -0.738 336 HD12 LEU1927 HD12 LEU1927 -0.778 4.987 -2.354 337 HD13 LEU1927 HD13 LEU1927 -0.729 3.712 -1.138 338 HD21 LEU1927 HD21 LEU1927 -2.016 2.189 -2.763 339 HD22 LEU1927 HD22 LEU1927 -1.957 3.529 -3.910 340 HD23 LEU1927 HD23 LEU1927 -3.505 2.803 -3.480 341 H ASN1928 HN ASN1928 -2.560 2.935 1.900 342 HA ASN1928 HA ASN1928 -0.586 4.991 2.405 343 HB2 ASN1928 HB2 ASN1928 -2.551 5.189 4.154 344 HB3 ASN1928 HB1 ASN1928 -1.868 3.702 4.804 345 HD21 ASN1928 HD21 ASN1928 -2.038 6.220 6.058 346 HD22 ASN1928 HD22 ASN1928 -0.440 6.764 6.415 347 H VAL1929 HN VAL1929 1.263 4.093 3.335 348 HA VAL1929 HA VAL1929 1.726 1.414 2.366 349 HB VAL1929 HB VAL1929 3.646 3.328 3.702 350 HG11 VAL1929 HG11 VAL1929 4.185 0.920 1.990 351 HG12 VAL1929 HG12 VAL1929 4.466 1.060 3.725 352 HG13 VAL1929 HG13 VAL1929 5.396 2.049 2.597 353 HG21 VAL1929 HG21 VAL1929 3.075 2.912 0.776 354 HG22 VAL1929 HG22 VAL1929 4.366 3.916 1.438 355 HG23 VAL1929 HG23 VAL1929 2.680 4.342 1.731 356 H CYS1930 HN CYS1930 3.106 2.715 5.256 357 HA CYS1930 HA CYS1930 2.308 0.282 6.733 358 HB2 CYS1930 HB2 CYS1930 4.958 1.712 6.786 359 HB3 CYS1930 HB1 CYS1930 4.485 0.542 7.998 360 H ALA1931 HN ALA1931 0.969 2.825 6.713 361 HA ALA1931 HA ALA1931 0.957 3.163 9.564 362 HB1 ALA1931 HB1 ALA1931 1.089 5.439 7.558 363 HB2 ALA1931 HB2 ALA1931 2.309 5.047 8.767 364 HB3 ALA1931 HB3 ALA1931 0.721 5.631 9.272 365 H GLU1932 HN GLU1932 -1.198 3.609 10.195 366 HA GLU1932 HA GLU1932 -3.084 2.932 8.185 367 HB2 GLU1932 HB2 GLU1932 -4.822 3.298 10.074 368 HB3 GLU1932 HB1 GLU1932 -3.717 1.950 10.205 369 HG2 GLU1932 HG2 GLU1932 -3.410 4.583 11.644 370 HG3 GLU1932 HG1 GLU1932 -4.140 3.137 12.333 371 H ALA1933 HN ALA1933 -4.749 4.125 7.321 372 HA ALA1933 HA ALA1933 -3.797 6.730 6.676 373 HB1 ALA1933 HB1 ALA1933 -6.317 5.367 5.763 374 HB2 ALA1933 HB2 ALA1933 -4.745 5.219 4.985 375 HB3 ALA1933 HB3 ALA1933 -5.556 6.783 5.039 376 H LYS1934 HN LYS1934 -4.315 8.555 7.313 377 HA LYS1934 HA LYS1934 -6.182 9.029 9.387 378 HB2 LYS1934 HB2 LYS1934 -4.078 10.340 8.983 379 HB3 LYS1934 HB1 LYS1934 -4.809 11.003 7.536 380 HG2 LYS1934 HG2 LYS1934 -4.837 12.548 9.447 381 HG3 LYS1934 HG1 LYS1934 -6.453 12.168 8.848 382 HD2 LYS1934 HD2 LYS1934 -6.811 10.623 10.670 383 HD3 LYS1934 HD1 LYS1934 -5.147 10.832 11.220 384 HE2 LYS1934 HE2 LYS1934 -7.112 13.103 11.042 385 HE3 LYS1934 HE1 LYS1934 -6.928 12.113 12.488 386 HZ1 LYS1934 HZ1 LYS1934 -4.639 13.552 11.245 387 HZ2 LYS1934 HZ2 LYS1934 -4.751 12.828 12.773 388 HZ3 LYS1934 HZ3 LYS1934 -5.635 14.230 12.424 389 H SER1935 HN SER1935 -6.344 8.823 5.953 390 HA SER1935 HA SER1935 -8.731 10.139 5.374 391 HB2 SER1935 HB2 SER1935 -7.748 7.462 4.313 392 HB3 SER1935 HB1 SER1935 -8.796 8.612 3.471 393 HG SER1935 HG SER1935 -6.898 10.097 3.912 394 H SER1936 HN SER1936 -10.600 9.796 6.367 395 HA SER1936 HA SER1936 -10.646 7.740 8.330 396 HB2 SER1936 HB2 SER1936 -12.577 9.988 7.910 397 HB3 SER1936 HB1 SER1936 -12.372 9.002 9.361 398 HG SER1936 HG SER1936 -9.970 9.984 8.683 399 H CYS1937 HN CYS1937 -10.928 5.980 6.788 400 HA CYS1937 HA CYS1937 -13.625 5.561 5.915 401 HB2 CYS1937 HB2 CYS1937 -11.154 3.849 5.911 402 HB3 CYS1937 HB1 CYS1937 -12.717 3.056 5.795 403 H ALA1938 HN ALA1938 -11.519 4.616 8.603 404 HA ALA1938 HA ALA1938 -13.683 4.606 10.408 405 HB1 ALA1938 HB1 ALA1938 -14.114 2.342 9.507 406 HB2 ALA1938 HB2 ALA1938 -13.544 2.279 11.193 407 HB3 ALA1938 HB3 ALA1938 -12.447 1.892 9.899 408 H ASN1939 HN ASN1939 -10.952 2.388 10.781 409 HA ASN1939 HA ASN1939 -9.891 4.263 12.635 410 HB2 ASN1939 HB2 ASN1939 -10.986 2.707 14.006 411 HB3 ASN1939 HB1 ASN1939 -10.449 1.344 13.041 412 HD21 ASN1939 HD21 ASN1939 -8.514 0.418 13.475 413 HD22 ASN1939 HD22 ASN1939 -7.513 0.881 14.793 414 H GLY1940 HN GLY1940 -8.936 1.095 11.353 415 HA2 GLY1940 HA2 GLY1940 -6.184 2.094 11.058 416 HA3 GLY1940 HA1 GLY1940 -6.656 0.427 11.355 417 H ALA1941 HN ALA1941 -8.698 1.888 9.218 418 HA ALA1941 HA ALA1941 -8.103 0.340 6.995 419 HB1 ALA1941 HB1 ALA1941 -10.192 1.588 7.266 420 HB2 ALA1941 HB2 ALA1941 -9.428 1.962 5.722 421 HB3 ALA1941 HB3 ALA1941 -9.317 3.105 7.058 422 H ALA1942 HN ALA1942 -6.484 0.402 5.550 423 HA ALA1942 HA ALA1942 -4.706 2.747 5.561 424 HB1 ALA1942 HB1 ALA1942 -4.209 -0.037 4.535 425 HB2 ALA1942 HB2 ALA1942 -3.623 0.627 6.060 426 HB3 ALA1942 HB3 ALA1942 -3.052 1.291 4.529 427 H VAL1943 HN VAL1943 -6.326 0.410 3.472 428 HA VAL1943 HA VAL1943 -6.138 2.374 1.333 429 HB VAL1943 HB VAL1943 -7.261 -0.452 1.229 430 HG11 VAL1943 HG11 VAL1943 -7.044 -0.202 -1.200 431 HG12 VAL1943 HG12 VAL1943 -6.475 1.452 -0.969 432 HG13 VAL1943 HG13 VAL1943 -8.119 1.014 -0.507 433 HG21 VAL1943 HG21 VAL1943 -5.172 -1.107 0.108 434 HG22 VAL1943 HG22 VAL1943 -4.880 -0.559 1.758 435 HG23 VAL1943 HG23 VAL1943 -4.517 0.505 0.397 436 H CYS1944 HN CYS1944 -7.682 3.703 1.315 437 HA CYS1944 HA CYS1944 -10.271 3.045 2.474 438 HB2 CYS1944 HB2 CYS1944 -8.843 4.654 3.763 439 HB3 CYS1944 HB1 CYS1944 -8.807 5.700 2.353 440 H ILE1945 HN ILE1945 -11.412 2.596 0.696 441 HA ILE1945 HA ILE1945 -11.014 4.140 -1.709 442 HB ILE1945 HB ILE1945 -12.959 1.889 -1.105 443 HG12 ILE1945 HG12 ILE1945 -10.642 1.106 -0.965 444 HG13 ILE1945 HG11 ILE1945 -11.447 0.440 -2.378 445 HG21 ILE1945 HG21 ILE1945 -13.193 1.730 -3.532 446 HG22 ILE1945 HG22 ILE1945 -12.140 3.134 -3.713 447 HG23 ILE1945 HG23 ILE1945 -13.703 3.302 -2.919 448 HD11 ILE1945 HD11 ILE1945 -9.160 1.088 -2.877 449 HD12 ILE1945 HD12 ILE1945 -9.503 2.739 -2.364 450 HD13 ILE1945 HD13 ILE1945 -10.303 2.074 -3.789 451 H THR1946 HN THR1946 -11.867 6.116 -1.416 452 HA THR1946 HA THR1946 -14.375 6.265 0.028 453 HB THR1946 HB THR1946 -12.767 8.615 -1.014 454 HG1 THR1946 HG1 THR1946 -11.982 6.785 0.716 455 HG21 THR1946 HG21 THR1946 -13.871 9.776 0.841 456 HG22 THR1946 HG22 THR1946 -14.618 8.267 1.352 457 HG23 THR1946 HG23 THR1946 -15.094 9.009 -0.182 458 H ASP1947 HN ASP1947 -16.033 5.812 -1.199 459 HA ASP1947 HA ASP1947 -16.099 6.843 -3.904 460 HB2 ASP1947 HB2 ASP1947 -17.910 5.250 -4.365 461 HB3 ASP1947 HB1 ASP1947 -16.517 4.408 -3.729 462 H GLY1948 HN GLY1948 -16.686 8.810 -3.797 463 HA2 GLY1948 HA2 GLY1948 -18.008 10.650 -3.487 464 HA3 GLY1948 HA1 GLY1948 -19.335 9.543 -3.122 465 HA PRO1949 HA PRO1949 -18.507 11.087 1.001 466 HB2 PRO1949 HB2 PRO1949 -20.975 10.841 1.971 467 HB3 PRO1949 HB1 PRO1949 -20.575 12.108 0.802 468 HG2 PRO1949 HG2 PRO1949 -22.033 9.540 0.383 469 HG3 PRO1949 HG1 PRO1949 -22.299 11.119 -0.371 470 HD2 PRO1949 HD2 PRO1949 -20.882 8.968 -1.486 471 HD3 PRO1949 HD1 PRO1949 -20.858 10.646 -2.060 472 H LYS1950 HN LYS1950 -19.011 7.956 -0.093 473 HA LYS1950 HA LYS1950 -19.296 6.856 2.607 474 HB2 LYS1950 HB2 LYS1950 -20.930 6.066 0.865 475 HB3 LYS1950 HB1 LYS1950 -19.579 5.400 -0.044 476 HG2 LYS1950 HG2 LYS1950 -19.064 3.881 1.769 477 HG3 LYS1950 HG1 LYS1950 -20.339 4.587 2.753 478 HD2 LYS1950 HD2 LYS1950 -21.120 2.508 1.843 479 HD3 LYS1950 HD1 LYS1950 -21.992 3.820 1.062 480 HE2 LYS1950 HE2 LYS1950 -21.301 2.026 -0.499 481 HE3 LYS1950 HE1 LYS1950 -20.636 3.603 -0.920 482 HZ1 LYS1950 HZ1 LYS1950 -18.992 1.813 0.751 483 HZ2 LYS1950 HZ2 LYS1950 -18.541 2.941 -0.474 484 HZ3 LYS1950 HZ3 LYS1950 -19.176 1.462 -0.892 485 H THR1951 HN THR1951 -17.742 5.449 3.435 486 HA THR1951 HA THR1951 -15.249 5.446 1.935 487 HB THR1951 HB THR1951 -14.226 5.178 4.244 488 HG1 THR1951 HG1 THR1951 -16.417 6.402 5.383 489 HG21 THR1951 HG21 THR1951 -14.159 7.303 3.020 490 HG22 THR1951 HG22 THR1951 -14.378 7.581 4.746 491 HG23 THR1951 HG23 THR1951 -15.753 7.720 3.649 492 H LEU1952 HN LEU1952 -14.617 3.546 1.205 493 HA LEU1952 HA LEU1952 -15.674 1.080 2.393 494 HB2 LEU1952 HB2 LEU1952 -16.240 1.535 0.055 495 HB3 LEU1952 HB1 LEU1952 -14.542 1.695 -0.335 496 HG LEU1952 HG LEU1952 -14.247 -0.703 0.299 497 HD11 LEU1952 HD11 LEU1952 -16.169 -0.925 1.741 498 HD12 LEU1952 HD12 LEU1952 -16.235 -2.099 0.423 499 HD13 LEU1952 HD13 LEU1952 -17.248 -0.656 0.373 500 HD21 LEU1952 HD21 LEU1952 -14.457 -0.007 -2.024 501 HD22 LEU1952 HD22 LEU1952 -16.213 -0.106 -1.908 502 HD23 LEU1952 HD23 LEU1952 -15.235 -1.568 -1.764 503 H ASN1953 HN ASN1953 -14.192 0.007 3.637 504 HA ASN1953 HA ASN1953 -11.374 0.537 3.303 505 HB2 ASN1953 HB2 ASN1953 -12.109 0.186 5.585 506 HB3 ASN1953 HB1 ASN1953 -12.852 -1.353 5.161 507 HD21 ASN1953 HD21 ASN1953 -11.576 -3.185 5.103 508 HD22 ASN1953 HD22 ASN1953 -9.920 -3.200 5.540 509 H ALA1954 HN ALA1954 -10.301 -0.344 1.722 510 HA ALA1954 HA ALA1954 -11.171 -2.953 0.710 511 HB1 ALA1954 HB1 ALA1954 -9.170 -1.015 -0.450 512 HB2 ALA1954 HB2 ALA1954 -10.853 -1.178 -0.950 513 HB3 ALA1954 HB3 ALA1954 -9.723 -2.507 -1.210 514 H GLY1955 HN GLY1955 -9.000 -1.617 2.812 515 HA2 GLY1955 HA2 GLY1955 -7.785 -4.052 3.386 516 HA3 GLY1955 HA1 GLY1955 -6.687 -3.070 2.420 517 H LYS1956 HN LYS1956 -7.540 -3.846 5.427 518 HA LYS1956 HA LYS1956 -7.155 -1.304 6.727 519 HB2 LYS1956 HB2 LYS1956 -7.092 -2.564 8.808 520 HB3 LYS1956 HB1 LYS1956 -8.429 -3.153 7.834 521 HG2 LYS1956 HG2 LYS1956 -7.117 -5.095 7.166 522 HG3 LYS1956 HG1 LYS1956 -5.732 -4.485 8.067 523 HD2 LYS1956 HD2 LYS1956 -8.398 -5.196 9.282 524 HD3 LYS1956 HD1 LYS1956 -7.006 -6.274 9.231 525 HE2 LYS1956 HE2 LYS1956 -7.064 -3.571 10.577 526 HE3 LYS1956 HE1 LYS1956 -7.279 -5.112 11.401 527 HZ1 LYS1956 HZ1 LYS1956 -5.056 -4.287 11.628 528 HZ2 LYS1956 HZ2 LYS1956 -4.795 -4.203 9.994 529 HZ3 LYS1956 HZ3 LYS1956 -4.988 -5.719 10.757 530 H LEU1957 HN LEU1957 -5.277 -0.872 8.046 531 HA LEU1957 HA LEU1957 -2.901 -1.507 6.660 532 HB2 LEU1957 HB2 LEU1957 -3.490 0.652 7.910 533 HB3 LEU1957 HB1 LEU1957 -3.157 -0.228 9.383 534 HG LEU1957 HG LEU1957 -1.312 1.295 8.580 535 HD11 LEU1957 HD11 LEU1957 -0.765 -0.520 10.101 536 HD12 LEU1957 HD12 LEU1957 0.511 -0.230 8.902 537 HD13 LEU1957 HD13 LEU1957 -0.576 -1.594 8.709 538 HD21 LEU1957 HD21 LEU1957 0.096 0.518 6.831 539 HD22 LEU1957 HD22 LEU1957 -1.535 0.932 6.246 540 HD23 LEU1957 HD23 LEU1957 -1.054 -0.767 6.455 541 H SER1958 HN SER1958 -1.561 -3.078 7.066 542 HA SER1958 HA SER1958 -1.541 -4.319 9.677 543 HB2 SER1958 HB2 SER1958 -2.722 -5.793 7.935 544 HB3 SER1958 HB1 SER1958 -1.213 -5.792 7.026 545 HG SER1958 HG SER1958 -0.219 -6.935 8.682 546 H LYS1959 HN LYS1959 0.365 -3.633 10.356 547 HA LYS1959 HA LYS1959 2.319 -2.895 8.396 548 HB2 LYS1959 HB2 LYS1959 3.817 -2.196 10.315 549 HB3 LYS1959 HB1 LYS1959 2.367 -1.261 10.199 550 HG2 LYS1959 HG2 LYS1959 2.829 -3.495 12.201 551 HG3 LYS1959 HG1 LYS1959 3.123 -1.762 12.415 552 HD2 LYS1959 HD2 LYS1959 0.375 -2.980 11.945 553 HD3 LYS1959 HD1 LYS1959 1.049 -2.463 13.467 554 HE2 LYS1959 HE2 LYS1959 1.261 -0.161 12.647 555 HE3 LYS1959 HE1 LYS1959 0.586 -0.659 11.097 556 HZ1 LYS1959 HZ1 LYS1959 -1.461 -1.264 12.202 557 HZ2 LYS1959 HZ2 LYS1959 -1.113 0.358 12.579 558 HZ3 LYS1959 HZ3 LYS1959 -0.823 -0.880 13.694 559 H THR1960 HN THR1960 2.362 -4.879 7.535 560 HA THR1960 HA THR1960 4.245 -6.771 8.742 561 HB THR1960 HB THR1960 1.866 -7.419 6.987 562 HG1 THR1960 HG1 THR1960 2.117 -7.438 9.824 563 HG21 THR1960 HG21 THR1960 2.229 -9.709 7.818 564 HG22 THR1960 HG22 THR1960 3.595 -9.143 8.779 565 HG23 THR1960 HG23 THR1960 3.675 -9.094 7.017 566 H LEU1961 HN LEU1961 5.985 -6.081 7.481 567 HA LEU1961 HA LEU1961 5.530 -5.748 4.632 568 HB2 LEU1961 HB2 LEU1961 6.699 -3.979 6.058 569 HB3 LEU1961 HB1 LEU1961 8.033 -5.112 6.180 570 HG LEU1961 HG LEU1961 8.243 -5.102 3.750 571 HD11 LEU1961 HD11 LEU1961 5.952 -4.544 3.155 572 HD12 LEU1961 HD12 LEU1961 7.057 -3.360 2.451 573 HD13 LEU1961 HD13 LEU1961 6.128 -2.954 3.892 574 HD21 LEU1961 HD21 LEU1961 8.377 -2.396 5.080 575 HD22 LEU1961 HD22 LEU1961 9.149 -2.808 3.550 576 HD23 LEU1961 HD23 LEU1961 9.649 -3.626 5.030 577 H THR1962 HN THR1962 6.469 -7.121 3.191 578 HA THR1962 HA THR1962 8.231 -9.186 4.152 579 HB THR1962 HB THR1962 6.215 -10.193 4.776 580 HG1 THR1962 HG1 THR1962 7.494 -11.498 3.299 581 HG21 THR1962 HG21 THR1962 4.157 -10.267 3.400 582 HG22 THR1962 HG22 THR1962 4.952 -9.213 2.216 583 HG23 THR1962 HG23 THR1962 4.671 -8.645 3.868 584 H TYR1963 HN TYR1963 9.075 -10.472 2.292 585 HA TYR1963 HA TYR1963 8.789 -8.955 -0.167 586 HB2 TYR1963 HB2 TYR1963 11.181 -9.501 -0.718 587 HB3 TYR1963 HB1 TYR1963 10.973 -8.432 0.654 588 HD1 TYR1963 HD1 TYR1963 12.024 -11.793 -0.418 589 HD2 TYR1963 HD2 TYR1963 11.681 -9.126 2.881 590 HE1 TYR1963 HE1 TYR1963 13.444 -13.284 0.930 591 HE2 TYR1963 HE2 TYR1963 13.105 -10.602 4.230 592 HH TYR1963 HH TYR1963 13.741 -12.882 4.318 593 H GLU1964 HN GLU1964 7.902 -9.958 -1.705 594 HA GLU1964 HA GLU1964 8.229 -12.860 -2.030 595 HB2 GLU1964 HB2 GLU1964 5.696 -11.211 -2.286 596 HB3 GLU1964 HB1 GLU1964 5.852 -12.847 -2.898 597 HG2 GLU1964 HG2 GLU1964 6.239 -12.123 -0.009 598 HG3 GLU1964 HG1 GLU1964 4.686 -12.597 -0.695 599 H ASP1965 HN ASP1965 8.709 -13.422 -4.092 600 HA ASP1965 HA ASP1965 9.226 -13.307 -6.304 601 HB2 ASP1965 HB2 ASP1965 6.965 -12.208 -6.651 602 HB3 ASP1965 HB1 ASP1965 7.714 -10.647 -6.370 603 H GLN1966 HN GLN1966 10.348 -11.842 -3.932 604 HA GLN1966 HA GLN1966 12.085 -10.671 -3.260 605 HB2 GLN1966 HB2 GLN1966 13.077 -11.224 -6.059 606 HB3 GLN1966 HB1 GLN1966 14.073 -10.445 -4.828 607 HG2 GLN1966 HG2 GLN1966 13.821 -12.375 -3.366 608 HG3 GLN1966 HG1 GLN1966 12.787 -13.156 -4.554 609 HE21 GLN1966 HE21 GLN1966 14.160 -14.914 -4.620 610 HE22 GLN1966 HE22 GLN1966 15.688 -14.881 -5.404 611 H VAL1967 HN VAL1967 9.794 -9.481 -4.649 612 HA VAL1967 HA VAL1967 10.776 -6.728 -4.866 613 HB VAL1967 HB VAL1967 7.999 -7.821 -5.593 614 HG11 VAL1967 HG11 VAL1967 7.700 -5.762 -6.831 615 HG12 VAL1967 HG12 VAL1967 9.292 -5.209 -6.313 616 HG13 VAL1967 HG13 VAL1967 8.012 -5.450 -5.125 617 HG21 VAL1967 HG21 VAL1967 8.651 -7.685 -7.937 618 HG22 VAL1967 HG22 VAL1967 9.637 -8.850 -7.054 619 HG23 VAL1967 HG23 VAL1967 10.294 -7.264 -7.457 620 H LEU1968 HN LEU1968 9.223 -5.209 -3.569 621 HA LEU1968 HA LEU1968 8.945 -6.500 -1.007 622 HB2 LEU1968 HB2 LEU1968 10.065 -4.300 -1.357 623 HB3 LEU1968 HB1 LEU1968 8.509 -3.633 -1.797 624 HG LEU1968 HG LEU1968 7.677 -3.981 0.433 625 HD11 LEU1968 HD11 LEU1968 9.212 -4.833 2.183 626 HD12 LEU1968 HD12 LEU1968 10.396 -5.205 0.933 627 HD13 LEU1968 HD13 LEU1968 8.854 -6.058 0.966 628 HD21 LEU1968 HD21 LEU1968 10.414 -2.732 0.378 629 HD22 LEU1968 HD22 LEU1968 9.181 -2.458 1.611 630 HD23 LEU1968 HD23 LEU1968 8.897 -1.943 -0.051 631 H LYS1969 HN LYS1969 6.989 -6.854 0.054 632 HA LYS1969 HA LYS1969 4.527 -6.221 -1.436 633 HB2 LYS1969 HB2 LYS1969 5.232 -8.884 -0.191 634 HB3 LYS1969 HB1 LYS1969 3.701 -8.475 -0.935 635 HG2 LYS1969 HG2 LYS1969 6.342 -8.570 -2.367 636 HG3 LYS1969 HG1 LYS1969 5.161 -9.876 -2.332 637 HD2 LYS1969 HD2 LYS1969 3.521 -8.393 -3.405 638 HD3 LYS1969 HD1 LYS1969 4.741 -7.114 -3.459 639 HE2 LYS1969 HE2 LYS1969 6.156 -8.479 -4.867 640 HE3 LYS1969 HE1 LYS1969 5.020 -9.820 -4.752 641 HZ1 LYS1969 HZ1 LYS1969 4.499 -7.193 -6.021 642 HZ2 LYS1969 HZ2 LYS1969 3.371 -8.459 -5.866 643 HZ3 LYS1969 HZ3 LYS1969 4.734 -8.658 -6.821 644 H LEU1970 HN LEU1970 2.656 -6.166 -0.120 645 HA LEU1970 HA LEU1970 2.845 -6.641 2.718 646 HB2 LEU1970 HB2 LEU1970 3.579 -4.197 2.096 647 HB3 LEU1970 HB1 LEU1970 1.891 -3.939 1.733 648 HG LEU1970 HG LEU1970 2.920 -4.761 4.457 649 HD11 LEU1970 HD11 LEU1970 2.203 -2.027 3.424 650 HD12 LEU1970 HD12 LEU1970 3.819 -2.599 3.836 651 HD13 LEU1970 HD13 LEU1970 2.596 -2.430 5.094 652 HD21 LEU1970 HD21 LEU1970 0.559 -5.290 4.066 653 HD22 LEU1970 HD22 LEU1970 0.263 -3.616 3.594 654 HD23 LEU1970 HD23 LEU1970 0.745 -3.997 5.248 655 H VAL1971 HN VAL1971 0.780 -7.182 3.503 656 HA VAL1971 HA VAL1971 -1.378 -7.296 1.492 657 HB VAL1971 HB VAL1971 -2.266 -9.264 2.739 658 HG11 VAL1971 HG11 VAL1971 -0.915 -9.602 0.756 659 HG12 VAL1971 HG12 VAL1971 -0.608 -10.882 1.931 660 HG13 VAL1971 HG13 VAL1971 0.556 -9.572 1.730 661 HG21 VAL1971 HG21 VAL1971 0.361 -9.151 4.242 662 HG22 VAL1971 HG22 VAL1971 -0.813 -10.465 4.330 663 HG23 VAL1971 HG23 VAL1971 -1.237 -8.860 4.930 664 H TYR1972 HN TYR1972 -3.072 -6.190 1.852 665 HA TYR1972 HA TYR1972 -3.572 -5.103 4.528 666 HB2 TYR1972 HB2 TYR1972 -4.550 -4.171 1.804 667 HB3 TYR1972 HB1 TYR1972 -4.971 -3.417 3.339 668 HD1 TYR1972 HD1 TYR1972 -2.269 -3.994 0.916 669 HD2 TYR1972 HD2 TYR1972 -3.401 -2.007 4.494 670 HE1 TYR1972 HE1 TYR1972 -0.273 -2.567 0.752 671 HE2 TYR1972 HE2 TYR1972 -1.414 -0.584 4.332 672 HH TYR1972 HH TYR1972 0.627 -0.536 1.517 673 H GLU1973 HN GLU1973 -5.065 -6.055 5.637 674 HA GLU1973 HA GLU1973 -6.703 -8.175 4.536 675 HB2 GLU1973 HB2 GLU1973 -6.630 -7.025 7.291 676 HB3 GLU1973 HB1 GLU1973 -7.332 -8.557 6.793 677 HG2 GLU1973 HG2 GLU1973 -5.138 -9.449 6.343 678 HG3 GLU1973 HG1 GLU1973 -4.403 -7.857 6.552 679 H ASP1974 HN ASP1974 -8.940 -8.374 5.256 680 HA ASP1974 HA ASP1974 -11.070 -7.820 5.659 681 HB2 ASP1974 HB2 ASP1974 -10.183 -6.634 7.630 682 HB3 ASP1974 HB1 ASP1974 -9.979 -5.181 6.670 683 H GLY1975 HN GLY1975 -12.825 -6.547 5.035 684 HA2 GLY1975 HA2 GLY1975 -12.690 -4.443 3.150 685 HA3 GLY1975 HA1 GLY1975 -13.032 -5.982 2.356 686 H ASP1976 HN ASP1976 -15.121 -5.006 1.819 687 HA ASP1976 HA ASP1976 -16.946 -4.721 4.068 688 HB2 ASP1976 HB2 ASP1976 -18.456 -3.748 2.481 689 HB3 ASP1976 HB1 ASP1976 -16.874 -3.073 2.132 690 HA PRO1977 HA PRO1977 -18.897 -8.679 3.317 691 HB2 PRO1977 HB2 PRO1977 -21.557 -7.543 2.756 692 HB3 PRO1977 HB1 PRO1977 -21.049 -8.598 4.079 693 HG2 PRO1977 HG2 PRO1977 -21.633 -6.015 4.484 694 HG3 PRO1977 HG1 PRO1977 -20.348 -6.838 5.388 695 HD2 PRO1977 HD2 PRO1977 -20.129 -4.983 3.050 696 HD3 PRO1977 HD1 PRO1977 -19.140 -5.060 4.523 697 H CYS1978 HN CYS1978 -17.685 -8.620 1.298 698 HA CYS1978 HA CYS1978 -19.108 -8.246 -1.159 699 HB2 CYS1978 HB2 CYS1978 -16.713 -7.800 -1.144 700 HB3 CYS1978 HB1 CYS1978 -16.373 -9.395 -0.493 701 HA PRO1979 HA PRO1979 -20.979 -12.322 -1.238 702 HB2 PRO1979 HB2 PRO1979 -20.564 -12.104 -4.176 703 HB3 PRO1979 HB1 PRO1979 -22.048 -12.418 -3.272 704 HG2 PRO1979 HG2 PRO1979 -21.650 -10.049 -4.380 705 HG3 PRO1979 HG1 PRO1979 -22.367 -10.170 -2.761 706 HD2 PRO1979 HD2 PRO1979 -19.559 -9.483 -3.547 707 HD3 PRO1979 HD1 PRO1979 -20.595 -8.742 -2.309 708 H THR1980 HN THR1980 -17.896 -11.569 -2.505 709 HA THR1980 HA THR1980 -17.186 -14.375 -2.855 710 HB THR1980 HB THR1980 -15.474 -11.987 -3.557 711 HG1 THR1980 HG1 THR1980 -16.620 -12.237 -5.697 712 HG21 THR1980 HG21 THR1980 -15.845 -14.737 -4.775 713 HG22 THR1980 HG22 THR1980 -14.500 -14.257 -3.732 714 HG23 THR1980 HG23 THR1980 -14.708 -13.504 -5.317 715 H ASP1981 HN ASP1981 -17.411 -12.359 -0.382 716 HA ASP1981 HA ASP1981 -14.966 -13.225 1.079 717 HB2 ASP1981 HB2 ASP1981 -16.261 -10.555 0.821 718 HB3 ASP1981 HB1 ASP1981 -15.542 -10.976 2.359 719 H LEU1982 HN LEU1982 -17.417 -14.477 0.942 720 HA LEU1982 HA LEU1982 -18.873 -13.756 3.362 721 HB2 LEU1982 HB2 LEU1982 -19.199 -16.095 1.497 722 HB3 LEU1982 HB1 LEU1982 -20.331 -15.570 2.727 723 HG LEU1982 HG LEU1982 -19.572 -13.901 0.351 724 HD11 LEU1982 HD11 LEU1982 -20.539 -15.961 -0.334 725 HD12 LEU1982 HD12 LEU1982 -21.650 -14.613 -0.612 726 HD13 LEU1982 HD13 LEU1982 -21.920 -15.730 0.750 727 HD21 LEU1982 HD21 LEU1982 -21.610 -12.694 0.927 728 HD22 LEU1982 HD22 LEU1982 -20.445 -12.692 2.262 729 HD23 LEU1982 HD23 LEU1982 -21.841 -13.770 2.311 730 H LYS1983 HN LYS1983 -16.791 -16.171 2.021 731 HA LYS1983 HA LYS1983 -16.605 -17.572 4.578 732 HB2 LYS1983 HB2 LYS1983 -17.367 -18.933 2.741 733 HB3 LYS1983 HB1 LYS1983 -16.047 -18.391 1.726 734 HG2 LYS1983 HG2 LYS1983 -14.489 -19.492 3.007 735 HG3 LYS1983 HG1 LYS1983 -15.662 -19.964 4.246 736 HD2 LYS1983 HD2 LYS1983 -16.867 -21.293 2.478 737 HD3 LYS1983 HD1 LYS1983 -15.563 -20.902 1.356 738 HE2 LYS1983 HE2 LYS1983 -13.963 -22.050 2.785 739 HE3 LYS1983 HE1 LYS1983 -15.235 -22.399 3.956 740 HZ1 LYS1983 HZ1 LYS1983 -15.174 -23.390 1.157 741 HZ2 LYS1983 HZ2 LYS1983 -16.326 -23.813 2.309 742 HZ3 LYS1983 HZ3 LYS1983 -14.709 -24.285 2.502 743 H MET1984 HN MET1984 -14.950 -15.120 3.008 744 HA MET1984 HA MET1984 -12.500 -15.870 4.145 745 HB2 MET1984 HB2 MET1984 -11.297 -15.378 2.050 746 HB3 MET1984 HB1 MET1984 -12.258 -16.841 1.954 747 HG2 MET1984 HG2 MET1984 -13.952 -15.679 0.652 748 HG3 MET1984 HG1 MET1984 -13.072 -14.169 0.853 749 HE1 MET1984 HE1 MET1984 -10.092 -14.834 0.523 750 HE2 MET1984 HE2 MET1984 -10.914 -13.514 -0.312 751 HE3 MET1984 HE3 MET1984 -9.872 -14.615 -1.219 752 H LYS1985 HN LYS1985 -11.200 -14.145 3.999 753 HA LYS1985 HA LYS1985 -12.433 -11.532 3.533 754 HB2 LYS1985 HB2 LYS1985 -10.830 -12.318 5.980 755 HB3 LYS1985 HB1 LYS1985 -11.128 -10.641 5.536 756 HG2 LYS1985 HG2 LYS1985 -13.281 -12.677 6.085 757 HG3 LYS1985 HG1 LYS1985 -12.694 -11.485 7.252 758 HD2 LYS1985 HD2 LYS1985 -13.438 -9.668 5.867 759 HD3 LYS1985 HD1 LYS1985 -13.828 -10.774 4.551 760 HE2 LYS1985 HE2 LYS1985 -15.174 -10.798 7.248 761 HE3 LYS1985 HE1 LYS1985 -15.799 -9.947 5.841 762 HZ1 LYS1985 HZ1 LYS1985 -15.925 -12.088 4.674 763 HZ2 LYS1985 HZ2 LYS1985 -16.860 -12.090 6.048 764 HZ3 LYS1985 HZ3 LYS1985 -15.380 -12.896 6.051 765 H HIS1986 HN HIS1986 -11.506 -11.015 1.796 766 HA HIS1986 HA HIS1986 -9.092 -11.801 0.709 767 HB2 HIS1986 HB2 HIS1986 -9.285 -9.952 -0.882 768 HB3 HIS1986 HB1 HIS1986 -10.852 -10.700 -0.612 769 HD1 HIS1986 HD1 HIS1986 -12.718 -9.157 0.036 770 HD2 HIS1986 HD2 HIS1986 -8.992 -7.374 0.507 771 HE1 HIS1986 HE1 HIS1986 -13.169 -6.763 0.657 772 HE2 HIS1986 HE2 HIS1986 -10.887 -5.959 1.399 773 H LYS1987 HN LYS1987 -7.044 -10.823 0.377 774 HA LYS1987 HA LYS1987 -6.342 -8.684 2.222 775 HB2 LYS1987 HB2 LYS1987 -4.561 -10.881 1.106 776 HB3 LYS1987 HB1 LYS1987 -4.118 -9.675 2.304 777 HG2 LYS1987 HG2 LYS1987 -5.593 -10.686 3.928 778 HG3 LYS1987 HG1 LYS1987 -6.177 -11.836 2.725 779 HD2 LYS1987 HD2 LYS1987 -3.807 -12.651 2.515 780 HD3 LYS1987 HD1 LYS1987 -3.417 -11.647 3.918 781 HE2 LYS1987 HE2 LYS1987 -5.055 -12.848 5.255 782 HE3 LYS1987 HE1 LYS1987 -5.512 -13.814 3.855 783 HZ1 LYS1987 HZ1 LYS1987 -4.065 -15.114 5.138 784 HZ2 LYS1987 HZ2 LYS1987 -2.962 -13.869 5.357 785 HZ3 LYS1987 HZ3 LYS1987 -3.103 -14.604 3.848 786 H SER1988 HN SER1988 -5.639 -6.949 1.100 787 HA SER1988 HA SER1988 -5.442 -7.197 -1.777 788 HB2 SER1988 HB2 SER1988 -5.509 -4.773 0.042 789 HB3 SER1988 HB1 SER1988 -5.530 -4.729 -1.734 790 HG SER1988 HG SER1988 -7.626 -4.908 -0.184 791 H TYR1989 HN TYR1989 -3.589 -6.840 -2.900 792 HA TYR1989 HA TYR1989 -1.209 -7.149 -1.252 793 HB2 TYR1989 HB2 TYR1989 -1.634 -7.815 -4.151 794 HB3 TYR1989 HB1 TYR1989 -0.266 -8.291 -3.151 795 HD1 TYR1989 HD2 TYR1989 -0.679 -9.953 -1.264 796 HD2 TYR1989 HD1 TYR1989 -3.608 -9.105 -4.230 797 HE1 TYR1989 HE2 TYR1989 -1.896 -12.008 -0.651 798 HE2 TYR1989 HE1 TYR1989 -4.830 -11.147 -3.625 799 HH TYR1989 HH TYR1989 -4.452 -13.267 -2.563 800 H PHE1990 HN PHE1990 0.088 -5.474 -1.114 801 HA PHE1990 HA PHE1990 0.103 -3.508 -3.292 802 HB2 PHE1990 HB2 PHE1990 -0.329 -2.990 -0.715 803 HB3 PHE1990 HB1 PHE1990 1.423 -3.070 -0.649 804 HD1 PHE1990 HD2 PHE1990 2.256 -1.819 -3.104 805 HD2 PHE1990 HD1 PHE1990 -0.932 -0.756 -0.504 806 HE1 PHE1990 HE2 PHE1990 2.409 0.505 -3.875 807 HE2 PHE1990 HE1 PHE1990 -0.784 1.568 -1.274 808 HZ PHE1990 HZ PHE1990 0.803 2.233 -2.876 809 H SER1991 HN SER1991 1.829 -3.597 -4.542 810 HA SER1991 HA SER1991 4.180 -5.087 -3.667 811 HB2 SER1991 HB2 SER1991 2.936 -5.720 -5.782 812 HB3 SER1991 HB1 SER1991 3.396 -4.157 -6.446 813 HG SER1991 HG SER1991 5.080 -5.198 -7.097 814 H PHE1992 HN PHE1992 6.037 -3.997 -3.384 815 HA PHE1992 HA PHE1992 6.114 -1.184 -4.163 816 HB2 PHE1992 HB2 PHE1992 7.479 -2.520 -1.807 817 HB3 PHE1992 HB1 PHE1992 7.726 -0.844 -2.282 818 HD1 PHE1992 HD2 PHE1992 5.938 0.809 -2.011 819 HD2 PHE1992 HD1 PHE1992 5.515 -3.209 -0.677 820 HE1 PHE1992 HE2 PHE1992 4.027 1.477 -0.613 821 HE2 PHE1992 HE1 PHE1992 3.615 -2.563 0.716 822 HZ PHE1992 HZ PHE1992 2.844 -0.151 0.706 823 H VAL1993 HN VAL1993 7.217 -0.947 -5.822 824 HA VAL1993 HA VAL1993 9.582 -2.575 -6.304 825 HB VAL1993 HB VAL1993 7.863 -3.313 -7.841 826 HG11 VAL1993 HG11 VAL1993 6.328 -1.490 -7.658 827 HG12 VAL1993 HG12 VAL1993 6.672 -1.831 -9.353 828 HG13 VAL1993 HG13 VAL1993 7.412 -0.431 -8.563 829 HG21 VAL1993 HG21 VAL1993 10.060 -3.072 -8.871 830 HG22 VAL1993 HG22 VAL1993 9.661 -1.403 -9.306 831 HG23 VAL1993 HG23 VAL1993 8.773 -2.737 -10.040 832 H CYS1994 HN CYS1994 11.263 -1.426 -7.494 833 HA CYS1994 HA CYS1994 11.405 1.232 -6.444 834 HB2 CYS1994 HB2 CYS1994 13.787 1.012 -7.260 835 HB3 CYS1994 HB1 CYS1994 13.245 -0.042 -5.958 836 H LYS1995 HN LYS1995 11.889 3.044 -7.538 837 HA LYS1995 HA LYS1995 12.053 2.971 -10.434 838 HB2 LYS1995 HB2 LYS1995 9.676 3.516 -9.801 839 HB3 LYS1995 HB1 LYS1995 10.272 4.887 -8.880 840 HG2 LYS1995 HG2 LYS1995 11.203 5.824 -10.980 841 HG3 LYS1995 HG1 LYS1995 10.452 4.493 -11.862 842 HD2 LYS1995 HD2 LYS1995 8.252 5.249 -11.075 843 HD3 LYS1995 HD1 LYS1995 9.029 6.573 -10.198 844 HE2 LYS1995 HE2 LYS1995 9.962 7.375 -12.368 845 HE3 LYS1995 HE1 LYS1995 9.015 6.132 -13.184 846 HZ1 LYS1995 HZ1 LYS1995 7.892 8.294 -13.202 847 HZ2 LYS1995 HZ2 LYS1995 7.943 8.342 -11.532 848 HZ3 LYS1995 HZ3 LYS1995 6.993 7.181 -12.302 849 H SER1996 HN SER1996 13.767 4.209 -11.033 850 HA SER1996 HA SER1996 15.293 5.550 -8.968 851 HB2 SER1996 HB2 SER1996 15.871 5.358 -11.927 852 HB3 SER1996 HB1 SER1996 17.026 5.609 -10.613 853 HG SER1996 HG SER1996 16.177 3.470 -9.843 854 H ASP1997 HN ASP1997 12.908 6.288 -11.058 855 HA ASP1997 HA ASP1997 13.517 9.169 -11.202 856 HB2 ASP1997 HB2 ASP1997 13.124 8.070 -13.352 857 HB3 ASP1997 HB1 ASP1997 11.598 7.432 -12.777 858 H ALA1998 HN ALA1998 12.259 7.350 -8.997 859 HA ALA1998 HA ALA1998 9.548 8.103 -8.713 860 HB1 ALA1998 HB1 ALA1998 9.696 7.211 -6.464 861 HB2 ALA1998 HB2 ALA1998 11.457 7.200 -6.569 862 HB3 ALA1998 HB3 ALA1998 10.504 6.139 -7.604 863 H GLY1999 HN GLY1999 12.549 9.487 -7.445 864 HA2 GLY1999 HA2 GLY1999 13.013 11.531 -6.612 865 HA3 GLY1999 HA1 GLY1999 11.471 12.071 -7.264 866 H ASP2000 HN ASP2000 10.804 13.268 -5.595 867 HA ASP2000 HA ASP2000 10.747 12.099 -2.904 868 HB2 ASP2000 HB2 ASP2000 11.581 14.409 -3.073 869 HB3 ASP2000 HB1 ASP2000 10.067 14.910 -3.820 870 H ASP2001 HN ASP2001 8.813 12.891 -5.588 871 HA ASP2001 HA ASP2001 6.251 13.129 -4.452 872 HB2 ASP2001 HB2 ASP2001 6.979 13.537 -6.899 873 HB3 ASP2001 HB1 ASP2001 6.835 11.774 -7.032 874 H SER2002 HN SER2002 7.717 10.369 -6.096 875 HA SER2002 HA SER2002 7.608 8.162 -5.905 876 HB2 SER2002 HB2 SER2002 7.860 9.031 -3.329 877 HB3 SER2002 HB1 SER2002 6.347 8.133 -3.213 878 HG SER2002 HG SER2002 8.925 7.285 -3.840 879 H GLN2003 HN GLN2003 6.174 7.011 -7.092 880 HA GLN2003 HA GLN2003 3.391 7.822 -6.778 881 HB2 GLN2003 HB2 GLN2003 2.975 7.172 -9.083 882 HB3 GLN2003 HB1 GLN2003 4.195 8.420 -8.935 883 HG2 GLN2003 HG2 GLN2003 5.932 6.917 -9.479 884 HG3 GLN2003 HG1 GLN2003 4.874 5.521 -9.284 885 HE21 GLN2003 HE21 GLN2003 2.620 6.801 -10.667 886 HE22 GLN2003 HE22 GLN2003 3.009 6.775 -12.329 887 HA PRO2004 HA PRO2004 2.281 3.617 -5.903 888 HB2 PRO2004 HB2 PRO2004 -0.322 4.567 -5.222 889 HB3 PRO2004 HB1 PRO2004 0.967 4.100 -4.111 890 HG2 PRO2004 HG2 PRO2004 -0.022 6.684 -4.430 891 HG3 PRO2004 HG1 PRO2004 1.530 6.255 -3.695 892 HD2 PRO2004 HD2 PRO2004 0.936 7.220 -6.451 893 HD3 PRO2004 HD1 PRO2004 2.331 7.567 -5.404 894 H VAL2005 HN VAL2005 1.933 2.607 -7.817 895 HA VAL2005 HA VAL2005 -0.065 3.697 -9.627 896 HB VAL2005 HB VAL2005 1.929 1.444 -10.063 897 HG11 VAL2005 HG11 VAL2005 0.146 2.872 -12.040 898 HG12 VAL2005 HG12 VAL2005 -0.043 1.214 -11.472 899 HG13 VAL2005 HG13 VAL2005 1.363 1.658 -12.439 900 HG21 VAL2005 HG21 VAL2005 3.068 3.578 -9.799 901 HG22 VAL2005 HG22 VAL2005 2.021 4.305 -11.017 902 HG23 VAL2005 HG23 VAL2005 3.157 3.033 -11.475 903 H PHE2006 HN PHE2006 -2.012 2.970 -9.282 904 HA PHE2006 HA PHE2006 -2.470 0.430 -8.026 905 HB2 PHE2006 HB2 PHE2006 -4.846 0.984 -8.219 906 HB3 PHE2006 HB1 PHE2006 -3.997 2.384 -7.598 907 HD1 PHE2006 HD2 PHE2006 -3.448 4.266 -9.259 908 HD2 PHE2006 HD1 PHE2006 -6.144 1.091 -10.152 909 HE1 PHE2006 HE2 PHE2006 -4.395 5.584 -11.101 910 HE2 PHE2006 HE1 PHE2006 -7.088 2.406 -11.995 911 HZ PHE2006 HZ PHE2006 -6.211 4.652 -12.471 912 H LEU2007 HN LEU2007 -3.027 -1.442 -9.095 913 HA LEU2007 HA LEU2007 -2.670 -1.374 -11.964 914 HB2 LEU2007 HB2 LEU2007 -2.965 -3.644 -9.992 915 HB3 LEU2007 HB1 LEU2007 -3.040 -3.919 -11.716 916 HG LEU2007 HG LEU2007 -0.719 -3.087 -11.938 917 HD11 LEU2007 HD11 LEU2007 0.678 -2.774 -9.958 918 HD12 LEU2007 HD12 LEU2007 -0.742 -2.967 -8.935 919 HD13 LEU2007 HD13 LEU2007 -0.630 -1.594 -10.033 920 HD21 LEU2007 HD21 LEU2007 0.378 -5.007 -10.896 921 HD22 LEU2007 HD22 LEU2007 -1.124 -5.463 -11.698 922 HD23 LEU2007 HD23 LEU2007 -1.073 -5.312 -9.941 923 H SER2008 HN SER2008 -5.031 -2.814 -9.762 924 HA SER2008 HA SER2008 -7.234 -1.563 -10.914 925 HB2 SER2008 HB2 SER2008 -6.582 -3.201 -12.778 926 HB3 SER2008 HB1 SER2008 -6.951 -4.502 -11.653 927 HG SER2008 HG SER2008 -8.895 -2.551 -11.954 928 H PHE2009 HN PHE2009 -9.128 -2.243 -9.810 929 HA PHE2009 HA PHE2009 -8.692 -3.630 -7.295 930 HB2 PHE2009 HB2 PHE2009 -10.146 -1.531 -7.534 931 HB3 PHE2009 HB1 PHE2009 -11.263 -2.505 -8.478 932 HD1 PHE2009 HD2 PHE2009 -12.406 -4.441 -7.368 933 HD2 PHE2009 HD1 PHE2009 -10.210 -1.540 -5.163 934 HE1 PHE2009 HE2 PHE2009 -13.556 -5.141 -5.314 935 HE2 PHE2009 HE1 PHE2009 -11.350 -2.240 -3.099 936 HZ PHE2009 HZ PHE2009 -13.024 -3.965 -3.145 937 H ASP2010 HN ASP2010 -9.467 -5.720 -7.000 938 HA ASP2010 HA ASP2010 -10.288 -7.051 -9.470 939 HB2 ASP2010 HB2 ASP2010 -8.262 -7.930 -8.539 940 HB3 ASP2010 HB1 ASP2010 -9.001 -8.095 -6.950 941 H GLU2011 HN GLU2011 -12.362 -7.529 -9.622 942 HA GLU2011 HA GLU2011 -13.949 -7.572 -7.168 943 HB2 GLU2011 HB2 GLU2011 -15.922 -7.537 -8.605 944 HB3 GLU2011 HB1 GLU2011 -14.832 -6.222 -9.007 945 HG2 GLU2011 HG2 GLU2011 -14.053 -7.419 -10.950 946 HG3 GLU2011 HG1 GLU2011 -15.032 -8.816 -10.486 947 H GLN2012 HN GLN2012 -12.279 -9.629 -9.028 948 HA GLN2012 HA GLN2012 -13.913 -11.902 -9.215 949 HB2 GLN2012 HB2 GLN2012 -11.952 -11.750 -10.552 950 HB3 GLN2012 HB1 GLN2012 -10.932 -11.524 -9.147 951 HG2 GLN2012 HG2 GLN2012 -11.316 -13.823 -8.486 952 HG3 GLN2012 HG1 GLN2012 -12.386 -14.049 -9.869 953 HE21 GLN2012 HE21 GLN2012 -9.542 -12.072 -10.137 954 HE22 GLN2012 HE22 GLN2012 -8.646 -13.148 -11.139 955 H THR2013 HN THR2013 -11.617 -10.880 -6.705 956 HA THR2013 HA THR2013 -13.316 -12.409 -4.894 957 HB THR2013 HB THR2013 -11.260 -13.761 -5.316 958 HG1 THR2013 HG1 THR2013 -11.821 -12.717 -2.773 959 HG21 THR2013 HG21 THR2013 -9.657 -11.944 -5.675 960 HG22 THR2013 HG22 THR2013 -9.108 -13.019 -4.390 961 HG23 THR2013 HG23 THR2013 -9.822 -11.457 -3.988 962 H CYS2014 HN CYS2014 -12.825 -9.533 -5.687 963 HA CYS2014 HA CYS2014 -13.027 -7.525 -4.801 964 HB2 CYS2014 HB2 CYS2014 -13.935 -9.127 -2.420 965 HB3 CYS2014 HB1 CYS2014 -13.853 -7.368 -2.341 966 H THR2015 HN THR2015 -10.414 -8.692 -4.788 967 HA THR2015 HA THR2015 -9.190 -7.342 -2.513 968 HB THR2015 HB THR2015 -8.345 -9.631 -2.962 969 HG1 THR2015 HG1 THR2015 -6.430 -8.940 -2.344 970 HG21 THR2015 HG21 THR2015 -7.443 -8.522 -5.623 971 HG22 THR2015 HG22 THR2015 -8.721 -9.714 -5.378 972 HG23 THR2015 HG23 THR2015 -7.049 -10.121 -4.991 973 H SER2016 HN SER2016 -6.853 -6.438 -3.495 974 HA SER2016 HA SER2016 -7.419 -4.708 -5.776 975 HB2 SER2016 HB2 SER2016 -6.397 -3.711 -3.105 976 HB3 SER2016 HB1 SER2016 -6.648 -2.739 -4.553 977 HG SER2016 HG SER2016 -8.796 -4.217 -3.689 978 H TYR2017 HN TYR2017 -5.521 -4.183 -6.930 979 HA TYR2017 HA TYR2017 -3.043 -5.327 -5.847 980 HB2 TYR2017 HB2 TYR2017 -3.890 -5.144 -8.749 981 HB3 TYR2017 HB1 TYR2017 -2.330 -5.734 -8.183 982 HD1 TYR2017 HD2 TYR2017 -2.427 -7.737 -6.514 983 HD2 TYR2017 HD1 TYR2017 -5.607 -6.647 -9.118 984 HE1 TYR2017 HE2 TYR2017 -3.375 -9.993 -6.292 985 HE2 TYR2017 HE1 TYR2017 -6.559 -8.904 -8.901 986 HH TYR2017 HH TYR2017 -5.888 -11.124 -8.315 987 H PHE2018 HN PHE2018 -1.592 -3.852 -5.383 988 HA PHE2018 HA PHE2018 -1.565 -1.369 -6.974 989 HB2 PHE2018 HB2 PHE2018 -0.986 -1.593 -4.013 990 HB3 PHE2018 HB1 PHE2018 -0.917 -0.127 -4.977 991 HD1 PHE2018 HD2 PHE2018 -3.213 0.288 -6.318 992 HD2 PHE2018 HD1 PHE2018 -2.793 -1.853 -2.675 993 HE1 PHE2018 HE2 PHE2018 -5.556 0.718 -5.809 994 HE2 PHE2018 HE1 PHE2018 -5.155 -1.426 -2.146 995 HZ PHE2018 HZ PHE2018 -6.546 -0.133 -3.713 996 H SER2019 HN SER2019 0.497 -0.476 -7.324 997 HA SER2019 HA SER2019 2.776 -1.866 -6.213 998 HB2 SER2019 HB2 SER2019 2.341 -1.408 -9.173 999 HB3 SER2019 HB1 SER2019 3.857 -1.954 -8.468 1000 HG SER2019 HG SER2019 1.770 -3.440 -7.616 1001 H TRP2020 HN TRP2020 3.954 -0.368 -5.315 1002 HA TRP2020 HA TRP2020 3.691 2.410 -6.228 1003 HB2 TRP2020 HB2 TRP2020 3.347 1.761 -3.775 1004 HB3 TRP2020 HB1 TRP2020 5.054 1.359 -3.727 1005 HD1 TRP2020 HD1 TRP2020 6.415 3.839 -4.978 1006 HE1 TRP2020 HE1 TRP2020 6.273 6.157 -3.888 1007 HE3 TRP2020 HE3 TRP2020 2.229 3.141 -2.135 1008 HZ2 TRP2020 HZ2 TRP2020 4.621 7.515 -2.072 1009 HZ3 TRP2020 HZ3 TRP2020 1.446 5.007 -0.739 1010 HH2 TRP2020 HH2 TRP2020 2.615 7.145 -0.712 1011 H HIS2021 HN HIS2021 5.276 3.264 -7.300 1012 HA HIS2021 HA HIS2021 7.772 1.784 -7.622 1013 HB2 HIS2021 HB2 HIS2021 6.551 4.047 -9.256 1014 HB3 HIS2021 HB1 HIS2021 8.150 3.386 -9.550 1015 HD1 HIS2021 HD1 HIS2021 7.775 2.307 -11.863 1016 HD2 HIS2021 HD2 HIS2021 4.843 1.244 -9.090 1017 HE1 HIS2021 HE1 HIS2021 6.422 0.537 -12.954 1018 HE2 HIS2021 HE2 HIS2021 4.549 0.040 -11.351 1019 H THR2022 HN THR2022 8.832 2.317 -5.817 1020 HA THR2022 HA THR2022 9.330 5.161 -5.306 1021 HB THR2022 HB THR2022 7.889 4.358 -3.539 1022 HG1 THR2022 HG1 THR2022 9.103 5.587 -2.458 1023 HG21 THR2022 HG21 THR2022 9.912 2.160 -3.064 1024 HG22 THR2022 HG22 THR2022 8.285 1.950 -3.713 1025 HG23 THR2022 HG23 THR2022 8.508 2.493 -2.049 1026 H SER2023 HN SER2023 11.431 5.662 -4.467 1027 HA SER2023 HA SER2023 13.427 4.002 -5.673 1028 HB2 SER2023 HB2 SER2023 14.909 5.845 -4.879 1029 HB3 SER2023 HB1 SER2023 13.632 6.330 -6.008 1030 HG SER2023 HG SER2023 14.096 7.086 -3.461 1031 H LEU2024 HN LEU2024 12.079 4.254 -2.565 1032 HA LEU2024 HA LEU2024 14.453 3.454 -1.125 1033 HB2 LEU2024 HB2 LEU2024 11.562 3.606 -0.230 1034 HB3 LEU2024 HB1 LEU2024 12.874 3.135 0.817 1035 HG LEU2024 HG LEU2024 12.331 5.364 1.351 1036 HD11 LEU2024 HD11 LEU2024 14.673 4.946 1.371 1037 HD12 LEU2024 HD12 LEU2024 14.363 6.610 0.879 1038 HD13 LEU2024 HD13 LEU2024 14.812 5.400 -0.324 1039 HD21 LEU2024 HD21 LEU2024 12.576 6.078 -1.574 1040 HD22 LEU2024 HD22 LEU2024 12.304 7.221 -0.261 1041 HD23 LEU2024 HD23 LEU2024 11.082 6.009 -0.638 1042 H ALA2025 HN ALA2025 12.026 1.940 -2.872 1043 HA ALA2025 HA ALA2025 11.565 -0.434 -1.569 1044 HB1 ALA2025 HB1 ALA2025 10.243 0.409 -3.410 1045 HB2 ALA2025 HB2 ALA2025 10.720 -1.276 -3.665 1046 HB3 ALA2025 HB3 ALA2025 11.554 0.030 -4.518 1047 H CYS2026 HN CYS2026 13.576 -0.474 -4.564 1048 HA CYS2026 HA CYS2026 14.762 -2.883 -3.369 1049 HB2 CYS2026 HB2 CYS2026 15.106 -3.763 -5.512 1050 HB3 CYS2026 HB1 CYS2026 13.555 -2.946 -5.673 1051 H GLU2027 HN GLU2027 17.067 -3.234 -4.535 1052 HA GLU2027 HA GLU2027 18.585 -0.803 -3.930 1053 HB2 GLU2027 HB2 GLU2027 19.102 -2.943 -2.700 1054 HB3 GLU2027 HB1 GLU2027 19.561 -3.646 -4.243 1055 HG2 GLU2027 HG2 GLU2027 21.518 -2.954 -3.044 1056 HG3 GLU2027 HG1 GLU2027 21.312 -1.934 -4.472 1057 H GLU2028 HN GLU2028 18.133 -3.464 -6.257 1058 HA GLU2028 HA GLU2028 19.050 -1.716 -8.349 1059 HB2 GLU2028 HB2 GLU2028 21.114 -2.755 -7.569 1060 HB3 GLU2028 HB1 GLU2028 20.407 -4.349 -7.771 1061 HG2 GLU2028 HG2 GLU2028 21.935 -3.774 -9.583 1062 HG3 GLU2028 HG1 GLU2028 20.286 -4.027 -10.157 1063 H GLU2029 HN GLU2029 17.186 -1.778 -9.430 1064 HA GLU2029 HA GLU2029 16.778 -4.024 -11.091 1065 HB2 GLU2029 HB2 GLU2029 15.314 -4.604 -9.136 1066 HB3 GLU2029 HB1 GLU2029 14.477 -3.074 -9.354 1067 HG2 GLU2029 HG2 GLU2029 13.665 -3.764 -11.508 1068 HG3 GLU2029 HG1 GLU2029 14.620 -5.242 -11.434 1069 H VAL2030 HN VAL2030 15.986 -3.326 -12.980 1070 HA VAL2030 HA VAL2030 15.563 -0.448 -13.132 1071 HB VAL2030 HB VAL2030 16.279 -2.400 -15.350 1072 HG11 VAL2030 HG11 VAL2030 14.948 -0.598 -16.257 1073 HG12 VAL2030 HG12 VAL2030 16.633 -0.390 -16.736 1074 HG13 VAL2030 HG13 VAL2030 15.954 0.596 -15.439 1075 HG21 VAL2030 HG21 VAL2030 17.912 -0.252 -14.005 1076 HG22 VAL2030 HG22 VAL2030 18.431 -1.235 -15.376 1077 HG23 VAL2030 HG23 VAL2030 18.119 -1.994 -13.816 1078 HA PRO2031 HA PRO2031 11.263 -1.509 -13.920 1079 HB2 PRO2031 HB2 PRO2031 10.250 0.837 -13.174 1080 HB3 PRO2031 HB1 PRO2031 10.916 -0.273 -11.970 1081 HG2 PRO2031 HG2 PRO2031 12.141 2.184 -13.161 1082 HG3 PRO2031 HG1 PRO2031 12.183 1.599 -11.487 1083 HD2 PRO2031 HD2 PRO2031 14.204 1.257 -13.347 1084 HD3 PRO2031 HD1 PRO2031 13.990 0.286 -11.879 1085 H ARG2032 HN ARG2032 13.357 0.047 -15.687 1086 HA ARG2032 HA ARG2032 11.497 1.478 -17.413 1087 HB2 ARG2032 HB2 ARG2032 14.519 1.419 -17.373 1088 HB3 ARG2032 HB1 ARG2032 13.559 2.292 -18.558 1089 HG2 ARG2032 HG2 ARG2032 12.632 3.690 -16.812 1090 HG3 ARG2032 HG1 ARG2032 13.524 2.786 -15.592 1091 HD2 ARG2032 HD2 ARG2032 15.626 3.501 -16.547 1092 HD3 ARG2032 HD1 ARG2032 14.780 4.316 -17.862 1093 HE ARG2032 HE ARG2032 13.739 5.656 -15.983 1094 HH11 ARG2032 HH11 ARG2032 17.036 4.348 -15.679 1095 HH12 ARG2032 HH12 ARG2032 17.630 5.730 -14.877 1096 HH21 ARG2032 HH21 ARG2032 14.602 7.508 -14.860 1097 HH22 ARG2032 HH22 ARG2032 16.245 7.523 -14.376 Start of MODEL 5 1 H1 MET1885 HT1 MET1885 15.461 8.798 1.115 2 H2 MET1885 HT2 MET1885 16.708 9.223 2.131 3 H3 MET1885 HT3 MET1885 16.178 10.311 0.921 4 HA MET1885 HA MET1885 15.463 10.887 3.186 5 HB2 MET1885 HB2 MET1885 14.165 11.592 1.193 6 HB3 MET1885 HB1 MET1885 13.258 10.094 1.264 7 HG2 MET1885 HG2 MET1885 12.280 10.745 3.377 8 HG3 MET1885 HG1 MET1885 13.255 12.214 3.399 9 HE1 MET1885 HE1 MET1885 11.789 14.211 0.363 10 HE2 MET1885 HE2 MET1885 13.160 13.100 0.345 11 HE3 MET1885 HE3 MET1885 12.951 14.220 1.691 12 H LYS1886 HN LYS1886 14.429 10.270 5.079 13 HA LYS1886 HA LYS1886 13.261 7.603 5.166 14 HB2 LYS1886 HB2 LYS1886 15.779 7.569 5.730 15 HB3 LYS1886 HB1 LYS1886 15.361 8.495 7.159 16 HG2 LYS1886 HG2 LYS1886 13.933 6.655 7.916 17 HG3 LYS1886 HG1 LYS1886 14.375 5.732 6.477 18 HD2 LYS1886 HD2 LYS1886 16.760 5.907 7.193 19 HD3 LYS1886 HD1 LYS1886 16.201 6.650 8.691 20 HE2 LYS1886 HE2 LYS1886 16.573 4.324 9.106 21 HE3 LYS1886 HE1 LYS1886 14.835 4.614 9.117 22 HZ1 LYS1886 HZ1 LYS1886 14.713 3.707 6.842 23 HZ2 LYS1886 HZ2 LYS1886 15.438 2.598 7.885 24 HZ3 LYS1886 HZ3 LYS1886 16.384 3.516 6.838 25 H SER1887 HN SER1887 11.429 9.103 5.236 26 HA SER1887 HA SER1887 11.179 11.114 7.154 27 HB2 SER1887 HB2 SER1887 9.007 9.768 5.558 28 HB3 SER1887 HB1 SER1887 8.853 11.287 6.434 29 HG SER1887 HG SER1887 9.260 11.676 4.277 30 H ASN1888 HN ASN1888 8.773 8.448 7.053 31 HA ASN1888 HA ASN1888 8.623 8.738 9.978 32 HB2 ASN1888 HB2 ASN1888 6.844 9.896 8.794 33 HB3 ASN1888 HB1 ASN1888 6.432 8.391 7.981 34 HD21 ASN1888 HD21 ASN1888 4.384 8.427 8.755 35 HD22 ASN1888 HD22 ASN1888 3.983 8.096 10.410 36 H VAL1889 HN VAL1889 8.828 7.052 11.066 37 HA VAL1889 HA VAL1889 7.744 4.562 10.055 38 HB VAL1889 HB VAL1889 10.130 4.219 9.856 39 HG11 VAL1889 HG11 VAL1889 11.694 4.426 11.732 40 HG12 VAL1889 HG12 VAL1889 10.395 5.086 12.726 41 HG13 VAL1889 HG13 VAL1889 10.951 5.969 11.306 42 HG21 VAL1889 HG21 VAL1889 9.115 2.830 12.337 43 HG22 VAL1889 HG22 VAL1889 10.504 2.319 11.380 44 HG23 VAL1889 HG23 VAL1889 8.893 2.299 10.669 45 H GLN1890 HN GLN1890 5.989 4.389 11.122 46 HA GLN1890 HA GLN1890 5.383 5.485 13.621 47 HB2 GLN1890 HB2 GLN1890 4.004 3.265 12.096 48 HB3 GLN1890 HB1 GLN1890 3.327 4.043 13.523 49 HG2 GLN1890 HG2 GLN1890 4.059 5.389 10.957 50 HG3 GLN1890 HG1 GLN1890 2.438 4.833 11.348 51 HE21 GLN1890 HE21 GLN1890 1.307 5.906 13.018 52 HE22 GLN1890 HE22 GLN1890 1.717 7.511 13.484 53 H ASN1891 HN ASN1891 4.988 2.018 13.230 54 HA ASN1891 HA ASN1891 6.252 1.625 15.855 55 HB2 ASN1891 HB2 ASN1891 3.847 0.986 15.648 56 HB3 ASN1891 HB1 ASN1891 4.276 -0.136 14.374 57 HD21 ASN1891 HD21 ASN1891 6.128 0.342 17.365 58 HD22 ASN1891 HD22 ASN1891 5.771 -1.226 17.991 59 H ASP1892 HN ASP1892 5.693 -0.112 12.805 60 HA ASP1892 HA ASP1892 8.442 -0.414 12.422 61 HB2 ASP1892 HB2 ASP1892 8.554 -2.920 12.317 62 HB3 ASP1892 HB1 ASP1892 8.343 -2.278 13.934 63 H CYS1893 HN CYS1893 6.495 -2.929 11.009 64 HA CYS1893 HA CYS1893 6.331 -3.508 8.887 65 HB2 CYS1893 HB2 CYS1893 4.495 -1.923 8.711 66 HB3 CYS1893 HB1 CYS1893 5.621 -0.587 8.475 67 H ARG1894 HN ARG1894 8.370 -4.120 8.736 68 HA ARG1894 HA ARG1894 9.956 -2.845 6.765 69 HB2 ARG1894 HB2 ARG1894 11.981 -2.673 8.217 70 HB3 ARG1894 HB1 ARG1894 10.755 -1.455 8.527 71 HG2 ARG1894 HG2 ARG1894 10.039 -2.655 10.521 72 HG3 ARG1894 HG1 ARG1894 11.197 -3.944 10.183 73 HD2 ARG1894 HD2 ARG1894 11.957 -2.292 11.902 74 HD3 ARG1894 HD1 ARG1894 13.045 -2.465 10.522 75 HE ARG1894 HE ARG1894 11.332 -0.383 9.901 76 HH11 ARG1894 HH11 ARG1894 13.648 -0.928 12.547 77 HH12 ARG1894 HH12 ARG1894 14.169 0.685 12.547 78 HH21 ARG1894 HH21 ARG1894 11.968 1.690 9.962 79 HH22 ARG1894 HH22 ARG1894 13.153 2.282 11.071 80 H VAL1895 HN VAL1895 11.603 -4.211 6.055 81 HA VAL1895 HA VAL1895 11.889 -6.746 7.405 82 HB VAL1895 HB VAL1895 10.028 -7.140 5.832 83 HG11 VAL1895 HG11 VAL1895 10.466 -5.478 4.170 84 HG12 VAL1895 HG12 VAL1895 10.344 -7.070 3.420 85 HG13 VAL1895 HG13 VAL1895 11.929 -6.329 3.661 86 HG21 VAL1895 HG21 VAL1895 12.573 -8.503 4.980 87 HG22 VAL1895 HG22 VAL1895 10.941 -9.068 4.629 88 HG23 VAL1895 HG23 VAL1895 11.509 -8.993 6.298 89 H THR1896 HN THR1896 13.927 -7.470 7.307 90 HA THR1896 HA THR1896 15.815 -5.704 6.037 91 HB THR1896 HB THR1896 16.394 -8.116 7.752 92 HG1 THR1896 HG1 THR1896 15.089 -6.927 9.011 93 HG21 THR1896 HG21 THR1896 18.293 -7.075 6.555 94 HG22 THR1896 HG22 THR1896 18.430 -6.838 8.298 95 HG23 THR1896 HG23 THR1896 17.880 -5.516 7.267 96 H ASN1897 HN ASN1897 16.777 -6.178 4.150 97 HA ASN1897 HA ASN1897 16.693 -8.930 3.176 98 HB2 ASN1897 HB2 ASN1897 15.858 -7.167 1.631 99 HB3 ASN1897 HB1 ASN1897 17.417 -6.360 1.723 100 HD21 ASN1897 HD21 ASN1897 15.964 -7.482 -0.577 101 HD22 ASN1897 HD22 ASN1897 17.045 -8.645 -1.273 102 HA PRO1898 HA PRO1898 20.873 -8.948 4.786 103 HB2 PRO1898 HB2 PRO1898 21.296 -11.597 4.418 104 HB3 PRO1898 HB1 PRO1898 20.346 -10.948 5.758 105 HG2 PRO1898 HG2 PRO1898 19.412 -12.115 3.165 106 HG3 PRO1898 HG1 PRO1898 18.790 -12.388 4.806 107 HD2 PRO1898 HD2 PRO1898 17.606 -10.707 3.054 108 HD3 PRO1898 HD1 PRO1898 17.591 -10.425 4.807 109 H ALA1899 HN ALA1899 19.862 -10.183 1.652 110 HA ALA1899 HA ALA1899 22.504 -10.684 0.689 111 HB1 ALA1899 HB1 ALA1899 21.425 -11.080 -1.459 112 HB2 ALA1899 HB2 ALA1899 19.915 -10.416 -0.833 113 HB3 ALA1899 HB3 ALA1899 20.564 -11.912 -0.166 114 H THR1900 HN THR1900 20.169 -8.092 0.356 115 HA THR1900 HA THR1900 22.008 -6.582 -1.301 116 HB THR1900 HB THR1900 19.392 -5.602 -0.121 117 HG1 THR1900 HG1 THR1900 18.813 -6.390 -2.469 118 HG21 THR1900 HG21 THR1900 20.882 -4.951 -2.671 119 HG22 THR1900 HG22 THR1900 20.845 -3.943 -1.226 120 HG23 THR1900 HG23 THR1900 19.365 -4.225 -2.144 121 H GLY1901 HN GLY1901 21.132 -6.917 2.016 122 HA2 GLY1901 HA2 GLY1901 22.088 -6.017 3.906 123 HA3 GLY1901 HA1 GLY1901 23.122 -5.025 2.878 124 H HIS1902 HN HIS1902 19.907 -4.923 2.065 125 HA HIS1902 HA HIS1902 19.691 -2.214 3.193 126 HB2 HIS1902 HB2 HIS1902 19.874 -2.414 0.668 127 HB3 HIS1902 HB1 HIS1902 18.348 -3.277 0.691 128 HD1 HIS1902 HD1 HIS1902 19.596 -0.058 -0.038 129 HD2 HIS1902 HD2 HIS1902 16.295 -1.406 2.102 130 HE1 HIS1902 HE1 HIS1902 18.006 1.833 -0.007 131 HE2 HIS1902 HE2 HIS1902 16.443 1.122 1.781 132 H LEU1903 HN LEU1903 18.474 -2.491 4.972 133 HA LEU1903 HA LEU1903 16.222 -4.223 5.110 134 HB2 LEU1903 HB2 LEU1903 17.506 -3.433 7.100 135 HB3 LEU1903 HB1 LEU1903 16.988 -1.799 6.786 136 HG LEU1903 HG LEU1903 15.020 -3.990 7.503 137 HD11 LEU1903 HD11 LEU1903 15.158 -3.173 9.805 138 HD12 LEU1903 HD12 LEU1903 16.481 -2.100 9.348 139 HD13 LEU1903 HD13 LEU1903 16.695 -3.850 9.269 140 HD21 LEU1903 HD21 LEU1903 13.680 -2.083 8.290 141 HD22 LEU1903 HD22 LEU1903 14.041 -1.963 6.566 142 HD23 LEU1903 HD23 LEU1903 14.932 -0.977 7.723 143 H PHE1904 HN PHE1904 14.155 -3.812 4.453 144 HA PHE1904 HA PHE1904 13.809 -1.349 2.946 145 HB2 PHE1904 HB2 PHE1904 12.017 -3.777 3.068 146 HB3 PHE1904 HB1 PHE1904 11.877 -2.434 1.956 147 HD1 PHE1904 HD2 PHE1904 14.872 -2.245 1.256 148 HD2 PHE1904 HD1 PHE1904 12.168 -5.515 1.531 149 HE1 PHE1904 HE2 PHE1904 16.209 -3.490 -0.396 150 HE2 PHE1904 HE1 PHE1904 13.472 -6.759 -0.104 151 HZ PHE1904 HZ PHE1904 15.514 -5.749 -1.086 152 H ASP1905 HN ASP1905 12.904 0.263 3.965 153 HA ASP1905 HA ASP1905 10.508 -0.203 5.528 154 HB2 ASP1905 HB2 ASP1905 12.483 0.083 7.131 155 HB3 ASP1905 HB1 ASP1905 12.656 1.715 6.487 156 H LEU1906 HN LEU1906 9.048 1.034 4.773 157 HA LEU1906 HA LEU1906 9.637 2.953 2.681 158 HB2 LEU1906 HB2 LEU1906 7.036 1.924 3.778 159 HB3 LEU1906 HB1 LEU1906 7.239 2.863 2.312 160 HG LEU1906 HG LEU1906 8.421 0.125 2.752 161 HD11 LEU1906 HD11 LEU1906 6.686 -0.661 1.243 162 HD12 LEU1906 HD12 LEU1906 5.976 0.953 1.221 163 HD13 LEU1906 HD13 LEU1906 6.003 0.021 2.720 164 HD21 LEU1906 HD21 LEU1906 8.807 0.180 0.334 165 HD22 LEU1906 HD22 LEU1906 9.664 1.488 1.151 166 HD23 LEU1906 HD23 LEU1906 8.179 1.827 0.266 167 H THR1907 HN THR1907 10.567 4.123 4.831 168 HA THR1907 HA THR1907 8.921 5.472 6.597 169 HB THR1907 HB THR1907 10.901 7.121 6.637 170 HG1 THR1907 HG1 THR1907 12.508 5.197 5.523 171 HG21 THR1907 HG21 THR1907 11.309 4.185 7.247 172 HG22 THR1907 HG22 THR1907 10.553 5.364 8.319 173 HG23 THR1907 HG23 THR1907 12.263 5.510 7.911 174 H SER1908 HN SER1908 10.155 6.626 3.455 175 HA SER1908 HA SER1908 9.123 9.216 3.631 176 HB2 SER1908 HB2 SER1908 9.630 7.581 1.150 177 HB3 SER1908 HB1 SER1908 9.590 9.340 1.269 178 HG SER1908 HG SER1908 11.686 8.596 1.285 179 H LEU1909 HN LEU1909 7.501 6.179 2.970 180 HA LEU1909 HA LEU1909 5.424 7.333 1.465 181 HB2 LEU1909 HB2 LEU1909 6.285 4.653 2.391 182 HB3 LEU1909 HB1 LEU1909 4.709 4.937 1.722 183 HG LEU1909 HG LEU1909 5.860 5.713 -0.409 184 HD11 LEU1909 HD11 LEU1909 8.335 4.613 0.910 185 HD12 LEU1909 HD12 LEU1909 8.035 6.304 0.513 186 HD13 LEU1909 HD13 LEU1909 8.190 5.110 -0.777 187 HD21 LEU1909 HD21 LEU1909 6.463 3.463 -1.168 188 HD22 LEU1909 HD22 LEU1909 4.949 3.501 -0.268 189 HD23 LEU1909 HD23 LEU1909 6.413 2.899 0.504 190 H LYS1910 HN LYS1910 5.826 5.595 4.563 191 HA LYS1910 HA LYS1910 3.201 5.664 5.557 192 HB2 LYS1910 HB2 LYS1910 5.682 5.982 7.291 193 HB3 LYS1910 HB1 LYS1910 4.132 5.286 7.730 194 HG2 LYS1910 HG2 LYS1910 4.492 3.366 6.415 195 HG3 LYS1910 HG1 LYS1910 5.899 4.082 5.633 196 HD2 LYS1910 HD2 LYS1910 7.048 4.104 7.836 197 HD3 LYS1910 HD1 LYS1910 5.638 3.294 8.524 198 HE2 LYS1910 HE2 LYS1910 5.951 1.364 7.143 199 HE3 LYS1910 HE1 LYS1910 7.186 2.174 6.189 200 HZ1 LYS1910 HZ1 LYS1910 8.690 2.087 8.027 201 HZ2 LYS1910 HZ2 LYS1910 8.090 0.557 7.792 202 HZ3 LYS1910 HZ3 LYS1910 7.531 1.446 9.080 203 H ARG1911 HN ARG1911 1.921 7.388 6.197 204 HA ARG1911 HA ARG1911 3.304 9.779 7.121 205 HB2 ARG1911 HB2 ARG1911 1.964 11.221 5.662 206 HB3 ARG1911 HB1 ARG1911 3.008 10.134 4.759 207 HG2 ARG1911 HG2 ARG1911 1.011 8.645 4.455 208 HG3 ARG1911 HG1 ARG1911 0.038 9.947 5.143 209 HD2 ARG1911 HD2 ARG1911 1.773 10.128 2.691 210 HD3 ARG1911 HD1 ARG1911 0.020 10.006 2.708 211 HE ARG1911 HE ARG1911 0.676 12.219 4.234 212 HH11 ARG1911 HH11 ARG1911 0.940 11.159 0.877 213 HH12 ARG1911 HH12 ARG1911 0.959 12.729 0.211 214 HH21 ARG1911 HH21 ARG1911 0.711 14.420 3.322 215 HH22 ARG1911 HH22 ARG1911 0.894 14.618 1.639 216 H GLU1912 HN GLU1912 1.373 11.505 7.535 217 HA GLU1912 HA GLU1912 0.046 10.451 9.849 218 HB2 GLU1912 HB2 GLU1912 1.135 12.652 9.809 219 HB3 GLU1912 HB1 GLU1912 0.021 13.194 8.575 220 HG2 GLU1912 HG2 GLU1912 -0.575 14.107 10.724 221 HG3 GLU1912 HG1 GLU1912 -1.826 12.996 10.171 222 H SER1913 HN SER1913 -1.006 11.870 6.738 223 HA SER1913 HA SER1913 -3.768 11.517 7.442 224 HB2 SER1913 HB2 SER1913 -4.071 12.626 5.185 225 HB3 SER1913 HB1 SER1913 -3.199 13.566 6.402 226 HG SER1913 HG SER1913 -2.237 13.455 4.212 227 H GLY1914 HN GLY1914 -2.170 10.842 4.387 228 HA2 GLY1914 HA2 GLY1914 -2.305 8.122 4.136 229 HA3 GLY1914 HA1 GLY1914 -3.923 8.705 3.697 230 H TYR1915 HN TYR1915 -2.136 7.454 1.821 231 HA TYR1915 HA TYR1915 -1.194 9.718 0.215 232 HB2 TYR1915 HB2 TYR1915 0.294 7.642 0.832 233 HB3 TYR1915 HB1 TYR1915 -0.684 6.792 -0.356 234 HD1 TYR1915 HD2 TYR1915 -0.683 7.631 -2.740 235 HD2 TYR1915 HD1 TYR1915 2.108 9.027 0.152 236 HE1 TYR1915 HE2 TYR1915 0.777 8.439 -4.546 237 HE2 TYR1915 HE1 TYR1915 3.567 9.839 -1.649 238 HH TYR1915 HH TYR1915 2.577 10.252 -4.774 239 H THR1916 HN THR1916 -1.932 9.910 -1.927 240 HA THR1916 HA THR1916 -4.442 8.425 -2.465 241 HB THR1916 HB THR1916 -4.930 10.712 -1.616 242 HG1 THR1916 HG1 THR1916 -6.493 10.335 -2.908 243 HG21 THR1916 HG21 THR1916 -3.351 11.592 -4.023 244 HG22 THR1916 HG22 THR1916 -2.894 11.826 -2.339 245 HG23 THR1916 HG23 THR1916 -4.313 12.659 -2.993 246 H ILE1917 HN ILE1917 -5.004 7.948 -4.132 247 HA ILE1917 HA ILE1917 -3.646 8.571 -6.564 248 HB ILE1917 HB ILE1917 -3.939 6.111 -7.076 249 HG12 ILE1917 HG12 ILE1917 -3.443 5.863 -4.108 250 HG13 ILE1917 HG11 ILE1917 -4.891 5.370 -4.973 251 HG21 ILE1917 HG21 ILE1917 -1.545 5.647 -6.529 252 HG22 ILE1917 HG22 ILE1917 -1.542 7.126 -5.571 253 HG23 ILE1917 HG23 ILE1917 -1.830 7.200 -7.309 254 HD11 ILE1917 HD11 ILE1917 -2.149 4.162 -5.280 255 HD12 ILE1917 HD12 ILE1917 -3.601 3.655 -6.144 256 HD13 ILE1917 HD13 ILE1917 -3.503 3.458 -4.394 257 H THR1918 HN THR1918 -4.997 7.508 -8.335 258 HA THR1918 HA THR1918 -7.774 7.953 -7.637 259 HB THR1918 HB THR1918 -6.599 7.321 -10.363 260 HG1 THR1918 HG1 THR1918 -5.498 9.047 -9.742 261 HG21 THR1918 HG21 THR1918 -8.531 8.612 -11.164 262 HG22 THR1918 HG22 THR1918 -9.037 8.903 -9.501 263 HG23 THR1918 HG23 THR1918 -9.067 7.266 -10.156 264 H ASP1919 HN ASP1919 -9.364 6.345 -8.039 265 HA ASP1919 HA ASP1919 -8.383 3.670 -7.655 266 HB2 ASP1919 HB2 ASP1919 -10.460 3.117 -6.850 267 HB3 ASP1919 HB1 ASP1919 -10.590 4.832 -6.571 268 H SER1920 HN SER1920 -10.335 2.250 -9.009 269 HA SER1920 HA SER1920 -9.141 1.650 -11.386 270 HB2 SER1920 HB2 SER1920 -10.692 0.260 -10.077 271 HB3 SER1920 HB1 SER1920 -12.008 1.307 -10.623 272 HG SER1920 HG SER1920 -10.392 0.356 -12.644 273 H HIS1921 HN HIS1921 -11.643 4.169 -10.790 274 HA HIS1921 HA HIS1921 -11.435 4.801 -13.618 275 HB2 HIS1921 HB2 HIS1921 -13.101 2.987 -13.495 276 HB3 HIS1921 HB1 HIS1921 -14.108 4.011 -12.487 277 HD1 HIS1921 HD1 HIS1921 -12.671 3.887 -15.991 278 HD2 HIS1921 HD2 HIS1921 -15.794 5.654 -13.894 279 HE1 HIS1921 HE1 HIS1921 -14.109 4.961 -17.717 280 HE2 HIS1921 HE2 HIS1921 -16.127 5.701 -16.467 281 H ASN1922 HN ASN1922 -12.413 5.902 -10.399 282 HA ASN1922 HA ASN1922 -12.946 8.537 -11.586 283 HB2 ASN1922 HB2 ASN1922 -15.024 7.210 -11.679 284 HB3 ASN1922 HB1 ASN1922 -14.929 7.018 -9.964 285 HD21 ASN1922 HD21 ASN1922 -15.471 9.411 -12.468 286 HD22 ASN1922 HD22 ASN1922 -16.163 10.560 -11.373 287 H ARG1923 HN ARG1923 -13.205 6.576 -8.813 288 HA ARG1923 HA ARG1923 -13.176 8.740 -6.907 289 HB2 ARG1923 HB2 ARG1923 -12.859 5.796 -6.373 290 HB3 ARG1923 HB1 ARG1923 -13.312 7.040 -5.221 291 HG2 ARG1923 HG2 ARG1923 -14.881 6.009 -7.543 292 HG3 ARG1923 HG1 ARG1923 -15.240 5.802 -5.835 293 HD2 ARG1923 HD2 ARG1923 -15.363 8.359 -5.674 294 HD3 ARG1923 HD1 ARG1923 -15.405 8.361 -7.439 295 HE ARG1923 HE ARG1923 -17.316 6.605 -6.274 296 HH11 ARG1923 HH11 ARG1923 -16.918 10.014 -7.396 297 HH12 ARG1923 HH12 ARG1923 -18.572 10.337 -7.209 298 HH21 ARG1923 HH21 ARG1923 -19.476 7.110 -6.056 299 HH22 ARG1923 HH22 ARG1923 -20.099 8.644 -6.449 300 H LYS1924 HN LYS1924 -11.683 8.451 -4.950 301 HA LYS1924 HA LYS1924 -8.979 7.939 -5.894 302 HB2 LYS1924 HB2 LYS1924 -9.997 9.838 -3.791 303 HB3 LYS1924 HB1 LYS1924 -8.300 9.408 -3.952 304 HG2 LYS1924 HG2 LYS1924 -8.302 10.305 -6.230 305 HG3 LYS1924 HG1 LYS1924 -9.996 10.761 -6.034 306 HD2 LYS1924 HD2 LYS1924 -9.436 12.278 -4.257 307 HD3 LYS1924 HD1 LYS1924 -7.759 11.725 -4.260 308 HE2 LYS1924 HE2 LYS1924 -7.483 12.590 -6.526 309 HE3 LYS1924 HE1 LYS1924 -9.159 13.135 -6.524 310 HZ1 LYS1924 HZ1 LYS1924 -7.186 14.069 -4.524 311 HZ2 LYS1924 HZ2 LYS1924 -8.668 14.796 -4.930 312 HZ3 LYS1924 HZ3 LYS1924 -7.379 14.800 -6.025 313 H ILE1925 HN ILE1925 -7.634 6.782 -4.689 314 HA ILE1925 HA ILE1925 -8.878 5.067 -2.692 315 HB ILE1925 HB ILE1925 -6.124 4.763 -3.925 316 HG12 ILE1925 HG12 ILE1925 -8.707 3.441 -4.744 317 HG13 ILE1925 HG11 ILE1925 -7.866 4.692 -5.656 318 HG21 ILE1925 HG21 ILE1925 -7.949 2.845 -2.463 319 HG22 ILE1925 HG22 ILE1925 -6.504 3.604 -1.800 320 HG23 ILE1925 HG23 ILE1925 -6.364 2.447 -3.125 321 HD11 ILE1925 HD11 ILE1925 -6.782 1.930 -5.057 322 HD12 ILE1925 HD12 ILE1925 -5.944 3.181 -5.959 323 HD13 ILE1925 HD13 ILE1925 -7.414 2.466 -6.612 324 H GLU1926 HN GLU1926 -8.714 5.906 -0.845 325 HA GLU1926 HA GLU1926 -6.477 7.595 -0.023 326 HB2 GLU1926 HB2 GLU1926 -8.923 7.981 0.624 327 HB3 GLU1926 HB1 GLU1926 -8.790 6.551 1.628 328 HG2 GLU1926 HG2 GLU1926 -8.538 8.414 3.046 329 HG3 GLU1926 HG1 GLU1926 -6.933 7.708 2.851 330 H LEU1927 HN LEU1927 -4.678 6.286 0.271 331 HA LEU1927 HA LEU1927 -5.046 4.223 2.225 332 HB2 LEU1927 HB2 LEU1927 -3.501 2.617 0.930 333 HB3 LEU1927 HB1 LEU1927 -5.154 2.788 0.456 334 HG LEU1927 HG LEU1927 -4.497 4.164 -1.481 335 HD11 LEU1927 HD11 LEU1927 -1.656 3.557 -0.691 336 HD12 LEU1927 HD12 LEU1927 -2.434 5.145 -0.661 337 HD13 LEU1927 HD13 LEU1927 -2.201 4.306 -2.196 338 HD21 LEU1927 HD21 LEU1927 -4.799 1.827 -1.787 339 HD22 LEU1927 HD22 LEU1927 -3.182 1.491 -1.199 340 HD23 LEU1927 HD23 LEU1927 -3.399 2.332 -2.741 341 H ASN1928 HN ASN1928 -3.725 4.125 3.749 342 HA ASN1928 HA ASN1928 -1.244 5.655 3.440 343 HB2 ASN1928 HB2 ASN1928 -2.953 6.551 5.113 344 HB3 ASN1928 HB1 ASN1928 -2.666 5.103 6.066 345 HD21 ASN1928 HD21 ASN1928 -1.983 6.527 7.776 346 HD22 ASN1928 HD22 ASN1928 -0.417 7.231 7.741 347 H VAL1929 HN VAL1929 0.489 4.530 3.454 348 HA VAL1929 HA VAL1929 0.215 1.692 3.860 349 HB VAL1929 HB VAL1929 1.189 2.369 1.763 350 HG11 VAL1929 HG11 VAL1929 3.276 3.462 1.560 351 HG12 VAL1929 HG12 VAL1929 3.357 3.696 3.319 352 HG13 VAL1929 HG13 VAL1929 2.092 4.494 2.369 353 HG21 VAL1929 HG21 VAL1929 2.005 0.275 2.680 354 HG22 VAL1929 HG22 VAL1929 3.288 1.135 3.531 355 HG23 VAL1929 HG23 VAL1929 3.278 1.090 1.769 356 H CYS1930 HN CYS1930 0.762 0.676 5.503 357 HA CYS1930 HA CYS1930 1.570 0.005 7.470 358 HB2 CYS1930 HB2 CYS1930 4.030 1.224 6.298 359 HB3 CYS1930 HB1 CYS1930 4.039 0.297 7.802 360 H ALA1931 HN ALA1931 0.569 2.749 7.232 361 HA ALA1931 HA ALA1931 1.029 3.430 9.973 362 HB1 ALA1931 HB1 ALA1931 1.120 5.335 7.614 363 HB2 ALA1931 HB2 ALA1931 2.468 4.944 8.677 364 HB3 ALA1931 HB3 ALA1931 1.074 5.830 9.309 365 H GLU1932 HN GLU1932 -0.870 3.594 10.793 366 HA GLU1932 HA GLU1932 -3.173 2.859 9.458 367 HB2 GLU1932 HB2 GLU1932 -4.380 3.475 11.502 368 HB3 GLU1932 HB1 GLU1932 -2.889 2.624 11.859 369 HG2 GLU1932 HG2 GLU1932 -1.939 5.073 12.120 370 HG3 GLU1932 HG1 GLU1932 -3.674 5.405 12.307 371 H ALA1933 HN ALA1933 -4.732 3.803 8.320 372 HA ALA1933 HA ALA1933 -4.218 6.394 7.229 373 HB1 ALA1933 HB1 ALA1933 -6.128 5.961 5.782 374 HB2 ALA1933 HB2 ALA1933 -6.564 4.556 6.755 375 HB3 ALA1933 HB3 ALA1933 -5.059 4.561 5.836 376 H LYS1934 HN LYS1934 -5.079 8.259 7.710 377 HA LYS1934 HA LYS1934 -7.033 8.201 9.885 378 HB2 LYS1934 HB2 LYS1934 -4.800 9.091 10.407 379 HB3 LYS1934 HB1 LYS1934 -5.062 10.369 9.229 380 HG2 LYS1934 HG2 LYS1934 -6.774 11.331 10.519 381 HG3 LYS1934 HG1 LYS1934 -6.877 9.920 11.568 382 HD2 LYS1934 HD2 LYS1934 -4.510 11.789 11.368 383 HD3 LYS1934 HD1 LYS1934 -5.729 11.827 12.639 384 HE2 LYS1934 HE2 LYS1934 -3.984 10.632 13.627 385 HE3 LYS1934 HE1 LYS1934 -5.056 9.361 13.055 386 HZ1 LYS1934 HZ1 LYS1934 -3.531 9.143 11.068 387 HZ2 LYS1934 HZ2 LYS1934 -2.801 8.820 12.562 388 HZ3 LYS1934 HZ3 LYS1934 -2.540 10.307 11.824 389 H SER1935 HN SER1935 -6.327 9.688 6.772 390 HA SER1935 HA SER1935 -8.411 11.580 6.866 391 HB2 SER1935 HB2 SER1935 -7.069 10.318 4.488 392 HB3 SER1935 HB1 SER1935 -7.974 11.831 4.512 393 HG SER1935 HG SER1935 -5.787 12.170 4.598 394 H SER1936 HN SER1936 -10.486 11.039 6.990 395 HA SER1936 HA SER1936 -12.505 10.340 6.441 396 HB2 SER1936 HB2 SER1936 -11.207 9.292 3.932 397 HB3 SER1936 HB1 SER1936 -12.951 9.459 4.187 398 HG SER1936 HG SER1936 -11.891 11.732 4.902 399 H CYS1937 HN CYS1937 -10.089 7.834 6.369 400 HA CYS1937 HA CYS1937 -11.896 5.721 6.586 401 HB2 CYS1937 HB2 CYS1937 -9.045 5.807 7.618 402 HB3 CYS1937 HB1 CYS1937 -9.982 4.349 7.305 403 H ALA1938 HN ALA1938 -9.565 6.298 9.273 404 HA ALA1938 HA ALA1938 -11.018 7.531 11.176 405 HB1 ALA1938 HB1 ALA1938 -11.486 4.550 11.489 406 HB2 ALA1938 HB2 ALA1938 -12.731 5.751 11.129 407 HB3 ALA1938 HB3 ALA1938 -11.875 5.790 12.672 408 H ASN1939 HN ASN1939 -9.736 4.315 11.856 409 HA ASN1939 HA ASN1939 -7.658 5.652 13.249 410 HB2 ASN1939 HB2 ASN1939 -9.239 5.063 14.892 411 HB3 ASN1939 HB1 ASN1939 -9.486 3.470 14.204 412 HD21 ASN1939 HD21 ASN1939 -8.197 1.803 14.859 413 HD22 ASN1939 HD22 ASN1939 -6.990 1.972 16.072 414 H GLY1940 HN GLY1940 -8.471 2.237 12.603 415 HA2 GLY1940 HA2 GLY1940 -5.629 1.772 12.087 416 HA3 GLY1940 HA1 GLY1940 -6.762 0.593 12.718 417 H ALA1941 HN ALA1941 -8.100 2.354 10.217 418 HA ALA1941 HA ALA1941 -7.940 0.124 8.400 419 HB1 ALA1941 HB1 ALA1941 -8.961 2.933 7.923 420 HB2 ALA1941 HB2 ALA1941 -9.938 1.563 8.449 421 HB3 ALA1941 HB3 ALA1941 -9.202 1.556 6.847 422 H ALA1942 HN ALA1942 -7.127 0.530 6.061 423 HA ALA1942 HA ALA1942 -4.835 2.350 6.098 424 HB1 ALA1942 HB1 ALA1942 -4.691 -0.500 5.129 425 HB2 ALA1942 HB2 ALA1942 -3.993 0.110 6.630 426 HB3 ALA1942 HB3 ALA1942 -3.391 0.690 5.074 427 H VAL1943 HN VAL1943 -6.765 0.178 4.048 428 HA VAL1943 HA VAL1943 -6.355 2.091 1.855 429 HB VAL1943 HB VAL1943 -7.136 -0.836 1.679 430 HG11 VAL1943 HG11 VAL1943 -6.751 -0.589 -0.735 431 HG12 VAL1943 HG12 VAL1943 -6.445 1.133 -0.501 432 HG13 VAL1943 HG13 VAL1943 -8.044 0.470 -0.168 433 HG21 VAL1943 HG21 VAL1943 -4.896 -1.191 0.756 434 HG22 VAL1943 HG22 VAL1943 -4.851 -0.578 2.415 435 HG23 VAL1943 HG23 VAL1943 -4.515 0.509 1.066 436 H CYS1944 HN CYS1944 -8.020 3.338 1.575 437 HA CYS1944 HA CYS1944 -10.704 2.239 1.966 438 HB2 CYS1944 HB2 CYS1944 -9.725 5.021 2.561 439 HB3 CYS1944 HB1 CYS1944 -11.377 4.449 2.736 440 H ILE1945 HN ILE1945 -11.567 2.057 0.017 441 HA ILE1945 HA ILE1945 -10.965 3.893 -2.140 442 HB ILE1945 HB ILE1945 -13.247 1.888 -1.905 443 HG12 ILE1945 HG12 ILE1945 -11.106 0.708 -1.642 444 HG13 ILE1945 HG11 ILE1945 -11.872 0.290 -3.168 445 HG21 ILE1945 HG21 ILE1945 -13.603 3.536 -3.650 446 HG22 ILE1945 HG22 ILE1945 -13.287 1.954 -4.364 447 HG23 ILE1945 HG23 ILE1945 -12.020 3.178 -4.342 448 HD11 ILE1945 HD11 ILE1945 -9.476 0.567 -3.424 449 HD12 ILE1945 HD12 ILE1945 -9.584 2.211 -2.797 450 HD13 ILE1945 HD13 ILE1945 -10.343 1.803 -4.336 451 H THR1946 HN THR1946 -11.773 5.963 -1.835 452 HA THR1946 HA THR1946 -14.109 6.110 -0.116 453 HB THR1946 HB THR1946 -12.730 8.606 -1.036 454 HG1 THR1946 HG1 THR1946 -11.464 6.456 0.131 455 HG21 THR1946 HG21 THR1946 -13.161 9.257 1.275 456 HG22 THR1946 HG22 THR1946 -13.609 7.619 1.696 457 HG23 THR1946 HG23 THR1946 -14.645 8.563 0.613 458 H ASP1947 HN ASP1947 -15.855 5.758 -1.278 459 HA ASP1947 HA ASP1947 -16.141 6.882 -3.963 460 HB2 ASP1947 HB2 ASP1947 -16.783 4.497 -3.573 461 HB3 ASP1947 HB1 ASP1947 -17.985 5.037 -2.406 462 H GLY1948 HN GLY1948 -16.492 9.021 -3.633 463 HA2 GLY1948 HA2 GLY1948 -17.615 10.927 -3.059 464 HA3 GLY1948 HA1 GLY1948 -19.018 9.907 -2.727 465 HA PRO1949 HA PRO1949 -17.823 10.702 1.530 466 HB2 PRO1949 HB2 PRO1949 -20.338 10.713 2.519 467 HB3 PRO1949 HB1 PRO1949 -19.659 12.092 1.645 468 HG2 PRO1949 HG2 PRO1949 -21.754 10.223 0.811 469 HG3 PRO1949 HG1 PRO1949 -21.324 11.797 0.127 470 HD2 PRO1949 HD2 PRO1949 -20.573 9.130 -0.786 471 HD3 PRO1949 HD1 PRO1949 -20.348 10.691 -1.600 472 H LYS1950 HN LYS1950 -18.465 7.939 0.061 473 HA LYS1950 HA LYS1950 -19.141 6.369 2.460 474 HB2 LYS1950 HB2 LYS1950 -20.536 6.095 0.358 475 HB3 LYS1950 HB1 LYS1950 -19.099 5.475 -0.438 476 HG2 LYS1950 HG2 LYS1950 -20.483 3.639 0.224 477 HG3 LYS1950 HG1 LYS1950 -19.033 3.639 1.233 478 HD2 LYS1950 HD2 LYS1950 -20.283 4.783 3.006 479 HD3 LYS1950 HD1 LYS1950 -21.731 4.747 2.005 480 HE2 LYS1950 HE2 LYS1950 -21.659 2.295 2.018 481 HE3 LYS1950 HE1 LYS1950 -20.220 2.350 3.036 482 HZ1 LYS1950 HZ1 LYS1950 -21.558 3.524 4.723 483 HZ2 LYS1950 HZ2 LYS1950 -22.151 1.979 4.379 484 HZ3 LYS1950 HZ3 LYS1950 -22.921 3.352 3.739 485 H THR1951 HN THR1951 -17.563 5.025 3.298 486 HA THR1951 HA THR1951 -14.993 5.120 1.920 487 HB THR1951 HB THR1951 -15.561 4.669 4.861 488 HG1 THR1951 HG1 THR1951 -15.975 6.748 4.757 489 HG21 THR1951 HG21 THR1951 -13.018 5.362 3.371 490 HG22 THR1951 HG22 THR1951 -13.397 3.791 4.081 491 HG23 THR1951 HG23 THR1951 -13.177 5.199 5.120 492 H LEU1952 HN LEU1952 -14.652 3.261 0.853 493 HA LEU1952 HA LEU1952 -15.661 0.757 1.942 494 HB2 LEU1952 HB2 LEU1952 -16.048 1.140 -0.420 495 HB3 LEU1952 HB1 LEU1952 -14.343 1.423 -0.693 496 HG LEU1952 HG LEU1952 -13.871 -0.938 -0.167 497 HD11 LEU1952 HD11 LEU1952 -15.698 -2.544 0.027 498 HD12 LEU1952 HD12 LEU1952 -16.863 -1.221 0.028 499 HD13 LEU1952 HD13 LEU1952 -15.713 -1.383 1.355 500 HD21 LEU1952 HD21 LEU1952 -14.246 -0.274 -2.480 501 HD22 LEU1952 HD22 LEU1952 -15.978 -0.542 -2.289 502 HD23 LEU1952 HD23 LEU1952 -14.860 -1.900 -2.189 503 H ASN1953 HN ASN1953 -14.422 -0.188 3.379 504 HA ASN1953 HA ASN1953 -11.561 0.262 3.414 505 HB2 ASN1953 HB2 ASN1953 -13.266 -1.488 5.196 506 HB3 ASN1953 HB1 ASN1953 -11.560 -1.169 5.425 507 HD21 ASN1953 HD21 ASN1953 -11.759 1.700 4.796 508 HD22 ASN1953 HD22 ASN1953 -12.635 2.372 6.126 509 H ALA1954 HN ALA1954 -10.587 -0.766 1.817 510 HA ALA1954 HA ALA1954 -11.297 -3.509 1.169 511 HB1 ALA1954 HB1 ALA1954 -9.196 -1.685 -0.017 512 HB2 ALA1954 HB2 ALA1954 -10.818 -1.941 -0.660 513 HB3 ALA1954 HB3 ALA1954 -9.655 -3.269 -0.642 514 H GLY1955 HN GLY1955 -9.014 -1.699 2.978 515 HA2 GLY1955 HA2 GLY1955 -7.818 -4.157 3.900 516 HA3 GLY1955 HA1 GLY1955 -6.737 -3.018 3.109 517 H LYS1956 HN LYS1956 -7.523 -4.068 5.955 518 HA LYS1956 HA LYS1956 -7.558 -1.572 7.437 519 HB2 LYS1956 HB2 LYS1956 -7.659 -2.982 9.372 520 HB3 LYS1956 HB1 LYS1956 -8.668 -3.773 8.172 521 HG2 LYS1956 HG2 LYS1956 -6.561 -5.145 7.603 522 HG3 LYS1956 HG1 LYS1956 -5.941 -4.558 9.142 523 HD2 LYS1956 HD2 LYS1956 -8.470 -6.129 8.701 524 HD3 LYS1956 HD1 LYS1956 -6.962 -6.746 9.367 525 HE2 LYS1956 HE2 LYS1956 -7.207 -5.293 11.296 526 HE3 LYS1956 HE1 LYS1956 -8.672 -4.590 10.607 527 HZ1 LYS1956 HZ1 LYS1956 -9.216 -6.342 12.210 528 HZ2 LYS1956 HZ2 LYS1956 -8.295 -7.438 11.312 529 HZ3 LYS1956 HZ3 LYS1956 -9.686 -6.770 10.636 530 H LEU1957 HN LEU1957 -5.691 -1.247 9.021 531 HA LEU1957 HA LEU1957 -3.254 -1.271 7.646 532 HB2 LEU1957 HB2 LEU1957 -3.620 0.381 9.302 533 HB3 LEU1957 HB1 LEU1957 -3.918 -0.824 10.537 534 HG LEU1957 HG LEU1957 -1.540 -1.550 10.296 535 HD11 LEU1957 HD11 LEU1957 -1.061 -0.710 8.092 536 HD12 LEU1957 HD12 LEU1957 0.044 -0.029 9.292 537 HD13 LEU1957 HD13 LEU1957 -1.280 0.950 8.657 538 HD21 LEU1957 HD21 LEU1957 -2.049 1.283 11.085 539 HD22 LEU1957 HD22 LEU1957 -0.649 0.307 11.559 540 HD23 LEU1957 HD23 LEU1957 -2.276 -0.151 12.089 541 H SER1958 HN SER1958 -2.409 -3.123 7.087 542 HA SER1958 HA SER1958 -1.916 -5.101 9.163 543 HB2 SER1958 HB2 SER1958 -1.628 -5.341 6.150 544 HB3 SER1958 HB1 SER1958 -1.550 -6.658 7.330 545 HG SER1958 HG SER1958 -3.813 -4.990 6.945 546 H LYS1959 HN LYS1959 -0.103 -4.435 10.166 547 HA LYS1959 HA LYS1959 1.954 -3.085 8.708 548 HB2 LYS1959 HB2 LYS1959 1.007 -2.161 10.690 549 HB3 LYS1959 HB1 LYS1959 1.393 -3.597 11.640 550 HG2 LYS1959 HG2 LYS1959 3.742 -3.073 11.209 551 HG3 LYS1959 HG1 LYS1959 3.212 -1.554 10.443 552 HD2 LYS1959 HD2 LYS1959 2.702 -2.398 13.322 553 HD3 LYS1959 HD1 LYS1959 3.810 -1.129 12.811 554 HE2 LYS1959 HE2 LYS1959 1.965 0.241 12.027 555 HE3 LYS1959 HE1 LYS1959 0.814 -1.054 12.296 556 HZ1 LYS1959 HZ1 LYS1959 0.632 0.474 14.054 557 HZ2 LYS1959 HZ2 LYS1959 2.237 0.496 14.416 558 HZ3 LYS1959 HZ3 LYS1959 1.299 -0.922 14.675 559 H THR1960 HN THR1960 2.367 -5.131 7.566 560 HA THR1960 HA THR1960 4.495 -6.599 8.847 561 HB THR1960 HB THR1960 2.049 -7.934 7.639 562 HG1 THR1960 HG1 THR1960 2.615 -7.185 10.062 563 HG21 THR1960 HG21 THR1960 3.187 -10.075 8.110 564 HG22 THR1960 HG22 THR1960 4.623 -9.196 8.636 565 HG23 THR1960 HG23 THR1960 4.105 -9.113 6.950 566 H LEU1961 HN LEU1961 6.118 -6.348 7.427 567 HA LEU1961 HA LEU1961 5.430 -6.056 4.603 568 HB2 LEU1961 HB2 LEU1961 6.290 -4.027 5.857 569 HB3 LEU1961 HB1 LEU1961 7.787 -4.900 6.083 570 HG LEU1961 HG LEU1961 8.059 -4.993 3.623 571 HD11 LEU1961 HD11 LEU1961 5.645 -3.183 3.650 572 HD12 LEU1961 HD12 LEU1961 5.716 -4.809 2.972 573 HD13 LEU1961 HD13 LEU1961 6.656 -3.502 2.245 574 HD21 LEU1961 HD21 LEU1961 8.659 -2.619 3.369 575 HD22 LEU1961 HD22 LEU1961 9.162 -3.250 4.938 576 HD23 LEU1961 HD23 LEU1961 7.724 -2.238 4.813 577 H THR1962 HN THR1962 6.717 -7.219 3.186 578 HA THR1962 HA THR1962 8.976 -8.675 4.112 579 HB THR1962 HB THR1962 7.348 -10.201 4.894 580 HG1 THR1962 HG1 THR1962 8.214 -11.801 4.076 581 HG21 THR1962 HG21 THR1962 5.842 -9.879 2.294 582 HG22 THR1962 HG22 THR1962 5.397 -9.283 3.903 583 HG23 THR1962 HG23 THR1962 5.420 -11.018 3.589 584 H TYR1963 HN TYR1963 9.522 -10.193 1.954 585 HA TYR1963 HA TYR1963 8.788 -8.711 -0.403 586 HB2 TYR1963 HB2 TYR1963 11.044 -8.147 -1.101 587 HB3 TYR1963 HB1 TYR1963 10.727 -7.420 0.464 588 HD1 TYR1963 HD2 TYR1963 11.758 -8.434 2.511 589 HD2 TYR1963 HD1 TYR1963 12.823 -9.679 -1.409 590 HE1 TYR1963 HE2 TYR1963 13.809 -9.446 3.394 591 HE2 TYR1963 HE1 TYR1963 14.872 -10.699 -0.534 592 HH TYR1963 HH TYR1963 16.343 -10.379 1.421 593 H GLU1964 HN GLU1964 9.360 -9.738 -2.317 594 HA GLU1964 HA GLU1964 10.267 -12.509 -2.063 595 HB2 GLU1964 HB2 GLU1964 7.781 -12.451 -2.213 596 HB3 GLU1964 HB1 GLU1964 7.907 -11.524 -3.695 597 HG2 GLU1964 HG2 GLU1964 7.414 -13.789 -4.249 598 HG3 GLU1964 HG1 GLU1964 9.068 -13.446 -4.744 599 H ASP1965 HN ASP1965 12.179 -12.321 -3.042 600 HA ASP1965 HA ASP1965 13.792 -12.012 -4.638 601 HB2 ASP1965 HB2 ASP1965 12.168 -13.287 -6.062 602 HB3 ASP1965 HB1 ASP1965 11.441 -11.768 -6.559 603 H GLN1966 HN GLN1966 13.350 -9.977 -3.163 604 HA GLN1966 HA GLN1966 13.644 -7.847 -2.761 605 HB2 GLN1966 HB2 GLN1966 14.780 -7.752 -5.533 606 HB3 GLN1966 HB1 GLN1966 14.665 -6.306 -4.538 607 HG2 GLN1966 HG2 GLN1966 15.888 -7.708 -2.766 608 HG3 GLN1966 HG1 GLN1966 16.304 -8.763 -4.112 609 HE21 GLN1966 HE21 GLN1966 17.689 -7.989 -5.712 610 HE22 GLN1966 HE22 GLN1966 18.680 -6.598 -5.456 611 H VAL1967 HN VAL1967 11.331 -8.601 -5.021 612 HA VAL1967 HA VAL1967 10.253 -5.943 -5.105 613 HB VAL1967 HB VAL1967 8.808 -8.588 -5.617 614 HG11 VAL1967 HG11 VAL1967 7.252 -6.844 -5.109 615 HG12 VAL1967 HG12 VAL1967 7.165 -7.256 -6.819 616 HG13 VAL1967 HG13 VAL1967 7.992 -5.780 -6.310 617 HG21 VAL1967 HG21 VAL1967 10.669 -8.296 -7.173 618 HG22 VAL1967 HG22 VAL1967 10.073 -6.690 -7.596 619 HG23 VAL1967 HG23 VAL1967 9.120 -8.118 -7.997 620 H LEU1968 HN LEU1968 9.173 -5.029 -3.560 621 HA LEU1968 HA LEU1968 9.049 -6.418 -1.019 622 HB2 LEU1968 HB2 LEU1968 9.981 -4.107 -1.358 623 HB3 LEU1968 HB1 LEU1968 8.367 -3.578 -1.765 624 HG LEU1968 HG LEU1968 7.631 -4.164 0.510 625 HD11 LEU1968 HD11 LEU1968 9.285 -5.894 0.980 626 HD12 LEU1968 HD12 LEU1968 9.347 -4.624 2.203 627 HD13 LEU1968 HD13 LEU1968 10.568 -4.689 0.933 628 HD21 LEU1968 HD21 LEU1968 9.995 -2.307 0.350 629 HD22 LEU1968 HD22 LEU1968 8.769 -2.312 1.619 630 HD23 LEU1968 HD23 LEU1968 8.324 -1.897 -0.036 631 H LYS1969 HN LYS1969 7.372 -7.124 -0.088 632 HA LYS1969 HA LYS1969 4.900 -6.868 -1.596 633 HB2 LYS1969 HB2 LYS1969 5.977 -8.990 -1.990 634 HB3 LYS1969 HB1 LYS1969 6.046 -9.307 -0.266 635 HG2 LYS1969 HG2 LYS1969 3.684 -9.448 -0.127 636 HG3 LYS1969 HG1 LYS1969 3.521 -8.929 -1.814 637 HD2 LYS1969 HD2 LYS1969 4.976 -11.444 -0.978 638 HD3 LYS1969 HD1 LYS1969 3.271 -11.428 -1.429 639 HE2 LYS1969 HE2 LYS1969 5.520 -10.478 -3.236 640 HE3 LYS1969 HE1 LYS1969 4.808 -12.088 -3.283 641 HZ1 LYS1969 HZ1 LYS1969 3.841 -10.598 -4.949 642 HZ2 LYS1969 HZ2 LYS1969 3.280 -9.558 -3.751 643 HZ3 LYS1969 HZ3 LYS1969 2.695 -11.137 -3.849 644 H LEU1970 HN LEU1970 3.176 -6.364 -0.577 645 HA LEU1970 HA LEU1970 2.926 -6.602 2.303 646 HB2 LEU1970 HB2 LEU1970 3.909 -4.398 1.834 647 HB3 LEU1970 HB1 LEU1970 2.656 -4.117 0.648 648 HG LEU1970 HG LEU1970 0.986 -3.901 2.388 649 HD11 LEU1970 HD11 LEU1970 1.607 -3.936 4.742 650 HD12 LEU1970 HD12 LEU1970 3.251 -4.411 4.315 651 HD13 LEU1970 HD13 LEU1970 1.908 -5.508 4.000 652 HD21 LEU1970 HD21 LEU1970 3.481 -2.337 2.950 653 HD22 LEU1970 HD22 LEU1970 1.842 -1.890 3.429 654 HD23 LEU1970 HD23 LEU1970 2.275 -1.967 1.720 655 H VAL1971 HN VAL1971 0.649 -6.601 2.863 656 HA VAL1971 HA VAL1971 -1.214 -6.560 0.636 657 HB VAL1971 HB VAL1971 -2.384 -8.573 1.449 658 HG11 VAL1971 HG11 VAL1971 -0.819 -8.876 -0.359 659 HG12 VAL1971 HG12 VAL1971 -0.818 -10.293 0.691 660 HG13 VAL1971 HG13 VAL1971 0.497 -9.119 0.791 661 HG21 VAL1971 HG21 VAL1971 -0.048 -8.922 3.339 662 HG22 VAL1971 HG22 VAL1971 -1.320 -10.114 3.056 663 HG23 VAL1971 HG23 VAL1971 -1.716 -8.563 3.790 664 H TYR1972 HN TYR1972 -3.235 -5.874 1.192 665 HA TYR1972 HA TYR1972 -3.732 -5.430 4.029 666 HB2 TYR1972 HB2 TYR1972 -4.310 -3.385 1.832 667 HB3 TYR1972 HB1 TYR1972 -4.977 -3.319 3.456 668 HD1 TYR1972 HD2 TYR1972 -3.216 -3.279 5.417 669 HD2 TYR1972 HD1 TYR1972 -2.331 -2.319 1.354 670 HE1 TYR1972 HE2 TYR1972 -1.268 -2.068 6.139 671 HE2 TYR1972 HE1 TYR1972 -0.347 -1.084 2.108 672 HH TYR1972 HH TYR1972 0.950 -1.472 5.092 673 H GLU1973 HN GLU1973 -5.677 -6.038 4.712 674 HA GLU1973 HA GLU1973 -7.768 -6.501 2.775 675 HB2 GLU1973 HB2 GLU1973 -8.202 -8.699 3.707 676 HB3 GLU1973 HB1 GLU1973 -6.684 -8.653 2.786 677 HG2 GLU1973 HG2 GLU1973 -5.480 -8.508 4.945 678 HG3 GLU1973 HG1 GLU1973 -7.017 -8.626 5.792 679 H ASP1974 HN ASP1974 -9.770 -6.933 3.828 680 HA ASP1974 HA ASP1974 -11.338 -6.975 5.385 681 HB2 ASP1974 HB2 ASP1974 -9.917 -8.342 6.853 682 HB3 ASP1974 HB1 ASP1974 -9.107 -6.900 7.450 683 H GLY1975 HN GLY1975 -12.342 -5.687 6.975 684 HA2 GLY1975 HA2 GLY1975 -12.239 -3.323 7.965 685 HA3 GLY1975 HA1 GLY1975 -11.951 -2.849 6.282 686 H ASP1976 HN ASP1976 -13.478 -4.214 4.811 687 HA ASP1976 HA ASP1976 -16.141 -4.312 5.990 688 HB2 ASP1976 HB2 ASP1976 -16.012 -2.277 4.570 689 HB3 ASP1976 HB1 ASP1976 -15.498 -3.275 3.209 690 HA PRO1977 HA PRO1977 -15.387 -8.383 4.273 691 HB2 PRO1977 HB2 PRO1977 -17.949 -8.975 5.614 692 HB3 PRO1977 HB1 PRO1977 -16.375 -9.742 5.838 693 HG2 PRO1977 HG2 PRO1977 -17.430 -8.141 7.712 694 HG3 PRO1977 HG1 PRO1977 -15.683 -8.186 7.397 695 HD2 PRO1977 HD2 PRO1977 -17.722 -6.182 6.512 696 HD3 PRO1977 HD1 PRO1977 -16.075 -5.917 7.127 697 H CYS1978 HN CYS1978 -15.815 -8.279 2.191 698 HA CYS1978 HA CYS1978 -18.051 -7.077 1.016 699 HB2 CYS1978 HB2 CYS1978 -16.148 -9.067 -0.208 700 HB3 CYS1978 HB1 CYS1978 -17.065 -7.803 -1.031 701 HA PRO1979 HA PRO1979 -20.970 -10.416 1.558 702 HB2 PRO1979 HB2 PRO1979 -22.457 -9.064 -0.616 703 HB3 PRO1979 HB1 PRO1979 -22.962 -9.414 1.041 704 HG2 PRO1979 HG2 PRO1979 -22.382 -6.923 0.291 705 HG3 PRO1979 HG1 PRO1979 -21.927 -7.522 1.897 706 HD2 PRO1979 HD2 PRO1979 -20.235 -7.198 -0.553 707 HD3 PRO1979 HD1 PRO1979 -19.858 -6.787 1.136 708 H THR1980 HN THR1980 -19.450 -9.606 -1.565 709 HA THR1980 HA THR1980 -20.396 -11.927 -2.848 710 HB THR1980 HB THR1980 -18.683 -10.734 -4.410 711 HG1 THR1980 HG1 THR1980 -18.146 -8.801 -3.867 712 HG21 THR1980 HG21 THR1980 -20.492 -9.294 -5.263 713 HG22 THR1980 HG22 THR1980 -21.398 -9.544 -3.769 714 HG23 THR1980 HG23 THR1980 -21.112 -10.897 -4.871 715 H ASP1981 HN ASP1981 -17.819 -11.006 -0.710 716 HA ASP1981 HA ASP1981 -15.991 -12.997 -1.893 717 HB2 ASP1981 HB2 ASP1981 -15.661 -10.516 -2.568 718 HB3 ASP1981 HB1 ASP1981 -15.030 -10.315 -0.940 719 H LEU1982 HN LEU1982 -17.669 -13.142 0.441 720 HA LEU1982 HA LEU1982 -15.755 -12.823 2.611 721 HB2 LEU1982 HB2 LEU1982 -17.486 -13.042 4.204 722 HB3 LEU1982 HB1 LEU1982 -18.083 -11.971 2.962 723 HG LEU1982 HG LEU1982 -18.803 -14.876 3.109 724 HD11 LEU1982 HD11 LEU1982 -19.508 -13.774 5.173 725 HD12 LEU1982 HD12 LEU1982 -20.913 -14.146 4.177 726 HD13 LEU1982 HD13 LEU1982 -20.290 -12.497 4.244 727 HD21 LEU1982 HD21 LEU1982 -19.965 -12.546 1.592 728 HD22 LEU1982 HD22 LEU1982 -20.867 -14.001 1.934 729 HD23 LEU1982 HD23 LEU1982 -19.425 -14.122 0.957 730 H LYS1983 HN LYS1983 -17.305 -15.274 0.725 731 HA LYS1983 HA LYS1983 -16.517 -17.395 2.581 732 HB2 LYS1983 HB2 LYS1983 -17.764 -17.686 -0.170 733 HB3 LYS1983 HB1 LYS1983 -17.631 -18.930 1.058 734 HG2 LYS1983 HG2 LYS1983 -19.383 -16.475 1.143 735 HG3 LYS1983 HG1 LYS1983 -19.906 -18.145 0.941 736 HD2 LYS1983 HD2 LYS1983 -18.568 -16.992 3.392 737 HD3 LYS1983 HD1 LYS1983 -20.291 -17.313 3.219 738 HE2 LYS1983 HE2 LYS1983 -19.838 -19.697 2.995 739 HE3 LYS1983 HE1 LYS1983 -18.102 -19.389 3.088 740 HZ1 LYS1983 HZ1 LYS1983 -18.430 -18.472 5.279 741 HZ2 LYS1983 HZ2 LYS1983 -18.908 -20.082 5.227 742 HZ3 LYS1983 HZ3 LYS1983 -20.083 -18.833 5.232 743 H MET1984 HN MET1984 -15.852 -16.130 -0.560 744 HA MET1984 HA MET1984 -13.282 -17.506 -0.585 745 HB2 MET1984 HB2 MET1984 -13.365 -16.931 -3.098 746 HB3 MET1984 HB1 MET1984 -14.396 -18.241 -2.551 747 HG2 MET1984 HG2 MET1984 -16.341 -16.960 -2.772 748 HG3 MET1984 HG1 MET1984 -15.443 -15.444 -2.809 749 HE1 MET1984 HE1 MET1984 -13.795 -15.422 -6.251 750 HE2 MET1984 HE2 MET1984 -13.155 -15.854 -4.654 751 HE3 MET1984 HE3 MET1984 -14.236 -14.481 -4.832 752 H LYS1985 HN LYS1985 -12.187 -16.020 0.534 753 HA LYS1985 HA LYS1985 -12.689 -13.226 -0.087 754 HB2 LYS1985 HB2 LYS1985 -12.921 -13.911 2.235 755 HB3 LYS1985 HB1 LYS1985 -11.234 -14.407 2.264 756 HG2 LYS1985 HG2 LYS1985 -10.574 -12.104 1.755 757 HG3 LYS1985 HG1 LYS1985 -12.271 -11.632 1.813 758 HD2 LYS1985 HD2 LYS1985 -12.388 -12.281 4.139 759 HD3 LYS1985 HD1 LYS1985 -10.707 -12.833 4.084 760 HE2 LYS1985 HE2 LYS1985 -11.675 -10.026 3.602 761 HE3 LYS1985 HE1 LYS1985 -10.836 -10.607 5.043 762 HZ1 LYS1985 HZ1 LYS1985 -8.876 -11.028 3.757 763 HZ2 LYS1985 HZ2 LYS1985 -9.366 -9.468 3.458 764 HZ3 LYS1985 HZ3 LYS1985 -9.660 -10.668 2.301 765 H HIS1986 HN HIS1986 -11.366 -11.949 -0.983 766 HA HIS1986 HA HIS1986 -8.603 -12.779 -1.505 767 HB2 HIS1986 HB2 HIS1986 -10.383 -10.770 -2.886 768 HB3 HIS1986 HB1 HIS1986 -8.677 -10.984 -3.258 769 HD1 HIS1986 HD1 HIS1986 -8.047 -12.914 -4.743 770 HD2 HIS1986 HD2 HIS1986 -12.040 -12.965 -3.655 771 HE1 HIS1986 HE1 HIS1986 -9.127 -14.609 -6.240 772 HE2 HIS1986 HE2 HIS1986 -11.537 -14.182 -5.870 773 H LYS1987 HN LYS1987 -7.446 -10.332 -2.059 774 HA LYS1987 HA LYS1987 -7.870 -8.440 -0.003 775 HB2 LYS1987 HB2 LYS1987 -5.645 -8.739 1.086 776 HB3 LYS1987 HB1 LYS1987 -6.742 -10.071 1.383 777 HG2 LYS1987 HG2 LYS1987 -5.554 -11.352 -0.399 778 HG3 LYS1987 HG1 LYS1987 -4.388 -10.028 -0.496 779 HD2 LYS1987 HD2 LYS1987 -3.871 -10.319 1.889 780 HD3 LYS1987 HD1 LYS1987 -5.017 -11.656 1.966 781 HE2 LYS1987 HE2 LYS1987 -2.509 -11.554 0.293 782 HE3 LYS1987 HE1 LYS1987 -2.714 -12.451 1.792 783 HZ1 LYS1987 HZ1 LYS1987 -2.928 -13.904 -0.052 784 HZ2 LYS1987 HZ2 LYS1987 -4.074 -12.980 -0.809 785 HZ3 LYS1987 HZ3 LYS1987 -4.460 -13.786 0.643 786 H SER1988 HN SER1988 -5.891 -6.810 -0.095 787 HA SER1988 HA SER1988 -5.414 -6.430 -2.930 788 HB2 SER1988 HB2 SER1988 -4.802 -4.097 -2.295 789 HB3 SER1988 HB1 SER1988 -6.448 -4.531 -1.819 790 HG SER1988 HG SER1988 -5.565 -4.940 0.309 791 H TYR1989 HN TYR1989 -3.492 -6.584 -3.815 792 HA TYR1989 HA TYR1989 -1.256 -7.310 -2.089 793 HB2 TYR1989 HB2 TYR1989 -1.760 -7.801 -5.024 794 HB3 TYR1989 HB1 TYR1989 -0.288 -8.244 -4.165 795 HD1 TYR1989 HD2 TYR1989 -0.421 -9.963 -2.340 796 HD2 TYR1989 HD1 TYR1989 -3.675 -9.117 -4.936 797 HE1 TYR1989 HE2 TYR1989 -1.452 -12.111 -1.739 798 HE2 TYR1989 HE1 TYR1989 -4.713 -11.254 -4.345 799 HH TYR1989 HH TYR1989 -3.764 -13.058 -1.727 800 H PHE1990 HN PHE1990 0.272 -5.875 -1.826 801 HA PHE1990 HA PHE1990 0.534 -3.768 -3.823 802 HB2 PHE1990 HB2 PHE1990 0.254 -3.615 -1.045 803 HB3 PHE1990 HB1 PHE1990 1.965 -3.320 -1.349 804 HD1 PHE1990 HD2 PHE1990 2.319 -1.742 -3.501 805 HD2 PHE1990 HD1 PHE1990 -1.070 -1.762 -0.941 806 HE1 PHE1990 HE2 PHE1990 1.818 0.566 -4.152 807 HE2 PHE1990 HE1 PHE1990 -1.575 0.549 -1.584 808 HZ PHE1990 HZ PHE1990 -0.181 1.705 -3.211 809 H SER1991 HN SER1991 2.257 -3.930 -5.047 810 HA SER1991 HA SER1991 4.567 -5.380 -4.008 811 HB2 SER1991 HB2 SER1991 5.116 -5.749 -6.454 812 HB3 SER1991 HB1 SER1991 3.682 -6.591 -5.870 813 HG SER1991 HG SER1991 3.673 -4.096 -7.209 814 H PHE1992 HN PHE1992 6.042 -4.034 -3.398 815 HA PHE1992 HA PHE1992 6.261 -1.415 -4.631 816 HB2 PHE1992 HB2 PHE1992 7.679 -2.593 -2.226 817 HB3 PHE1992 HB1 PHE1992 7.820 -0.929 -2.781 818 HD1 PHE1992 HD1 PHE1992 5.632 -3.390 -1.184 819 HD2 PHE1992 HD2 PHE1992 6.105 0.658 -2.347 820 HE1 PHE1992 HE1 PHE1992 3.709 -2.769 0.198 821 HE2 PHE1992 HE2 PHE1992 4.176 1.286 -0.963 822 HZ PHE1992 HZ PHE1992 2.975 -0.434 0.310 823 H VAL1993 HN VAL1993 7.694 -1.062 -6.087 824 HA VAL1993 HA VAL1993 9.966 -2.850 -6.321 825 HB VAL1993 HB VAL1993 8.673 -3.839 -7.981 826 HG11 VAL1993 HG11 VAL1993 6.773 -2.399 -7.799 827 HG12 VAL1993 HG12 VAL1993 7.172 -2.671 -9.494 828 HG13 VAL1993 HG13 VAL1993 7.586 -1.127 -8.722 829 HG21 VAL1993 HG21 VAL1993 9.428 -3.089 -10.183 830 HG22 VAL1993 HG22 VAL1993 10.756 -3.074 -9.015 831 HG23 VAL1993 HG23 VAL1993 9.963 -1.566 -9.473 832 H CYS1994 HN CYS1994 11.841 -1.914 -6.699 833 HA CYS1994 HA CYS1994 11.901 0.913 -6.667 834 HB2 CYS1994 HB2 CYS1994 14.413 0.532 -6.624 835 HB3 CYS1994 HB1 CYS1994 13.493 -0.124 -5.281 836 H LYS1995 HN LYS1995 11.695 2.098 -8.346 837 HA LYS1995 HA LYS1995 13.088 1.414 -10.812 838 HB2 LYS1995 HB2 LYS1995 10.481 0.887 -10.716 839 HB3 LYS1995 HB1 LYS1995 10.353 2.628 -10.912 840 HG2 LYS1995 HG2 LYS1995 11.815 2.391 -12.945 841 HG3 LYS1995 HG1 LYS1995 11.595 0.646 -12.790 842 HD2 LYS1995 HD2 LYS1995 9.091 1.177 -12.742 843 HD3 LYS1995 HD1 LYS1995 9.563 2.767 -13.333 844 HE2 LYS1995 HE2 LYS1995 9.947 0.096 -14.692 845 HE3 LYS1995 HE1 LYS1995 9.005 1.468 -15.260 846 HZ1 LYS1995 HZ1 LYS1995 11.220 2.695 -15.463 847 HZ2 LYS1995 HZ2 LYS1995 11.010 1.383 -16.498 848 HZ3 LYS1995 HZ3 LYS1995 11.956 1.210 -15.142 849 H SER1996 HN SER1996 14.192 3.277 -11.474 850 HA SER1996 HA SER1996 14.019 5.540 -9.768 851 HB2 SER1996 HB2 SER1996 16.132 4.650 -10.861 852 HB3 SER1996 HB1 SER1996 15.564 5.371 -12.362 853 HG SER1996 HG SER1996 15.649 6.913 -10.033 854 H ASP1997 HN ASP1997 12.101 4.680 -12.324 855 HA ASP1997 HA ASP1997 11.776 7.226 -13.563 856 HB2 ASP1997 HB2 ASP1997 10.026 4.777 -13.633 857 HB3 ASP1997 HB1 ASP1997 9.686 6.247 -14.545 858 H ALA1998 HN ALA1998 10.684 5.985 -10.634 859 HA ALA1998 HA ALA1998 8.567 8.002 -10.472 860 HB1 ALA1998 HB1 ALA1998 8.044 5.752 -9.648 861 HB2 ALA1998 HB2 ALA1998 7.992 6.946 -8.351 862 HB3 ALA1998 HB3 ALA1998 9.377 5.869 -8.498 863 H GLY1999 HN GLY1999 11.771 7.776 -10.131 864 HA2 GLY1999 HA2 GLY1999 13.401 9.036 -9.177 865 HA3 GLY1999 HA1 GLY1999 12.151 10.224 -8.838 866 H ASP2000 HN ASP2000 11.995 10.710 -6.884 867 HA ASP2000 HA ASP2000 12.580 8.768 -4.746 868 HB2 ASP2000 HB2 ASP2000 14.189 10.612 -4.757 869 HB3 ASP2000 HB1 ASP2000 12.884 11.786 -4.770 870 H ASP2001 HN ASP2001 10.356 10.997 -6.157 871 HA ASP2001 HA ASP2001 8.596 11.508 -4.033 872 HB2 ASP2001 HB2 ASP2001 8.030 11.340 -6.999 873 HB3 ASP2001 HB1 ASP2001 6.794 11.772 -5.828 874 H SER2002 HN SER2002 8.566 8.922 -6.383 875 HA SER2002 HA SER2002 7.825 6.780 -6.320 876 HB2 SER2002 HB2 SER2002 7.554 7.236 -3.344 877 HB3 SER2002 HB1 SER2002 7.635 5.678 -4.164 878 HG SER2002 HG SER2002 9.645 7.642 -3.873 879 H GLN2003 HN GLN2003 5.851 6.583 -7.394 880 HA GLN2003 HA GLN2003 3.501 7.149 -5.742 881 HB2 GLN2003 HB2 GLN2003 2.196 7.787 -7.668 882 HB3 GLN2003 HB1 GLN2003 3.650 8.766 -7.619 883 HG2 GLN2003 HG2 GLN2003 4.593 7.612 -9.449 884 HG3 GLN2003 HG1 GLN2003 3.391 6.326 -9.351 885 HE21 GLN2003 HE21 GLN2003 4.030 8.009 -11.617 886 HE22 GLN2003 HE22 GLN2003 2.558 8.811 -12.043 887 HA PRO2004 HA PRO2004 2.240 2.969 -6.519 888 HB2 PRO2004 HB2 PRO2004 -0.418 3.475 -5.674 889 HB3 PRO2004 HB1 PRO2004 0.916 2.880 -4.687 890 HG2 PRO2004 HG2 PRO2004 -0.329 5.384 -4.415 891 HG3 PRO2004 HG1 PRO2004 1.231 4.904 -3.722 892 HD2 PRO2004 HD2 PRO2004 0.632 6.483 -6.168 893 HD3 PRO2004 HD1 PRO2004 1.973 6.643 -5.013 894 H VAL2005 HN VAL2005 1.659 2.020 -8.337 895 HA VAL2005 HA VAL2005 -0.244 3.357 -10.104 896 HB VAL2005 HB VAL2005 1.646 1.054 -10.704 897 HG11 VAL2005 HG11 VAL2005 -0.311 1.077 -12.157 898 HG12 VAL2005 HG12 VAL2005 1.140 1.521 -13.056 899 HG13 VAL2005 HG13 VAL2005 -0.005 2.768 -12.557 900 HG21 VAL2005 HG21 VAL2005 1.919 3.982 -11.382 901 HG22 VAL2005 HG22 VAL2005 2.989 2.693 -11.936 902 HG23 VAL2005 HG23 VAL2005 2.896 3.085 -10.221 903 H PHE2006 HN PHE2006 -2.187 2.478 -10.398 904 HA PHE2006 HA PHE2006 -2.768 0.042 -8.953 905 HB2 PHE2006 HB2 PHE2006 -5.164 0.545 -9.398 906 HB3 PHE2006 HB1 PHE2006 -4.344 1.866 -8.588 907 HD1 PHE2006 HD2 PHE2006 -3.727 3.911 -9.943 908 HD2 PHE2006 HD1 PHE2006 -6.264 0.843 -11.459 909 HE1 PHE2006 HE2 PHE2006 -4.549 5.448 -11.676 910 HE2 PHE2006 HE1 PHE2006 -7.081 2.375 -13.200 911 HZ PHE2006 HZ PHE2006 -6.300 4.692 -13.261 912 H LEU2007 HN LEU2007 -2.881 -1.881 -9.844 913 HA LEU2007 HA LEU2007 -2.641 -2.072 -12.730 914 HB2 LEU2007 HB2 LEU2007 -2.435 -4.137 -10.543 915 HB3 LEU2007 HB1 LEU2007 -2.519 -4.590 -12.229 916 HG LEU2007 HG LEU2007 -0.412 -3.335 -12.631 917 HD11 LEU2007 HD11 LEU2007 -0.535 -1.754 -10.804 918 HD12 LEU2007 HD12 LEU2007 0.965 -2.682 -10.744 919 HD13 LEU2007 HD13 LEU2007 -0.357 -3.066 -9.642 920 HD21 LEU2007 HD21 LEU2007 -0.383 -5.728 -12.262 921 HD22 LEU2007 HD22 LEU2007 -0.284 -5.477 -10.520 922 HD23 LEU2007 HD23 LEU2007 1.050 -4.975 -11.561 923 H SER2008 HN SER2008 -4.783 -3.256 -10.182 924 HA SER2008 HA SER2008 -7.016 -2.981 -11.922 925 HB2 SER2008 HB2 SER2008 -6.119 -5.241 -12.589 926 HB3 SER2008 HB1 SER2008 -6.311 -5.768 -10.919 927 HG SER2008 HG SER2008 -8.438 -5.995 -11.241 928 H PHE2009 HN PHE2009 -8.842 -2.768 -10.756 929 HA PHE2009 HA PHE2009 -8.738 -3.482 -7.944 930 HB2 PHE2009 HB2 PHE2009 -8.579 -1.066 -7.914 931 HB3 PHE2009 HB1 PHE2009 -9.837 -0.914 -9.138 932 HD1 PHE2009 HD1 PHE2009 -9.513 -2.635 -5.832 933 HD2 PHE2009 HD2 PHE2009 -11.807 -0.041 -8.303 934 HE1 PHE2009 HE1 PHE2009 -11.161 -2.379 -4.029 935 HE2 PHE2009 HE2 PHE2009 -13.462 0.216 -6.502 936 HZ PHE2009 HZ PHE2009 -13.260 -1.091 -4.461 937 H ASP2010 HN ASP2010 -10.119 -4.974 -7.654 938 HA ASP2010 HA ASP2010 -12.424 -5.140 -9.423 939 HB2 ASP2010 HB2 ASP2010 -10.851 -7.271 -7.962 940 HB3 ASP2010 HB1 ASP2010 -12.401 -7.566 -8.746 941 H GLU2011 HN GLU2011 -14.039 -4.306 -8.433 942 HA GLU2011 HA GLU2011 -14.154 -4.087 -5.578 943 HB2 GLU2011 HB2 GLU2011 -16.178 -2.765 -5.949 944 HB3 GLU2011 HB1 GLU2011 -14.899 -2.217 -7.009 945 HG2 GLU2011 HG2 GLU2011 -17.247 -3.950 -7.822 946 HG3 GLU2011 HG1 GLU2011 -17.102 -2.221 -8.103 947 H GLN2012 HN GLN2012 -15.780 -5.809 -8.112 948 HA GLN2012 HA GLN2012 -17.886 -7.049 -6.871 949 HB2 GLN2012 HB2 GLN2012 -17.399 -7.084 -9.269 950 HB3 GLN2012 HB1 GLN2012 -16.032 -8.141 -8.984 951 HG2 GLN2012 HG2 GLN2012 -17.532 -9.903 -8.243 952 HG3 GLN2012 HG1 GLN2012 -18.915 -8.830 -8.472 953 HE21 GLN2012 HE21 GLN2012 -16.483 -10.768 -10.081 954 HE22 GLN2012 HE22 GLN2012 -17.203 -10.667 -11.641 955 H THR2013 HN THR2013 -14.507 -8.101 -6.964 956 HA THR2013 HA THR2013 -15.145 -10.156 -4.989 957 HB THR2013 HB THR2013 -14.659 -11.131 -7.184 958 HG1 THR2013 HG1 THR2013 -13.381 -11.778 -4.974 959 HG21 THR2013 HG21 THR2013 -12.006 -9.709 -7.020 960 HG22 THR2013 HG22 THR2013 -13.315 -9.391 -8.168 961 HG23 THR2013 HG23 THR2013 -12.442 -10.920 -8.229 962 H CYS2014 HN CYS2014 -14.199 -7.268 -4.780 963 HA CYS2014 HA CYS2014 -12.661 -5.966 -3.762 964 HB2 CYS2014 HB2 CYS2014 -13.105 -8.205 -1.805 965 HB3 CYS2014 HB1 CYS2014 -12.341 -6.674 -1.379 966 H THR2015 HN THR2015 -11.254 -7.418 -5.581 967 HA THR2015 HA THR2015 -8.775 -8.185 -4.207 968 HB THR2015 HB THR2015 -9.478 -8.604 -7.131 969 HG1 THR2015 HG1 THR2015 -10.716 -9.737 -5.116 970 HG21 THR2015 HG21 THR2015 -7.503 -9.971 -5.291 971 HG22 THR2015 HG22 THR2015 -7.094 -8.780 -6.524 972 HG23 THR2015 HG23 THR2015 -7.753 -10.344 -6.998 973 H SER2016 HN SER2016 -6.926 -6.953 -4.626 974 HA SER2016 HA SER2016 -7.122 -4.929 -6.695 975 HB2 SER2016 HB2 SER2016 -6.425 -4.293 -3.825 976 HB3 SER2016 HB1 SER2016 -6.422 -3.156 -5.175 977 HG SER2016 HG SER2016 -8.755 -4.442 -5.064 978 H TYR2017 HN TYR2017 -5.191 -4.404 -7.571 979 HA TYR2017 HA TYR2017 -2.768 -5.596 -6.413 980 HB2 TYR2017 HB2 TYR2017 -3.515 -5.469 -9.354 981 HB3 TYR2017 HB1 TYR2017 -1.966 -6.012 -8.729 982 HD1 TYR2017 HD2 TYR2017 -1.790 -8.187 -7.592 983 HD2 TYR2017 HD1 TYR2017 -5.461 -6.878 -9.297 984 HE1 TYR2017 HE2 TYR2017 -2.657 -10.484 -7.479 985 HE2 TYR2017 HE1 TYR2017 -6.336 -9.163 -9.189 986 HH TYR2017 HH TYR2017 -4.839 -11.630 -7.405 987 H PHE2018 HN PHE2018 -1.405 -3.992 -5.921 988 HA PHE2018 HA PHE2018 -1.390 -1.618 -7.646 989 HB2 PHE2018 HB2 PHE2018 -1.086 -1.600 -4.634 990 HB3 PHE2018 HB1 PHE2018 -1.028 -0.203 -5.697 991 HD1 PHE2018 HD2 PHE2018 -3.221 -0.037 -7.255 992 HD2 PHE2018 HD1 PHE2018 -3.001 -1.902 -3.444 993 HE1 PHE2018 HE2 PHE2018 -5.644 0.268 -6.975 994 HE2 PHE2018 HE1 PHE2018 -5.421 -1.602 -3.151 995 HZ PHE2018 HZ PHE2018 -6.741 -0.498 -4.881 996 H SER2019 HN SER2019 0.580 -0.875 -8.140 997 HA SER2019 HA SER2019 2.881 -2.296 -7.006 998 HB2 SER2019 HB2 SER2019 2.376 -2.970 -9.340 999 HB3 SER2019 HB1 SER2019 2.483 -1.286 -9.836 1000 HG SER2019 HG SER2019 4.378 -2.070 -10.285 1001 H TRP2020 HN TRP2020 4.082 -0.922 -5.889 1002 HA TRP2020 HA TRP2020 3.773 1.942 -6.454 1003 HB2 TRP2020 HB2 TRP2020 3.355 0.901 -4.096 1004 HB3 TRP2020 HB1 TRP2020 5.107 0.807 -4.008 1005 HD1 TRP2020 HD1 TRP2020 5.902 3.659 -5.133 1006 HE1 TRP2020 HE1 TRP2020 5.298 5.795 -3.803 1007 HE3 TRP2020 HE3 TRP2020 2.161 1.826 -2.174 1008 HZ2 TRP2020 HZ2 TRP2020 3.555 6.584 -1.795 1009 HZ3 TRP2020 HZ3 TRP2020 1.092 3.339 -0.564 1010 HH2 TRP2020 HH2 TRP2020 1.774 5.669 -0.381 1011 H HIS2021 HN HIS2021 5.259 2.723 -7.683 1012 HA HIS2021 HA HIS2021 7.842 1.433 -7.886 1013 HB2 HIS2021 HB2 HIS2021 6.771 3.921 -9.263 1014 HB3 HIS2021 HB1 HIS2021 8.334 3.190 -9.589 1015 HD1 HIS2021 HD1 HIS2021 5.620 3.559 -11.479 1016 HD2 HIS2021 HD2 HIS2021 7.320 0.076 -9.965 1017 HE1 HIS2021 HE1 HIS2021 4.853 1.720 -12.977 1018 HE2 HIS2021 HE2 HIS2021 5.653 -0.374 -11.898 1019 H THR2022 HN THR2022 9.144 1.823 -6.270 1020 HA THR2022 HA THR2022 9.552 4.567 -5.482 1021 HB THR2022 HB THR2022 7.847 3.970 -3.913 1022 HG1 THR2022 HG1 THR2022 9.458 5.164 -3.020 1023 HG21 THR2022 HG21 THR2022 9.531 1.571 -3.163 1024 HG22 THR2022 HG22 THR2022 7.991 1.524 -4.021 1025 HG23 THR2022 HG23 THR2022 8.051 2.079 -2.345 1026 H SER2023 HN SER2023 11.555 5.007 -4.659 1027 HA SER2023 HA SER2023 13.541 3.031 -5.197 1028 HB2 SER2023 HB2 SER2023 14.984 5.096 -4.432 1029 HB3 SER2023 HB1 SER2023 14.140 5.098 -5.987 1030 HG SER2023 HG SER2023 13.153 6.809 -5.312 1031 H LEU2024 HN LEU2024 11.620 3.540 -2.593 1032 HA LEU2024 HA LEU2024 13.629 2.917 -0.563 1033 HB2 LEU2024 HB2 LEU2024 10.661 3.484 -0.357 1034 HB3 LEU2024 HB1 LEU2024 11.633 2.996 1.007 1035 HG LEU2024 HG LEU2024 11.276 5.324 1.163 1036 HD11 LEU2024 HD11 LEU2024 14.069 4.848 0.200 1037 HD12 LEU2024 HD12 LEU2024 13.454 4.633 1.839 1038 HD13 LEU2024 HD13 LEU2024 13.527 6.246 1.129 1039 HD21 LEU2024 HD21 LEU2024 12.349 5.611 -1.647 1040 HD22 LEU2024 HD22 LEU2024 11.934 6.945 -0.571 1041 HD23 LEU2024 HD23 LEU2024 10.677 5.846 -1.138 1042 H ALA2025 HN ALA2025 11.843 1.306 -2.773 1043 HA ALA2025 HA ALA2025 10.770 -0.861 -1.248 1044 HB1 ALA2025 HB1 ALA2025 10.231 -1.837 -3.389 1045 HB2 ALA2025 HB2 ALA2025 11.249 -0.640 -4.197 1046 HB3 ALA2025 HB3 ALA2025 9.794 -0.127 -3.346 1047 H CYS2026 HN CYS2026 13.500 -0.644 -3.525 1048 HA CYS2026 HA CYS2026 14.836 -2.703 -2.075 1049 HB2 CYS2026 HB2 CYS2026 15.249 -3.963 -4.322 1050 HB3 CYS2026 HB1 CYS2026 13.769 -4.248 -3.429 1051 H GLU2027 HN GLU2027 17.056 -3.185 -3.315 1052 HA GLU2027 HA GLU2027 17.961 -0.560 -4.192 1053 HB2 GLU2027 HB2 GLU2027 18.710 -1.074 -1.894 1054 HB3 GLU2027 HB1 GLU2027 19.526 -2.499 -2.526 1055 HG2 GLU2027 HG2 GLU2027 21.008 -1.143 -3.827 1056 HG3 GLU2027 HG1 GLU2027 20.142 0.317 -3.357 1057 H GLU2028 HN GLU2028 17.663 -1.074 -6.205 1058 HA GLU2028 HA GLU2028 19.674 -1.856 -7.803 1059 HB2 GLU2028 HB2 GLU2028 18.714 -4.194 -6.778 1060 HB3 GLU2028 HB1 GLU2028 17.443 -3.897 -7.953 1061 HG2 GLU2028 HG2 GLU2028 18.994 -5.327 -9.013 1062 HG3 GLU2028 HG1 GLU2028 19.284 -3.722 -9.689 1063 H GLU2029 HN GLU2029 17.497 -2.856 -9.675 1064 HA GLU2029 HA GLU2029 15.296 -1.145 -9.412 1065 HB2 GLU2029 HB2 GLU2029 17.065 0.379 -10.447 1066 HB3 GLU2029 HB1 GLU2029 17.044 -0.697 -11.841 1067 HG2 GLU2029 HG2 GLU2029 14.663 -0.263 -12.132 1068 HG3 GLU2029 HG1 GLU2029 14.696 0.824 -10.749 1069 H VAL2030 HN VAL2030 13.670 -1.994 -10.585 1070 HA VAL2030 HA VAL2030 14.303 -4.557 -11.834 1071 HB VAL2030 HB VAL2030 11.644 -3.460 -10.861 1072 HG11 VAL2030 HG11 VAL2030 10.781 -5.722 -11.179 1073 HG12 VAL2030 HG12 VAL2030 12.321 -6.216 -11.879 1074 HG13 VAL2030 HG13 VAL2030 11.320 -5.023 -12.707 1075 HG21 VAL2030 HG21 VAL2030 13.177 -3.946 -9.039 1076 HG22 VAL2030 HG22 VAL2030 13.461 -5.561 -9.682 1077 HG23 VAL2030 HG23 VAL2030 11.865 -5.122 -9.073 1078 HA PRO2031 HA PRO2031 13.208 -2.682 -15.798 1079 HB2 PRO2031 HB2 PRO2031 14.921 -4.075 -17.242 1080 HB3 PRO2031 HB1 PRO2031 15.529 -2.875 -16.092 1081 HG2 PRO2031 HG2 PRO2031 15.468 -5.849 -15.866 1082 HG3 PRO2031 HG1 PRO2031 16.697 -4.705 -15.302 1083 HD2 PRO2031 HD2 PRO2031 14.615 -5.842 -13.746 1084 HD3 PRO2031 HD1 PRO2031 15.682 -4.506 -13.285 1085 H ARG2032 HN ARG2032 11.725 -4.890 -14.479 1086 HA ARG2032 HA ARG2032 10.707 -6.199 -16.831 1087 HB2 ARG2032 HB2 ARG2032 10.724 -8.443 -15.587 1088 HB3 ARG2032 HB1 ARG2032 12.246 -7.885 -16.268 1089 HG2 ARG2032 HG2 ARG2032 13.023 -7.197 -14.119 1090 HG3 ARG2032 HG1 ARG2032 11.449 -7.515 -13.402 1091 HD2 ARG2032 HD2 ARG2032 11.699 -9.875 -13.826 1092 HD3 ARG2032 HD1 ARG2032 13.238 -9.585 -14.651 1093 HE ARG2032 HE ARG2032 14.162 -8.866 -12.624 1094 HH11 ARG2032 HH11 ARG2032 10.967 -10.383 -12.247 1095 HH12 ARG2032 HH12 ARG2032 11.228 -10.885 -10.648 1096 HH21 ARG2032 HH21 ARG2032 14.492 -9.493 -10.363 1097 HH22 ARG2032 HH22 ARG2032 13.306 -10.418 -9.556 Start of MODEL 6 1 H1 MET1885 HT1 MET1885 9.253 14.303 1.156 2 H2 MET1885 HT2 MET1885 9.229 14.821 2.764 3 H3 MET1885 HT3 MET1885 7.909 15.167 1.751 4 HA MET1885 HA MET1885 7.364 13.352 3.192 5 HB2 MET1885 HB2 MET1885 6.625 13.276 0.808 6 HB3 MET1885 HB1 MET1885 8.070 12.370 0.415 7 HG2 MET1885 HG2 MET1885 6.213 10.886 0.548 8 HG3 MET1885 HG1 MET1885 7.301 10.569 1.897 9 HE1 MET1885 HE1 MET1885 5.388 9.174 3.018 10 HE2 MET1885 HE2 MET1885 4.324 9.546 1.662 11 HE3 MET1885 HE3 MET1885 3.761 9.784 3.314 12 H LYS1886 HN LYS1886 8.840 12.738 4.788 13 HA LYS1886 HA LYS1886 10.997 10.972 3.865 14 HB2 LYS1886 HB2 LYS1886 12.381 11.717 5.713 15 HB3 LYS1886 HB1 LYS1886 11.927 13.071 4.694 16 HG2 LYS1886 HG2 LYS1886 10.361 13.854 6.307 17 HG3 LYS1886 HG1 LYS1886 10.538 12.389 7.273 18 HD2 LYS1886 HD2 LYS1886 11.771 14.312 8.222 19 HD3 LYS1886 HD1 LYS1886 12.837 12.975 7.792 20 HE2 LYS1886 HE2 LYS1886 13.801 15.112 7.128 21 HE3 LYS1886 HE1 LYS1886 13.437 14.115 5.722 22 HZ1 LYS1886 HZ1 LYS1886 11.359 15.433 5.469 23 HZ2 LYS1886 HZ2 LYS1886 12.776 16.289 5.263 24 HZ3 LYS1886 HZ3 LYS1886 11.898 16.484 6.682 25 H SER1887 HN SER1887 11.898 9.770 5.817 26 HA SER1887 HA SER1887 10.286 7.777 6.648 27 HB2 SER1887 HB2 SER1887 12.688 7.759 6.700 28 HB3 SER1887 HB1 SER1887 12.724 8.896 8.058 29 HG SER1887 HG SER1887 12.096 6.208 7.890 30 H ASN1888 HN ASN1888 8.477 7.865 7.720 31 HA ASN1888 HA ASN1888 8.145 9.650 10.016 32 HB2 ASN1888 HB2 ASN1888 6.433 9.456 8.056 33 HB3 ASN1888 HB1 ASN1888 6.035 7.890 8.744 34 HD21 ASN1888 HD21 ASN1888 3.920 8.632 9.092 35 HD22 ASN1888 HD22 ASN1888 3.500 9.699 10.390 36 H VAL1889 HN VAL1889 7.571 8.691 12.072 37 HA VAL1889 HA VAL1889 8.765 6.022 12.268 38 HB VAL1889 HB VAL1889 8.341 8.028 14.433 39 HG11 VAL1889 HG11 VAL1889 9.990 5.496 14.366 40 HG12 VAL1889 HG12 VAL1889 8.498 5.748 15.271 41 HG13 VAL1889 HG13 VAL1889 9.955 6.641 15.709 42 HG21 VAL1889 HG21 VAL1889 9.918 8.938 12.840 43 HG22 VAL1889 HG22 VAL1889 10.856 7.444 12.872 44 HG23 VAL1889 HG23 VAL1889 10.776 8.465 14.308 45 H GLN1890 HN GLN1890 7.154 4.801 11.748 46 HA GLN1890 HA GLN1890 4.998 4.596 13.700 47 HB2 GLN1890 HB2 GLN1890 5.368 3.577 10.917 48 HB3 GLN1890 HB1 GLN1890 4.329 2.675 12.007 49 HG2 GLN1890 HG2 GLN1890 2.961 4.147 10.692 50 HG3 GLN1890 HG1 GLN1890 3.008 4.720 12.356 51 HE21 GLN1890 HE21 GLN1890 2.332 6.702 11.742 52 HE22 GLN1890 HE22 GLN1890 3.380 7.847 10.985 53 H ASN1891 HN ASN1891 8.062 3.635 13.272 54 HA ASN1891 HA ASN1891 9.424 2.244 14.318 55 HB2 ASN1891 HB2 ASN1891 6.971 1.328 15.834 56 HB3 ASN1891 HB1 ASN1891 8.603 0.770 16.182 57 HD21 ASN1891 HD21 ASN1891 10.039 2.171 17.157 58 HD22 ASN1891 HD22 ASN1891 9.543 3.662 17.889 59 H ASP1892 HN ASP1892 6.505 0.433 13.631 60 HA ASP1892 HA ASP1892 8.222 -1.711 12.707 61 HB2 ASP1892 HB2 ASP1892 5.382 -1.682 13.635 62 HB3 ASP1892 HB1 ASP1892 5.896 -3.038 12.662 63 H CYS1893 HN CYS1893 6.705 -3.007 10.925 64 HA CYS1893 HA CYS1893 6.558 -3.227 8.760 65 HB2 CYS1893 HB2 CYS1893 4.698 -1.728 8.635 66 HB3 CYS1893 HB1 CYS1893 5.743 -0.318 8.782 67 H ARG1894 HN ARG1894 8.645 -3.769 8.792 68 HA ARG1894 HA ARG1894 10.166 -2.613 6.752 69 HB2 ARG1894 HB2 ARG1894 12.219 -2.101 8.123 70 HB3 ARG1894 HB1 ARG1894 10.904 -0.958 8.321 71 HG2 ARG1894 HG2 ARG1894 10.301 -2.081 10.444 72 HG3 ARG1894 HG1 ARG1894 11.705 -3.138 10.241 73 HD2 ARG1894 HD2 ARG1894 13.184 -1.250 10.261 74 HD3 ARG1894 HD1 ARG1894 11.821 -0.141 10.314 75 HE ARG1894 HE ARG1894 11.591 -1.784 12.518 76 HH11 ARG1894 HH11 ARG1894 13.751 0.665 11.223 77 HH12 ARG1894 HH12 ARG1894 14.406 1.175 12.702 78 HH21 ARG1894 HH21 ARG1894 12.423 -1.104 14.641 79 HH22 ARG1894 HH22 ARG1894 13.652 0.085 14.725 80 H VAL1895 HN VAL1895 11.742 -4.083 6.024 81 HA VAL1895 HA VAL1895 12.224 -6.426 7.644 82 HB VAL1895 HB VAL1895 10.103 -6.917 6.449 83 HG11 VAL1895 HG11 VAL1895 11.673 -6.601 3.910 84 HG12 VAL1895 HG12 VAL1895 10.360 -5.569 4.479 85 HG13 VAL1895 HG13 VAL1895 10.035 -7.244 4.034 86 HG21 VAL1895 HG21 VAL1895 10.747 -9.080 5.464 87 HG22 VAL1895 HG22 VAL1895 11.549 -8.776 7.006 88 HG23 VAL1895 HG23 VAL1895 12.436 -8.571 5.495 89 H THR1896 HN THR1896 14.168 -7.416 7.107 90 HA THR1896 HA THR1896 15.840 -5.837 5.333 91 HB THR1896 HB THR1896 16.612 -8.080 7.221 92 HG1 THR1896 HG1 THR1896 17.322 -6.158 8.490 93 HG21 THR1896 HG21 THR1896 18.223 -5.855 5.954 94 HG22 THR1896 HG22 THR1896 18.277 -7.555 5.490 95 HG23 THR1896 HG23 THR1896 18.844 -7.058 7.085 96 H ASN1897 HN ASN1897 16.638 -6.631 3.409 97 HA ASN1897 HA ASN1897 16.007 -9.410 2.695 98 HB2 ASN1897 HB2 ASN1897 15.272 -7.641 1.082 99 HB3 ASN1897 HB1 ASN1897 16.934 -7.093 0.943 100 HD21 ASN1897 HD21 ASN1897 15.288 -7.939 -1.216 101 HD22 ASN1897 HD22 ASN1897 16.022 -9.332 -1.910 102 HA PRO1898 HA PRO1898 20.362 -9.787 3.882 103 HB2 PRO1898 HB2 PRO1898 20.440 -12.515 3.776 104 HB3 PRO1898 HB1 PRO1898 19.823 -11.604 5.156 105 HG2 PRO1898 HG2 PRO1898 18.327 -12.932 2.942 106 HG3 PRO1898 HG1 PRO1898 17.953 -12.884 4.672 107 HD2 PRO1898 HD2 PRO1898 16.703 -11.309 2.863 108 HD3 PRO1898 HD1 PRO1898 17.003 -10.794 4.533 109 H ALA1899 HN ALA1899 18.826 -11.099 1.026 110 HA ALA1899 HA ALA1899 21.221 -12.046 -0.212 111 HB1 ALA1899 HB1 ALA1899 18.547 -11.388 -1.454 112 HB2 ALA1899 HB2 ALA1899 19.020 -12.960 -0.805 113 HB3 ALA1899 HB3 ALA1899 19.845 -12.305 -2.221 114 H THR1900 HN THR1900 19.289 -9.131 -0.458 115 HA THR1900 HA THR1900 21.159 -7.914 -2.284 116 HB THR1900 HB THR1900 18.941 -6.547 -0.740 117 HG1 THR1900 HG1 THR1900 18.925 -8.237 -3.023 118 HG21 THR1900 HG21 THR1900 20.234 -5.981 -3.415 119 HG22 THR1900 HG22 THR1900 20.521 -5.085 -1.922 120 HG23 THR1900 HG23 THR1900 18.929 -5.047 -2.682 121 H GLY1901 HN GLY1901 20.515 -7.996 1.149 122 HA2 GLY1901 HA2 GLY1901 21.860 -7.331 2.905 123 HA3 GLY1901 HA1 GLY1901 22.976 -6.602 1.748 124 H HIS1902 HN HIS1902 19.749 -5.870 1.289 125 HA HIS1902 HA HIS1902 20.219 -3.132 2.261 126 HB2 HIS1902 HB2 HIS1902 19.992 -3.543 -0.263 127 HB3 HIS1902 HB1 HIS1902 18.319 -3.959 0.052 128 HD1 HIS1902 HD1 HIS1902 20.522 -1.172 -0.667 129 HD2 HIS1902 HD2 HIS1902 16.746 -1.638 0.995 130 HE1 HIS1902 HE1 HIS1902 19.466 1.096 -0.750 131 HE2 HIS1902 HE2 HIS1902 17.100 0.665 -0.181 132 H LEU1903 HN LEU1903 18.754 -2.294 3.558 133 HA LEU1903 HA LEU1903 16.721 -3.972 4.745 134 HB2 LEU1903 HB2 LEU1903 18.024 -2.487 6.161 135 HB3 LEU1903 HB1 LEU1903 17.557 -1.103 5.198 136 HG LEU1903 HG LEU1903 15.219 -1.387 5.978 137 HD11 LEU1903 HD11 LEU1903 16.379 -3.500 7.777 138 HD12 LEU1903 HD12 LEU1903 15.235 -3.759 6.460 139 HD13 LEU1903 HD13 LEU1903 14.750 -2.833 7.880 140 HD21 LEU1903 HD21 LEU1903 17.283 -1.116 8.157 141 HD22 LEU1903 HD22 LEU1903 15.610 -0.570 8.252 142 HD23 LEU1903 HD23 LEU1903 16.715 0.171 7.094 143 H PHE1904 HN PHE1904 14.661 -4.030 4.021 144 HA PHE1904 HA PHE1904 13.861 -1.989 2.129 145 HB2 PHE1904 HB2 PHE1904 12.669 -4.678 2.846 146 HB3 PHE1904 HB1 PHE1904 11.895 -3.515 1.784 147 HD1 PHE1904 HD2 PHE1904 15.238 -3.156 1.122 148 HD2 PHE1904 HD1 PHE1904 12.094 -5.962 0.521 149 HE1 PHE1904 HE2 PHE1904 16.479 -4.124 -0.735 150 HE2 PHE1904 HE1 PHE1904 13.337 -6.950 -1.359 151 HZ PHE1904 HZ PHE1904 15.362 -6.028 -2.102 152 H ASP1905 HN ASP1905 12.986 -0.301 3.077 153 HA ASP1905 HA ASP1905 10.973 -0.792 5.085 154 HB2 ASP1905 HB2 ASP1905 11.795 0.821 6.641 155 HB3 ASP1905 HB1 ASP1905 13.158 -0.221 6.268 156 H LEU1906 HN LEU1906 9.365 0.588 4.987 157 HA LEU1906 HA LEU1906 9.446 2.549 2.798 158 HB2 LEU1906 HB2 LEU1906 7.137 1.044 4.011 159 HB3 LEU1906 HB1 LEU1906 7.015 2.223 2.717 160 HG LEU1906 HG LEU1906 8.519 -0.379 2.533 161 HD11 LEU1906 HD11 LEU1906 6.694 -1.073 1.085 162 HD12 LEU1906 HD12 LEU1906 5.849 0.436 1.431 163 HD13 LEU1906 HD13 LEU1906 6.136 -0.732 2.723 164 HD21 LEU1906 HD21 LEU1906 7.823 1.674 0.436 165 HD22 LEU1906 HD22 LEU1906 8.633 0.136 0.147 166 HD23 LEU1906 HD23 LEU1906 9.427 1.387 1.104 167 H THR1907 HN THR1907 10.455 3.143 5.330 168 HA THR1907 HA THR1907 8.471 4.188 7.044 169 HB THR1907 HB THR1907 10.340 5.278 8.250 170 HG1 THR1907 HG1 THR1907 12.192 4.091 6.445 171 HG21 THR1907 HG21 THR1907 9.822 2.934 8.720 172 HG22 THR1907 HG22 THR1907 11.554 3.236 8.870 173 HG23 THR1907 HG23 THR1907 10.921 2.424 7.439 174 H SER1908 HN SER1908 10.305 5.508 4.363 175 HA SER1908 HA SER1908 9.565 8.216 4.875 176 HB2 SER1908 HB2 SER1908 11.659 7.657 3.696 177 HB3 SER1908 HB1 SER1908 10.729 6.940 2.381 178 HG SER1908 HG SER1908 9.711 9.266 2.637 179 H LEU1909 HN LEU1909 7.851 5.627 3.755 180 HA LEU1909 HA LEU1909 6.215 7.198 1.907 181 HB2 LEU1909 HB2 LEU1909 7.065 4.526 2.065 182 HB3 LEU1909 HB1 LEU1909 5.321 4.568 2.244 183 HG LEU1909 HG LEU1909 6.971 5.648 -0.059 184 HD11 LEU1909 HD11 LEU1909 6.771 3.285 -0.136 185 HD12 LEU1909 HD12 LEU1909 5.768 3.995 -1.400 186 HD13 LEU1909 HD13 LEU1909 5.022 3.372 0.075 187 HD21 LEU1909 HD21 LEU1909 5.104 7.128 0.364 188 HD22 LEU1909 HD22 LEU1909 3.984 5.762 0.326 189 HD23 LEU1909 HD23 LEU1909 4.854 6.235 -1.139 190 H LYS1910 HN LYS1910 6.265 5.930 4.995 191 HA LYS1910 HA LYS1910 3.457 5.805 5.557 192 HB2 LYS1910 HB2 LYS1910 5.687 6.288 7.552 193 HB3 LYS1910 HB1 LYS1910 4.090 5.616 7.865 194 HG2 LYS1910 HG2 LYS1910 4.616 3.625 6.669 195 HG3 LYS1910 HG1 LYS1910 6.150 4.301 6.126 196 HD2 LYS1910 HD2 LYS1910 6.825 4.443 8.531 197 HD3 LYS1910 HD1 LYS1910 5.352 3.545 8.925 198 HE2 LYS1910 HE2 LYS1910 6.042 1.691 7.546 199 HE3 LYS1910 HE1 LYS1910 7.466 2.576 7.006 200 HZ1 LYS1910 HZ1 LYS1910 6.928 1.506 9.728 201 HZ2 LYS1910 HZ2 LYS1910 8.126 2.603 9.438 202 HZ3 LYS1910 HZ3 LYS1910 8.163 1.073 8.676 203 H ARG1911 HN ARG1911 2.109 7.445 6.224 204 HA ARG1911 HA ARG1911 3.252 9.934 7.120 205 HB2 ARG1911 HB2 ARG1911 1.782 11.261 5.578 206 HB3 ARG1911 HB1 ARG1911 3.081 10.401 4.768 207 HG2 ARG1911 HG2 ARG1911 1.487 8.669 4.088 208 HG3 ARG1911 HG1 ARG1911 0.194 9.565 4.879 209 HD2 ARG1911 HD2 ARG1911 1.908 10.608 2.631 210 HD3 ARG1911 HD1 ARG1911 0.278 9.958 2.447 211 HE ARG1911 HE ARG1911 0.442 12.105 4.340 212 HH11 ARG1911 HH11 ARG1911 0.220 11.478 0.852 213 HH12 ARG1911 HH12 ARG1911 -0.662 12.934 0.573 214 HH21 ARG1911 HH21 ARG1911 -0.689 14.129 3.833 215 HH22 ARG1911 HH22 ARG1911 -1.150 14.387 2.223 216 H GLU1912 HN GLU1912 1.208 11.466 7.618 217 HA GLU1912 HA GLU1912 -0.176 9.900 9.595 218 HB2 GLU1912 HB2 GLU1912 -0.209 12.855 9.028 219 HB3 GLU1912 HB1 GLU1912 -1.047 12.087 10.366 220 HG2 GLU1912 HG2 GLU1912 1.927 12.107 9.911 221 HG3 GLU1912 HG1 GLU1912 1.038 13.058 11.103 222 H SER1913 HN SER1913 -0.992 11.494 6.605 223 HA SER1913 HA SER1913 -3.803 10.977 7.090 224 HB2 SER1913 HB2 SER1913 -3.210 13.177 6.181 225 HB3 SER1913 HB1 SER1913 -2.441 12.416 4.793 226 HG SER1913 HG SER1913 -4.963 13.129 5.085 227 H GLY1914 HN GLY1914 -2.024 10.623 4.014 228 HA2 GLY1914 HA2 GLY1914 -1.792 7.968 3.685 229 HA3 GLY1914 HA1 GLY1914 -3.514 8.268 3.376 230 H TYR1915 HN TYR1915 -1.667 7.370 1.376 231 HA TYR1915 HA TYR1915 -1.320 9.791 -0.256 232 HB2 TYR1915 HB2 TYR1915 0.616 8.046 0.325 233 HB3 TYR1915 HB1 TYR1915 -0.142 7.128 -0.967 234 HD1 TYR1915 HD2 TYR1915 1.532 10.370 -0.209 235 HD2 TYR1915 HD1 TYR1915 0.228 7.665 -3.219 236 HE1 TYR1915 HE2 TYR1915 2.759 11.666 -1.907 237 HE2 TYR1915 HE1 TYR1915 1.440 8.953 -4.917 238 HH TYR1915 HH TYR1915 3.643 11.504 -4.072 239 H THR1916 HN THR1916 -2.301 9.866 -2.272 240 HA THR1916 HA THR1916 -4.255 7.730 -2.813 241 HB THR1916 HB THR1916 -5.293 9.417 -1.248 242 HG1 THR1916 HG1 THR1916 -6.521 8.297 -2.861 243 HG21 THR1916 HG21 THR1916 -4.756 11.282 -3.551 244 HG22 THR1916 HG22 THR1916 -4.002 11.340 -1.964 245 HG23 THR1916 HG23 THR1916 -5.737 11.673 -2.128 246 H ILE1917 HN ILE1917 -5.159 7.702 -4.474 247 HA ILE1917 HA ILE1917 -4.283 9.212 -6.762 248 HB ILE1917 HB ILE1917 -4.366 6.990 -7.949 249 HG12 ILE1917 HG12 ILE1917 -3.742 5.909 -5.195 250 HG13 ILE1917 HG11 ILE1917 -5.193 5.594 -6.135 251 HG21 ILE1917 HG21 ILE1917 -1.976 7.653 -6.238 252 HG22 ILE1917 HG22 ILE1917 -2.325 8.263 -7.855 253 HG23 ILE1917 HG23 ILE1917 -1.926 6.562 -7.623 254 HD11 ILE1917 HD11 ILE1917 -3.851 4.395 -7.792 255 HD12 ILE1917 HD12 ILE1917 -3.675 3.697 -6.185 256 HD13 ILE1917 HD13 ILE1917 -2.396 4.719 -6.848 257 H THR1918 HN THR1918 -5.871 8.591 -8.589 258 HA THR1918 HA THR1918 -8.520 8.464 -7.391 259 HB THR1918 HB THR1918 -7.846 8.859 -10.325 260 HG1 THR1918 HG1 THR1918 -7.621 10.623 -8.125 261 HG21 THR1918 HG21 THR1918 -10.149 9.812 -8.597 262 HG22 THR1918 HG22 THR1918 -10.217 8.464 -9.732 263 HG23 THR1918 HG23 THR1918 -9.969 10.107 -10.328 264 H ASP1919 HN ASP1919 -10.045 6.830 -8.117 265 HA ASP1919 HA ASP1919 -8.744 4.331 -8.645 266 HB2 ASP1919 HB2 ASP1919 -10.741 3.295 -8.019 267 HB3 ASP1919 HB1 ASP1919 -10.758 4.746 -7.038 268 H SER1920 HN SER1920 -10.980 3.194 -10.197 269 HA SER1920 HA SER1920 -10.084 3.359 -12.751 270 HB2 SER1920 HB2 SER1920 -12.867 2.801 -11.759 271 HB3 SER1920 HB1 SER1920 -12.194 2.288 -13.314 272 HG SER1920 HG SER1920 -10.602 1.122 -12.140 273 H HIS1921 HN HIS1921 -12.327 5.665 -11.089 274 HA HIS1921 HA HIS1921 -12.144 7.400 -13.370 275 HB2 HIS1921 HB2 HIS1921 -13.819 5.807 -14.191 276 HB3 HIS1921 HB1 HIS1921 -14.858 6.201 -12.832 277 HD1 HIS1921 HD1 HIS1921 -13.562 7.590 -16.060 278 HD2 HIS1921 HD2 HIS1921 -16.355 8.549 -13.144 279 HE1 HIS1921 HE1 HIS1921 -14.940 9.461 -17.028 280 HE2 HIS1921 HE2 HIS1921 -16.370 10.214 -15.111 281 H ASN1922 HN ASN1922 -13.231 6.996 -10.009 282 HA ASN1922 HA ASN1922 -13.761 9.869 -9.936 283 HB2 ASN1922 HB2 ASN1922 -15.851 8.743 -10.663 284 HB3 ASN1922 HB1 ASN1922 -15.823 7.863 -9.164 285 HD21 ASN1922 HD21 ASN1922 -16.212 11.078 -10.512 286 HD22 ASN1922 HD22 ASN1922 -16.962 11.699 -9.084 287 H ARG1923 HN ARG1923 -14.268 6.920 -8.233 288 HA ARG1923 HA ARG1923 -14.207 7.899 -5.597 289 HB2 ARG1923 HB2 ARG1923 -13.484 5.132 -6.553 290 HB3 ARG1923 HB1 ARG1923 -13.850 5.569 -4.889 291 HG2 ARG1923 HG2 ARG1923 -16.136 6.160 -5.563 292 HG3 ARG1923 HG1 ARG1923 -15.724 5.718 -7.229 293 HD2 ARG1923 HD2 ARG1923 -15.290 3.441 -6.557 294 HD3 ARG1923 HD1 ARG1923 -15.608 3.847 -4.871 295 HE ARG1923 HE ARG1923 -17.886 4.503 -5.749 296 HH11 ARG1923 HH11 ARG1923 -15.953 1.844 -7.071 297 HH12 ARG1923 HH12 ARG1923 -17.248 0.916 -7.645 298 HH21 ARG1923 HH21 ARG1923 -19.746 3.220 -6.432 299 HH22 ARG1923 HH22 ARG1923 -19.567 1.733 -7.216 300 H LYS1924 HN LYS1924 -12.600 7.617 -3.967 301 HA LYS1924 HA LYS1924 -9.970 8.299 -5.011 302 HB2 LYS1924 HB2 LYS1924 -11.061 8.387 -2.207 303 HB3 LYS1924 HB1 LYS1924 -9.491 8.980 -2.718 304 HG2 LYS1924 HG2 LYS1924 -10.591 10.643 -4.132 305 HG3 LYS1924 HG1 LYS1924 -12.160 10.045 -3.587 306 HD2 LYS1924 HD2 LYS1924 -11.598 10.622 -1.289 307 HD3 LYS1924 HD1 LYS1924 -10.008 11.182 -1.810 308 HE2 LYS1924 HE2 LYS1924 -11.096 12.867 -3.227 309 HE3 LYS1924 HE1 LYS1924 -12.667 12.327 -2.628 310 HZ1 LYS1924 HZ1 LYS1924 -10.494 13.487 -0.950 311 HZ2 LYS1924 HZ2 LYS1924 -12.019 12.987 -0.406 312 HZ3 LYS1924 HZ3 LYS1924 -11.887 14.276 -1.464 313 H ILE1925 HN ILE1925 -8.345 6.854 -4.994 314 HA ILE1925 HA ILE1925 -8.636 4.565 -3.223 315 HB ILE1925 HB ILE1925 -6.584 4.971 -5.453 316 HG12 ILE1925 HG12 ILE1925 -9.024 3.205 -5.289 317 HG13 ILE1925 HG11 ILE1925 -8.786 4.565 -6.373 318 HG21 ILE1925 HG21 ILE1925 -5.984 2.624 -5.043 319 HG22 ILE1925 HG22 ILE1925 -7.136 2.565 -3.709 320 HG23 ILE1925 HG23 ILE1925 -5.721 3.614 -3.608 321 HD11 ILE1925 HD11 ILE1925 -6.968 3.345 -7.522 322 HD12 ILE1925 HD12 ILE1925 -8.471 2.420 -7.558 323 HD13 ILE1925 HD13 ILE1925 -7.198 1.989 -6.422 324 H GLU1926 HN GLU1926 -8.180 5.338 -1.457 325 HA GLU1926 HA GLU1926 -5.709 6.914 -1.022 326 HB2 GLU1926 HB2 GLU1926 -8.043 6.495 0.871 327 HB3 GLU1926 HB1 GLU1926 -6.672 7.561 1.148 328 HG2 GLU1926 HG2 GLU1926 -7.344 8.924 -0.770 329 HG3 GLU1926 HG1 GLU1926 -8.711 7.853 -1.052 330 H LEU1927 HN LEU1927 -3.953 5.796 -0.337 331 HA LEU1927 HA LEU1927 -4.396 3.453 1.416 332 HB2 LEU1927 HB2 LEU1927 -1.989 3.640 -0.391 333 HB3 LEU1927 HB1 LEU1927 -2.628 2.251 0.441 334 HG LEU1927 HG LEU1927 -2.898 1.814 -1.791 335 HD11 LEU1927 HD11 LEU1927 -5.560 2.750 -0.821 336 HD12 LEU1927 HD12 LEU1927 -4.817 1.170 -0.569 337 HD13 LEU1927 HD13 LEU1927 -5.287 1.676 -2.193 338 HD21 LEU1927 HD21 LEU1927 -2.496 4.000 -2.723 339 HD22 LEU1927 HD22 LEU1927 -4.083 4.556 -2.186 340 HD23 LEU1927 HD23 LEU1927 -3.958 3.313 -3.430 341 H ASN1928 HN ASN1928 -3.195 3.576 3.253 342 HA ASN1928 HA ASN1928 -0.976 5.478 3.144 343 HB2 ASN1928 HB2 ASN1928 -2.884 6.232 4.645 344 HB3 ASN1928 HB1 ASN1928 -2.500 4.867 5.688 345 HD21 ASN1928 HD21 ASN1928 -2.069 6.459 7.339 346 HD22 ASN1928 HD22 ASN1928 -0.557 7.287 7.355 347 H VAL1929 HN VAL1929 0.804 4.552 3.124 348 HA VAL1929 HA VAL1929 1.073 1.759 3.454 349 HB VAL1929 HB VAL1929 3.267 3.817 3.137 350 HG11 VAL1929 HG11 VAL1929 4.603 1.956 2.274 351 HG12 VAL1929 HG12 VAL1929 3.289 0.842 2.643 352 HG13 VAL1929 HG13 VAL1929 4.119 1.690 3.950 353 HG21 VAL1929 HG21 VAL1929 1.804 2.192 1.063 354 HG22 VAL1929 HG22 VAL1929 3.180 3.249 0.756 355 HG23 VAL1929 HG23 VAL1929 1.653 3.930 1.316 356 H CYS1930 HN CYS1930 0.909 0.875 5.387 357 HA CYS1930 HA CYS1930 1.488 0.113 7.404 358 HB2 CYS1930 HB2 CYS1930 4.060 1.539 6.821 359 HB3 CYS1930 HB1 CYS1930 3.820 0.387 8.131 360 H ALA1931 HN ALA1931 0.441 2.933 7.091 361 HA ALA1931 HA ALA1931 0.710 3.606 9.886 362 HB1 ALA1931 HB1 ALA1931 0.800 5.998 9.281 363 HB2 ALA1931 HB2 ALA1931 0.906 5.554 7.579 364 HB3 ALA1931 HB3 ALA1931 2.211 5.126 8.685 365 H GLU1932 HN GLU1932 -1.161 4.386 10.678 366 HA GLU1932 HA GLU1932 -3.560 3.406 9.657 367 HB2 GLU1932 HB2 GLU1932 -3.077 5.647 11.611 368 HB3 GLU1932 HB1 GLU1932 -4.611 4.811 11.395 369 HG2 GLU1932 HG2 GLU1932 -3.731 2.777 12.209 370 HG3 GLU1932 HG1 GLU1932 -2.080 3.381 12.132 371 H ALA1933 HN ALA1933 -4.797 4.093 8.006 372 HA ALA1933 HA ALA1933 -4.202 6.559 6.697 373 HB1 ALA1933 HB1 ALA1933 -4.855 4.569 5.410 374 HB2 ALA1933 HB2 ALA1933 -5.957 5.914 5.114 375 HB3 ALA1933 HB3 ALA1933 -6.441 4.594 6.180 376 H LYS1934 HN LYS1934 -4.986 8.419 7.177 377 HA LYS1934 HA LYS1934 -7.583 8.538 8.533 378 HB2 LYS1934 HB2 LYS1934 -5.683 8.773 10.147 379 HB3 LYS1934 HB1 LYS1934 -5.155 10.200 9.271 380 HG2 LYS1934 HG2 LYS1934 -7.160 11.389 9.905 381 HG3 LYS1934 HG1 LYS1934 -7.832 9.936 10.638 382 HD2 LYS1934 HD2 LYS1934 -6.934 11.471 12.324 383 HD3 LYS1934 HD1 LYS1934 -6.066 9.940 12.314 384 HE2 LYS1934 HE2 LYS1934 -4.260 10.969 11.026 385 HE3 LYS1934 HE1 LYS1934 -5.138 12.499 11.006 386 HZ1 LYS1934 HZ1 LYS1934 -4.966 12.614 13.394 387 HZ2 LYS1934 HZ2 LYS1934 -3.412 12.415 12.754 388 HZ3 LYS1934 HZ3 LYS1934 -4.195 11.120 13.474 389 H SER1935 HN SER1935 -6.557 9.008 5.711 390 HA SER1935 HA SER1935 -6.974 11.750 5.188 391 HB2 SER1935 HB2 SER1935 -7.382 9.364 3.363 392 HB3 SER1935 HB1 SER1935 -7.273 11.045 2.841 393 HG SER1935 HG SER1935 -5.167 10.965 4.019 394 H SER1936 HN SER1936 -9.249 9.260 3.943 395 HA SER1936 HA SER1936 -11.420 10.864 5.110 396 HB2 SER1936 HB2 SER1936 -11.606 8.781 2.928 397 HB3 SER1936 HB1 SER1936 -12.828 9.966 3.390 398 HG SER1936 HG SER1936 -10.687 10.149 1.768 399 H CYS1937 HN CYS1937 -9.564 8.466 5.855 400 HA CYS1937 HA CYS1937 -11.566 6.498 6.618 401 HB2 CYS1937 HB2 CYS1937 -8.605 6.226 7.053 402 HB3 CYS1937 HB1 CYS1937 -9.788 4.974 6.683 403 H ALA1938 HN ALA1938 -9.984 5.537 9.009 404 HA ALA1938 HA ALA1938 -9.758 7.953 10.592 405 HB1 ALA1938 HB1 ALA1938 -11.314 5.532 11.512 406 HB2 ALA1938 HB2 ALA1938 -12.015 7.065 10.995 407 HB3 ALA1938 HB3 ALA1938 -11.010 7.000 12.444 408 H ASN1939 HN ASN1939 -9.605 4.513 11.499 409 HA ASN1939 HA ASN1939 -6.880 5.019 12.144 410 HB2 ASN1939 HB2 ASN1939 -8.867 3.739 13.970 411 HB3 ASN1939 HB1 ASN1939 -7.155 3.367 14.126 412 HD21 ASN1939 HD21 ASN1939 -5.736 5.004 14.671 413 HD22 ASN1939 HD22 ASN1939 -6.229 6.451 15.448 414 H GLY1940 HN GLY1940 -8.969 2.155 12.245 415 HA2 GLY1940 HA2 GLY1940 -6.848 0.383 11.653 416 HA3 GLY1940 HA1 GLY1940 -8.545 -0.011 11.790 417 H ALA1941 HN ALA1941 -7.892 2.379 9.513 418 HA ALA1941 HA ALA1941 -8.309 0.398 7.402 419 HB1 ALA1941 HB1 ALA1941 -10.027 2.121 7.558 420 HB2 ALA1941 HB2 ALA1941 -9.123 2.260 6.049 421 HB3 ALA1941 HB3 ALA1941 -8.798 3.371 7.378 422 H ALA1942 HN ALA1942 -6.915 0.270 5.741 423 HA ALA1942 HA ALA1942 -4.680 2.175 5.689 424 HB1 ALA1942 HB1 ALA1942 -4.531 -0.771 5.058 425 HB2 ALA1942 HB2 ALA1942 -3.893 0.008 6.505 426 HB3 ALA1942 HB3 ALA1942 -3.202 0.380 4.922 427 H VAL1943 HN VAL1943 -6.821 0.031 3.920 428 HA VAL1943 HA VAL1943 -6.227 1.525 1.454 429 HB VAL1943 HB VAL1943 -7.507 -1.220 1.751 430 HG11 VAL1943 HG11 VAL1943 -6.777 0.313 -0.749 431 HG12 VAL1943 HG12 VAL1943 -8.411 -0.009 -0.169 432 HG13 VAL1943 HG13 VAL1943 -7.386 -1.342 -0.700 433 HG21 VAL1943 HG21 VAL1943 -5.491 -2.055 0.663 434 HG22 VAL1943 HG22 VAL1943 -5.128 -1.263 2.197 435 HG23 VAL1943 HG23 VAL1943 -4.817 -0.426 0.674 436 H CYS1944 HN CYS1944 -7.677 2.992 1.040 437 HA CYS1944 HA CYS1944 -10.431 2.522 1.884 438 HB2 CYS1944 HB2 CYS1944 -8.851 5.079 1.846 439 HB3 CYS1944 HB1 CYS1944 -10.573 4.954 2.191 440 H ILE1945 HN ILE1945 -11.671 2.298 0.197 441 HA ILE1945 HA ILE1945 -11.117 3.911 -2.184 442 HB ILE1945 HB ILE1945 -13.122 1.630 -1.882 443 HG12 ILE1945 HG12 ILE1945 -10.860 0.728 -1.660 444 HG13 ILE1945 HG11 ILE1945 -11.563 0.240 -3.194 445 HG21 ILE1945 HG21 ILE1945 -13.720 3.209 -3.622 446 HG22 ILE1945 HG22 ILE1945 -13.224 1.673 -4.333 447 HG23 ILE1945 HG23 ILE1945 -12.121 3.050 -4.346 448 HD11 ILE1945 HD11 ILE1945 -9.550 2.441 -2.783 449 HD12 ILE1945 HD12 ILE1945 -10.250 1.966 -4.331 450 HD13 ILE1945 HD13 ILE1945 -9.225 0.836 -3.441 451 H THR1946 HN THR1946 -11.889 5.808 -1.454 452 HA THR1946 HA THR1946 -14.265 5.818 0.137 453 HB THR1946 HB THR1946 -12.574 8.186 -0.673 454 HG1 THR1946 HG1 THR1946 -11.186 7.597 0.917 455 HG21 THR1946 HG21 THR1946 -13.407 9.096 1.430 456 HG22 THR1946 HG22 THR1946 -14.224 7.592 1.789 457 HG23 THR1946 HG23 THR1946 -14.789 8.600 0.443 458 H ASP1947 HN ASP1947 -16.105 5.787 -0.826 459 HA ASP1947 HA ASP1947 -16.498 7.084 -3.415 460 HB2 ASP1947 HB2 ASP1947 -17.141 4.704 -3.273 461 HB3 ASP1947 HB1 ASP1947 -18.163 5.054 -1.887 462 H GLY1948 HN GLY1948 -16.755 9.137 -2.824 463 HA2 GLY1948 HA2 GLY1948 -17.828 11.016 -2.049 464 HA3 GLY1948 HA1 GLY1948 -19.179 9.979 -1.587 465 HA PRO1949 HA PRO1949 -17.501 10.849 2.490 466 HB2 PRO1949 HB2 PRO1949 -19.916 10.124 3.743 467 HB3 PRO1949 HB1 PRO1949 -19.402 11.756 3.325 468 HG2 PRO1949 HG2 PRO1949 -21.534 10.276 2.184 469 HG3 PRO1949 HG1 PRO1949 -20.929 11.855 1.667 470 HD2 PRO1949 HD2 PRO1949 -20.466 9.184 0.507 471 HD3 PRO1949 HD1 PRO1949 -20.336 10.785 -0.252 472 H LYS1950 HN LYS1950 -19.089 7.986 1.323 473 HA LYS1950 HA LYS1950 -18.521 6.419 3.665 474 HB2 LYS1950 HB2 LYS1950 -20.578 6.061 2.367 475 HB3 LYS1950 HB1 LYS1950 -19.612 5.607 0.973 476 HG2 LYS1950 HG2 LYS1950 -20.506 3.646 2.051 477 HG3 LYS1950 HG1 LYS1950 -18.751 3.680 2.214 478 HD2 LYS1950 HD2 LYS1950 -18.947 4.472 4.495 479 HD3 LYS1950 HD1 LYS1950 -20.703 4.576 4.335 480 HE2 LYS1950 HE2 LYS1950 -19.086 2.045 4.074 481 HE3 LYS1950 HE1 LYS1950 -19.958 2.541 5.524 482 HZ1 LYS1950 HZ1 LYS1950 -22.011 2.349 4.402 483 HZ2 LYS1950 HZ2 LYS1950 -21.176 0.929 4.035 484 HZ3 LYS1950 HZ3 LYS1950 -21.312 2.162 2.898 485 H THR1951 HN THR1951 -16.683 5.572 4.001 486 HA THR1951 HA THR1951 -14.727 5.351 1.861 487 HB THR1951 HB THR1951 -14.431 5.020 4.841 488 HG1 THR1951 HG1 THR1951 -15.258 7.090 3.645 489 HG21 THR1951 HG21 THR1951 -12.557 4.181 3.478 490 HG22 THR1951 HG22 THR1951 -12.098 5.627 4.378 491 HG23 THR1951 HG23 THR1951 -12.470 5.737 2.656 492 H LEU1952 HN LEU1952 -14.752 3.364 0.837 493 HA LEU1952 HA LEU1952 -15.609 0.958 2.159 494 HB2 LEU1952 HB2 LEU1952 -16.022 1.355 -0.241 495 HB3 LEU1952 HB1 LEU1952 -14.300 1.432 -0.529 496 HG LEU1952 HG LEU1952 -14.136 -0.966 0.144 497 HD11 LEU1952 HD11 LEU1952 -17.139 -0.815 0.108 498 HD12 LEU1952 HD12 LEU1952 -16.116 -1.105 1.520 499 HD13 LEU1952 HD13 LEU1952 -16.179 -2.291 0.216 500 HD21 LEU1952 HD21 LEU1952 -15.092 -1.837 -1.935 501 HD22 LEU1952 HD22 LEU1952 -14.241 -0.315 -2.202 502 HD23 LEU1952 HD23 LEU1952 -16.005 -0.344 -2.142 503 H ASN1953 HN ASN1953 -14.299 -0.152 3.489 504 HA ASN1953 HA ASN1953 -11.442 0.387 3.312 505 HB2 ASN1953 HB2 ASN1953 -13.063 -0.924 5.505 506 HB3 ASN1953 HB1 ASN1953 -11.315 -0.750 5.537 507 HD21 ASN1953 HD21 ASN1953 -11.404 1.921 4.310 508 HD22 ASN1953 HD22 ASN1953 -11.965 2.983 5.544 509 H ALA1954 HN ALA1954 -10.593 -0.852 1.836 510 HA ALA1954 HA ALA1954 -11.455 -3.620 1.579 511 HB1 ALA1954 HB1 ALA1954 -9.990 -3.709 -0.375 512 HB2 ALA1954 HB2 ALA1954 -9.361 -2.107 0.012 513 HB3 ALA1954 HB3 ALA1954 -11.050 -2.301 -0.453 514 H GLY1955 HN GLY1955 -8.993 -1.834 3.109 515 HA2 GLY1955 HA2 GLY1955 -7.802 -4.324 4.011 516 HA3 GLY1955 HA1 GLY1955 -6.743 -3.174 3.208 517 H LYS1956 HN LYS1956 -7.253 -4.267 6.056 518 HA LYS1956 HA LYS1956 -7.569 -1.841 7.576 519 HB2 LYS1956 HB2 LYS1956 -7.246 -3.210 9.522 520 HB3 LYS1956 HB1 LYS1956 -8.353 -4.053 8.447 521 HG2 LYS1956 HG2 LYS1956 -6.546 -5.521 7.712 522 HG3 LYS1956 HG1 LYS1956 -5.404 -4.640 8.723 523 HD2 LYS1956 HD2 LYS1956 -7.813 -6.132 9.746 524 HD3 LYS1956 HD1 LYS1956 -6.179 -6.785 9.700 525 HE2 LYS1956 HE2 LYS1956 -7.041 -4.321 11.215 526 HE3 LYS1956 HE1 LYS1956 -6.792 -5.917 11.919 527 HZ1 LYS1956 HZ1 LYS1956 -4.443 -5.758 11.131 528 HZ2 LYS1956 HZ2 LYS1956 -4.872 -4.638 12.314 529 HZ3 LYS1956 HZ3 LYS1956 -4.712 -4.126 10.739 530 H LEU1957 HN LEU1957 -5.900 -1.181 9.073 531 HA LEU1957 HA LEU1957 -3.425 -0.931 7.754 532 HB2 LEU1957 HB2 LEU1957 -4.364 0.813 9.276 533 HB3 LEU1957 HB1 LEU1957 -4.091 -0.254 10.633 534 HG LEU1957 HG LEU1957 -2.408 1.672 10.211 535 HD11 LEU1957 HD11 LEU1957 -1.343 -1.129 10.533 536 HD12 LEU1957 HD12 LEU1957 -1.945 -0.097 11.839 537 HD13 LEU1957 HD13 LEU1957 -0.493 0.358 10.939 538 HD21 LEU1957 HD21 LEU1957 -0.590 1.120 8.686 539 HD22 LEU1957 HD22 LEU1957 -2.122 1.325 7.838 540 HD23 LEU1957 HD23 LEU1957 -1.484 -0.296 8.133 541 H SER1958 HN SER1958 -1.804 -2.209 7.729 542 HA SER1958 HA SER1958 -1.429 -4.121 9.888 543 HB2 SER1958 HB2 SER1958 -1.053 -4.687 6.930 544 HB3 SER1958 HB1 SER1958 -0.879 -5.837 8.260 545 HG SER1958 HG SER1958 -3.252 -4.546 7.385 546 H LYS1959 HN LYS1959 0.353 -3.348 10.822 547 HA LYS1959 HA LYS1959 2.323 -1.931 9.237 548 HB2 LYS1959 HB2 LYS1959 1.453 -0.998 11.308 549 HB3 LYS1959 HB1 LYS1959 2.092 -2.359 12.231 550 HG2 LYS1959 HG2 LYS1959 4.339 -1.605 11.574 551 HG3 LYS1959 HG1 LYS1959 3.604 -0.243 10.726 552 HD2 LYS1959 HD2 LYS1959 3.265 -0.815 13.679 553 HD3 LYS1959 HD1 LYS1959 4.392 0.361 13.010 554 HE2 LYS1959 HE2 LYS1959 2.516 1.635 12.072 555 HE3 LYS1959 HE1 LYS1959 1.379 0.443 12.683 556 HZ1 LYS1959 HZ1 LYS1959 1.954 1.012 14.921 557 HZ2 LYS1959 HZ2 LYS1959 1.532 2.411 14.099 558 HZ3 LYS1959 HZ3 LYS1959 3.153 2.089 14.426 559 H THR1960 HN THR1960 2.849 -3.841 8.125 560 HA THR1960 HA THR1960 4.943 -5.365 9.340 561 HB THR1960 HB THR1960 2.928 -6.749 9.753 562 HG1 THR1960 HG1 THR1960 3.607 -8.518 8.035 563 HG21 THR1960 HG21 THR1960 1.568 -7.614 7.877 564 HG22 THR1960 HG22 THR1960 2.463 -6.576 6.766 565 HG23 THR1960 HG23 THR1960 1.449 -5.859 8.019 566 H LEU1961 HN LEU1961 6.239 -6.273 7.582 567 HA LEU1961 HA LEU1961 5.508 -5.382 4.940 568 HB2 LEU1961 HB2 LEU1961 6.884 -3.583 6.047 569 HB3 LEU1961 HB1 LEU1961 8.197 -4.734 6.154 570 HG LEU1961 HG LEU1961 8.300 -4.877 3.733 571 HD11 LEU1961 HD11 LEU1961 5.945 -4.475 3.227 572 HD12 LEU1961 HD12 LEU1961 6.966 -3.337 2.348 573 HD13 LEU1961 HD13 LEU1961 6.095 -2.812 3.790 574 HD21 LEU1961 HD21 LEU1961 9.664 -3.208 4.849 575 HD22 LEU1961 HD22 LEU1961 8.328 -2.056 4.798 576 HD23 LEU1961 HD23 LEU1961 9.093 -2.586 3.300 577 H THR1962 HN THR1962 6.465 -6.707 3.310 578 HA THR1962 HA THR1962 8.225 -8.788 4.184 579 HB THR1962 HB THR1962 6.196 -9.844 4.789 580 HG1 THR1962 HG1 THR1962 5.836 -11.250 2.691 581 HG21 THR1962 HG21 THR1962 4.982 -8.928 2.180 582 HG22 THR1962 HG22 THR1962 4.623 -8.331 3.804 583 HG23 THR1962 HG23 THR1962 4.188 -9.984 3.360 584 H TYR1963 HN TYR1963 8.534 -10.273 2.051 585 HA TYR1963 HA TYR1963 8.315 -8.682 -0.324 586 HB2 TYR1963 HB2 TYR1963 10.740 -8.815 -0.892 587 HB3 TYR1963 HB1 TYR1963 10.432 -7.806 0.509 588 HD1 TYR1963 HD2 TYR1963 11.126 -8.573 2.751 589 HD2 TYR1963 HD1 TYR1963 11.997 -10.837 -0.734 590 HE1 TYR1963 HE2 TYR1963 12.807 -9.850 4.008 591 HE2 TYR1963 HE1 TYR1963 13.674 -12.114 0.507 592 HH TYR1963 HH TYR1963 15.071 -11.822 2.434 593 H GLU1964 HN GLU1964 8.317 -9.845 -2.134 594 HA GLU1964 HA GLU1964 8.899 -12.681 -2.052 595 HB2 GLU1964 HB2 GLU1964 6.204 -11.546 -2.875 596 HB3 GLU1964 HB1 GLU1964 6.720 -13.202 -3.153 597 HG2 GLU1964 HG2 GLU1964 6.812 -13.593 -0.765 598 HG3 GLU1964 HG1 GLU1964 6.378 -11.915 -0.459 599 H ASP1965 HN ASP1965 9.519 -13.402 -4.045 600 HA ASP1965 HA ASP1965 10.394 -13.309 -6.158 601 HB2 ASP1965 HB2 ASP1965 8.583 -10.888 -6.573 602 HB3 ASP1965 HB1 ASP1965 9.462 -11.722 -7.845 603 H GLN1966 HN GLN1966 11.260 -11.700 -3.786 604 HA GLN1966 HA GLN1966 12.771 -10.295 -3.083 605 HB2 GLN1966 HB2 GLN1966 13.827 -10.468 -5.895 606 HB3 GLN1966 HB1 GLN1966 14.634 -9.550 -4.627 607 HG2 GLN1966 HG2 GLN1966 14.767 -11.601 -3.274 608 HG3 GLN1966 HG1 GLN1966 14.052 -12.497 -4.612 609 HE21 GLN1966 HE21 GLN1966 15.273 -12.956 -6.381 610 HE22 GLN1966 HE22 GLN1966 16.977 -12.705 -6.464 611 H VAL1967 HN VAL1967 10.373 -9.357 -4.877 612 HA VAL1967 HA VAL1967 11.037 -6.516 -4.900 613 HB VAL1967 HB VAL1967 8.373 -7.827 -5.671 614 HG11 VAL1967 HG11 VAL1967 8.211 -5.471 -5.254 615 HG12 VAL1967 HG12 VAL1967 7.974 -5.831 -6.966 616 HG13 VAL1967 HG13 VAL1967 9.504 -5.156 -6.410 617 HG21 VAL1967 HG21 VAL1967 9.082 -7.730 -8.010 618 HG22 VAL1967 HG22 VAL1967 10.121 -8.802 -7.070 619 HG23 VAL1967 HG23 VAL1967 10.684 -7.187 -7.506 620 H LEU1968 HN LEU1968 9.596 -5.081 -3.575 621 HA LEU1968 HA LEU1968 9.225 -6.377 -1.028 622 HB2 LEU1968 HB2 LEU1968 10.317 -4.150 -1.326 623 HB3 LEU1968 HB1 LEU1968 8.778 -3.508 -1.849 624 HG LEU1968 HG LEU1968 7.838 -3.939 0.367 625 HD11 LEU1968 HD11 LEU1968 9.379 -4.586 2.184 626 HD12 LEU1968 HD12 LEU1968 10.627 -4.900 0.977 627 HD13 LEU1968 HD13 LEU1968 9.150 -5.864 0.994 628 HD21 LEU1968 HD21 LEU1968 9.121 -2.261 1.569 629 HD22 LEU1968 HD22 LEU1968 8.886 -1.801 -0.117 630 HD23 LEU1968 HD23 LEU1968 10.444 -2.437 0.416 631 H LYS1969 HN LYS1969 7.219 -6.755 -0.070 632 HA LYS1969 HA LYS1969 4.895 -5.936 -1.598 633 HB2 LYS1969 HB2 LYS1969 5.546 -8.823 -1.003 634 HB3 LYS1969 HB1 LYS1969 3.927 -8.276 -1.413 635 HG2 LYS1969 HG2 LYS1969 4.716 -7.497 -3.587 636 HG3 LYS1969 HG1 LYS1969 6.364 -7.968 -3.172 637 HD2 LYS1969 HD2 LYS1969 5.624 -10.306 -2.992 638 HD3 LYS1969 HD1 LYS1969 3.991 -9.814 -3.444 639 HE2 LYS1969 HE2 LYS1969 6.422 -9.354 -5.172 640 HE3 LYS1969 HE1 LYS1969 5.392 -10.772 -5.306 641 HZ1 LYS1969 HZ1 LYS1969 4.849 -8.965 -6.919 642 HZ2 LYS1969 HZ2 LYS1969 4.302 -7.992 -5.654 643 HZ3 LYS1969 HZ3 LYS1969 3.590 -9.470 -5.979 644 H LEU1970 HN LEU1970 2.882 -6.327 -0.542 645 HA LEU1970 HA LEU1970 2.810 -6.808 2.267 646 HB2 LEU1970 HB2 LEU1970 3.669 -4.512 2.194 647 HB3 LEU1970 HB1 LEU1970 2.377 -4.059 1.110 648 HG LEU1970 HG LEU1970 0.753 -4.212 2.872 649 HD11 LEU1970 HD11 LEU1970 3.020 -5.183 4.616 650 HD12 LEU1970 HD12 LEU1970 1.672 -6.167 4.042 651 HD13 LEU1970 HD13 LEU1970 1.377 -4.826 5.151 652 HD21 LEU1970 HD21 LEU1970 2.058 -2.171 2.680 653 HD22 LEU1970 HD22 LEU1970 3.259 -2.825 3.793 654 HD23 LEU1970 HD23 LEU1970 1.619 -2.495 4.357 655 H VAL1971 HN VAL1971 0.610 -6.996 2.922 656 HA VAL1971 HA VAL1971 -1.322 -6.911 0.740 657 HB VAL1971 HB VAL1971 -2.422 -8.928 1.689 658 HG11 VAL1971 HG11 VAL1971 0.451 -9.363 0.896 659 HG12 VAL1971 HG12 VAL1971 -0.922 -9.196 -0.198 660 HG13 VAL1971 HG13 VAL1971 -0.814 -10.591 0.875 661 HG21 VAL1971 HG21 VAL1971 0.051 -9.143 3.419 662 HG22 VAL1971 HG22 VAL1971 -1.205 -10.371 3.266 663 HG23 VAL1971 HG23 VAL1971 -1.587 -8.804 3.984 664 H TYR1972 HN TYR1972 -3.227 -6.070 1.229 665 HA TYR1972 HA TYR1972 -3.753 -5.514 4.042 666 HB2 TYR1972 HB2 TYR1972 -4.046 -3.549 1.754 667 HB3 TYR1972 HB1 TYR1972 -4.962 -3.394 3.243 668 HD1 TYR1972 HD2 TYR1972 -2.977 -4.049 5.300 669 HD2 TYR1972 HD1 TYR1972 -2.533 -1.851 1.698 670 HE1 TYR1972 HE2 TYR1972 -1.043 -2.868 6.259 671 HE2 TYR1972 HE1 TYR1972 -0.605 -0.686 2.634 672 HH TYR1972 HH TYR1972 0.265 -0.105 4.824 673 H GLU1973 HN GLU1973 -5.533 -6.332 4.735 674 HA GLU1973 HA GLU1973 -7.822 -6.656 2.966 675 HB2 GLU1973 HB2 GLU1973 -8.150 -8.935 3.837 676 HB3 GLU1973 HB1 GLU1973 -6.676 -8.801 2.891 677 HG2 GLU1973 HG2 GLU1973 -5.408 -8.606 5.025 678 HG3 GLU1973 HG1 GLU1973 -6.911 -8.914 5.893 679 H ASP1974 HN ASP1974 -9.700 -7.273 4.346 680 HA ASP1974 HA ASP1974 -11.055 -7.207 6.109 681 HB2 ASP1974 HB2 ASP1974 -9.425 -8.149 7.634 682 HB3 ASP1974 HB1 ASP1974 -8.645 -6.586 7.842 683 H GLY1975 HN GLY1975 -12.481 -5.914 6.695 684 HA2 GLY1975 HA2 GLY1975 -12.635 -3.463 7.626 685 HA3 GLY1975 HA1 GLY1975 -12.201 -3.145 5.939 686 H ASP1976 HN ASP1976 -13.486 -3.931 4.323 687 HA ASP1976 HA ASP1976 -16.239 -4.645 5.043 688 HB2 ASP1976 HB2 ASP1976 -15.208 -2.818 2.851 689 HB3 ASP1976 HB1 ASP1976 -16.832 -3.476 2.860 690 HA PRO1977 HA PRO1977 -15.313 -7.769 1.936 691 HB2 PRO1977 HB2 PRO1977 -17.801 -8.732 1.485 692 HB3 PRO1977 HB1 PRO1977 -16.954 -9.039 3.003 693 HG2 PRO1977 HG2 PRO1977 -19.217 -7.220 2.441 694 HG3 PRO1977 HG1 PRO1977 -18.763 -8.019 3.952 695 HD2 PRO1977 HD2 PRO1977 -18.243 -5.324 3.186 696 HD3 PRO1977 HD1 PRO1977 -17.671 -6.158 4.643 697 H CYS1978 HN CYS1978 -16.937 -8.418 -0.267 698 HA CYS1978 HA CYS1978 -17.005 -5.854 -1.685 699 HB2 CYS1978 HB2 CYS1978 -16.753 -8.674 -2.766 700 HB3 CYS1978 HB1 CYS1978 -16.738 -7.202 -3.730 701 HA PRO1979 HA PRO1979 -21.429 -6.465 -2.160 702 HB2 PRO1979 HB2 PRO1979 -21.179 -5.358 -4.897 703 HB3 PRO1979 HB1 PRO1979 -22.120 -4.759 -3.523 704 HG2 PRO1979 HG2 PRO1979 -19.915 -3.483 -4.361 705 HG3 PRO1979 HG1 PRO1979 -20.331 -3.584 -2.639 706 HD2 PRO1979 HD2 PRO1979 -18.326 -5.171 -4.201 707 HD3 PRO1979 HD1 PRO1979 -18.188 -4.476 -2.572 708 H THR1980 HN THR1980 -19.196 -7.230 -4.740 709 HA THR1980 HA THR1980 -20.690 -9.006 -6.264 710 HB THR1980 HB THR1980 -17.734 -9.167 -5.800 711 HG1 THR1980 HG1 THR1980 -19.150 -7.131 -7.261 712 HG21 THR1980 HG21 THR1980 -17.750 -9.481 -8.242 713 HG22 THR1980 HG22 THR1980 -19.501 -9.290 -8.249 714 HG23 THR1980 HG23 THR1980 -18.769 -10.673 -7.437 715 H ASP1981 HN ASP1981 -18.418 -9.463 -3.546 716 HA ASP1981 HA ASP1981 -19.619 -12.040 -2.978 717 HB2 ASP1981 HB2 ASP1981 -17.524 -12.386 -4.354 718 HB3 ASP1981 HB1 ASP1981 -16.622 -11.652 -3.027 719 H LEU1982 HN LEU1982 -20.348 -11.758 -1.030 720 HA LEU1982 HA LEU1982 -19.018 -9.867 0.772 721 HB2 LEU1982 HB2 LEU1982 -21.644 -11.281 1.222 722 HB3 LEU1982 HB1 LEU1982 -20.995 -9.943 2.139 723 HG LEU1982 HG LEU1982 -21.202 -8.655 -0.110 724 HD11 LEU1982 HD11 LEU1982 -22.967 -11.012 -0.592 725 HD12 LEU1982 HD12 LEU1982 -21.736 -10.313 -1.657 726 HD13 LEU1982 HD13 LEU1982 -23.243 -9.451 -1.365 727 HD21 LEU1982 HD21 LEU1982 -23.492 -8.003 0.474 728 HD22 LEU1982 HD22 LEU1982 -22.467 -8.129 1.902 729 HD23 LEU1982 HD23 LEU1982 -23.617 -9.413 1.524 730 H LYS1983 HN LYS1983 -18.906 -13.054 0.081 731 HA LYS1983 HA LYS1983 -19.069 -13.925 2.815 732 HB2 LYS1983 HB2 LYS1983 -19.248 -16.181 1.993 733 HB3 LYS1983 HB1 LYS1983 -20.290 -15.078 1.087 734 HG2 LYS1983 HG2 LYS1983 -18.887 -15.090 -0.770 735 HG3 LYS1983 HG1 LYS1983 -17.629 -15.965 0.116 736 HD2 LYS1983 HD2 LYS1983 -19.109 -17.915 0.324 737 HD3 LYS1983 HD1 LYS1983 -20.382 -17.055 -0.533 738 HE2 LYS1983 HE2 LYS1983 -17.689 -17.774 -1.707 739 HE3 LYS1983 HE1 LYS1983 -19.164 -18.703 -1.937 740 HZ1 LYS1983 HZ1 LYS1983 -18.887 -17.321 -3.830 741 HZ2 LYS1983 HZ2 LYS1983 -18.576 -15.959 -2.906 742 HZ3 LYS1983 HZ3 LYS1983 -20.132 -16.607 -2.930 743 H MET1984 HN MET1984 -16.660 -12.421 1.356 744 HA MET1984 HA MET1984 -14.760 -13.587 3.006 745 HB2 MET1984 HB2 MET1984 -13.180 -14.235 1.360 746 HB3 MET1984 HB1 MET1984 -14.678 -15.020 0.876 747 HG2 MET1984 HG2 MET1984 -15.069 -13.321 -0.790 748 HG3 MET1984 HG1 MET1984 -13.638 -12.441 -0.263 749 HE1 MET1984 HE1 MET1984 -12.529 -13.587 -3.724 750 HE2 MET1984 HE2 MET1984 -12.708 -12.282 -2.537 751 HE3 MET1984 HE3 MET1984 -14.140 -13.056 -3.204 752 H LYS1985 HN LYS1985 -12.962 -12.331 2.807 753 HA LYS1985 HA LYS1985 -13.153 -9.754 1.463 754 HB2 LYS1985 HB2 LYS1985 -12.136 -8.580 3.469 755 HB3 LYS1985 HB1 LYS1985 -13.769 -9.156 3.734 756 HG2 LYS1985 HG2 LYS1985 -12.766 -11.140 4.917 757 HG3 LYS1985 HG1 LYS1985 -11.204 -10.327 4.792 758 HD2 LYS1985 HD2 LYS1985 -12.060 -8.435 6.066 759 HD3 LYS1985 HD1 LYS1985 -13.660 -9.180 6.132 760 HE2 LYS1985 HE2 LYS1985 -12.603 -11.118 7.329 761 HE3 LYS1985 HE1 LYS1985 -11.116 -10.177 7.406 762 HZ1 LYS1985 HZ1 LYS1985 -12.367 -8.457 8.646 763 HZ2 LYS1985 HZ2 LYS1985 -12.353 -9.916 9.461 764 HZ3 LYS1985 HZ3 LYS1985 -13.727 -9.453 8.626 765 H HIS1986 HN HIS1986 -11.685 -10.095 -0.062 766 HA HIS1986 HA HIS1986 -9.351 -11.644 0.697 767 HB2 HIS1986 HB2 HIS1986 -10.670 -12.248 -1.383 768 HB3 HIS1986 HB1 HIS1986 -10.038 -10.783 -2.124 769 HD1 HIS1986 HD1 HIS1986 -8.229 -11.534 -3.764 770 HD2 HIS1986 HD2 HIS1986 -8.117 -13.663 -0.180 771 HE1 HIS1986 HE1 HIS1986 -6.256 -13.019 -3.920 772 HE2 HIS1986 HE2 HIS1986 -6.152 -14.258 -1.727 773 H LYS1987 HN LYS1987 -7.417 -10.964 0.844 774 HA LYS1987 HA LYS1987 -6.727 -8.349 1.252 775 HB2 LYS1987 HB2 LYS1987 -4.410 -9.163 1.291 776 HB3 LYS1987 HB1 LYS1987 -5.505 -10.173 2.217 777 HG2 LYS1987 HG2 LYS1987 -5.568 -11.773 0.324 778 HG3 LYS1987 HG1 LYS1987 -4.386 -10.772 -0.519 779 HD2 LYS1987 HD2 LYS1987 -2.820 -12.015 0.481 780 HD3 LYS1987 HD1 LYS1987 -3.239 -11.165 1.963 781 HE2 LYS1987 HE2 LYS1987 -4.417 -13.789 1.024 782 HE3 LYS1987 HE1 LYS1987 -3.204 -13.598 2.276 783 HZ1 LYS1987 HZ1 LYS1987 -6.027 -12.629 2.411 784 HZ2 LYS1987 HZ2 LYS1987 -4.880 -12.338 3.578 785 HZ3 LYS1987 HZ3 LYS1987 -5.362 -13.924 3.241 786 H SER1988 HN SER1988 -5.732 -6.800 0.158 787 HA SER1988 HA SER1988 -5.522 -7.052 -2.722 788 HB2 SER1988 HB2 SER1988 -5.142 -4.550 -2.584 789 HB3 SER1988 HB1 SER1988 -6.715 -5.084 -1.969 790 HG SER1988 HG SER1988 -5.822 -4.940 0.151 791 H TYR1989 HN TYR1989 -3.521 -6.650 -3.793 792 HA TYR1989 HA TYR1989 -1.278 -7.283 -2.052 793 HB2 TYR1989 HB2 TYR1989 -1.734 -7.867 -4.972 794 HB3 TYR1989 HB1 TYR1989 -0.250 -8.219 -4.094 795 HD1 TYR1989 HD2 TYR1989 -0.192 -10.003 -2.423 796 HD2 TYR1989 HD1 TYR1989 -3.730 -9.178 -4.628 797 HE1 TYR1989 HE2 TYR1989 -1.111 -12.175 -1.751 798 HE2 TYR1989 HE1 TYR1989 -4.658 -11.354 -3.962 799 HH TYR1989 HH TYR1989 -3.311 -13.161 -1.486 800 H PHE1990 HN PHE1990 0.143 -5.824 -1.739 801 HA PHE1990 HA PHE1990 0.467 -3.653 -3.664 802 HB2 PHE1990 HB2 PHE1990 1.090 -3.880 -0.715 803 HB3 PHE1990 HB1 PHE1990 1.718 -2.583 -1.717 804 HD1 PHE1990 HD1 PHE1990 -1.439 -4.194 -0.653 805 HD2 PHE1990 HD2 PHE1990 0.468 -0.635 -1.984 806 HE1 PHE1990 HE1 PHE1990 -3.503 -2.937 -0.232 807 HE2 PHE1990 HE2 PHE1990 -1.590 0.629 -1.562 808 HZ PHE1990 HZ PHE1990 -3.547 -0.452 -0.734 809 H SER1991 HN SER1991 2.250 -3.621 -4.773 810 HA SER1991 HA SER1991 4.540 -5.140 -3.795 811 HB2 SER1991 HB2 SER1991 3.642 -4.797 -6.664 812 HB3 SER1991 HB1 SER1991 5.093 -5.656 -6.129 813 HG SER1991 HG SER1991 2.559 -6.272 -5.135 814 H PHE1992 HN PHE1992 6.128 -3.906 -3.379 815 HA PHE1992 HA PHE1992 6.155 -1.191 -4.401 816 HB2 PHE1992 HB2 PHE1992 7.590 -2.419 -2.032 817 HB3 PHE1992 HB1 PHE1992 7.603 -0.719 -2.481 818 HD1 PHE1992 HD2 PHE1992 5.641 0.680 -2.122 819 HD2 PHE1992 HD1 PHE1992 5.672 -3.411 -0.969 820 HE1 PHE1992 HE2 PHE1992 3.666 1.064 -0.727 821 HE2 PHE1992 HE1 PHE1992 3.687 -3.033 0.436 822 HZ PHE1992 HZ PHE1992 2.634 -0.816 0.498 823 H VAL1993 HN VAL1993 7.394 -0.930 -6.002 824 HA VAL1993 HA VAL1993 9.785 -2.568 -6.303 825 HB VAL1993 HB VAL1993 8.395 -3.233 -8.097 826 HG11 VAL1993 HG11 VAL1993 6.676 -1.588 -7.829 827 HG12 VAL1993 HG12 VAL1993 7.142 -1.718 -9.524 828 HG13 VAL1993 HG13 VAL1993 7.696 -0.342 -8.557 829 HG21 VAL1993 HG21 VAL1993 9.394 -2.342 -10.143 830 HG22 VAL1993 HG22 VAL1993 10.635 -2.623 -8.907 831 HG23 VAL1993 HG23 VAL1993 10.041 -0.985 -9.225 832 H CYS1994 HN CYS1994 11.687 -1.604 -6.599 833 HA CYS1994 HA CYS1994 11.856 1.060 -5.787 834 HB2 CYS1994 HB2 CYS1994 14.371 0.632 -6.252 835 HB3 CYS1994 HB1 CYS1994 13.556 -0.133 -4.894 836 H LYS1995 HN LYS1995 11.092 2.404 -7.057 837 HA LYS1995 HA LYS1995 12.369 2.769 -9.651 838 HB2 LYS1995 HB2 LYS1995 9.883 2.929 -9.563 839 HB3 LYS1995 HB1 LYS1995 10.024 4.232 -8.395 840 HG2 LYS1995 HG2 LYS1995 11.010 5.673 -10.029 841 HG3 LYS1995 HG1 LYS1995 11.117 4.350 -11.195 842 HD2 LYS1995 HD2 LYS1995 8.667 4.174 -11.195 843 HD3 LYS1995 HD1 LYS1995 8.581 5.517 -10.058 844 HE2 LYS1995 HE2 LYS1995 8.151 6.150 -12.422 845 HE3 LYS1995 HE1 LYS1995 9.482 7.028 -11.673 846 HZ1 LYS1995 HZ1 LYS1995 11.047 5.792 -12.861 847 HZ2 LYS1995 HZ2 LYS1995 9.862 6.154 -14.007 848 HZ3 LYS1995 HZ3 LYS1995 9.950 4.619 -13.361 849 H SER1996 HN SER1996 14.183 3.752 -9.423 850 HA SER1996 HA SER1996 14.893 5.086 -7.009 851 HB2 SER1996 HB2 SER1996 16.345 3.587 -8.537 852 HB3 SER1996 HB1 SER1996 16.505 5.007 -9.563 853 HG SER1996 HG SER1996 17.827 4.345 -7.371 854 H ASP1997 HN ASP1997 13.815 5.980 -10.196 855 HA ASP1997 HA ASP1997 14.464 8.776 -9.807 856 HB2 ASP1997 HB2 ASP1997 13.655 9.158 -12.063 857 HB3 ASP1997 HB1 ASP1997 14.695 7.747 -12.069 858 H ALA1998 HN ALA1998 12.335 7.125 -8.274 859 HA ALA1998 HA ALA1998 9.909 8.614 -8.762 860 HB1 ALA1998 HB1 ALA1998 9.794 6.309 -7.915 861 HB2 ALA1998 HB2 ALA1998 9.004 7.439 -6.814 862 HB3 ALA1998 HB3 ALA1998 10.609 6.815 -6.436 863 H GLY1999 HN GLY1999 12.759 9.076 -7.013 864 HA2 GLY1999 HA2 GLY1999 13.540 10.911 -5.932 865 HA3 GLY1999 HA1 GLY1999 12.058 11.737 -6.378 866 H ASP2000 HN ASP2000 10.980 12.429 -4.766 867 HA ASP2000 HA ASP2000 11.331 11.197 -2.104 868 HB2 ASP2000 HB2 ASP2000 12.121 13.553 -2.439 869 HB3 ASP2000 HB1 ASP2000 10.470 14.012 -2.817 870 H ASP2001 HN ASP2001 9.167 11.679 -4.633 871 HA ASP2001 HA ASP2001 6.750 11.980 -3.085 872 HB2 ASP2001 HB2 ASP2001 7.105 11.408 -6.035 873 HB3 ASP2001 HB1 ASP2001 5.550 11.645 -5.259 874 H SER2002 HN SER2002 7.900 9.410 -5.242 875 HA SER2002 HA SER2002 7.554 7.184 -5.357 876 HB2 SER2002 HB2 SER2002 6.463 7.405 -2.532 877 HB3 SER2002 HB1 SER2002 6.903 5.904 -3.348 878 HG SER2002 HG SER2002 8.564 8.045 -2.570 879 H GLN2003 HN GLN2003 6.107 6.902 -6.920 880 HA GLN2003 HA GLN2003 3.330 7.650 -6.442 881 HB2 GLN2003 HB2 GLN2003 3.049 7.457 -8.901 882 HB3 GLN2003 HB1 GLN2003 4.231 8.655 -8.398 883 HG2 GLN2003 HG2 GLN2003 6.046 7.168 -8.991 884 HG3 GLN2003 HG1 GLN2003 4.903 5.886 -9.387 885 HE21 GLN2003 HE21 GLN2003 3.732 6.023 -11.292 886 HE22 GLN2003 HE22 GLN2003 4.148 7.120 -12.547 887 HA PRO2004 HA PRO2004 2.079 3.375 -6.430 888 HB2 PRO2004 HB2 PRO2004 -0.508 3.840 -5.775 889 HB3 PRO2004 HB1 PRO2004 0.803 3.925 -4.599 890 HG2 PRO2004 HG2 PRO2004 -0.757 6.092 -5.830 891 HG3 PRO2004 HG1 PRO2004 0.120 6.099 -4.301 892 HD2 PRO2004 HD2 PRO2004 0.943 7.195 -6.806 893 HD3 PRO2004 HD1 PRO2004 1.880 7.120 -5.306 894 H VAL2005 HN VAL2005 1.805 2.390 -8.364 895 HA VAL2005 HA VAL2005 -0.199 3.480 -10.192 896 HB VAL2005 HB VAL2005 2.132 1.642 -10.848 897 HG11 VAL2005 HG11 VAL2005 0.225 1.331 -12.328 898 HG12 VAL2005 HG12 VAL2005 1.551 2.111 -13.190 899 HG13 VAL2005 HG13 VAL2005 0.172 3.065 -12.644 900 HG21 VAL2005 HG21 VAL2005 3.132 3.572 -11.991 901 HG22 VAL2005 HG22 VAL2005 2.939 3.873 -10.264 902 HG23 VAL2005 HG23 VAL2005 1.814 4.593 -11.415 903 H PHE2006 HN PHE2006 -2.008 2.397 -9.978 904 HA PHE2006 HA PHE2006 -1.906 -0.278 -8.925 905 HB2 PHE2006 HB2 PHE2006 -4.327 -0.140 -8.671 906 HB3 PHE2006 HB1 PHE2006 -3.568 1.305 -8.043 907 HD1 PHE2006 HD2 PHE2006 -3.614 3.398 -9.443 908 HD2 PHE2006 HD1 PHE2006 -6.033 -0.004 -10.269 909 HE1 PHE2006 HE2 PHE2006 -5.098 4.786 -10.819 910 HE2 PHE2006 HE1 PHE2006 -7.508 1.378 -11.650 911 HZ PHE2006 HZ PHE2006 -7.167 3.776 -11.790 912 H LEU2007 HN LEU2007 -2.470 -2.096 -9.936 913 HA LEU2007 HA LEU2007 -2.290 -2.033 -12.807 914 HB2 LEU2007 HB2 LEU2007 -2.657 -4.329 -10.862 915 HB3 LEU2007 HB1 LEU2007 -2.614 -4.548 -12.593 916 HG LEU2007 HG LEU2007 -0.267 -3.638 -12.571 917 HD11 LEU2007 HD11 LEU2007 -0.520 -3.937 -9.590 918 HD12 LEU2007 HD12 LEU2007 -0.314 -2.427 -10.477 919 HD13 LEU2007 HD13 LEU2007 0.972 -3.634 -10.481 920 HD21 LEU2007 HD21 LEU2007 -0.707 -6.014 -12.710 921 HD22 LEU2007 HD22 LEU2007 -0.797 -6.119 -10.952 922 HD23 LEU2007 HD23 LEU2007 0.730 -5.706 -11.734 923 H SER2008 HN SER2008 -4.634 -3.225 -10.432 924 HA SER2008 HA SER2008 -6.816 -2.029 -11.710 925 HB2 SER2008 HB2 SER2008 -7.972 -4.173 -12.343 926 HB3 SER2008 HB1 SER2008 -6.577 -3.807 -13.359 927 HG SER2008 HG SER2008 -7.021 -5.874 -11.597 928 H PHE2009 HN PHE2009 -8.732 -2.390 -10.527 929 HA PHE2009 HA PHE2009 -8.360 -3.715 -7.945 930 HB2 PHE2009 HB2 PHE2009 -8.946 -1.226 -7.909 931 HB3 PHE2009 HB1 PHE2009 -10.415 -1.618 -8.790 932 HD1 PHE2009 HD2 PHE2009 -12.089 -3.219 -7.622 933 HD2 PHE2009 HD1 PHE2009 -8.896 -1.266 -5.592 934 HE1 PHE2009 HE2 PHE2009 -13.226 -3.600 -5.479 935 HE2 PHE2009 HE1 PHE2009 -10.030 -1.642 -3.446 936 HZ PHE2009 HZ PHE2009 -12.194 -2.808 -3.382 937 H ASP2010 HN ASP2010 -9.323 -5.689 -8.101 938 HA ASP2010 HA ASP2010 -11.487 -5.911 -10.057 939 HB2 ASP2010 HB2 ASP2010 -9.563 -8.044 -9.105 940 HB3 ASP2010 HB1 ASP2010 -10.980 -8.372 -10.089 941 H GLU2011 HN GLU2011 -13.153 -5.423 -8.848 942 HA GLU2011 HA GLU2011 -13.597 -6.295 -6.204 943 HB2 GLU2011 HB2 GLU2011 -15.953 -5.542 -6.600 944 HB3 GLU2011 HB1 GLU2011 -14.740 -4.332 -6.986 945 HG2 GLU2011 HG2 GLU2011 -14.979 -4.790 -9.347 946 HG3 GLU2011 HG1 GLU2011 -16.104 -6.100 -9.005 947 H GLN2012 HN GLN2012 -14.161 -7.690 -9.294 948 HA GLN2012 HA GLN2012 -16.110 -9.590 -8.918 949 HB2 GLN2012 HB2 GLN2012 -14.971 -9.100 -11.052 950 HB3 GLN2012 HB1 GLN2012 -13.527 -9.898 -10.456 951 HG2 GLN2012 HG2 GLN2012 -14.611 -11.401 -11.926 952 HG3 GLN2012 HG1 GLN2012 -14.864 -12.008 -10.292 953 HE21 GLN2012 HE21 GLN2012 -16.362 -12.507 -12.729 954 HE22 GLN2012 HE22 GLN2012 -17.992 -12.049 -12.399 955 H THR2013 HN THR2013 -12.709 -9.766 -8.059 956 HA THR2013 HA THR2013 -13.259 -12.251 -6.588 957 HB THR2013 HB THR2013 -11.941 -12.795 -8.538 958 HG1 THR2013 HG1 THR2013 -11.316 -13.822 -6.575 959 HG21 THR2013 HG21 THR2013 -11.027 -10.605 -9.067 960 HG22 THR2013 HG22 THR2013 -9.731 -11.798 -8.990 961 HG23 THR2013 HG23 THR2013 -9.980 -10.677 -7.651 962 H CYS2014 HN CYS2014 -12.945 -9.153 -6.030 963 HA CYS2014 HA CYS2014 -12.169 -7.757 -4.419 964 HB2 CYS2014 HB2 CYS2014 -11.870 -10.322 -2.833 965 HB3 CYS2014 HB1 CYS2014 -11.931 -8.698 -2.164 966 H THR2015 HN THR2015 -10.227 -8.802 -6.287 967 HA THR2015 HA THR2015 -7.839 -8.786 -4.599 968 HB THR2015 HB THR2015 -8.130 -10.181 -7.277 969 HG1 THR2015 HG1 THR2015 -9.250 -11.464 -5.896 970 HG21 THR2015 HG21 THR2015 -5.827 -9.463 -6.725 971 HG22 THR2015 HG22 THR2015 -5.984 -11.218 -6.664 972 HG23 THR2015 HG23 THR2015 -5.954 -10.285 -5.168 973 H SER2016 HN SER2016 -6.740 -7.029 -4.836 974 HA SER2016 HA SER2016 -6.858 -5.595 -7.380 975 HB2 SER2016 HB2 SER2016 -6.694 -4.420 -4.604 976 HB3 SER2016 HB1 SER2016 -6.898 -3.543 -6.124 977 HG SER2016 HG SER2016 -8.751 -4.951 -4.628 978 H TYR2017 HN TYR2017 -4.892 -4.739 -8.040 979 HA TYR2017 HA TYR2017 -2.550 -5.580 -6.452 980 HB2 TYR2017 HB2 TYR2017 -2.703 -5.324 -9.457 981 HB3 TYR2017 HB1 TYR2017 -1.333 -5.895 -8.522 982 HD1 TYR2017 HD2 TYR2017 -1.462 -8.144 -7.409 983 HD2 TYR2017 HD1 TYR2017 -4.470 -6.736 -10.061 984 HE1 TYR2017 HE2 TYR2017 -2.283 -10.452 -7.699 985 HE2 TYR2017 HE1 TYR2017 -5.293 -9.013 -10.357 986 HH TYR2017 HH TYR2017 -4.425 -11.258 -10.194 987 H PHE2018 HN PHE2018 -1.324 -3.951 -5.814 988 HA PHE2018 HA PHE2018 -1.446 -1.434 -7.326 989 HB2 PHE2018 HB2 PHE2018 -1.104 -1.771 -4.329 990 HB3 PHE2018 HB1 PHE2018 -1.152 -0.246 -5.203 991 HD1 PHE2018 HD2 PHE2018 -3.316 0.379 -6.398 992 HD2 PHE2018 HD1 PHE2018 -3.048 -2.776 -3.582 993 HE1 PHE2018 HE2 PHE2018 -5.751 0.467 -6.082 994 HE2 PHE2018 HE1 PHE2018 -5.486 -2.697 -3.240 995 HZ PHE2018 HZ PHE2018 -6.854 -1.088 -4.588 996 H SER2019 HN SER2019 0.487 -0.965 -8.222 997 HA SER2019 HA SER2019 2.867 -2.177 -7.065 998 HB2 SER2019 HB2 SER2019 2.316 -2.713 -9.453 999 HB3 SER2019 HB1 SER2019 2.402 -0.997 -9.831 1000 HG SER2019 HG SER2019 4.312 -2.654 -9.985 1001 H TRP2020 HN TRP2020 3.846 -0.802 -5.763 1002 HA TRP2020 HA TRP2020 3.443 2.054 -6.226 1003 HB2 TRP2020 HB2 TRP2020 2.967 0.796 -3.979 1004 HB3 TRP2020 HB1 TRP2020 4.712 0.943 -3.753 1005 HD1 TRP2020 HD1 TRP2020 5.388 3.828 -4.416 1006 HE1 TRP2020 HE1 TRP2020 4.250 5.840 -3.241 1007 HE3 TRP2020 HE3 TRP2020 1.193 1.500 -2.654 1008 HZ2 TRP2020 HZ2 TRP2020 1.935 6.343 -1.751 1009 HZ3 TRP2020 HZ3 TRP2020 -0.429 2.817 -1.357 1010 HH2 TRP2020 HH2 TRP2020 -0.063 5.184 -0.914 1011 H HIS2021 HN HIS2021 4.981 2.972 -7.270 1012 HA HIS2021 HA HIS2021 7.584 1.735 -7.402 1013 HB2 HIS2021 HB2 HIS2021 6.325 3.972 -9.013 1014 HB3 HIS2021 HB1 HIS2021 7.985 3.431 -9.222 1015 HD1 HIS2021 HD1 HIS2021 8.238 1.794 -11.130 1016 HD2 HIS2021 HD2 HIS2021 4.436 1.642 -9.444 1017 HE1 HIS2021 HE1 HIS2021 7.011 0.064 -12.390 1018 HE2 HIS2021 HE2 HIS2021 4.665 0.427 -11.703 1019 H THR2022 HN THR2022 8.522 2.195 -5.577 1020 HA THR2022 HA THR2022 9.005 5.000 -4.944 1021 HB THR2022 HB THR2022 7.446 4.219 -3.272 1022 HG1 THR2022 HG1 THR2022 8.897 5.462 -2.294 1023 HG21 THR2022 HG21 THR2022 9.329 1.900 -2.792 1024 HG22 THR2022 HG22 THR2022 7.725 1.802 -3.522 1025 HG23 THR2022 HG23 THR2022 7.898 2.268 -1.829 1026 H SER2023 HN SER2023 11.084 5.381 -4.014 1027 HA SER2023 HA SER2023 13.091 3.768 -5.203 1028 HB2 SER2023 HB2 SER2023 13.371 6.020 -3.233 1029 HB3 SER2023 HB1 SER2023 14.559 5.485 -4.434 1030 HG SER2023 HG SER2023 12.713 5.926 -5.952 1031 H LEU2024 HN LEU2024 11.632 3.973 -2.051 1032 HA LEU2024 HA LEU2024 13.909 2.861 -0.652 1033 HB2 LEU2024 HB2 LEU2024 11.149 3.530 0.397 1034 HB3 LEU2024 HB1 LEU2024 12.538 3.115 1.371 1035 HG LEU2024 HG LEU2024 12.332 5.428 1.623 1036 HD11 LEU2024 HD11 LEU2024 14.240 6.449 0.546 1037 HD12 LEU2024 HD12 LEU2024 14.366 5.051 -0.527 1038 HD13 LEU2024 HD13 LEU2024 14.590 4.852 1.211 1039 HD21 LEU2024 HD21 LEU2024 10.690 5.871 -0.128 1040 HD22 LEU2024 HD22 LEU2024 11.940 5.714 -1.362 1041 HD23 LEU2024 HD23 LEU2024 12.012 7.038 -0.200 1042 H ALA2025 HN ALA2025 11.779 1.470 -2.554 1043 HA ALA2025 HA ALA2025 10.672 -0.642 -0.967 1044 HB1 ALA2025 HB1 ALA2025 9.616 0.192 -2.985 1045 HB2 ALA2025 HB2 ALA2025 9.915 -1.545 -3.066 1046 HB3 ALA2025 HB3 ALA2025 10.961 -0.424 -3.941 1047 H CYS2026 HN CYS2026 13.288 -0.518 -3.328 1048 HA CYS2026 HA CYS2026 14.593 -2.680 -2.063 1049 HB2 CYS2026 HB2 CYS2026 14.875 -3.901 -4.364 1050 HB3 CYS2026 HB1 CYS2026 13.405 -4.165 -3.448 1051 H GLU2027 HN GLU2027 16.663 -3.127 -3.887 1052 HA GLU2027 HA GLU2027 17.763 -0.452 -3.694 1053 HB2 GLU2027 HB2 GLU2027 18.880 -2.348 -2.543 1054 HB3 GLU2027 HB1 GLU2027 19.140 -3.108 -4.094 1055 HG2 GLU2027 HG2 GLU2027 20.613 -1.366 -4.792 1056 HG3 GLU2027 HG1 GLU2027 20.216 -0.398 -3.369 1057 H GLU2028 HN GLU2028 17.788 -3.234 -5.944 1058 HA GLU2028 HA GLU2028 17.343 -1.419 -8.125 1059 HB2 GLU2028 HB2 GLU2028 19.802 -1.535 -7.951 1060 HB3 GLU2028 HB1 GLU2028 19.725 -3.290 -8.030 1061 HG2 GLU2028 HG2 GLU2028 18.777 -3.157 -10.251 1062 HG3 GLU2028 HG1 GLU2028 18.829 -1.397 -10.176 1063 H GLU2029 HN GLU2029 16.090 -2.383 -9.647 1064 HA GLU2029 HA GLU2029 15.903 -5.276 -9.765 1065 HB2 GLU2029 HB2 GLU2029 13.981 -3.733 -8.383 1066 HB3 GLU2029 HB1 GLU2029 13.265 -4.100 -9.945 1067 HG2 GLU2029 HG2 GLU2029 14.370 -6.118 -7.999 1068 HG3 GLU2029 HG1 GLU2029 12.666 -5.764 -8.263 1069 H VAL2030 HN VAL2030 15.004 -5.962 -11.691 1070 HA VAL2030 HA VAL2030 15.505 -4.063 -13.808 1071 HB VAL2030 HB VAL2030 16.482 -6.295 -14.059 1072 HG11 VAL2030 HG11 VAL2030 15.136 -8.283 -14.537 1073 HG12 VAL2030 HG12 VAL2030 13.677 -7.370 -14.156 1074 HG13 VAL2030 HG13 VAL2030 14.886 -7.663 -12.904 1075 HG21 VAL2030 HG21 VAL2030 15.999 -5.079 -16.088 1076 HG22 VAL2030 HG22 VAL2030 14.366 -5.741 -16.129 1077 HG23 VAL2030 HG23 VAL2030 15.756 -6.805 -16.354 1078 HA PRO2031 HA PRO2031 11.188 -3.118 -13.883 1079 HB2 PRO2031 HB2 PRO2031 11.332 -1.038 -15.613 1080 HB3 PRO2031 HB1 PRO2031 11.825 -0.920 -13.919 1081 HG2 PRO2031 HG2 PRO2031 13.497 -1.206 -16.367 1082 HG3 PRO2031 HG1 PRO2031 13.811 -0.276 -14.894 1083 HD2 PRO2031 HD2 PRO2031 14.917 -2.737 -15.482 1084 HD3 PRO2031 HD1 PRO2031 14.764 -2.063 -13.849 1085 H ARG2032 HN ARG2032 12.995 -4.393 -16.465 1086 HA ARG2032 HA ARG2032 10.510 -4.772 -17.950 1087 HB2 ARG2032 HB2 ARG2032 13.281 -4.483 -19.183 1088 HB3 ARG2032 HB1 ARG2032 11.849 -4.983 -20.063 1089 HG2 ARG2032 HG2 ARG2032 12.091 -2.730 -20.606 1090 HG3 ARG2032 HG1 ARG2032 10.857 -2.726 -19.345 1091 HD2 ARG2032 HD2 ARG2032 12.747 -2.302 -17.710 1092 HD3 ARG2032 HD1 ARG2032 13.762 -1.992 -19.119 1093 HE ARG2032 HE ARG2032 11.289 -0.501 -18.911 1094 HH11 ARG2032 HH11 ARG2032 14.812 -0.427 -18.849 1095 HH12 ARG2032 HH12 ARG2032 14.955 1.214 -18.442 1096 HH21 ARG2032 HH21 ARG2032 11.412 1.758 -18.306 1097 HH22 ARG2032 HH22 ARG2032 12.923 2.521 -18.147 Start of MODEL 7 1 H1 MET1885 HT1 MET1885 15.843 10.389 3.401 2 H2 MET1885 HT2 MET1885 16.451 9.543 2.053 3 H3 MET1885 HT3 MET1885 17.094 9.281 3.599 4 HA MET1885 HA MET1885 14.323 8.670 2.883 5 HB2 MET1885 HB2 MET1885 16.758 6.902 3.108 6 HB3 MET1885 HB1 MET1885 15.120 6.273 3.228 7 HG2 MET1885 HG2 MET1885 14.626 7.090 1.006 8 HG3 MET1885 HG1 MET1885 16.250 7.764 0.883 9 HE1 MET1885 HE1 MET1885 14.864 5.844 -1.225 10 HE2 MET1885 HE2 MET1885 16.218 4.795 -1.648 11 HE3 MET1885 HE3 MET1885 16.479 6.525 -1.426 12 H LYS1886 HN LYS1886 13.848 6.676 4.557 13 HA LYS1886 HA LYS1886 12.941 6.350 6.523 14 HB2 LYS1886 HB2 LYS1886 15.596 7.297 7.609 15 HB3 LYS1886 HB1 LYS1886 14.388 6.408 8.519 16 HG2 LYS1886 HG2 LYS1886 14.667 4.544 6.845 17 HG3 LYS1886 HG1 LYS1886 16.056 5.433 6.215 18 HD2 LYS1886 HD2 LYS1886 17.006 5.446 8.519 19 HD3 LYS1886 HD1 LYS1886 15.677 4.409 9.018 20 HE2 LYS1886 HE2 LYS1886 17.814 3.779 6.996 21 HE3 LYS1886 HE1 LYS1886 17.650 3.089 8.604 22 HZ1 LYS1886 HZ1 LYS1886 15.996 2.567 6.199 23 HZ2 LYS1886 HZ2 LYS1886 15.381 2.238 7.713 24 HZ3 LYS1886 HZ3 LYS1886 16.799 1.482 7.218 25 H SER1887 HN SER1887 11.680 8.273 5.764 26 HA SER1887 HA SER1887 11.976 10.665 7.242 27 HB2 SER1887 HB2 SER1887 9.587 9.663 5.701 28 HB3 SER1887 HB1 SER1887 9.842 11.322 6.254 29 HG SER1887 HG SER1887 11.660 11.442 5.013 30 H ASN1888 HN ASN1888 9.193 8.349 7.460 31 HA ASN1888 HA ASN1888 8.978 9.203 10.263 32 HB2 ASN1888 HB2 ASN1888 6.760 8.171 8.480 33 HB3 ASN1888 HB1 ASN1888 6.596 8.780 10.118 34 HD21 ASN1888 HD21 ASN1888 6.910 9.562 6.820 35 HD22 ASN1888 HD22 ASN1888 6.692 11.275 6.942 36 H VAL1889 HN VAL1889 9.880 7.621 11.432 37 HA VAL1889 HA VAL1889 9.453 4.857 10.657 38 HB VAL1889 HB VAL1889 10.882 5.901 13.061 39 HG11 VAL1889 HG11 VAL1889 10.268 3.554 13.260 40 HG12 VAL1889 HG12 VAL1889 12.016 3.680 13.068 41 HG13 VAL1889 HG13 VAL1889 11.011 3.204 11.699 42 HG21 VAL1889 HG21 VAL1889 13.008 5.557 11.823 43 HG22 VAL1889 HG22 VAL1889 11.984 6.801 11.103 44 HG23 VAL1889 HG23 VAL1889 12.063 5.197 10.377 45 H GLN1890 HN GLN1890 7.294 4.751 10.930 46 HA GLN1890 HA GLN1890 6.095 5.239 13.531 47 HB2 GLN1890 HB2 GLN1890 4.901 4.175 10.970 48 HB3 GLN1890 HB1 GLN1890 3.990 4.545 12.426 49 HG2 GLN1890 HG2 GLN1890 5.645 6.536 10.985 50 HG3 GLN1890 HG1 GLN1890 3.960 6.247 10.541 51 HE21 GLN1890 HE21 GLN1890 2.353 6.800 12.024 52 HE22 GLN1890 HE22 GLN1890 2.568 7.934 13.278 53 H ASN1891 HN ASN1891 7.293 3.662 14.664 54 HA ASN1891 HA ASN1891 7.450 1.792 15.853 55 HB2 ASN1891 HB2 ASN1891 5.021 1.755 16.005 56 HB3 ASN1891 HB1 ASN1891 4.909 0.912 14.466 57 HD21 ASN1891 HD21 ASN1891 5.593 0.601 17.866 58 HD22 ASN1891 HD22 ASN1891 5.717 -1.112 17.871 59 H ASP1892 HN ASP1892 6.496 0.747 12.605 60 HA ASP1892 HA ASP1892 8.893 -0.757 12.281 61 HB2 ASP1892 HB2 ASP1892 7.632 -2.215 13.908 62 HB3 ASP1892 HB1 ASP1892 6.386 -2.439 12.695 63 H CYS1893 HN CYS1893 6.639 -2.640 10.722 64 HA CYS1893 HA CYS1893 6.294 -2.998 8.527 65 HB2 CYS1893 HB2 CYS1893 4.664 -1.083 8.985 66 HB3 CYS1893 HB1 CYS1893 5.888 -0.003 8.337 67 H ARG1894 HN ARG1894 8.344 -3.695 8.423 68 HA ARG1894 HA ARG1894 9.942 -2.579 6.374 69 HB2 ARG1894 HB2 ARG1894 12.003 -2.462 7.846 70 HB3 ARG1894 HB1 ARG1894 10.857 -1.143 8.035 71 HG2 ARG1894 HG2 ARG1894 10.087 -1.974 10.100 72 HG3 ARG1894 HG1 ARG1894 10.869 -3.532 9.848 73 HD2 ARG1894 HD2 ARG1894 12.002 -1.994 11.475 74 HD3 ARG1894 HD1 ARG1894 13.014 -2.614 10.176 75 HE ARG1894 HE ARG1894 12.600 -0.395 9.083 76 HH11 ARG1894 HH11 ARG1894 12.239 -0.620 12.570 77 HH12 ARG1894 HH12 ARG1894 13.039 0.827 12.925 78 HH21 ARG1894 HH21 ARG1894 13.668 1.617 9.480 79 HH22 ARG1894 HH22 ARG1894 13.885 2.159 11.105 80 H VAL1895 HN VAL1895 11.730 -4.088 5.908 81 HA VAL1895 HA VAL1895 11.789 -6.522 7.450 82 HB VAL1895 HB VAL1895 9.931 -6.831 5.773 83 HG11 VAL1895 HG11 VAL1895 12.131 -6.731 3.739 84 HG12 VAL1895 HG12 VAL1895 10.763 -5.626 3.901 85 HG13 VAL1895 HG13 VAL1895 10.491 -7.307 3.439 86 HG21 VAL1895 HG21 VAL1895 10.992 -8.757 6.762 87 HG22 VAL1895 HG22 VAL1895 12.270 -8.720 5.547 88 HG23 VAL1895 HG23 VAL1895 10.610 -9.093 5.074 89 H THR1896 HN THR1896 13.691 -7.659 7.195 90 HA THR1896 HA THR1896 15.845 -6.130 5.959 91 HB THR1896 HB THR1896 16.080 -8.642 7.611 92 HG1 THR1896 HG1 THR1896 14.854 -6.956 8.686 93 HG21 THR1896 HG21 THR1896 18.100 -7.903 6.422 94 HG22 THR1896 HG22 THR1896 18.288 -7.704 8.164 95 HG23 THR1896 HG23 THR1896 17.948 -6.304 7.147 96 H ASN1897 HN ASN1897 16.365 -6.682 3.866 97 HA ASN1897 HA ASN1897 16.210 -9.523 3.132 98 HB2 ASN1897 HB2 ASN1897 15.101 -7.990 1.534 99 HB3 ASN1897 HB1 ASN1897 16.605 -7.097 1.342 100 HD21 ASN1897 HD21 ASN1897 16.790 -7.507 -0.881 101 HD22 ASN1897 HD22 ASN1897 17.080 -9.053 -1.530 102 HA PRO1898 HA PRO1898 20.552 -9.304 4.169 103 HB2 PRO1898 HB2 PRO1898 21.090 -11.945 3.816 104 HB3 PRO1898 HB1 PRO1898 20.278 -11.306 5.250 105 HG2 PRO1898 HG2 PRO1898 19.103 -12.612 2.830 106 HG3 PRO1898 HG1 PRO1898 18.688 -12.843 4.540 107 HD2 PRO1898 HD2 PRO1898 17.217 -11.298 2.878 108 HD3 PRO1898 HD1 PRO1898 17.385 -10.946 4.609 109 H ALA1899 HN ALA1899 19.249 -10.640 1.215 110 HA ALA1899 HA ALA1899 21.654 -11.067 -0.176 111 HB1 ALA1899 HB1 ALA1899 18.949 -10.307 -1.277 112 HB2 ALA1899 HB2 ALA1899 19.501 -11.950 -0.939 113 HB3 ALA1899 HB3 ALA1899 20.282 -10.998 -2.203 114 H THR1900 HN THR1900 19.567 -8.263 0.104 115 HA THR1900 HA THR1900 21.380 -6.613 -1.410 116 HB THR1900 HB THR1900 18.983 -5.785 0.247 117 HG1 THR1900 HG1 THR1900 19.178 -6.569 -2.479 118 HG21 THR1900 HG21 THR1900 18.915 -3.896 -1.309 119 HG22 THR1900 HG22 THR1900 20.353 -4.513 -2.122 120 HG23 THR1900 HG23 THR1900 20.452 -3.959 -0.450 121 H GLY1901 HN GLY1901 20.408 -7.128 1.982 122 HA2 GLY1901 HA2 GLY1901 21.636 -6.668 3.896 123 HA3 GLY1901 HA1 GLY1901 22.818 -5.799 2.911 124 H HIS1902 HN HIS1902 19.732 -4.999 2.104 125 HA HIS1902 HA HIS1902 19.919 -2.433 3.532 126 HB2 HIS1902 HB2 HIS1902 19.919 -2.532 0.941 127 HB3 HIS1902 HB1 HIS1902 18.244 -3.028 1.087 128 HD1 HIS1902 HD1 HIS1902 16.795 -1.003 2.723 129 HD2 HIS1902 HD2 HIS1902 20.150 0.095 0.491 130 HE1 HIS1902 HE1 HIS1902 16.598 1.421 2.364 131 HE2 HIS1902 HE2 HIS1902 18.652 2.105 1.114 132 H LEU1903 HN LEU1903 18.527 -2.273 5.083 133 HA LEU1903 HA LEU1903 16.303 -4.015 5.474 134 HB2 LEU1903 HB2 LEU1903 17.601 -2.892 7.291 135 HB3 LEU1903 HB1 LEU1903 17.059 -1.345 6.710 136 HG LEU1903 HG LEU1903 15.988 -2.067 8.806 137 HD11 LEU1903 HD11 LEU1903 14.078 -1.798 6.522 138 HD12 LEU1903 HD12 LEU1903 14.827 -0.492 7.443 139 HD13 LEU1903 HD13 LEU1903 13.686 -1.583 8.227 140 HD21 LEU1903 HD21 LEU1903 15.913 -4.447 8.435 141 HD22 LEU1903 HD22 LEU1903 14.743 -4.224 7.131 142 HD23 LEU1903 HD23 LEU1903 14.302 -3.824 8.791 143 H PHE1904 HN PHE1904 14.295 -3.753 4.540 144 HA PHE1904 HA PHE1904 13.950 -1.393 2.857 145 HB2 PHE1904 HB2 PHE1904 12.234 -3.874 3.079 146 HB3 PHE1904 HB1 PHE1904 11.990 -2.567 1.946 147 HD1 PHE1904 HD2 PHE1904 15.135 -2.434 1.536 148 HD2 PHE1904 HD1 PHE1904 12.194 -5.493 1.206 149 HE1 PHE1904 HE2 PHE1904 16.565 -3.594 -0.038 150 HE2 PHE1904 HE1 PHE1904 13.630 -6.697 -0.397 151 HZ PHE1904 HZ PHE1904 15.575 -5.845 -1.170 152 H ASP1905 HN ASP1905 13.240 0.237 4.118 153 HA ASP1905 HA ASP1905 10.661 -0.320 5.281 154 HB2 ASP1905 HB2 ASP1905 10.904 1.296 7.131 155 HB3 ASP1905 HB1 ASP1905 12.022 -0.036 7.279 156 H LEU1906 HN LEU1906 9.139 0.667 4.540 157 HA LEU1906 HA LEU1906 9.565 3.002 2.888 158 HB2 LEU1906 HB2 LEU1906 7.039 1.519 3.621 159 HB3 LEU1906 HB1 LEU1906 7.150 2.807 2.440 160 HG LEU1906 HG LEU1906 8.588 0.169 2.179 161 HD11 LEU1906 HD11 LEU1906 6.861 -0.397 0.565 162 HD12 LEU1906 HD12 LEU1906 6.011 1.098 0.948 163 HD13 LEU1906 HD13 LEU1906 6.181 -0.159 2.174 164 HD21 LEU1906 HD21 LEU1906 8.849 0.852 -0.147 165 HD22 LEU1906 HD22 LEU1906 9.593 2.032 0.937 166 HD23 LEU1906 HD23 LEU1906 8.025 2.372 0.200 167 H THR1907 HN THR1907 10.372 4.177 4.764 168 HA THR1907 HA THR1907 8.561 4.826 6.867 169 HB THR1907 HB THR1907 10.684 6.386 7.243 170 HG1 THR1907 HG1 THR1907 12.147 4.358 6.159 171 HG21 THR1907 HG21 THR1907 9.915 4.541 8.714 172 HG22 THR1907 HG22 THR1907 11.669 4.506 8.496 173 HG23 THR1907 HG23 THR1907 10.644 3.383 7.601 174 H SER1908 HN SER1908 9.790 6.327 3.927 175 HA SER1908 HA SER1908 8.681 8.874 4.536 176 HB2 SER1908 HB2 SER1908 9.596 7.721 1.893 177 HB3 SER1908 HB1 SER1908 9.406 9.434 2.291 178 HG SER1908 HG SER1908 11.105 9.375 3.584 179 H LEU1909 HN LEU1909 7.433 5.946 3.577 180 HA LEU1909 HA LEU1909 5.225 7.040 2.077 181 HB2 LEU1909 HB2 LEU1909 6.247 5.004 1.265 182 HB3 LEU1909 HB1 LEU1909 5.960 4.210 2.796 183 HG LEU1909 HG LEU1909 3.583 4.131 2.384 184 HD11 LEU1909 HD11 LEU1909 3.362 6.311 1.301 185 HD12 LEU1909 HD12 LEU1909 2.612 5.032 0.344 186 HD13 LEU1909 HD13 LEU1909 4.181 5.684 -0.128 187 HD21 LEU1909 HD21 LEU1909 3.539 2.767 0.373 188 HD22 LEU1909 HD22 LEU1909 4.953 2.396 1.358 189 HD23 LEU1909 HD23 LEU1909 5.122 3.387 -0.092 190 H LYS1910 HN LYS1910 5.945 6.012 5.313 191 HA LYS1910 HA LYS1910 3.163 5.688 6.077 192 HB2 LYS1910 HB2 LYS1910 5.253 6.385 8.111 193 HB3 LYS1910 HB1 LYS1910 3.917 5.252 8.219 194 HG2 LYS1910 HG2 LYS1910 5.192 3.700 6.774 195 HG3 LYS1910 HG1 LYS1910 6.545 4.829 6.836 196 HD2 LYS1910 HD2 LYS1910 6.383 4.636 9.367 197 HD3 LYS1910 HD1 LYS1910 5.317 3.263 9.084 198 HE2 LYS1910 HE2 LYS1910 8.203 3.550 8.243 199 HE3 LYS1910 HE1 LYS1910 7.545 2.452 9.455 200 HZ1 LYS1910 HZ1 LYS1910 7.974 1.233 7.466 201 HZ2 LYS1910 HZ2 LYS1910 7.118 2.346 6.520 202 HZ3 LYS1910 HZ3 LYS1910 6.303 1.358 7.611 203 H ARG1911 HN ARG1911 2.036 7.539 5.796 204 HA ARG1911 HA ARG1911 3.431 9.929 6.641 205 HB2 ARG1911 HB2 ARG1911 2.134 11.185 4.936 206 HB3 ARG1911 HB1 ARG1911 3.249 10.000 4.286 207 HG2 ARG1911 HG2 ARG1911 1.233 8.450 4.123 208 HG3 ARG1911 HG1 ARG1911 0.259 9.899 4.388 209 HD2 ARG1911 HD2 ARG1911 2.243 9.437 2.164 210 HD3 ARG1911 HD1 ARG1911 0.490 9.497 2.014 211 HE ARG1911 HE ARG1911 0.957 11.880 3.020 212 HH11 ARG1911 HH11 ARG1911 2.577 10.195 0.351 213 HH12 ARG1911 HH12 ARG1911 3.121 11.593 -0.444 214 HH21 ARG1911 HH21 ARG1911 1.720 13.841 1.964 215 HH22 ARG1911 HH22 ARG1911 2.642 13.748 0.539 216 H GLU1912 HN GLU1912 2.007 11.755 7.115 217 HA GLU1912 HA GLU1912 0.739 11.167 9.490 218 HB2 GLU1912 HB2 GLU1912 0.051 13.566 9.462 219 HB3 GLU1912 HB1 GLU1912 1.764 13.269 9.219 220 HG2 GLU1912 HG2 GLU1912 1.422 13.572 6.784 221 HG3 GLU1912 HG1 GLU1912 -0.260 13.987 7.113 222 H SER1913 HN SER1913 -0.789 12.021 6.396 223 HA SER1913 HA SER1913 -3.325 11.342 7.656 224 HB2 SER1913 HB2 SER1913 -2.803 12.860 5.094 225 HB3 SER1913 HB1 SER1913 -4.373 12.615 5.863 226 HG SER1913 HG SER1913 -2.742 13.625 7.708 227 H GLY1914 HN GLY1914 -1.846 11.006 4.382 228 HA2 GLY1914 HA2 GLY1914 -1.735 8.358 4.061 229 HA3 GLY1914 HA1 GLY1914 -3.468 8.680 3.875 230 H TYR1915 HN TYR1915 -2.486 7.692 1.661 231 HA TYR1915 HA TYR1915 -2.062 10.040 -0.009 232 HB2 TYR1915 HB2 TYR1915 -0.599 8.827 -1.499 233 HB3 TYR1915 HB1 TYR1915 0.045 8.673 0.124 234 HD1 TYR1915 HD2 TYR1915 -1.562 6.927 -2.667 235 HD2 TYR1915 HD1 TYR1915 0.127 6.486 1.212 236 HE1 TYR1915 HE2 TYR1915 -1.488 4.504 -2.989 237 HE2 TYR1915 HE1 TYR1915 0.214 4.051 0.891 238 HH TYR1915 HH TYR1915 -0.904 2.331 -0.473 239 H THR1916 HN THR1916 -2.892 9.771 -2.215 240 HA THR1916 HA THR1916 -4.971 7.752 -2.490 241 HB THR1916 HB THR1916 -5.909 9.815 -1.198 242 HG1 THR1916 HG1 THR1916 -7.043 8.260 -2.678 243 HG21 THR1916 HG21 THR1916 -6.402 11.771 -2.644 244 HG22 THR1916 HG22 THR1916 -5.423 11.006 -3.916 245 HG23 THR1916 HG23 THR1916 -4.665 11.505 -2.416 246 H ILE1917 HN ILE1917 -5.537 7.344 -4.187 247 HA ILE1917 HA ILE1917 -4.347 8.645 -6.487 248 HB ILE1917 HB ILE1917 -4.655 6.363 -7.487 249 HG12 ILE1917 HG12 ILE1917 -4.348 5.549 -4.597 250 HG13 ILE1917 HG11 ILE1917 -5.691 5.190 -5.667 251 HG21 ILE1917 HG21 ILE1917 -2.513 7.437 -7.393 252 HG22 ILE1917 HG22 ILE1917 -2.269 5.756 -6.915 253 HG23 ILE1917 HG23 ILE1917 -2.336 7.029 -5.689 254 HD11 ILE1917 HD11 ILE1917 -4.239 3.739 -6.997 255 HD12 ILE1917 HD12 ILE1917 -4.294 3.238 -5.307 256 HD13 ILE1917 HD13 ILE1917 -2.890 4.109 -5.923 257 H THR1918 HN THR1918 -5.672 8.233 -8.453 258 HA THR1918 HA THR1918 -8.408 8.597 -7.579 259 HB THR1918 HB THR1918 -7.344 9.043 -10.370 260 HG1 THR1918 HG1 THR1918 -6.445 10.761 -9.578 261 HG21 THR1918 HG21 THR1918 -9.366 10.454 -10.541 262 HG22 THR1918 HG22 THR1918 -9.774 10.055 -8.867 263 HG23 THR1918 HG23 THR1918 -9.798 8.802 -10.085 264 H ASP1919 HN ASP1919 -9.753 7.108 -7.673 265 HA ASP1919 HA ASP1919 -9.327 4.765 -9.352 266 HB2 ASP1919 HB2 ASP1919 -9.949 4.429 -6.923 267 HB3 ASP1919 HB1 ASP1919 -11.404 5.343 -7.245 268 H SER1920 HN SER1920 -10.429 4.672 -11.195 269 HA SER1920 HA SER1920 -12.475 6.651 -11.565 270 HB2 SER1920 HB2 SER1920 -12.380 5.759 -13.960 271 HB3 SER1920 HB1 SER1920 -11.071 6.757 -13.318 272 HG SER1920 HG SER1920 -9.737 5.177 -13.530 273 H HIS1921 HN HIS1921 -12.282 3.543 -10.526 274 HA HIS1921 HA HIS1921 -14.776 2.588 -11.607 275 HB2 HIS1921 HB2 HIS1921 -13.136 1.658 -9.216 276 HB3 HIS1921 HB1 HIS1921 -14.579 0.844 -9.796 277 HD1 HIS1921 HD1 HIS1921 -13.746 -1.308 -10.760 278 HD2 HIS1921 HD2 HIS1921 -11.367 1.916 -11.885 279 HE1 HIS1921 HE1 HIS1921 -12.074 -2.225 -12.370 280 HE2 HIS1921 HE2 HIS1921 -10.819 -0.217 -13.215 281 H ASN1922 HN ASN1922 -13.615 3.705 -8.471 282 HA ASN1922 HA ASN1922 -16.302 4.668 -7.880 283 HB2 ASN1922 HB2 ASN1922 -13.981 4.242 -5.980 284 HB3 ASN1922 HB1 ASN1922 -15.608 4.741 -5.528 285 HD21 ASN1922 HD21 ASN1922 -13.629 2.135 -6.647 286 HD22 ASN1922 HD22 ASN1922 -14.733 0.852 -6.260 287 H ARG1923 HN ARG1923 -13.208 5.868 -6.506 288 HA ARG1923 HA ARG1923 -12.914 8.100 -8.081 289 HB2 ARG1923 HB2 ARG1923 -14.900 8.525 -5.963 290 HB3 ARG1923 HB1 ARG1923 -13.631 9.741 -6.034 291 HG2 ARG1923 HG2 ARG1923 -14.139 10.163 -8.377 292 HG3 ARG1923 HG1 ARG1923 -15.339 8.899 -8.363 293 HD2 ARG1923 HD2 ARG1923 -15.443 11.351 -6.608 294 HD3 ARG1923 HD1 ARG1923 -16.352 11.141 -8.106 295 HE ARG1923 HE ARG1923 -16.989 8.953 -6.569 296 HH11 ARG1923 HH11 ARG1923 -17.210 12.444 -5.982 297 HH12 ARG1923 HH12 ARG1923 -18.677 12.327 -5.131 298 HH21 ARG1923 HH21 ARG1923 -18.978 8.817 -5.433 299 HH22 ARG1923 HH22 ARG1923 -19.721 10.221 -4.820 300 H LYS1924 HN LYS1924 -12.691 7.737 -4.492 301 HA LYS1924 HA LYS1924 -9.879 8.494 -4.868 302 HB2 LYS1924 HB2 LYS1924 -11.621 8.722 -2.409 303 HB3 LYS1924 HB1 LYS1924 -9.925 9.145 -2.488 304 HG2 LYS1924 HG2 LYS1924 -12.131 10.501 -4.028 305 HG3 LYS1924 HG1 LYS1924 -11.424 11.084 -2.522 306 HD2 LYS1924 HD2 LYS1924 -9.218 11.169 -3.679 307 HD3 LYS1924 HD1 LYS1924 -10.044 10.751 -5.183 308 HE2 LYS1924 HE2 LYS1924 -10.546 13.196 -3.478 309 HE3 LYS1924 HE1 LYS1924 -9.705 13.163 -5.025 310 HZ1 LYS1924 HZ1 LYS1924 -11.774 12.396 -6.058 311 HZ2 LYS1924 HZ2 LYS1924 -11.976 13.898 -5.298 312 HZ3 LYS1924 HZ3 LYS1924 -12.575 12.510 -4.571 313 H ILE1925 HN ILE1925 -8.630 6.670 -4.844 314 HA ILE1925 HA ILE1925 -9.357 4.625 -2.914 315 HB ILE1925 HB ILE1925 -6.799 4.723 -4.596 316 HG12 ILE1925 HG12 ILE1925 -9.363 3.226 -5.131 317 HG13 ILE1925 HG11 ILE1925 -8.787 4.612 -6.036 318 HG21 ILE1925 HG21 ILE1925 -6.698 3.299 -2.597 319 HG22 ILE1925 HG22 ILE1925 -6.692 2.317 -4.061 320 HG23 ILE1925 HG23 ILE1925 -8.167 2.468 -3.106 321 HD11 ILE1925 HD11 ILE1925 -6.831 3.310 -6.797 322 HD12 ILE1925 HD12 ILE1925 -8.334 2.510 -7.252 323 HD13 ILE1925 HD13 ILE1925 -7.402 1.925 -5.876 324 H GLU1926 HN GLU1926 -8.859 4.983 -0.971 325 HA GLU1926 HA GLU1926 -6.858 7.027 -0.285 326 HB2 GLU1926 HB2 GLU1926 -9.266 7.263 0.412 327 HB3 GLU1926 HB1 GLU1926 -9.068 5.819 1.389 328 HG2 GLU1926 HG2 GLU1926 -8.910 7.730 2.786 329 HG3 GLU1926 HG1 GLU1926 -7.311 6.991 2.666 330 H LEU1927 HN LEU1927 -4.929 6.177 0.490 331 HA LEU1927 HA LEU1927 -5.082 3.716 2.058 332 HB2 LEU1927 HB2 LEU1927 -2.893 3.875 0.033 333 HB3 LEU1927 HB1 LEU1927 -3.575 2.472 0.808 334 HG LEU1927 HG LEU1927 -5.642 2.985 -0.721 335 HD11 LEU1927 HD11 LEU1927 -4.860 5.130 -1.535 336 HD12 LEU1927 HD12 LEU1927 -5.009 3.980 -2.863 337 HD13 LEU1927 HD13 LEU1927 -3.418 4.373 -2.206 338 HD21 LEU1927 HD21 LEU1927 -3.062 1.878 -1.808 339 HD22 LEU1927 HD22 LEU1927 -4.671 1.595 -2.476 340 HD23 LEU1927 HD23 LEU1927 -4.261 0.986 -0.873 341 H ASN1928 HN ASN1928 -3.488 3.644 3.578 342 HA ASN1928 HA ASN1928 -1.222 5.426 3.219 343 HB2 ASN1928 HB2 ASN1928 -2.873 6.473 4.865 344 HB3 ASN1928 HB1 ASN1928 -2.579 5.088 5.913 345 HD21 ASN1928 HD21 ASN1928 -1.803 6.572 7.488 346 HD22 ASN1928 HD22 ASN1928 -0.231 7.278 7.366 347 H VAL1929 HN VAL1929 0.480 4.256 3.238 348 HA VAL1929 HA VAL1929 0.170 1.507 4.122 349 HB VAL1929 HB VAL1929 2.399 2.765 2.484 350 HG11 VAL1929 HG11 VAL1929 1.987 -0.137 3.224 351 HG12 VAL1929 HG12 VAL1929 3.278 0.905 3.819 352 HG13 VAL1929 HG13 VAL1929 3.209 0.477 2.109 353 HG21 VAL1929 HG21 VAL1929 0.198 0.850 1.741 354 HG22 VAL1929 HG22 VAL1929 1.482 1.406 0.667 355 HG23 VAL1929 HG23 VAL1929 0.293 2.552 1.289 356 H CYS1930 HN CYS1930 1.036 0.652 5.769 357 HA CYS1930 HA CYS1930 2.348 0.196 7.561 358 HB2 CYS1930 HB2 CYS1930 3.993 2.579 6.748 359 HB3 CYS1930 HB1 CYS1930 4.410 1.426 8.000 360 H ALA1931 HN ALA1931 0.515 2.939 7.236 361 HA ALA1931 HA ALA1931 0.551 3.316 10.087 362 HB1 ALA1931 HB1 ALA1931 0.668 5.761 9.886 363 HB2 ALA1931 HB2 ALA1931 0.902 5.608 8.146 364 HB3 ALA1931 HB3 ALA1931 2.131 5.000 9.258 365 H GLU1932 HN GLU1932 -1.345 4.418 10.791 366 HA GLU1932 HA GLU1932 -3.729 3.486 9.692 367 HB2 GLU1932 HB2 GLU1932 -3.316 5.832 11.559 368 HB3 GLU1932 HB1 GLU1932 -4.780 4.883 11.373 369 HG2 GLU1932 HG2 GLU1932 -3.786 2.966 12.331 370 HG3 GLU1932 HG1 GLU1932 -2.177 3.682 12.254 371 H ALA1933 HN ALA1933 -5.084 4.312 8.117 372 HA ALA1933 HA ALA1933 -4.271 6.690 6.728 373 HB1 ALA1933 HB1 ALA1933 -6.697 4.931 6.298 374 HB2 ALA1933 HB2 ALA1933 -5.153 4.765 5.467 375 HB3 ALA1933 HB3 ALA1933 -6.139 6.204 5.208 376 H LYS1934 HN LYS1934 -4.578 8.437 7.845 377 HA LYS1934 HA LYS1934 -6.986 8.691 9.480 378 HB2 LYS1934 HB2 LYS1934 -4.675 8.986 10.430 379 HB3 LYS1934 HB1 LYS1934 -4.522 10.434 9.453 380 HG2 LYS1934 HG2 LYS1934 -6.314 11.486 10.654 381 HG3 LYS1934 HG1 LYS1934 -6.627 9.996 11.548 382 HD2 LYS1934 HD2 LYS1934 -4.338 10.127 12.474 383 HD3 LYS1934 HD1 LYS1934 -4.138 11.683 11.666 384 HE2 LYS1934 HE2 LYS1934 -6.243 11.040 13.732 385 HE3 LYS1934 HE1 LYS1934 -4.750 11.916 14.039 386 HZ1 LYS1934 HZ1 LYS1934 -5.487 13.600 12.457 387 HZ2 LYS1934 HZ2 LYS1934 -6.545 13.437 13.771 388 HZ3 LYS1934 HZ3 LYS1934 -6.966 12.798 12.258 389 H SER1935 HN SER1935 -5.992 9.468 6.453 390 HA SER1935 HA SER1935 -6.756 12.135 6.140 391 HB2 SER1935 HB2 SER1935 -6.803 11.289 3.681 392 HB3 SER1935 HB1 SER1935 -5.276 11.313 4.577 393 HG SER1935 HG SER1935 -6.050 9.281 3.388 394 H SER1936 HN SER1936 -8.414 9.260 4.812 395 HA SER1936 HA SER1936 -10.941 10.727 5.240 396 HB2 SER1936 HB2 SER1936 -10.350 8.805 2.978 397 HB3 SER1936 HB1 SER1936 -11.835 9.731 3.204 398 HG SER1936 HG SER1936 -9.443 10.449 2.145 399 H CYS1937 HN CYS1937 -9.249 8.264 6.416 400 HA CYS1937 HA CYS1937 -11.603 6.612 6.896 401 HB2 CYS1937 HB2 CYS1937 -8.702 5.787 7.251 402 HB3 CYS1937 HB1 CYS1937 -10.111 4.731 7.199 403 H ALA1938 HN ALA1938 -10.560 5.336 9.322 404 HA ALA1938 HA ALA1938 -10.119 7.710 10.952 405 HB1 ALA1938 HB1 ALA1938 -12.265 6.591 11.404 406 HB2 ALA1938 HB2 ALA1938 -11.203 6.600 12.813 407 HB3 ALA1938 HB3 ALA1938 -11.390 5.129 11.859 408 H ASN1939 HN ASN1939 -9.623 4.363 12.092 409 HA ASN1939 HA ASN1939 -6.869 5.074 12.251 410 HB2 ASN1939 HB2 ASN1939 -8.499 3.768 14.403 411 HB3 ASN1939 HB1 ASN1939 -6.739 3.690 14.398 412 HD21 ASN1939 HD21 ASN1939 -5.573 5.535 14.764 413 HD22 ASN1939 HD22 ASN1939 -6.276 6.999 15.390 414 H GLY1940 HN GLY1940 -8.812 2.149 12.786 415 HA2 GLY1940 HA2 GLY1940 -6.701 0.378 12.126 416 HA3 GLY1940 HA1 GLY1940 -8.378 -0.054 12.378 417 H ALA1941 HN ALA1941 -8.279 2.208 9.981 418 HA ALA1941 HA ALA1941 -8.337 0.116 7.939 419 HB1 ALA1941 HB1 ALA1941 -9.640 1.704 6.607 420 HB2 ALA1941 HB2 ALA1941 -9.522 2.891 7.907 421 HB3 ALA1941 HB3 ALA1941 -10.413 1.389 8.162 422 H ALA1942 HN ALA1942 -6.743 0.098 6.513 423 HA ALA1942 HA ALA1942 -4.999 2.464 6.387 424 HB1 ALA1942 HB1 ALA1942 -4.309 -0.397 5.725 425 HB2 ALA1942 HB2 ALA1942 -3.929 0.408 7.241 426 HB3 ALA1942 HB3 ALA1942 -3.196 0.975 5.735 427 H VAL1943 HN VAL1943 -6.891 0.210 4.574 428 HA VAL1943 HA VAL1943 -6.446 1.881 2.212 429 HB VAL1943 HB VAL1943 -6.951 -1.121 2.204 430 HG11 VAL1943 HG11 VAL1943 -8.025 -0.017 0.316 431 HG12 VAL1943 HG12 VAL1943 -6.649 -0.979 -0.226 432 HG13 VAL1943 HG13 VAL1943 -6.505 0.774 -0.103 433 HG21 VAL1943 HG21 VAL1943 -4.714 -1.309 1.231 434 HG22 VAL1943 HG22 VAL1943 -4.659 -0.594 2.842 435 HG23 VAL1943 HG23 VAL1943 -4.488 0.430 1.416 436 H CYS1944 HN CYS1944 -8.202 2.925 1.786 437 HA CYS1944 HA CYS1944 -10.819 1.668 2.274 438 HB2 CYS1944 HB2 CYS1944 -10.170 4.595 2.519 439 HB3 CYS1944 HB1 CYS1944 -11.696 3.809 2.883 440 H ILE1945 HN ILE1945 -12.124 1.761 0.551 441 HA ILE1945 HA ILE1945 -11.279 3.398 -1.707 442 HB ILE1945 HB ILE1945 -13.625 1.464 -1.569 443 HG12 ILE1945 HG12 ILE1945 -11.546 0.224 -1.218 444 HG13 ILE1945 HG11 ILE1945 -12.198 -0.125 -2.814 445 HG21 ILE1945 HG21 ILE1945 -12.194 2.757 -3.890 446 HG22 ILE1945 HG22 ILE1945 -13.796 3.177 -3.297 447 HG23 ILE1945 HG23 ILE1945 -13.514 1.594 -4.029 448 HD11 ILE1945 HD11 ILE1945 -9.922 1.752 -2.200 449 HD12 ILE1945 HD12 ILE1945 -10.570 1.404 -3.804 450 HD13 ILE1945 HD13 ILE1945 -9.785 0.126 -2.874 451 H THR1946 HN THR1946 -11.958 5.410 -1.547 452 HA THR1946 HA THR1946 -14.379 5.866 -0.009 453 HB THR1946 HB THR1946 -12.116 7.839 -0.418 454 HG1 THR1946 HG1 THR1946 -11.011 6.543 0.845 455 HG21 THR1946 HG21 THR1946 -14.266 8.753 0.450 456 HG22 THR1946 HG22 THR1946 -13.002 8.779 1.696 457 HG23 THR1946 HG23 THR1946 -14.234 7.539 1.733 458 H ASP1947 HN ASP1947 -15.894 5.958 -1.532 459 HA ASP1947 HA ASP1947 -15.491 7.691 -3.860 460 HB2 ASP1947 HB2 ASP1947 -16.412 5.484 -4.397 461 HB3 ASP1947 HB1 ASP1947 -17.712 5.719 -3.236 462 H GLY1948 HN GLY1948 -15.682 9.690 -3.065 463 HA2 GLY1948 HA2 GLY1948 -16.735 11.574 -2.292 464 HA3 GLY1948 HA1 GLY1948 -18.257 10.683 -2.366 465 HA PRO1949 HA PRO1949 -17.673 10.575 2.095 466 HB2 PRO1949 HB2 PRO1949 -20.256 10.346 2.752 467 HB3 PRO1949 HB1 PRO1949 -19.582 11.874 2.177 468 HG2 PRO1949 HG2 PRO1949 -21.334 9.936 0.773 469 HG3 PRO1949 HG1 PRO1949 -21.201 11.688 0.571 470 HD2 PRO1949 HD2 PRO1949 -20.016 9.671 -1.042 471 HD3 PRO1949 HD1 PRO1949 -19.743 11.421 -1.140 472 H LYS1950 HN LYS1950 -18.214 8.139 -0.003 473 HA LYS1950 HA LYS1950 -19.216 6.171 1.916 474 HB2 LYS1950 HB2 LYS1950 -20.048 6.282 -0.476 475 HB3 LYS1950 HB1 LYS1950 -18.447 5.767 -0.981 476 HG2 LYS1950 HG2 LYS1950 -19.938 3.883 -0.963 477 HG3 LYS1950 HG1 LYS1950 -18.749 3.690 0.331 478 HD2 LYS1950 HD2 LYS1950 -20.371 4.547 1.945 479 HD3 LYS1950 HD1 LYS1950 -21.554 4.744 0.654 480 HE2 LYS1950 HE2 LYS1950 -21.485 2.331 0.245 481 HE3 LYS1950 HE1 LYS1950 -20.323 2.154 1.562 482 HZ1 LYS1950 HZ1 LYS1950 -23.089 3.194 1.839 483 HZ2 LYS1950 HZ2 LYS1950 -21.982 2.991 3.099 484 HZ3 LYS1950 HZ3 LYS1950 -22.573 1.643 2.269 485 H THR1951 HN THR1951 -17.860 4.736 2.890 486 HA THR1951 HA THR1951 -15.089 4.642 1.923 487 HB THR1951 HB THR1951 -16.004 4.605 4.812 488 HG1 THR1951 HG1 THR1951 -15.130 6.567 3.047 489 HG21 THR1951 HG21 THR1951 -13.602 4.803 5.321 490 HG22 THR1951 HG22 THR1951 -13.227 4.719 3.601 491 HG23 THR1951 HG23 THR1951 -13.933 3.325 4.418 492 H LEU1952 HN LEU1952 -14.753 2.694 1.147 493 HA LEU1952 HA LEU1952 -15.966 0.320 2.403 494 HB2 LEU1952 HB2 LEU1952 -16.166 0.861 -0.108 495 HB3 LEU1952 HB1 LEU1952 -14.453 0.573 -0.219 496 HG LEU1952 HG LEU1952 -15.786 -1.294 -1.080 497 HD11 LEU1952 HD11 LEU1952 -14.748 -3.152 0.101 498 HD12 LEU1952 HD12 LEU1952 -14.282 -2.061 1.405 499 HD13 LEU1952 HD13 LEU1952 -13.604 -1.845 -0.207 500 HD21 LEU1952 HD21 LEU1952 -17.105 -2.694 0.422 501 HD22 LEU1952 HD22 LEU1952 -17.744 -1.053 0.303 502 HD23 LEU1952 HD23 LEU1952 -16.826 -1.542 1.729 503 H ASN1953 HN ASN1953 -14.587 -0.724 3.868 504 HA ASN1953 HA ASN1953 -11.781 0.009 3.820 505 HB2 ASN1953 HB2 ASN1953 -12.936 -0.139 6.015 506 HB3 ASN1953 HB1 ASN1953 -13.239 -1.849 5.732 507 HD21 ASN1953 HD21 ASN1953 -10.201 -0.223 4.895 508 HD22 ASN1953 HD22 ASN1953 -9.258 -1.075 6.052 509 H ALA1954 HN ALA1954 -10.796 -0.898 2.163 510 HA ALA1954 HA ALA1954 -11.317 -3.640 1.440 511 HB1 ALA1954 HB1 ALA1954 -10.949 -1.951 -0.296 512 HB2 ALA1954 HB2 ALA1954 -9.757 -3.249 -0.394 513 HB3 ALA1954 HB3 ALA1954 -9.311 -1.693 0.306 514 H GLY1955 HN GLY1955 -8.944 -1.866 3.249 515 HA2 GLY1955 HA2 GLY1955 -7.629 -4.394 3.874 516 HA3 GLY1955 HA1 GLY1955 -6.639 -3.094 3.231 517 H LYS1956 HN LYS1956 -7.330 -4.581 5.942 518 HA LYS1956 HA LYS1956 -7.783 -2.461 7.793 519 HB2 LYS1956 HB2 LYS1956 -7.382 -4.114 9.472 520 HB3 LYS1956 HB1 LYS1956 -8.260 -4.916 8.179 521 HG2 LYS1956 HG2 LYS1956 -6.046 -5.760 7.328 522 HG3 LYS1956 HG1 LYS1956 -5.316 -5.114 8.787 523 HD2 LYS1956 HD2 LYS1956 -7.444 -7.260 8.658 524 HD3 LYS1956 HD1 LYS1956 -5.733 -7.533 8.938 525 HE2 LYS1956 HE2 LYS1956 -6.735 -7.679 11.056 526 HE3 LYS1956 HE1 LYS1956 -6.014 -6.076 11.013 527 HZ1 LYS1956 HZ1 LYS1956 -8.195 -5.100 10.675 528 HZ2 LYS1956 HZ2 LYS1956 -8.273 -6.168 11.961 529 HZ3 LYS1956 HZ3 LYS1956 -8.866 -6.633 10.435 530 H LEU1957 HN LEU1957 -6.178 -1.707 9.323 531 HA LEU1957 HA LEU1957 -3.743 -1.034 8.107 532 HB2 LEU1957 HB2 LEU1957 -4.810 0.402 9.791 533 HB3 LEU1957 HB1 LEU1957 -4.563 -0.818 11.014 534 HG LEU1957 HG LEU1957 -3.024 1.230 11.065 535 HD11 LEU1957 HD11 LEU1957 -1.697 -1.471 10.943 536 HD12 LEU1957 HD12 LEU1957 -2.479 -0.758 12.357 537 HD13 LEU1957 HD13 LEU1957 -1.025 -0.020 11.685 538 HD21 LEU1957 HD21 LEU1957 -1.786 -0.192 8.718 539 HD22 LEU1957 HD22 LEU1957 -1.077 1.171 9.589 540 HD23 LEU1957 HD23 LEU1957 -2.579 1.383 8.692 541 H SER1958 HN SER1958 -2.114 -2.206 7.752 542 HA SER1958 HA SER1958 -1.299 -4.271 9.655 543 HB2 SER1958 HB2 SER1958 -0.963 -4.340 6.639 544 HB3 SER1958 HB1 SER1958 -0.625 -5.643 7.782 545 HG SER1958 HG SER1958 -3.198 -4.506 7.407 546 H LYS1959 HN LYS1959 0.647 -3.755 10.439 547 HA LYS1959 HA LYS1959 2.220 -1.754 8.970 548 HB2 LYS1959 HB2 LYS1959 1.325 -0.970 11.119 549 HB3 LYS1959 HB1 LYS1959 2.150 -2.272 11.967 550 HG2 LYS1959 HG2 LYS1959 4.302 -1.250 11.299 551 HG3 LYS1959 HG1 LYS1959 3.419 0.028 10.480 552 HD2 LYS1959 HD2 LYS1959 3.166 -0.575 13.440 553 HD3 LYS1959 HD1 LYS1959 4.216 0.672 12.767 554 HE2 LYS1959 HE2 LYS1959 2.284 1.843 11.854 555 HE3 LYS1959 HE1 LYS1959 1.212 0.565 12.412 556 HZ1 LYS1959 HZ1 LYS1959 1.838 1.118 14.688 557 HZ2 LYS1959 HZ2 LYS1959 1.075 2.369 13.903 558 HZ3 LYS1959 HZ3 LYS1959 2.734 2.470 14.181 559 H THR1960 HN THR1960 2.810 -3.834 7.827 560 HA THR1960 HA THR1960 5.348 -4.641 8.846 561 HB THR1960 HB THR1960 3.814 -6.374 9.789 562 HG1 THR1960 HG1 THR1960 6.005 -6.811 8.934 563 HG21 THR1960 HG21 THR1960 3.197 -6.988 6.887 564 HG22 THR1960 HG22 THR1960 2.063 -6.327 8.064 565 HG23 THR1960 HG23 THR1960 2.689 -7.962 8.269 566 H LEU1961 HN LEU1961 6.631 -5.611 7.178 567 HA LEU1961 HA LEU1961 5.683 -5.304 4.456 568 HB2 LEU1961 HB2 LEU1961 8.105 -4.066 5.720 569 HB3 LEU1961 HB1 LEU1961 8.137 -4.493 4.032 570 HG LEU1961 HG LEU1961 6.267 -2.513 5.335 571 HD11 LEU1961 HD11 LEU1961 8.561 -1.715 5.179 572 HD12 LEU1961 HD12 LEU1961 7.526 -0.870 4.026 573 HD13 LEU1961 HD13 LEU1961 8.608 -2.147 3.469 574 HD21 LEU1961 HD21 LEU1961 5.207 -3.666 3.459 575 HD22 LEU1961 HD22 LEU1961 6.591 -3.286 2.435 576 HD23 LEU1961 HD23 LEU1961 5.566 -1.988 3.052 577 H THR1962 HN THR1962 6.765 -6.777 3.046 578 HA THR1962 HA THR1962 8.645 -8.562 4.281 579 HB THR1962 HB THR1962 6.713 -9.630 4.997 580 HG1 THR1962 HG1 THR1962 6.712 -11.238 2.802 581 HG21 THR1962 HG21 THR1962 5.470 -9.205 2.283 582 HG22 THR1962 HG22 THR1962 5.076 -8.399 3.811 583 HG23 THR1962 HG23 THR1962 4.732 -10.122 3.615 584 H TYR1963 HN TYR1963 9.833 -9.753 2.732 585 HA TYR1963 HA TYR1963 9.488 -8.668 0.057 586 HB2 TYR1963 HB2 TYR1963 11.854 -9.261 -0.406 587 HB3 TYR1963 HB1 TYR1963 11.726 -8.171 0.959 588 HD1 TYR1963 HD2 TYR1963 11.878 -9.262 3.327 589 HD2 TYR1963 HD1 TYR1963 13.066 -11.227 -0.245 590 HE1 TYR1963 HE2 TYR1963 13.266 -10.813 4.647 591 HE2 TYR1963 HE1 TYR1963 14.441 -12.779 1.054 592 HH TYR1963 HH TYR1963 15.598 -12.727 3.196 593 H GLU1964 HN GLU1964 8.723 -9.867 -1.419 594 HA GLU1964 HA GLU1964 8.967 -12.774 -1.279 595 HB2 GLU1964 HB2 GLU1964 6.806 -12.118 -0.224 596 HB3 GLU1964 HB1 GLU1964 6.386 -11.239 -1.682 597 HG2 GLU1964 HG2 GLU1964 6.407 -13.358 -2.930 598 HG3 GLU1964 HG1 GLU1964 6.761 -14.215 -1.429 599 H ASP1965 HN ASP1965 9.191 -13.609 -3.328 600 HA ASP1965 HA ASP1965 9.608 -13.686 -5.567 601 HB2 ASP1965 HB2 ASP1965 7.799 -11.234 -5.759 602 HB3 ASP1965 HB1 ASP1965 8.386 -12.155 -7.129 603 H GLN1966 HN GLN1966 11.072 -11.973 -3.604 604 HA GLN1966 HA GLN1966 12.770 -10.547 -3.410 605 HB2 GLN1966 HB2 GLN1966 13.070 -10.969 -6.389 606 HB3 GLN1966 HB1 GLN1966 14.277 -10.211 -5.357 607 HG2 GLN1966 HG2 GLN1966 14.477 -12.275 -4.072 608 HG3 GLN1966 HG1 GLN1966 13.273 -13.036 -5.109 609 HE21 GLN1966 HE21 GLN1966 13.819 -13.538 -7.230 610 HE22 GLN1966 HE22 GLN1966 15.460 -13.639 -7.742 611 H VAL1967 HN VAL1967 10.094 -9.595 -3.967 612 HA VAL1967 HA VAL1967 10.688 -6.817 -4.741 613 HB VAL1967 HB VAL1967 8.041 -8.328 -4.994 614 HG11 VAL1967 HG11 VAL1967 8.776 -5.587 -5.989 615 HG12 VAL1967 HG12 VAL1967 7.725 -5.969 -4.622 616 HG13 VAL1967 HG13 VAL1967 7.240 -6.420 -6.255 617 HG21 VAL1967 HG21 VAL1967 9.598 -9.186 -6.647 618 HG22 VAL1967 HG22 VAL1967 9.939 -7.547 -7.203 619 HG23 VAL1967 HG23 VAL1967 8.329 -8.238 -7.423 620 H LEU1968 HN LEU1968 9.542 -5.268 -3.332 621 HA LEU1968 HA LEU1968 9.183 -6.346 -0.680 622 HB2 LEU1968 HB2 LEU1968 10.389 -4.223 -1.025 623 HB3 LEU1968 HB1 LEU1968 8.965 -3.532 -1.769 624 HG LEU1968 HG LEU1968 7.782 -3.619 0.370 625 HD11 LEU1968 HD11 LEU1968 8.966 -4.214 2.416 626 HD12 LEU1968 HD12 LEU1968 10.379 -4.692 1.473 627 HD13 LEU1968 HD13 LEU1968 8.868 -5.590 1.322 628 HD21 LEU1968 HD21 LEU1968 9.064 -1.646 -0.223 629 HD22 LEU1968 HD22 LEU1968 10.501 -2.343 0.519 630 HD23 LEU1968 HD23 LEU1968 9.109 -1.917 1.521 631 H LYS1969 HN LYS1969 7.262 -7.063 -0.068 632 HA LYS1969 HA LYS1969 4.933 -6.066 -1.553 633 HB2 LYS1969 HB2 LYS1969 5.440 -8.922 -0.741 634 HB3 LYS1969 HB1 LYS1969 3.976 -8.341 -1.522 635 HG2 LYS1969 HG2 LYS1969 5.310 -7.661 -3.492 636 HG3 LYS1969 HG1 LYS1969 6.756 -8.288 -2.712 637 HD2 LYS1969 HD2 LYS1969 6.062 -9.947 -4.240 638 HD3 LYS1969 HD1 LYS1969 5.592 -10.531 -2.649 639 HE2 LYS1969 HE2 LYS1969 3.299 -9.746 -3.069 640 HE3 LYS1969 HE1 LYS1969 3.812 -9.200 -4.673 641 HZ1 LYS1969 HZ1 LYS1969 3.696 -11.994 -3.665 642 HZ2 LYS1969 HZ2 LYS1969 4.506 -11.594 -5.057 643 HZ3 LYS1969 HZ3 LYS1969 2.830 -11.329 -4.972 644 H LEU1970 HN LEU1970 2.911 -6.280 -0.539 645 HA LEU1970 HA LEU1970 2.733 -6.873 2.284 646 HB2 LEU1970 HB2 LEU1970 3.445 -4.351 1.720 647 HB3 LEU1970 HB1 LEU1970 1.747 -4.192 1.354 648 HG LEU1970 HG LEU1970 2.914 -4.954 4.033 649 HD11 LEU1970 HD11 LEU1970 1.679 -2.391 3.085 650 HD12 LEU1970 HD12 LEU1970 3.379 -2.670 3.458 651 HD13 LEU1970 HD13 LEU1970 2.172 -2.744 4.741 652 HD21 LEU1970 HD21 LEU1970 0.651 -4.632 4.919 653 HD22 LEU1970 HD22 LEU1970 0.684 -5.932 3.723 654 HD23 LEU1970 HD23 LEU1970 0.049 -4.346 3.286 655 H VAL1971 HN VAL1971 0.569 -7.483 2.705 656 HA VAL1971 HA VAL1971 -1.350 -7.251 0.478 657 HB VAL1971 HB VAL1971 -2.308 -9.466 1.265 658 HG11 VAL1971 HG11 VAL1971 -0.630 -10.821 0.101 659 HG12 VAL1971 HG12 VAL1971 0.521 -9.487 0.219 660 HG13 VAL1971 HG13 VAL1971 -0.944 -9.304 -0.743 661 HG21 VAL1971 HG21 VAL1971 0.337 -9.680 2.724 662 HG22 VAL1971 HG22 VAL1971 -0.831 -10.985 2.515 663 HG23 VAL1971 HG23 VAL1971 -1.252 -9.572 3.483 664 H TYR1972 HN TYR1972 -2.591 -5.676 1.058 665 HA TYR1972 HA TYR1972 -3.588 -5.548 3.790 666 HB2 TYR1972 HB2 TYR1972 -3.759 -3.611 1.480 667 HB3 TYR1972 HB1 TYR1972 -4.828 -3.457 2.861 668 HD1 TYR1972 HD2 TYR1972 -3.617 -3.425 5.172 669 HD2 TYR1972 HD1 TYR1972 -1.723 -2.447 1.512 670 HE1 TYR1972 HE2 TYR1972 -1.944 -2.134 6.399 671 HE2 TYR1972 HE1 TYR1972 -0.030 -1.135 2.732 672 HH TYR1972 HH TYR1972 0.331 -1.400 6.101 673 H GLU1973 HN GLU1973 -5.389 -6.471 4.374 674 HA GLU1973 HA GLU1973 -7.615 -6.754 2.532 675 HB2 GLU1973 HB2 GLU1973 -7.821 -9.138 3.083 676 HB3 GLU1973 HB1 GLU1973 -6.330 -8.800 2.221 677 HG2 GLU1973 HG2 GLU1973 -5.086 -8.882 4.324 678 HG3 GLU1973 HG1 GLU1973 -6.583 -9.201 5.197 679 H ASP1974 HN ASP1974 -9.444 -7.836 3.860 680 HA ASP1974 HA ASP1974 -10.722 -8.231 5.642 681 HB2 ASP1974 HB2 ASP1974 -8.880 -9.115 6.931 682 HB3 ASP1974 HB1 ASP1974 -8.345 -7.494 7.359 683 H GLY1975 HN GLY1975 -12.372 -7.111 5.929 684 HA2 GLY1975 HA2 GLY1975 -12.834 -5.065 7.581 685 HA3 GLY1975 HA1 GLY1975 -12.265 -4.250 6.121 686 H ASP1976 HN ASP1976 -13.424 -4.350 4.288 687 HA ASP1976 HA ASP1976 -16.120 -5.486 4.488 688 HB2 ASP1976 HB2 ASP1976 -15.238 -2.981 3.007 689 HB3 ASP1976 HB1 ASP1976 -16.834 -3.695 2.905 690 HA PRO1977 HA PRO1977 -14.735 -7.317 0.648 691 HB2 PRO1977 HB2 PRO1977 -17.240 -8.470 0.080 692 HB3 PRO1977 HB1 PRO1977 -15.936 -9.227 0.997 693 HG2 PRO1977 HG2 PRO1977 -18.458 -8.425 1.988 694 HG3 PRO1977 HG1 PRO1977 -17.066 -8.962 2.940 695 HD2 PRO1977 HD2 PRO1977 -18.030 -6.206 2.381 696 HD3 PRO1977 HD1 PRO1977 -17.159 -6.835 3.797 697 H CYS1978 HN CYS1978 -15.965 -7.586 -1.661 698 HA CYS1978 HA CYS1978 -16.365 -4.916 -2.578 699 HB2 CYS1978 HB2 CYS1978 -16.735 -7.539 -4.029 700 HB3 CYS1978 HB1 CYS1978 -16.525 -5.949 -4.759 701 HA PRO1979 HA PRO1979 -20.840 -4.819 -2.472 702 HB2 PRO1979 HB2 PRO1979 -20.771 -3.541 -5.133 703 HB3 PRO1979 HB1 PRO1979 -21.419 -2.945 -3.599 704 HG2 PRO1979 HG2 PRO1979 -19.165 -1.928 -4.646 705 HG3 PRO1979 HG1 PRO1979 -19.361 -2.135 -2.894 706 HD2 PRO1979 HD2 PRO1979 -17.869 -3.842 -4.851 707 HD3 PRO1979 HD1 PRO1979 -17.403 -3.337 -3.211 708 H THR1980 HN THR1980 -19.246 -5.678 -5.521 709 HA THR1980 HA THR1980 -21.312 -7.018 -6.786 710 HB THR1980 HB THR1980 -18.432 -7.795 -7.032 711 HG1 THR1980 HG1 THR1980 -18.090 -5.849 -8.147 712 HG21 THR1980 HG21 THR1980 -20.136 -8.764 -8.538 713 HG22 THR1980 HG22 THR1980 -19.009 -7.736 -9.424 714 HG23 THR1980 HG23 THR1980 -20.620 -7.140 -9.025 715 H ASP1981 HN ASP1981 -18.594 -8.161 -4.865 716 HA ASP1981 HA ASP1981 -20.007 -10.650 -4.306 717 HB2 ASP1981 HB2 ASP1981 -17.197 -10.373 -5.355 718 HB3 ASP1981 HB1 ASP1981 -17.631 -11.737 -4.338 719 H LEU1982 HN LEU1982 -20.459 -10.467 -2.323 720 HA LEU1982 HA LEU1982 -18.538 -9.349 -0.411 721 HB2 LEU1982 HB2 LEU1982 -21.350 -10.329 0.126 722 HB3 LEU1982 HB1 LEU1982 -20.345 -9.387 1.198 723 HG LEU1982 HG LEU1982 -20.544 -7.565 -0.648 724 HD11 LEU1982 HD11 LEU1982 -22.805 -7.665 -1.749 725 HD12 LEU1982 HD12 LEU1982 -22.766 -9.414 -1.415 726 HD13 LEU1982 HD13 LEU1982 -21.533 -8.667 -2.417 727 HD21 LEU1982 HD21 LEU1982 -22.873 -8.298 1.122 728 HD22 LEU1982 HD22 LEU1982 -22.602 -6.716 0.391 729 HD23 LEU1982 HD23 LEU1982 -21.467 -7.339 1.589 730 H LYS1983 HN LYS1983 -19.544 -12.093 -1.821 731 HA LYS1983 HA LYS1983 -19.734 -13.977 0.241 732 HB2 LYS1983 HB2 LYS1983 -19.890 -15.592 -1.488 733 HB3 LYS1983 HB1 LYS1983 -20.692 -14.101 -2.002 734 HG2 LYS1983 HG2 LYS1983 -18.865 -13.497 -3.377 735 HG3 LYS1983 HG1 LYS1983 -17.919 -14.862 -2.784 736 HD2 LYS1983 HD2 LYS1983 -18.774 -15.431 -4.974 737 HD3 LYS1983 HD1 LYS1983 -19.621 -16.396 -3.768 738 HE2 LYS1983 HE2 LYS1983 -21.536 -14.906 -3.887 739 HE3 LYS1983 HE1 LYS1983 -20.673 -13.855 -5.011 740 HZ1 LYS1983 HZ1 LYS1983 -20.565 -15.747 -6.559 741 HZ2 LYS1983 HZ2 LYS1983 -22.145 -15.274 -6.243 742 HZ3 LYS1983 HZ3 LYS1983 -21.528 -16.661 -5.525 743 H MET1984 HN MET1984 -16.895 -12.524 -1.163 744 HA MET1984 HA MET1984 -15.205 -14.162 0.329 745 HB2 MET1984 HB2 MET1984 -13.948 -15.111 -1.496 746 HB3 MET1984 HB1 MET1984 -15.627 -15.597 -1.723 747 HG2 MET1984 HG2 MET1984 -15.963 -13.958 -3.384 748 HG3 MET1984 HG1 MET1984 -14.414 -13.210 -3.045 749 HE1 MET1984 HE1 MET1984 -13.520 -13.077 -5.072 750 HE2 MET1984 HE2 MET1984 -15.081 -13.478 -5.781 751 HE3 MET1984 HE3 MET1984 -13.581 -14.185 -6.451 752 H LYS1985 HN LYS1985 -13.340 -13.235 0.330 753 HA LYS1985 HA LYS1985 -12.759 -10.896 -1.268 754 HB2 LYS1985 HB2 LYS1985 -11.695 -9.791 0.856 755 HB3 LYS1985 HB1 LYS1985 -13.416 -9.643 0.584 756 HG2 LYS1985 HG2 LYS1985 -12.993 -10.045 2.922 757 HG3 LYS1985 HG1 LYS1985 -13.807 -11.438 2.235 758 HD2 LYS1985 HD2 LYS1985 -12.090 -12.170 3.751 759 HD3 LYS1985 HD1 LYS1985 -11.626 -12.596 2.108 760 HE2 LYS1985 HE2 LYS1985 -10.122 -10.655 2.036 761 HE3 LYS1985 HE1 LYS1985 -10.601 -10.227 3.681 762 HZ1 LYS1985 HZ1 LYS1985 -9.319 -12.781 2.901 763 HZ2 LYS1985 HZ2 LYS1985 -9.704 -12.317 4.460 764 HZ3 LYS1985 HZ3 LYS1985 -8.476 -11.514 3.627 765 H HIS1986 HN HIS1986 -10.408 -10.386 -1.420 766 HA HIS1986 HA HIS1986 -8.849 -12.654 -0.450 767 HB2 HIS1986 HB2 HIS1986 -8.394 -11.194 -3.077 768 HB3 HIS1986 HB1 HIS1986 -7.230 -12.301 -2.367 769 HD1 HIS1986 HD1 HIS1986 -9.043 -12.477 -5.122 770 HD2 HIS1986 HD2 HIS1986 -9.329 -14.752 -1.662 771 HE1 HIS1986 HE1 HIS1986 -10.146 -14.618 -5.806 772 HE2 HIS1986 HE2 HIS1986 -9.958 -16.072 -3.764 773 H LYS1987 HN LYS1987 -7.347 -9.862 -2.006 774 HA LYS1987 HA LYS1987 -7.069 -8.280 0.229 775 HB2 LYS1987 HB2 LYS1987 -4.638 -8.519 0.598 776 HB3 LYS1987 HB1 LYS1987 -5.486 -9.975 1.067 777 HG2 LYS1987 HG2 LYS1987 -4.277 -9.814 -1.657 778 HG3 LYS1987 HG1 LYS1987 -3.232 -10.083 -0.263 779 HD2 LYS1987 HD2 LYS1987 -5.635 -11.770 -0.965 780 HD3 LYS1987 HD1 LYS1987 -3.963 -12.181 -1.371 781 HE2 LYS1987 HE2 LYS1987 -3.391 -12.143 1.014 782 HE3 LYS1987 HE1 LYS1987 -5.064 -11.765 1.403 783 HZ1 LYS1987 HZ1 LYS1987 -4.183 -14.235 0.009 784 HZ2 LYS1987 HZ2 LYS1987 -5.744 -13.893 0.566 785 HZ3 LYS1987 HZ3 LYS1987 -4.476 -14.094 1.674 786 H SER1988 HN SER1988 -5.493 -6.590 -0.314 787 HA SER1988 HA SER1988 -5.327 -6.257 -3.189 788 HB2 SER1988 HB2 SER1988 -5.034 -4.279 -0.919 789 HB3 SER1988 HB1 SER1988 -5.049 -3.891 -2.658 790 HG SER1988 HG SER1988 -7.140 -4.854 -1.027 791 H TYR1989 HN TYR1989 -3.405 -6.632 -4.042 792 HA TYR1989 HA TYR1989 -1.157 -7.206 -2.329 793 HB2 TYR1989 HB2 TYR1989 -1.578 -7.498 -5.304 794 HB3 TYR1989 HB1 TYR1989 -0.069 -7.885 -4.494 795 HD1 TYR1989 HD2 TYR1989 0.032 -9.856 -2.970 796 HD2 TYR1989 HD1 TYR1989 -3.458 -8.952 -5.217 797 HE1 TYR1989 HE2 TYR1989 -0.824 -12.127 -2.549 798 HE2 TYR1989 HE1 TYR1989 -4.324 -11.212 -4.801 799 HH TYR1989 HH TYR1989 -3.076 -13.280 -2.471 800 H PHE1990 HN PHE1990 0.320 -5.802 -1.897 801 HA PHE1990 HA PHE1990 0.653 -3.480 -3.628 802 HB2 PHE1990 HB2 PHE1990 1.268 -3.943 -0.708 803 HB3 PHE1990 HB1 PHE1990 1.894 -2.563 -1.600 804 HD1 PHE1990 HD1 PHE1990 -1.284 -4.285 -0.782 805 HD2 PHE1990 HD2 PHE1990 0.654 -0.609 -1.652 806 HE1 PHE1990 HE1 PHE1990 -3.357 -3.076 -0.284 807 HE2 PHE1990 HE2 PHE1990 -1.417 0.608 -1.158 808 HZ PHE1990 HZ PHE1990 -3.419 -0.584 -0.557 809 H SER1991 HN SER1991 2.179 -3.749 -4.969 810 HA SER1991 HA SER1991 4.488 -5.404 -4.261 811 HB2 SER1991 HB2 SER1991 3.001 -6.048 -6.229 812 HB3 SER1991 HB1 SER1991 3.556 -4.578 -7.022 813 HG SER1991 HG SER1991 4.704 -6.976 -6.770 814 H PHE1992 HN PHE1992 5.913 -4.005 -3.396 815 HA PHE1992 HA PHE1992 6.279 -1.376 -4.549 816 HB2 PHE1992 HB2 PHE1992 7.519 -2.631 -2.085 817 HB3 PHE1992 HB1 PHE1992 7.693 -0.952 -2.587 818 HD1 PHE1992 HD2 PHE1992 5.714 0.529 -2.553 819 HD2 PHE1992 HD1 PHE1992 5.641 -3.363 -0.862 820 HE1 PHE1992 HE2 PHE1992 3.700 1.131 -1.288 821 HE2 PHE1992 HE1 PHE1992 3.623 -2.779 0.417 822 HZ PHE1992 HZ PHE1992 2.645 -0.527 0.206 823 H VAL1993 HN VAL1993 7.503 -1.336 -6.165 824 HA VAL1993 HA VAL1993 9.882 -3.015 -6.244 825 HB VAL1993 HB VAL1993 8.484 -4.013 -7.863 826 HG11 VAL1993 HG11 VAL1993 6.721 -2.349 -7.875 827 HG12 VAL1993 HG12 VAL1993 7.188 -2.760 -9.527 828 HG13 VAL1993 HG13 VAL1993 7.737 -1.248 -8.801 829 HG21 VAL1993 HG21 VAL1993 10.040 -1.941 -9.358 830 HG22 VAL1993 HG22 VAL1993 9.442 -3.454 -10.039 831 HG23 VAL1993 HG23 VAL1993 10.701 -3.476 -8.786 832 H CYS1994 HN CYS1994 11.744 -1.959 -6.436 833 HA CYS1994 HA CYS1994 11.803 0.825 -6.604 834 HB2 CYS1994 HB2 CYS1994 14.271 0.363 -6.768 835 HB3 CYS1994 HB1 CYS1994 13.427 -0.247 -5.343 836 H LYS1995 HN LYS1995 11.901 2.100 -8.263 837 HA LYS1995 HA LYS1995 12.936 1.182 -10.814 838 HB2 LYS1995 HB2 LYS1995 10.401 1.034 -10.799 839 HB3 LYS1995 HB1 LYS1995 10.365 2.758 -10.463 840 HG2 LYS1995 HG2 LYS1995 11.496 3.187 -12.590 841 HG3 LYS1995 HG1 LYS1995 11.514 1.457 -12.927 842 HD2 LYS1995 HD2 LYS1995 9.029 1.476 -12.767 843 HD3 LYS1995 HD1 LYS1995 9.102 3.225 -12.609 844 HE2 LYS1995 HE2 LYS1995 8.645 2.683 -14.923 845 HE3 LYS1995 HE1 LYS1995 10.274 3.341 -14.803 846 HZ1 LYS1995 HZ1 LYS1995 10.238 1.422 -16.254 847 HZ2 LYS1995 HZ2 LYS1995 9.532 0.474 -15.057 848 HZ3 LYS1995 HZ3 LYS1995 11.127 1.015 -14.875 849 H SER1996 HN SER1996 14.401 2.710 -11.436 850 HA SER1996 HA SER1996 14.992 4.871 -9.802 851 HB2 SER1996 HB2 SER1996 15.804 4.402 -12.674 852 HB3 SER1996 HB1 SER1996 16.651 5.408 -11.491 853 HG SER1996 HG SER1996 16.465 3.244 -10.231 854 H ASP1997 HN ASP1997 13.031 4.621 -12.677 855 HA ASP1997 HA ASP1997 12.485 7.369 -13.110 856 HB2 ASP1997 HB2 ASP1997 10.703 4.964 -13.560 857 HB3 ASP1997 HB1 ASP1997 10.258 6.594 -14.029 858 H ALA1998 HN ALA1998 10.491 4.970 -11.491 859 HA ALA1998 HA ALA1998 9.170 4.916 -9.718 860 HB1 ALA1998 HB1 ALA1998 10.434 7.505 -8.865 861 HB2 ALA1998 HB2 ALA1998 11.094 5.892 -8.595 862 HB3 ALA1998 HB3 ALA1998 9.563 6.352 -7.834 863 H GLY1999 HN GLY1999 9.206 8.048 -11.262 864 HA2 GLY1999 HA2 GLY1999 7.391 8.864 -12.384 865 HA3 GLY1999 HA1 GLY1999 6.333 7.927 -11.329 866 H ASP2000 HN ASP2000 8.196 10.856 -11.659 867 HA ASP2000 HA ASP2000 8.031 12.909 -10.727 868 HB2 ASP2000 HB2 ASP2000 5.672 12.923 -10.734 869 HB3 ASP2000 HB1 ASP2000 5.571 11.716 -9.461 870 H ASP2001 HN ASP2001 7.349 10.622 -8.248 871 HA ASP2001 HA ASP2001 9.760 11.409 -6.750 872 HB2 ASP2001 HB2 ASP2001 8.056 12.585 -5.513 873 HB3 ASP2001 HB1 ASP2001 6.934 11.240 -5.660 874 H SER2002 HN SER2002 6.934 9.426 -6.636 875 HA SER2002 HA SER2002 7.821 7.073 -7.536 876 HB2 SER2002 HB2 SER2002 8.082 5.738 -5.424 877 HB3 SER2002 HB1 SER2002 9.337 6.946 -5.585 878 HG SER2002 HG SER2002 7.922 8.312 -4.226 879 H GLN2003 HN GLN2003 5.873 6.342 -8.161 880 HA GLN2003 HA GLN2003 3.633 7.282 -6.523 881 HB2 GLN2003 HB2 GLN2003 2.292 7.555 -8.511 882 HB3 GLN2003 HB1 GLN2003 3.746 8.532 -8.578 883 HG2 GLN2003 HG2 GLN2003 4.740 7.044 -10.157 884 HG3 GLN2003 HG1 GLN2003 3.411 5.894 -9.975 885 HE21 GLN2003 HE21 GLN2003 1.424 6.370 -10.849 886 HE22 GLN2003 HE22 GLN2003 1.182 7.615 -12.007 887 HA PRO2004 HA PRO2004 1.977 3.197 -6.531 888 HB2 PRO2004 HB2 PRO2004 -0.700 4.052 -6.128 889 HB3 PRO2004 HB1 PRO2004 0.466 3.615 -4.878 890 HG2 PRO2004 HG2 PRO2004 -0.577 6.207 -5.290 891 HG3 PRO2004 HG1 PRO2004 0.840 5.767 -4.340 892 HD2 PRO2004 HD2 PRO2004 0.702 6.850 -7.095 893 HD3 PRO2004 HD1 PRO2004 1.922 7.103 -5.831 894 H VAL2005 HN VAL2005 2.063 2.436 -8.638 895 HA VAL2005 HA VAL2005 0.013 3.359 -10.484 896 HB VAL2005 HB VAL2005 2.321 1.427 -10.945 897 HG11 VAL2005 HG11 VAL2005 0.458 1.016 -12.468 898 HG12 VAL2005 HG12 VAL2005 1.826 1.715 -13.334 899 HG13 VAL2005 HG13 VAL2005 0.438 2.720 -12.921 900 HG21 VAL2005 HG21 VAL2005 3.127 3.686 -10.503 901 HG22 VAL2005 HG22 VAL2005 2.043 4.327 -11.735 902 HG23 VAL2005 HG23 VAL2005 3.369 3.261 -12.197 903 H PHE2006 HN PHE2006 -1.840 2.410 -10.049 904 HA PHE2006 HA PHE2006 -1.784 -0.328 -9.173 905 HB2 PHE2006 HB2 PHE2006 -4.176 -0.132 -8.736 906 HB3 PHE2006 HB1 PHE2006 -3.304 1.177 -7.967 907 HD1 PHE2006 HD2 PHE2006 -3.431 3.479 -9.031 908 HD2 PHE2006 HD1 PHE2006 -5.930 0.240 -10.206 909 HE1 PHE2006 HE2 PHE2006 -5.019 5.067 -10.027 910 HE2 PHE2006 HE1 PHE2006 -7.521 1.822 -11.203 911 HZ PHE2006 HZ PHE2006 -7.068 4.238 -11.114 912 H LEU2007 HN LEU2007 -2.377 -1.981 -10.288 913 HA LEU2007 HA LEU2007 -2.480 -1.734 -13.122 914 HB2 LEU2007 HB2 LEU2007 -2.923 -4.103 -11.282 915 HB3 LEU2007 HB1 LEU2007 -3.004 -4.229 -13.023 916 HG LEU2007 HG LEU2007 -0.598 -3.575 -13.152 917 HD11 LEU2007 HD11 LEU2007 -0.361 -2.334 -11.080 918 HD12 LEU2007 HD12 LEU2007 0.805 -3.657 -11.155 919 HD13 LEU2007 HD13 LEU2007 -0.632 -3.807 -10.147 920 HD21 LEU2007 HD21 LEU2007 -1.219 -5.968 -11.446 921 HD22 LEU2007 HD22 LEU2007 0.291 -5.688 -12.311 922 HD23 LEU2007 HD23 LEU2007 -1.215 -5.908 -13.211 923 H SER2008 HN SER2008 -4.746 -2.875 -10.654 924 HA SER2008 HA SER2008 -6.834 -1.273 -11.481 925 HB2 SER2008 HB2 SER2008 -8.377 -3.115 -12.317 926 HB3 SER2008 HB1 SER2008 -7.090 -2.662 -13.434 927 HG SER2008 HG SER2008 -7.658 -5.046 -12.449 928 H PHE2009 HN PHE2009 -8.620 -1.469 -10.107 929 HA PHE2009 HA PHE2009 -8.243 -3.175 -7.773 930 HB2 PHE2009 HB2 PHE2009 -8.877 -0.768 -7.415 931 HB3 PHE2009 HB1 PHE2009 -10.318 -1.020 -8.394 932 HD1 PHE2009 HD2 PHE2009 -12.209 -2.346 -7.509 933 HD2 PHE2009 HD1 PHE2009 -8.763 -1.531 -5.151 934 HE1 PHE2009 HE2 PHE2009 -13.434 -3.031 -5.481 935 HE2 PHE2009 HE1 PHE2009 -9.991 -2.211 -3.128 936 HZ PHE2009 HZ PHE2009 -12.325 -2.962 -3.297 937 H ASP2010 HN ASP2010 -9.197 -5.171 -7.969 938 HA ASP2010 HA ASP2010 -11.290 -5.394 -9.996 939 HB2 ASP2010 HB2 ASP2010 -9.258 -6.916 -10.023 940 HB3 ASP2010 HB1 ASP2010 -9.898 -7.642 -8.555 941 H GLU2011 HN GLU2011 -13.195 -4.977 -9.150 942 HA GLU2011 HA GLU2011 -13.749 -5.706 -6.412 943 HB2 GLU2011 HB2 GLU2011 -15.868 -4.485 -6.697 944 HB3 GLU2011 HB1 GLU2011 -14.490 -3.496 -7.127 945 HG2 GLU2011 HG2 GLU2011 -16.139 -4.933 -9.188 946 HG3 GLU2011 HG1 GLU2011 -16.569 -3.342 -8.581 947 H GLN2012 HN GLN2012 -13.685 -7.439 -9.086 948 HA GLN2012 HA GLN2012 -16.280 -8.713 -8.784 949 HB2 GLN2012 HB2 GLN2012 -15.281 -8.205 -11.048 950 HB3 GLN2012 HB1 GLN2012 -14.033 -9.390 -10.695 951 HG2 GLN2012 HG2 GLN2012 -15.668 -10.437 -12.054 952 HG3 GLN2012 HG1 GLN2012 -15.832 -11.089 -10.423 953 HE21 GLN2012 HE21 GLN2012 -17.923 -11.643 -10.568 954 HE22 GLN2012 HE22 GLN2012 -19.228 -10.521 -10.756 955 H THR2013 HN THR2013 -12.852 -9.273 -8.273 956 HA THR2013 HA THR2013 -13.587 -11.704 -6.799 957 HB THR2013 HB THR2013 -12.216 -12.108 -8.872 958 HG1 THR2013 HG1 THR2013 -11.861 -13.750 -7.639 959 HG21 THR2013 HG21 THR2013 -9.818 -11.574 -8.830 960 HG22 THR2013 HG22 THR2013 -10.048 -10.690 -7.320 961 HG23 THR2013 HG23 THR2013 -10.806 -10.113 -8.805 962 H CYS2014 HN CYS2014 -12.913 -8.626 -6.198 963 HA CYS2014 HA CYS2014 -12.034 -7.388 -4.530 964 HB2 CYS2014 HB2 CYS2014 -12.327 -9.974 -2.987 965 HB3 CYS2014 HB1 CYS2014 -12.047 -8.397 -2.262 966 H THR2015 HN THR2015 -10.136 -7.840 -6.119 967 HA THR2015 HA THR2015 -7.811 -8.331 -4.434 968 HB THR2015 HB THR2015 -8.135 -9.614 -7.175 969 HG1 THR2015 HG1 THR2015 -9.322 -10.405 -5.172 970 HG21 THR2015 HG21 THR2015 -6.066 -10.806 -6.584 971 HG22 THR2015 HG22 THR2015 -6.008 -9.950 -5.042 972 HG23 THR2015 HG23 THR2015 -5.808 -9.062 -6.550 973 H SER2016 HN SER2016 -6.631 -6.633 -4.623 974 HA SER2016 HA SER2016 -6.917 -5.005 -7.044 975 HB2 SER2016 HB2 SER2016 -5.949 -4.071 -4.372 976 HB3 SER2016 HB1 SER2016 -6.667 -3.135 -5.686 977 HG SER2016 HG SER2016 -7.847 -4.255 -3.614 978 H TYR2017 HN TYR2017 -5.013 -4.346 -8.022 979 HA TYR2017 HA TYR2017 -2.554 -5.351 -6.773 980 HB2 TYR2017 HB2 TYR2017 -3.164 -5.010 -9.716 981 HB3 TYR2017 HB1 TYR2017 -1.576 -5.386 -9.063 982 HD1 TYR2017 HD2 TYR2017 -1.341 -7.573 -7.737 983 HD2 TYR2017 HD1 TYR2017 -4.672 -6.700 -10.227 984 HE1 TYR2017 HE2 TYR2017 -1.901 -9.960 -7.814 985 HE2 TYR2017 HE1 TYR2017 -5.249 -9.084 -10.304 986 HH TYR2017 HH TYR2017 -3.931 -11.345 -8.187 987 H PHE2018 HN PHE2018 -1.509 -3.735 -5.876 988 HA PHE2018 HA PHE2018 -1.430 -1.164 -7.295 989 HB2 PHE2018 HB2 PHE2018 -1.116 -1.719 -4.325 990 HB3 PHE2018 HB1 PHE2018 -0.972 -0.143 -5.087 991 HD1 PHE2018 HD2 PHE2018 -3.066 0.730 -6.311 992 HD2 PHE2018 HD1 PHE2018 -3.143 -2.438 -3.489 993 HE1 PHE2018 HE2 PHE2018 -5.470 1.106 -5.965 994 HE2 PHE2018 HE1 PHE2018 -5.544 -2.070 -3.133 995 HZ PHE2018 HZ PHE2018 -6.713 -0.293 -4.364 996 H SER2019 HN SER2019 0.557 -0.831 -8.168 997 HA SER2019 HA SER2019 2.758 -2.083 -6.754 998 HB2 SER2019 HB2 SER2019 2.280 -3.159 -8.939 999 HB3 SER2019 HB1 SER2019 2.559 -1.632 -9.759 1000 HG SER2019 HG SER2019 4.499 -2.657 -8.010 1001 H TRP2020 HN TRP2020 3.921 -0.640 -5.797 1002 HA TRP2020 HA TRP2020 3.851 2.108 -6.773 1003 HB2 TRP2020 HB2 TRP2020 3.195 1.623 -4.380 1004 HB3 TRP2020 HB1 TRP2020 4.829 1.037 -4.114 1005 HD1 TRP2020 HD1 TRP2020 6.675 3.219 -5.051 1006 HE1 TRP2020 HE1 TRP2020 6.621 5.637 -4.101 1007 HE3 TRP2020 HE3 TRP2020 1.951 3.311 -3.181 1008 HZ2 TRP2020 HZ2 TRP2020 4.882 7.314 -2.813 1009 HZ3 TRP2020 HZ3 TRP2020 1.177 5.375 -2.109 1010 HH2 TRP2020 HH2 TRP2020 2.607 7.328 -1.922 1011 H HIS2021 HN HIS2021 5.511 2.757 -7.848 1012 HA HIS2021 HA HIS2021 7.965 1.220 -7.886 1013 HB2 HIS2021 HB2 HIS2021 7.184 3.696 -9.476 1014 HB3 HIS2021 HB1 HIS2021 8.630 2.727 -9.734 1015 HD1 HIS2021 HD1 HIS2021 6.038 3.277 -11.739 1016 HD2 HIS2021 HD2 HIS2021 7.112 -0.219 -9.746 1017 HE1 HIS2021 HE1 HIS2021 4.965 1.400 -13.006 1018 HE2 HIS2021 HE2 HIS2021 5.768 -0.710 -11.868 1019 H THR2022 HN THR2022 8.961 1.613 -6.013 1020 HA THR2022 HA THR2022 9.456 4.417 -5.295 1021 HB THR2022 HB THR2022 7.950 3.670 -3.612 1022 HG1 THR2022 HG1 THR2022 9.187 4.583 -2.234 1023 HG21 THR2022 HG21 THR2022 9.688 1.217 -3.255 1024 HG22 THR2022 HG22 THR2022 8.088 1.249 -3.994 1025 HG23 THR2022 HG23 THR2022 8.272 1.625 -2.281 1026 H SER2023 HN SER2023 11.471 4.982 -4.540 1027 HA SER2023 HA SER2023 13.583 3.301 -5.367 1028 HB2 SER2023 HB2 SER2023 14.786 5.428 -4.446 1029 HB3 SER2023 HB1 SER2023 13.817 5.494 -5.930 1030 HG SER2023 HG SER2023 13.128 7.192 -4.676 1031 H LEU2024 HN LEU2024 11.784 3.565 -2.536 1032 HA LEU2024 HA LEU2024 13.962 2.981 -0.685 1033 HB2 LEU2024 HB2 LEU2024 10.967 3.222 -0.286 1034 HB3 LEU2024 HB1 LEU2024 12.057 2.758 0.989 1035 HG LEU2024 HG LEU2024 13.108 5.026 0.878 1036 HD11 LEU2024 HD11 LEU2024 12.004 6.816 -0.346 1037 HD12 LEU2024 HD12 LEU2024 10.898 5.651 -1.076 1038 HD13 LEU2024 HD13 LEU2024 12.618 5.586 -1.454 1039 HD21 LEU2024 HD21 LEU2024 10.125 4.986 1.260 1040 HD22 LEU2024 HD22 LEU2024 11.232 6.208 1.885 1041 HD23 LEU2024 HD23 LEU2024 11.340 4.545 2.459 1042 H ALA2025 HN ALA2025 12.246 1.292 -2.877 1043 HA ALA2025 HA ALA2025 11.462 -1.019 -1.380 1044 HB1 ALA2025 HB1 ALA2025 10.265 -0.307 -3.366 1045 HB2 ALA2025 HB2 ALA2025 10.829 -1.975 -3.515 1046 HB3 ALA2025 HB3 ALA2025 11.678 -0.667 -4.347 1047 H CYS2026 HN CYS2026 14.340 -0.259 -3.309 1048 HA CYS2026 HA CYS2026 15.481 -2.566 -2.142 1049 HB2 CYS2026 HB2 CYS2026 16.351 -3.612 -4.145 1050 HB3 CYS2026 HB1 CYS2026 14.624 -3.384 -4.370 1051 H GLU2027 HN GLU2027 18.079 -2.445 -3.394 1052 HA GLU2027 HA GLU2027 18.946 0.088 -2.276 1053 HB2 GLU2027 HB2 GLU2027 20.178 -2.094 -1.921 1054 HB3 GLU2027 HB1 GLU2027 20.588 -2.063 -3.628 1055 HG2 GLU2027 HG2 GLU2027 21.664 0.168 -3.227 1056 HG3 GLU2027 HG1 GLU2027 21.427 -0.114 -1.506 1057 H GLU2028 HN GLU2028 18.456 -1.534 -5.241 1058 HA GLU2028 HA GLU2028 18.162 -0.900 -7.311 1059 HB2 GLU2028 HB2 GLU2028 18.655 1.881 -6.313 1060 HB3 GLU2028 HB1 GLU2028 18.421 1.492 -8.006 1061 HG2 GLU2028 HG2 GLU2028 16.217 0.462 -7.301 1062 HG3 GLU2028 HG1 GLU2028 16.479 1.269 -5.748 1063 H GLU2029 HN GLU2029 19.217 0.143 -9.163 1064 HA GLU2029 HA GLU2029 22.076 0.344 -9.023 1065 HB2 GLU2029 HB2 GLU2029 21.663 -2.044 -9.526 1066 HB3 GLU2029 HB1 GLU2029 20.525 -1.586 -10.778 1067 HG2 GLU2029 HG2 GLU2029 22.293 -0.662 -12.115 1068 HG3 GLU2029 HG1 GLU2029 23.462 -0.956 -10.826 1069 H VAL2030 HN VAL2030 22.053 2.382 -9.626 1070 HA VAL2030 HA VAL2030 20.157 3.231 -11.687 1071 HB VAL2030 HB VAL2030 21.771 4.931 -9.763 1072 HG11 VAL2030 HG11 VAL2030 20.293 6.751 -10.465 1073 HG12 VAL2030 HG12 VAL2030 19.520 5.674 -11.628 1074 HG13 VAL2030 HG13 VAL2030 21.217 6.113 -11.825 1075 HG21 VAL2030 HG21 VAL2030 19.649 5.292 -8.600 1076 HG22 VAL2030 HG22 VAL2030 20.111 3.589 -8.591 1077 HG23 VAL2030 HG23 VAL2030 18.858 4.157 -9.693 1078 HA PRO2031 HA PRO2031 23.665 3.217 -14.479 1079 HB2 PRO2031 HB2 PRO2031 21.605 3.944 -16.429 1080 HB3 PRO2031 HB1 PRO2031 22.608 2.498 -16.360 1081 HG2 PRO2031 HG2 PRO2031 19.948 2.466 -15.868 1082 HG3 PRO2031 HG1 PRO2031 21.087 1.345 -15.100 1083 HD2 PRO2031 HD2 PRO2031 19.773 3.782 -13.934 1084 HD3 PRO2031 HD1 PRO2031 20.178 2.228 -13.210 1085 H ARG2032 HN ARG2032 22.880 5.644 -12.929 1086 HA ARG2032 HA ARG2032 23.477 7.665 -14.962 1087 HB2 ARG2032 HB2 ARG2032 21.678 8.048 -12.543 1088 HB3 ARG2032 HB1 ARG2032 22.114 9.292 -13.704 1089 HG2 ARG2032 HG2 ARG2032 20.518 6.809 -14.329 1090 HG3 ARG2032 HG1 ARG2032 19.852 8.422 -14.074 1091 HD2 ARG2032 HD2 ARG2032 20.961 9.259 -16.023 1092 HD3 ARG2032 HD1 ARG2032 21.881 7.763 -16.200 1093 HE ARG2032 HE ARG2032 19.531 6.753 -16.446 1094 HH11 ARG2032 HH11 ARG2032 20.520 9.909 -17.729 1095 HH12 ARG2032 HH12 ARG2032 19.469 9.872 -19.061 1096 HH21 ARG2032 HH21 ARG2032 18.144 6.645 -18.325 1097 HH22 ARG2032 HH22 ARG2032 18.089 7.951 -19.421 Start of MODEL 8 1 H1 MET1885 HT1 MET1885 16.564 8.632 2.372 2 H2 MET1885 HT2 MET1885 17.350 7.818 1.114 3 H3 MET1885 HT3 MET1885 17.114 7.066 2.604 4 HA MET1885 HA MET1885 14.912 7.843 0.807 5 HB2 MET1885 HB2 MET1885 16.054 5.113 1.482 6 HB3 MET1885 HB1 MET1885 14.572 5.384 0.596 7 HG2 MET1885 HG2 MET1885 15.917 6.469 -1.191 8 HG3 MET1885 HG1 MET1885 17.373 6.028 -0.295 9 HE1 MET1885 HE1 MET1885 17.433 3.431 -3.256 10 HE2 MET1885 HE2 MET1885 18.353 4.655 -2.381 11 HE3 MET1885 HE3 MET1885 16.936 5.122 -3.322 12 H LYS1886 HN LYS1886 15.344 8.440 3.780 13 HA LYS1886 HA LYS1886 13.026 6.929 4.663 14 HB2 LYS1886 HB2 LYS1886 14.014 6.744 6.930 15 HB3 LYS1886 HB1 LYS1886 14.918 5.848 5.724 16 HG2 LYS1886 HG2 LYS1886 16.559 7.706 5.651 17 HG3 LYS1886 HG1 LYS1886 15.665 8.492 6.952 18 HD2 LYS1886 HD2 LYS1886 16.975 5.769 7.093 19 HD3 LYS1886 HD1 LYS1886 17.588 7.256 7.816 20 HE2 LYS1886 HE2 LYS1886 15.592 7.389 9.234 21 HE3 LYS1886 HE1 LYS1886 14.977 5.906 8.505 22 HZ1 LYS1886 HZ1 LYS1886 16.007 5.433 10.603 23 HZ2 LYS1886 HZ2 LYS1886 17.431 6.189 10.150 24 HZ3 LYS1886 HZ3 LYS1886 16.967 4.751 9.380 25 H SER1887 HN SER1887 11.719 8.016 6.131 26 HA SER1887 HA SER1887 12.356 10.841 6.597 27 HB2 SER1887 HB2 SER1887 11.132 10.875 4.489 28 HB3 SER1887 HB1 SER1887 9.820 9.954 5.215 29 HG SER1887 HG SER1887 9.009 11.754 5.938 30 H ASN1888 HN ASN1888 9.263 9.042 7.046 31 HA ASN1888 HA ASN1888 9.255 10.063 9.814 32 HB2 ASN1888 HB2 ASN1888 7.446 10.889 8.321 33 HB3 ASN1888 HB1 ASN1888 7.011 9.202 8.059 34 HD21 ASN1888 HD21 ASN1888 5.010 9.461 8.844 35 HD22 ASN1888 HD22 ASN1888 4.691 9.590 10.549 36 H VAL1889 HN VAL1889 9.598 8.763 11.282 37 HA VAL1889 HA VAL1889 9.129 5.940 10.824 38 HB VAL1889 HB VAL1889 10.417 5.593 13.009 39 HG11 VAL1889 HG11 VAL1889 11.436 5.251 10.818 40 HG12 VAL1889 HG12 VAL1889 12.597 5.949 11.946 41 HG13 VAL1889 HG13 VAL1889 11.830 6.967 10.727 42 HG21 VAL1889 HG21 VAL1889 11.107 8.509 12.577 43 HG22 VAL1889 HG22 VAL1889 11.877 7.431 13.741 44 HG23 VAL1889 HG23 VAL1889 10.174 7.857 13.921 45 H GLN1890 HN GLN1890 7.133 5.495 11.141 46 HA GLN1890 HA GLN1890 5.532 6.634 13.223 47 HB2 GLN1890 HB2 GLN1890 5.002 4.301 11.377 48 HB3 GLN1890 HB1 GLN1890 3.829 4.919 12.528 49 HG2 GLN1890 HG2 GLN1890 5.100 6.495 10.348 50 HG3 GLN1890 HG1 GLN1890 3.509 5.746 10.225 51 HE21 GLN1890 HE21 GLN1890 1.763 6.646 11.374 52 HE22 GLN1890 HE22 GLN1890 1.884 8.203 12.123 53 H ASN1891 HN ASN1891 6.139 3.195 12.656 54 HA ASN1891 HA ASN1891 6.816 2.851 15.471 55 HB2 ASN1891 HB2 ASN1891 4.663 1.166 14.153 56 HB3 ASN1891 HB1 ASN1891 5.229 1.042 15.810 57 HD21 ASN1891 HD21 ASN1891 4.582 2.670 17.298 58 HD22 ASN1891 HD22 ASN1891 3.197 3.649 16.961 59 H ASP1892 HN ASP1892 5.932 0.917 12.622 60 HA ASP1892 HA ASP1892 8.642 0.024 12.416 61 HB2 ASP1892 HB2 ASP1892 7.773 -1.599 14.054 62 HB3 ASP1892 HB1 ASP1892 6.494 -2.076 12.958 63 H CYS1893 HN CYS1893 6.333 -2.136 10.974 64 HA CYS1893 HA CYS1893 6.285 -2.776 8.849 65 HB2 CYS1893 HB2 CYS1893 4.372 -1.195 8.960 66 HB3 CYS1893 HB1 CYS1893 5.425 0.089 8.379 67 H ARG1894 HN ARG1894 8.482 -3.103 8.847 68 HA ARG1894 HA ARG1894 9.787 -1.975 6.621 69 HB2 ARG1894 HB2 ARG1894 11.786 -1.228 7.895 70 HB3 ARG1894 HB1 ARG1894 10.372 -0.258 8.266 71 HG2 ARG1894 HG2 ARG1894 10.096 -1.798 10.291 72 HG3 ARG1894 HG1 ARG1894 11.747 -2.312 9.953 73 HD2 ARG1894 HD2 ARG1894 10.804 0.488 10.529 74 HD3 ARG1894 HD1 ARG1894 11.734 -0.549 11.604 75 HE ARG1894 HE ARG1894 12.739 0.513 9.060 76 HH11 ARG1894 HH11 ARG1894 13.288 -0.501 12.413 77 HH12 ARG1894 HH12 ARG1894 14.850 0.187 12.517 78 HH21 ARG1894 HH21 ARG1894 14.909 1.437 9.186 79 HH22 ARG1894 HH22 ARG1894 15.824 1.248 10.606 80 H VAL1895 HN VAL1895 11.410 -3.467 5.966 81 HA VAL1895 HA VAL1895 11.599 -5.815 7.670 82 HB VAL1895 HB VAL1895 9.697 -6.203 6.152 83 HG11 VAL1895 HG11 VAL1895 10.033 -6.575 3.764 84 HG12 VAL1895 HG12 VAL1895 11.681 -5.964 3.921 85 HG13 VAL1895 HG13 VAL1895 10.305 -4.905 4.258 86 HG21 VAL1895 HG21 VAL1895 10.389 -8.398 5.294 87 HG22 VAL1895 HG22 VAL1895 10.937 -8.112 6.946 88 HG23 VAL1895 HG23 VAL1895 12.070 -7.970 5.602 89 H THR1896 HN THR1896 13.473 -6.773 7.655 90 HA THR1896 HA THR1896 15.562 -5.628 5.977 91 HB THR1896 HB THR1896 15.825 -7.558 8.300 92 HG1 THR1896 HG1 THR1896 14.861 -5.519 8.939 93 HG21 THR1896 HG21 THR1896 18.148 -6.741 8.353 94 HG22 THR1896 HG22 THR1896 17.816 -5.702 6.967 95 HG23 THR1896 HG23 THR1896 17.770 -7.451 6.781 96 H ASN1897 HN ASN1897 15.786 -6.649 4.062 97 HA ASN1897 HA ASN1897 15.151 -9.484 3.804 98 HB2 ASN1897 HB2 ASN1897 14.529 -7.828 1.999 99 HB3 ASN1897 HB1 ASN1897 16.243 -7.564 1.711 100 HD21 ASN1897 HD21 ASN1897 14.353 -8.498 -0.214 101 HD22 ASN1897 HD22 ASN1897 14.831 -10.099 -0.669 102 HA PRO1898 HA PRO1898 19.481 -10.231 4.820 103 HB2 PRO1898 HB2 PRO1898 19.343 -12.936 4.809 104 HB3 PRO1898 HB1 PRO1898 18.754 -11.953 6.154 105 HG2 PRO1898 HG2 PRO1898 17.223 -13.195 3.907 106 HG3 PRO1898 HG1 PRO1898 16.828 -13.146 5.636 107 HD2 PRO1898 HD2 PRO1898 15.697 -11.473 3.843 108 HD3 PRO1898 HD1 PRO1898 16.036 -10.988 5.518 109 H ALA1899 HN ALA1899 17.733 -11.544 2.076 110 HA ALA1899 HA ALA1899 20.005 -12.693 0.783 111 HB1 ALA1899 HB1 ALA1899 17.721 -13.451 0.286 112 HB2 ALA1899 HB2 ALA1899 18.541 -12.897 -1.173 113 HB3 ALA1899 HB3 ALA1899 17.341 -11.867 -0.390 114 H THR1900 HN THR1900 18.306 -9.659 0.597 115 HA THR1900 HA THR1900 20.038 -8.626 -1.463 116 HB THR1900 HB THR1900 18.064 -7.082 0.236 117 HG1 THR1900 HG1 THR1900 17.626 -8.543 -2.170 118 HG21 THR1900 HG21 THR1900 19.566 -5.776 -1.195 119 HG22 THR1900 HG22 THR1900 17.895 -5.701 -1.763 120 HG23 THR1900 HG23 THR1900 19.061 -6.736 -2.586 121 H GLY1901 HN GLY1901 19.520 -8.202 2.050 122 HA2 GLY1901 HA2 GLY1901 21.115 -7.565 3.612 123 HA3 GLY1901 HA1 GLY1901 22.175 -7.042 2.303 124 H HIS1902 HN HIS1902 19.073 -6.089 1.839 125 HA HIS1902 HA HIS1902 19.684 -3.339 2.680 126 HB2 HIS1902 HB2 HIS1902 19.440 -3.878 0.182 127 HB3 HIS1902 HB1 HIS1902 17.749 -4.198 0.513 128 HD1 HIS1902 HD1 HIS1902 19.896 -1.642 -0.684 129 HD2 HIS1902 HD2 HIS1902 16.469 -1.676 1.678 130 HE1 HIS1902 HE1 HIS1902 18.942 0.685 -0.818 131 HE2 HIS1902 HE2 HIS1902 16.938 0.666 0.721 132 H LEU1903 HN LEU1903 18.332 -2.483 4.100 133 HA LEU1903 HA LEU1903 16.050 -4.036 5.046 134 HB2 LEU1903 HB2 LEU1903 17.792 -2.865 6.550 135 HB3 LEU1903 HB1 LEU1903 17.082 -1.355 6.037 136 HG LEU1903 HG LEU1903 15.670 -3.505 7.645 137 HD11 LEU1903 HD11 LEU1903 16.790 -0.847 8.467 138 HD12 LEU1903 HD12 LEU1903 17.430 -2.435 8.904 139 HD13 LEU1903 HD13 LEU1903 15.844 -1.923 9.494 140 HD21 LEU1903 HD21 LEU1903 13.932 -1.823 8.037 141 HD22 LEU1903 HD22 LEU1903 14.085 -2.162 6.315 142 HD23 LEU1903 HD23 LEU1903 14.780 -0.689 6.988 143 H PHE1904 HN PHE1904 14.096 -3.625 4.168 144 HA PHE1904 HA PHE1904 13.816 -1.265 2.468 145 HB2 PHE1904 HB2 PHE1904 11.916 -3.585 2.824 146 HB3 PHE1904 HB1 PHE1904 11.829 -2.333 1.603 147 HD1 PHE1904 HD2 PHE1904 14.682 -2.292 0.783 148 HD2 PHE1904 HD1 PHE1904 12.041 -5.533 1.523 149 HE1 PHE1904 HE2 PHE1904 16.003 -3.682 -0.700 150 HE2 PHE1904 HE1 PHE1904 13.363 -6.956 0.034 151 HZ PHE1904 HZ PHE1904 15.152 -6.091 -1.220 152 H ASP1905 HN ASP1905 12.749 0.377 3.192 153 HA ASP1905 HA ASP1905 10.690 0.063 5.172 154 HB2 ASP1905 HB2 ASP1905 12.448 0.277 6.671 155 HB3 ASP1905 HB1 ASP1905 13.285 1.458 5.674 156 H LEU1906 HN LEU1906 9.128 1.222 4.639 157 HA LEU1906 HA LEU1906 9.366 3.307 2.613 158 HB2 LEU1906 HB2 LEU1906 6.964 1.964 3.847 159 HB3 LEU1906 HB1 LEU1906 6.912 3.108 2.522 160 HG LEU1906 HG LEU1906 8.326 0.443 2.374 161 HD11 LEU1906 HD11 LEU1906 5.601 1.239 1.381 162 HD12 LEU1906 HD12 LEU1906 5.943 0.103 2.691 163 HD13 LEU1906 HD13 LEU1906 6.428 -0.276 1.035 164 HD21 LEU1906 HD21 LEU1906 9.154 2.120 0.823 165 HD22 LEU1906 HD22 LEU1906 7.510 2.422 0.254 166 HD23 LEU1906 HD23 LEU1906 8.269 0.856 -0.028 167 H THR1907 HN THR1907 10.438 4.294 5.003 168 HA THR1907 HA THR1907 8.514 5.489 6.662 169 HB THR1907 HB THR1907 10.620 7.034 7.148 170 HG1 THR1907 HG1 THR1907 12.037 4.760 6.517 171 HG21 THR1907 HG21 THR1907 11.335 5.351 8.790 172 HG22 THR1907 HG22 THR1907 10.391 4.133 7.931 173 HG23 THR1907 HG23 THR1907 9.576 5.480 8.727 174 H SER1908 HN SER1908 9.890 6.603 3.644 175 HA SER1908 HA SER1908 8.993 9.294 4.028 176 HB2 SER1908 HB2 SER1908 9.762 7.924 1.445 177 HB3 SER1908 HB1 SER1908 9.806 9.657 1.798 178 HG SER1908 HG SER1908 11.880 9.083 2.215 179 H LEU1909 HN LEU1909 7.365 6.491 3.519 180 HA LEU1909 HA LEU1909 5.246 7.826 2.007 181 HB2 LEU1909 HB2 LEU1909 6.391 5.630 1.175 182 HB3 LEU1909 HB1 LEU1909 5.414 4.852 2.398 183 HG LEU1909 HG LEU1909 4.470 4.756 0.080 184 HD11 LEU1909 HD11 LEU1909 2.755 6.227 2.076 185 HD12 LEU1909 HD12 LEU1909 2.978 4.481 1.994 186 HD13 LEU1909 HD13 LEU1909 2.178 5.330 0.671 187 HD21 LEU1909 HD21 LEU1909 4.240 7.720 0.502 188 HD22 LEU1909 HD22 LEU1909 3.393 6.845 -0.753 189 HD23 LEU1909 HD23 LEU1909 5.163 6.884 -0.749 190 H LYS1910 HN LYS1910 5.895 5.711 4.794 191 HA LYS1910 HA LYS1910 3.255 5.642 5.764 192 HB2 LYS1910 HB2 LYS1910 4.256 4.944 7.952 193 HB3 LYS1910 HB1 LYS1910 4.810 3.986 6.589 194 HG2 LYS1910 HG2 LYS1910 6.939 4.980 6.613 195 HG3 LYS1910 HG1 LYS1910 6.399 6.306 7.638 196 HD2 LYS1910 HD2 LYS1910 7.686 4.894 9.007 197 HD3 LYS1910 HD1 LYS1910 5.992 4.663 9.415 198 HE2 LYS1910 HE2 LYS1910 7.090 2.489 9.389 199 HE3 LYS1910 HE1 LYS1910 5.901 2.595 8.105 200 HZ1 LYS1910 HZ1 LYS1910 7.785 2.958 6.522 201 HZ2 LYS1910 HZ2 LYS1910 7.891 1.493 7.361 202 HZ3 LYS1910 HZ3 LYS1910 8.905 2.700 7.765 203 H ARG1911 HN ARG1911 2.123 7.341 6.278 204 HA ARG1911 HA ARG1911 3.372 9.246 8.026 205 HB2 ARG1911 HB2 ARG1911 2.345 11.145 6.781 206 HB3 ARG1911 HB1 ARG1911 3.665 10.333 5.967 207 HG2 ARG1911 HG2 ARG1911 1.918 9.107 4.617 208 HG3 ARG1911 HG1 ARG1911 0.724 10.209 5.326 209 HD2 ARG1911 HD2 ARG1911 2.026 12.120 4.509 210 HD3 ARG1911 HD1 ARG1911 3.186 11.014 3.784 211 HE ARG1911 HE ARG1911 0.433 10.765 2.908 212 HH11 ARG1911 HH11 ARG1911 3.736 11.926 2.180 213 HH12 ARG1911 HH12 ARG1911 3.333 12.439 0.611 214 HH21 ARG1911 HH21 ARG1911 -0.048 11.460 0.660 215 HH22 ARG1911 HH22 ARG1911 1.211 12.103 -0.268 216 H GLU1912 HN GLU1912 1.651 10.922 8.641 217 HA GLU1912 HA GLU1912 -0.023 9.476 10.410 218 HB2 GLU1912 HB2 GLU1912 -0.584 11.651 11.334 219 HB3 GLU1912 HB1 GLU1912 1.143 11.517 11.073 220 HG2 GLU1912 HG2 GLU1912 -0.834 13.102 9.408 221 HG3 GLU1912 HG1 GLU1912 0.379 13.745 10.507 222 H SER1913 HN SER1913 -0.603 11.199 7.454 223 HA SER1913 HA SER1913 -3.444 11.251 7.887 224 HB2 SER1913 HB2 SER1913 -3.302 12.450 5.627 225 HB3 SER1913 HB1 SER1913 -2.586 13.236 7.037 226 HG SER1913 HG SER1913 -0.576 12.755 6.340 227 H GLY1914 HN GLY1914 -1.600 10.397 4.991 228 HA2 GLY1914 HA2 GLY1914 -2.118 7.791 4.607 229 HA3 GLY1914 HA1 GLY1914 -3.619 8.588 4.098 230 H TYR1915 HN TYR1915 -2.683 7.458 2.024 231 HA TYR1915 HA TYR1915 -1.323 9.573 0.567 232 HB2 TYR1915 HB2 TYR1915 0.272 7.687 1.147 233 HB3 TYR1915 HB1 TYR1915 -0.773 6.604 0.237 234 HD1 TYR1915 HD2 TYR1915 -0.917 6.800 -2.212 235 HD2 TYR1915 HD1 TYR1915 1.713 9.245 0.052 236 HE1 TYR1915 HE2 TYR1915 0.281 7.402 -4.254 237 HE2 TYR1915 HE1 TYR1915 2.920 9.855 -1.999 238 HH TYR1915 HH TYR1915 3.242 8.712 -4.286 239 H THR1916 HN THR1916 -2.172 9.909 -1.402 240 HA THR1916 HA THR1916 -4.569 8.322 -1.999 241 HB THR1916 HB THR1916 -4.975 10.702 -1.303 242 HG1 THR1916 HG1 THR1916 -6.494 9.723 -2.581 243 HG21 THR1916 HG21 THR1916 -2.995 11.731 -2.278 244 HG22 THR1916 HG22 THR1916 -4.445 12.474 -2.977 245 HG23 THR1916 HG23 THR1916 -3.528 11.263 -3.888 246 H ILE1917 HN ILE1917 -4.962 7.652 -3.839 247 HA ILE1917 HA ILE1917 -3.366 8.436 -6.164 248 HB ILE1917 HB ILE1917 -4.603 5.846 -6.412 249 HG12 ILE1917 HG12 ILE1917 -2.285 5.936 -4.442 250 HG13 ILE1917 HG11 ILE1917 -3.961 5.607 -4.010 251 HG21 ILE1917 HG21 ILE1917 -3.000 6.724 -8.022 252 HG22 ILE1917 HG22 ILE1917 -2.360 5.225 -7.355 253 HG23 ILE1917 HG23 ILE1917 -1.728 6.771 -6.801 254 HD11 ILE1917 HD11 ILE1917 -3.905 3.572 -5.358 255 HD12 ILE1917 HD12 ILE1917 -2.646 3.562 -4.123 256 HD13 ILE1917 HD13 ILE1917 -2.233 3.912 -5.801 257 H THR1918 HN THR1918 -4.884 7.541 -8.075 258 HA THR1918 HA THR1918 -7.537 8.545 -7.319 259 HB THR1918 HB THR1918 -6.452 8.445 -10.152 260 HG1 THR1918 HG1 THR1918 -5.098 9.714 -8.931 261 HG21 THR1918 HG21 THR1918 -8.163 10.178 -10.528 262 HG22 THR1918 HG22 THR1918 -8.623 10.102 -8.826 263 HG23 THR1918 HG23 THR1918 -8.903 8.715 -9.876 264 H ASP1919 HN ASP1919 -9.319 7.306 -7.687 265 HA ASP1919 HA ASP1919 -8.978 4.538 -8.203 266 HB2 ASP1919 HB2 ASP1919 -10.644 5.135 -6.629 267 HB3 ASP1919 HB1 ASP1919 -11.280 6.396 -7.659 268 H SER1920 HN SER1920 -10.749 3.610 -9.863 269 HA SER1920 HA SER1920 -9.740 3.700 -12.358 270 HB2 SER1920 HB2 SER1920 -11.947 2.757 -13.063 271 HB3 SER1920 HB1 SER1920 -11.307 2.051 -11.571 272 HG SER1920 HG SER1920 -13.035 2.579 -10.671 273 H HIS1921 HN HIS1921 -12.575 5.527 -11.323 274 HA HIS1921 HA HIS1921 -11.804 7.891 -12.761 275 HB2 HIS1921 HB2 HIS1921 -12.609 6.411 -14.635 276 HB3 HIS1921 HB1 HIS1921 -14.192 6.384 -13.871 277 HD1 HIS1921 HD1 HIS1921 -15.745 7.919 -14.976 278 HD2 HIS1921 HD2 HIS1921 -11.841 9.333 -15.117 279 HE1 HIS1921 HE1 HIS1921 -15.852 10.100 -16.233 280 HE2 HIS1921 HE2 HIS1921 -13.474 10.896 -16.373 281 H ASN1922 HN ASN1922 -13.250 6.558 -10.177 282 HA ASN1922 HA ASN1922 -15.387 8.580 -10.151 283 HB2 ASN1922 HB2 ASN1922 -16.085 6.167 -10.299 284 HB3 ASN1922 HB1 ASN1922 -15.387 5.959 -8.725 285 HD21 ASN1922 HD21 ASN1922 -17.209 8.846 -9.760 286 HD22 ASN1922 HD22 ASN1922 -18.476 8.605 -8.619 287 H ARG1923 HN ARG1923 -13.583 6.503 -8.014 288 HA ARG1923 HA ARG1923 -14.092 8.351 -5.767 289 HB2 ARG1923 HB2 ARG1923 -12.690 5.787 -5.323 290 HB3 ARG1923 HB1 ARG1923 -13.950 6.559 -4.380 291 HG2 ARG1923 HG2 ARG1923 -15.581 5.858 -6.164 292 HG3 ARG1923 HG1 ARG1923 -14.259 4.943 -6.899 293 HD2 ARG1923 HD2 ARG1923 -13.984 3.867 -4.605 294 HD3 ARG1923 HD1 ARG1923 -15.577 4.531 -4.243 295 HE ARG1923 HE ARG1923 -15.226 2.927 -6.635 296 HH11 ARG1923 HH11 ARG1923 -16.814 3.323 -3.457 297 HH12 ARG1923 HH12 ARG1923 -17.547 1.793 -3.506 298 HH21 ARG1923 HH21 ARG1923 -16.258 0.794 -6.634 299 HH22 ARG1923 HH22 ARG1923 -17.250 0.351 -5.310 300 H LYS1924 HN LYS1924 -12.233 8.101 -4.029 301 HA LYS1924 HA LYS1924 -9.640 8.666 -5.302 302 HB2 LYS1924 HB2 LYS1924 -10.715 9.421 -2.578 303 HB3 LYS1924 HB1 LYS1924 -9.057 9.673 -3.086 304 HG2 LYS1924 HG2 LYS1924 -11.502 10.939 -4.280 305 HG3 LYS1924 HG1 LYS1924 -10.344 11.713 -3.200 306 HD2 LYS1924 HD2 LYS1924 -8.569 11.278 -4.896 307 HD3 LYS1924 HD1 LYS1924 -9.827 10.678 -5.984 308 HE2 LYS1924 HE2 LYS1924 -9.615 13.454 -4.822 309 HE3 LYS1924 HE1 LYS1924 -9.305 12.990 -6.492 310 HZ1 LYS1924 HZ1 LYS1924 -11.642 12.322 -6.672 311 HZ2 LYS1924 HZ2 LYS1924 -11.455 13.972 -6.234 312 HZ3 LYS1924 HZ3 LYS1924 -11.898 12.868 -5.069 313 H ILE1925 HN ILE1925 -7.908 7.392 -4.664 314 HA ILE1925 HA ILE1925 -8.686 5.184 -2.945 315 HB ILE1925 HB ILE1925 -6.179 5.435 -4.661 316 HG12 ILE1925 HG12 ILE1925 -8.699 3.813 -5.069 317 HG13 ILE1925 HG11 ILE1925 -8.219 5.215 -6.012 318 HG21 ILE1925 HG21 ILE1925 -7.305 3.104 -3.101 319 HG22 ILE1925 HG22 ILE1925 -5.872 4.038 -2.671 320 HG23 ILE1925 HG23 ILE1925 -5.876 3.054 -4.135 321 HD11 ILE1925 HD11 ILE1925 -6.750 2.570 -5.903 322 HD12 ILE1925 HD12 ILE1925 -6.236 3.970 -6.828 323 HD13 ILE1925 HD13 ILE1925 -7.736 3.143 -7.246 324 H GLU1926 HN GLU1926 -8.565 5.917 -1.002 325 HA GLU1926 HA GLU1926 -6.264 7.464 -0.068 326 HB2 GLU1926 HB2 GLU1926 -8.599 8.138 0.545 327 HB3 GLU1926 HB1 GLU1926 -8.793 6.598 1.363 328 HG2 GLU1926 HG2 GLU1926 -8.333 8.067 3.089 329 HG3 GLU1926 HG1 GLU1926 -6.769 7.327 2.772 330 H LEU1927 HN LEU1927 -4.621 6.034 0.267 331 HA LEU1927 HA LEU1927 -5.205 3.914 2.122 332 HB2 LEU1927 HB2 LEU1927 -3.659 2.346 0.837 333 HB3 LEU1927 HB1 LEU1927 -5.250 2.614 0.200 334 HG LEU1927 HG LEU1927 -4.278 4.164 -1.504 335 HD11 LEU1927 HD11 LEU1927 -1.638 3.138 -0.499 336 HD12 LEU1927 HD12 LEU1927 -2.222 4.794 -0.375 337 HD13 LEU1927 HD13 LEU1927 -1.893 4.091 -1.961 338 HD21 LEU1927 HD21 LEU1927 -3.216 1.353 -1.457 339 HD22 LEU1927 HD22 LEU1927 -3.337 2.388 -2.880 340 HD23 LEU1927 HD23 LEU1927 -4.800 1.874 -2.033 341 H ASN1928 HN ASN1928 -3.709 3.520 3.577 342 HA ASN1928 HA ASN1928 -1.314 5.159 3.289 343 HB2 ASN1928 HB2 ASN1928 -2.991 5.997 5.012 344 HB3 ASN1928 HB1 ASN1928 -2.621 4.552 5.940 345 HD21 ASN1928 HD21 ASN1928 -1.937 6.034 7.593 346 HD22 ASN1928 HD22 ASN1928 -0.382 6.763 7.511 347 H VAL1929 HN VAL1929 0.489 4.187 3.512 348 HA VAL1929 HA VAL1929 0.376 1.299 3.947 349 HB VAL1929 HB VAL1929 2.264 2.969 2.263 350 HG11 VAL1929 HG11 VAL1929 3.226 0.851 1.518 351 HG12 VAL1929 HG12 VAL1929 2.213 -0.013 2.675 352 HG13 VAL1929 HG13 VAL1929 3.460 1.095 3.249 353 HG21 VAL1929 HG21 VAL1929 0.065 2.688 1.273 354 HG22 VAL1929 HG22 VAL1929 0.171 0.943 1.494 355 HG23 VAL1929 HG23 VAL1929 1.268 1.760 0.381 356 H CYS1930 HN CYS1930 1.499 0.463 5.532 357 HA CYS1930 HA CYS1930 2.959 0.135 7.196 358 HB2 CYS1930 HB2 CYS1930 4.407 2.416 5.908 359 HB3 CYS1930 HB1 CYS1930 4.982 1.688 7.402 360 H ALA1931 HN ALA1931 0.887 2.510 7.082 361 HA ALA1931 HA ALA1931 0.969 2.919 9.893 362 HB1 ALA1931 HB1 ALA1931 0.874 5.389 9.680 363 HB2 ALA1931 HB2 ALA1931 1.174 5.243 7.947 364 HB3 ALA1931 HB3 ALA1931 2.418 4.755 9.100 365 H GLU1932 HN GLU1932 -1.119 3.803 10.512 366 HA GLU1932 HA GLU1932 -3.116 2.734 8.760 367 HB2 GLU1932 HB2 GLU1932 -4.693 3.217 10.695 368 HB3 GLU1932 HB1 GLU1932 -3.431 2.044 10.992 369 HG2 GLU1932 HG2 GLU1932 -3.286 4.923 11.894 370 HG3 GLU1932 HG1 GLU1932 -3.932 3.618 12.881 371 H ALA1933 HN ALA1933 -4.883 3.799 7.895 372 HA ALA1933 HA ALA1933 -4.245 6.507 7.163 373 HB1 ALA1933 HB1 ALA1933 -6.577 4.772 6.341 374 HB2 ALA1933 HB2 ALA1933 -5.049 4.928 5.471 375 HB3 ALA1933 HB3 ALA1933 -6.125 6.318 5.621 376 H LYS1934 HN LYS1934 -5.060 8.254 7.997 377 HA LYS1934 HA LYS1934 -7.131 7.920 10.066 378 HB2 LYS1934 HB2 LYS1934 -4.842 8.508 10.795 379 HB3 LYS1934 HB1 LYS1934 -4.948 9.984 9.859 380 HG2 LYS1934 HG2 LYS1934 -6.773 10.755 11.291 381 HG3 LYS1934 HG1 LYS1934 -6.673 9.261 12.226 382 HD2 LYS1934 HD2 LYS1934 -4.501 11.338 11.920 383 HD3 LYS1934 HD1 LYS1934 -5.464 11.031 13.366 384 HE2 LYS1934 HE2 LYS1934 -4.518 8.785 13.530 385 HE3 LYS1934 HE1 LYS1934 -3.587 9.058 12.061 386 HZ1 LYS1934 HZ1 LYS1934 -2.179 9.389 13.895 387 HZ2 LYS1934 HZ2 LYS1934 -3.263 10.413 14.677 388 HZ3 LYS1934 HZ3 LYS1934 -2.481 10.929 13.264 389 H SER1935 HN SER1935 -6.347 9.541 7.125 390 HA SER1935 HA SER1935 -7.909 11.856 7.525 391 HB2 SER1935 HB2 SER1935 -7.072 10.628 4.917 392 HB3 SER1935 HB1 SER1935 -7.508 12.312 5.219 393 HG SER1935 HG SER1935 -5.233 11.686 5.150 394 H SER1936 HN SER1936 -8.633 9.566 4.865 395 HA SER1936 HA SER1936 -11.415 10.211 5.192 396 HB2 SER1936 HB2 SER1936 -10.047 8.393 3.193 397 HB3 SER1936 HB1 SER1936 -11.725 8.939 3.113 398 HG SER1936 HG SER1936 -9.355 10.332 2.585 399 H CYS1937 HN CYS1937 -9.290 7.680 6.083 400 HA CYS1937 HA CYS1937 -11.448 5.815 6.561 401 HB2 CYS1937 HB2 CYS1937 -8.506 5.506 7.206 402 HB3 CYS1937 HB1 CYS1937 -9.709 4.228 7.061 403 H ALA1938 HN ALA1938 -11.346 4.804 8.948 404 HA ALA1938 HA ALA1938 -11.288 7.073 10.708 405 HB1 ALA1938 HB1 ALA1938 -12.029 4.241 11.348 406 HB2 ALA1938 HB2 ALA1938 -13.175 5.498 10.853 407 HB3 ALA1938 HB3 ALA1938 -12.274 5.638 12.369 408 H ASN1939 HN ASN1939 -10.278 3.797 11.561 409 HA ASN1939 HA ASN1939 -8.031 5.045 12.762 410 HB2 ASN1939 HB2 ASN1939 -9.589 4.730 14.492 411 HB3 ASN1939 HB1 ASN1939 -9.924 3.081 13.986 412 HD21 ASN1939 HD21 ASN1939 -8.675 1.478 14.702 413 HD22 ASN1939 HD22 ASN1939 -7.366 1.689 15.809 414 H GLY1940 HN GLY1940 -9.286 1.773 12.107 415 HA2 GLY1940 HA2 GLY1940 -6.501 0.878 11.970 416 HA3 GLY1940 HA1 GLY1940 -7.885 -0.138 12.323 417 H ALA1941 HN ALA1941 -8.473 1.939 9.788 418 HA ALA1941 HA ALA1941 -8.263 -0.265 7.897 419 HB1 ALA1941 HB1 ALA1941 -9.406 2.511 7.559 420 HB2 ALA1941 HB2 ALA1941 -10.324 1.045 7.917 421 HB3 ALA1941 HB3 ALA1941 -9.498 1.213 6.369 422 H ALA1942 HN ALA1942 -7.014 -0.165 5.980 423 HA ALA1942 HA ALA1942 -4.904 1.871 6.093 424 HB1 ALA1942 HB1 ALA1942 -4.715 -0.927 4.987 425 HB2 ALA1942 HB2 ALA1942 -4.066 -0.395 6.537 426 HB3 ALA1942 HB3 ALA1942 -3.414 0.262 5.035 427 H VAL1943 HN VAL1943 -6.742 -0.202 3.858 428 HA VAL1943 HA VAL1943 -6.230 1.821 1.775 429 HB VAL1943 HB VAL1943 -7.090 -1.055 1.417 430 HG11 VAL1943 HG11 VAL1943 -6.123 0.964 -0.601 431 HG12 VAL1943 HG12 VAL1943 -7.771 0.360 -0.430 432 HG13 VAL1943 HG13 VAL1943 -6.482 -0.730 -0.936 433 HG21 VAL1943 HG21 VAL1943 -4.799 -1.505 0.665 434 HG22 VAL1943 HG22 VAL1943 -4.854 -0.993 2.352 435 HG23 VAL1943 HG23 VAL1943 -4.342 0.140 1.102 436 H CYS1944 HN CYS1944 -7.933 3.116 1.533 437 HA CYS1944 HA CYS1944 -10.602 1.904 1.675 438 HB2 CYS1944 HB2 CYS1944 -9.850 4.737 2.372 439 HB3 CYS1944 HB1 CYS1944 -11.443 4.010 2.492 440 H ILE1945 HN ILE1945 -11.261 1.764 -0.384 441 HA ILE1945 HA ILE1945 -10.569 3.802 -2.319 442 HB ILE1945 HB ILE1945 -12.790 1.718 -2.595 443 HG12 ILE1945 HG12 ILE1945 -10.731 0.523 -1.942 444 HG13 ILE1945 HG11 ILE1945 -11.174 0.175 -3.607 445 HG21 ILE1945 HG21 ILE1945 -12.710 3.470 -4.296 446 HG22 ILE1945 HG22 ILE1945 -12.282 1.906 -4.989 447 HG23 ILE1945 HG23 ILE1945 -11.020 3.084 -4.623 448 HD11 ILE1945 HD11 ILE1945 -9.436 1.728 -4.375 449 HD12 ILE1945 HD12 ILE1945 -8.767 0.451 -3.358 450 HD13 ILE1945 HD13 ILE1945 -9.011 2.067 -2.699 451 H THR1946 HN THR1946 -11.411 5.721 -1.747 452 HA THR1946 HA THR1946 -13.917 5.747 -0.261 453 HB THR1946 HB THR1946 -11.816 7.903 -0.481 454 HG1 THR1946 HG1 THR1946 -11.019 5.900 0.390 455 HG21 THR1946 HG21 THR1946 -12.800 8.684 1.629 456 HG22 THR1946 HG22 THR1946 -13.941 7.355 1.603 457 HG23 THR1946 HG23 THR1946 -14.047 8.627 0.376 458 H ASP1947 HN ASP1947 -15.600 6.098 -1.528 459 HA ASP1947 HA ASP1947 -15.388 8.031 -3.679 460 HB2 ASP1947 HB2 ASP1947 -17.724 7.278 -4.296 461 HB3 ASP1947 HB1 ASP1947 -16.479 6.051 -4.464 462 H GLY1948 HN GLY1948 -15.453 9.912 -2.939 463 HA2 GLY1948 HA2 GLY1948 -16.339 11.851 -2.037 464 HA3 GLY1948 HA1 GLY1948 -17.842 10.965 -1.748 465 HA PRO1949 HA PRO1949 -16.254 10.997 2.441 466 HB2 PRO1949 HB2 PRO1949 -18.718 10.807 3.628 467 HB3 PRO1949 HB1 PRO1949 -17.981 12.324 3.111 468 HG2 PRO1949 HG2 PRO1949 -20.285 10.957 2.003 469 HG3 PRO1949 HG1 PRO1949 -19.663 12.568 1.624 470 HD2 PRO1949 HD2 PRO1949 -19.328 10.067 0.155 471 HD3 PRO1949 HD1 PRO1949 -18.977 11.724 -0.368 472 H LYS1950 HN LYS1950 -17.869 8.584 0.681 473 HA LYS1950 HA LYS1950 -18.078 6.742 2.921 474 HB2 LYS1950 HB2 LYS1950 -19.951 6.757 1.348 475 HB3 LYS1950 HB1 LYS1950 -18.852 6.364 0.021 476 HG2 LYS1950 HG2 LYS1950 -18.245 4.282 1.199 477 HG3 LYS1950 HG1 LYS1950 -19.454 4.659 2.418 478 HD2 LYS1950 HD2 LYS1950 -21.192 4.529 0.731 479 HD3 LYS1950 HD1 LYS1950 -19.970 4.196 -0.508 480 HE2 LYS1950 HE2 LYS1950 -20.530 2.510 1.928 481 HE3 LYS1950 HE1 LYS1950 -21.015 2.128 0.278 482 HZ1 LYS1950 HZ1 LYS1950 -18.173 2.403 1.174 483 HZ2 LYS1950 HZ2 LYS1950 -18.724 1.890 -0.356 484 HZ3 LYS1950 HZ3 LYS1950 -18.992 0.946 0.983 485 H THR1951 HN THR1951 -16.634 5.220 3.309 486 HA THR1951 HA THR1951 -14.428 4.938 1.436 487 HB THR1951 HB THR1951 -13.372 3.678 3.315 488 HG1 THR1951 HG1 THR1951 -15.012 4.609 5.252 489 HG21 THR1951 HG21 THR1951 -12.974 5.644 4.724 490 HG22 THR1951 HG22 THR1951 -14.368 6.445 3.996 491 HG23 THR1951 HG23 THR1951 -12.952 6.076 3.014 492 H LEU1952 HN LEU1952 -13.784 2.938 0.696 493 HA LEU1952 HA LEU1952 -15.445 0.610 1.308 494 HB2 LEU1952 HB2 LEU1952 -15.737 1.344 -1.045 495 HB3 LEU1952 HB1 LEU1952 -14.002 1.327 -1.267 496 HG LEU1952 HG LEU1952 -14.028 -1.139 -0.933 497 HD11 LEU1952 HD11 LEU1952 -17.015 -0.785 -0.995 498 HD12 LEU1952 HD12 LEU1952 -16.054 -1.329 0.381 499 HD13 LEU1952 HD13 LEU1952 -16.161 -2.325 -1.071 500 HD21 LEU1952 HD21 LEU1952 -14.987 -1.658 -3.124 501 HD22 LEU1952 HD22 LEU1952 -14.028 -0.179 -3.164 502 HD23 LEU1952 HD23 LEU1952 -15.788 -0.084 -3.142 503 H ASN1953 HN ASN1953 -14.157 -0.175 2.905 504 HA ASN1953 HA ASN1953 -11.308 0.051 2.755 505 HB2 ASN1953 HB2 ASN1953 -12.442 0.171 4.949 506 HB3 ASN1953 HB1 ASN1953 -13.000 -1.488 4.748 507 HD21 ASN1953 HD21 ASN1953 -11.901 -2.100 6.678 508 HD22 ASN1953 HD22 ASN1953 -10.194 -2.314 6.667 509 H ALA1954 HN ALA1954 -10.065 -1.184 1.684 510 HA ALA1954 HA ALA1954 -11.027 -3.789 0.771 511 HB1 ALA1954 HB1 ALA1954 -9.179 -3.702 -0.825 512 HB2 ALA1954 HB2 ALA1954 -8.604 -2.207 -0.086 513 HB3 ALA1954 HB3 ALA1954 -10.160 -2.238 -0.916 514 H GLY1955 HN GLY1955 -8.865 -2.374 3.031 515 HA2 GLY1955 HA2 GLY1955 -8.125 -4.893 4.058 516 HA3 GLY1955 HA1 GLY1955 -6.796 -4.154 3.172 517 H LYS1956 HN LYS1956 -7.652 -4.676 6.094 518 HA LYS1956 HA LYS1956 -7.560 -2.034 7.213 519 HB2 LYS1956 HB2 LYS1956 -7.808 -3.128 9.323 520 HB3 LYS1956 HB1 LYS1956 -8.881 -3.917 8.183 521 HG2 LYS1956 HG2 LYS1956 -6.878 -5.578 7.914 522 HG3 LYS1956 HG1 LYS1956 -6.419 -4.953 9.499 523 HD2 LYS1956 HD2 LYS1956 -8.985 -6.325 8.706 524 HD3 LYS1956 HD1 LYS1956 -7.771 -6.892 9.848 525 HE2 LYS1956 HE2 LYS1956 -8.368 -5.197 11.421 526 HE3 LYS1956 HE1 LYS1956 -9.399 -4.390 10.238 527 HZ1 LYS1956 HZ1 LYS1956 -10.800 -5.628 11.663 528 HZ2 LYS1956 HZ2 LYS1956 -9.864 -7.021 11.534 529 HZ3 LYS1956 HZ3 LYS1956 -10.739 -6.491 10.199 530 H LEU1957 HN LEU1957 -5.919 -1.616 8.949 531 HA LEU1957 HA LEU1957 -3.414 -1.743 7.651 532 HB2 LEU1957 HB2 LEU1957 -4.190 0.284 8.782 533 HB3 LEU1957 HB1 LEU1957 -4.176 -0.544 10.316 534 HG LEU1957 HG LEU1957 -2.285 1.098 9.855 535 HD11 LEU1957 HD11 LEU1957 -0.559 -0.251 10.916 536 HD12 LEU1957 HD12 LEU1957 -1.494 -1.707 10.586 537 HD13 LEU1957 HD13 LEU1957 -2.129 -0.479 11.685 538 HD21 LEU1957 HD21 LEU1957 -1.327 -1.134 8.071 539 HD22 LEU1957 HD22 LEU1957 -0.380 0.274 8.553 540 HD23 LEU1957 HD23 LEU1957 -1.821 0.479 7.555 541 H SER1958 HN SER1958 -2.150 -3.294 7.704 542 HA SER1958 HA SER1958 -1.587 -4.724 10.185 543 HB2 SER1958 HB2 SER1958 -2.523 -6.103 8.221 544 HB3 SER1958 HB1 SER1958 -1.090 -5.634 7.310 545 HG SER1958 HG SER1958 -0.921 -6.868 9.834 546 H LYS1959 HN LYS1959 0.226 -3.740 10.984 547 HA LYS1959 HA LYS1959 1.823 -2.079 9.226 548 HB2 LYS1959 HB2 LYS1959 0.887 -1.430 11.467 549 HB3 LYS1959 HB1 LYS1959 2.101 -2.451 12.201 550 HG2 LYS1959 HG2 LYS1959 3.875 -1.099 11.392 551 HG3 LYS1959 HG1 LYS1959 2.793 -0.167 10.367 552 HD2 LYS1959 HD2 LYS1959 2.671 -0.219 13.402 553 HD3 LYS1959 HD1 LYS1959 3.416 1.066 12.451 554 HE2 LYS1959 HE2 LYS1959 1.230 1.560 11.412 555 HE3 LYS1959 HE1 LYS1959 0.478 0.276 12.339 556 HZ1 LYS1959 HZ1 LYS1959 1.680 2.752 13.453 557 HZ2 LYS1959 HZ2 LYS1959 1.060 1.480 14.364 558 HZ3 LYS1959 HZ3 LYS1959 0.039 2.360 13.351 559 H THR1960 HN THR1960 2.173 -4.584 8.552 560 HA THR1960 HA THR1960 4.855 -5.276 9.449 561 HB THR1960 HB THR1960 3.101 -7.037 9.899 562 HG1 THR1960 HG1 THR1960 5.137 -7.755 9.593 563 HG21 THR1960 HG21 THR1960 2.859 -7.132 6.881 564 HG22 THR1960 HG22 THR1960 1.605 -6.604 8.006 565 HG23 THR1960 HG23 THR1960 2.135 -8.287 8.003 566 H LEU1961 HN LEU1961 6.259 -5.863 7.636 567 HA LEU1961 HA LEU1961 5.320 -5.093 4.985 568 HB2 LEU1961 HB2 LEU1961 6.533 -3.142 6.009 569 HB3 LEU1961 HB1 LEU1961 7.931 -4.175 6.226 570 HG LEU1961 HG LEU1961 8.074 -4.437 3.763 571 HD11 LEU1961 HD11 LEU1961 5.930 -2.333 3.724 572 HD12 LEU1961 HD12 LEU1961 5.772 -4.003 3.180 573 HD13 LEU1961 HD13 LEU1961 6.848 -2.893 2.329 574 HD21 LEU1961 HD21 LEU1961 8.871 -2.145 3.297 575 HD22 LEU1961 HD22 LEU1961 9.491 -2.839 4.780 576 HD23 LEU1961 HD23 LEU1961 8.193 -1.627 4.845 577 H THR1962 HN THR1962 6.375 -6.409 3.338 578 HA THR1962 HA THR1962 8.428 -8.114 4.340 579 HB THR1962 HB THR1962 6.584 -9.332 5.125 580 HG1 THR1962 HG1 THR1962 7.441 -11.014 4.536 581 HG21 THR1962 HG21 THR1962 4.704 -10.094 3.698 582 HG22 THR1962 HG22 THR1962 5.327 -9.050 2.401 583 HG23 THR1962 HG23 THR1962 4.821 -8.354 3.955 584 H TYR1963 HN TYR1963 8.814 -9.866 2.470 585 HA TYR1963 HA TYR1963 8.951 -8.452 -0.079 586 HB2 TYR1963 HB2 TYR1963 11.374 -9.026 -0.267 587 HB3 TYR1963 HB1 TYR1963 11.071 -7.884 1.039 588 HD1 TYR1963 HD1 TYR1963 12.086 -11.331 0.221 589 HD2 TYR1963 HD2 TYR1963 11.331 -8.561 3.353 590 HE1 TYR1963 HE1 TYR1963 13.150 -12.854 1.826 591 HE2 TYR1963 HE2 TYR1963 12.397 -10.069 4.952 592 HH TYR1963 HH TYR1963 12.742 -12.492 5.116 593 H GLU1964 HN GLU1964 9.271 -9.884 -1.804 594 HA GLU1964 HA GLU1964 9.643 -12.695 -1.353 595 HB2 GLU1964 HB2 GLU1964 7.188 -12.407 -1.007 596 HB3 GLU1964 HB1 GLU1964 7.070 -11.613 -2.567 597 HG2 GLU1964 HG2 GLU1964 7.737 -13.685 -3.672 598 HG3 GLU1964 HG1 GLU1964 7.867 -14.477 -2.101 599 H ASP1965 HN ASP1965 11.031 -13.200 -2.948 600 HA ASP1965 HA ASP1965 12.134 -13.224 -4.980 601 HB2 ASP1965 HB2 ASP1965 9.669 -11.740 -5.953 602 HB3 ASP1965 HB1 ASP1965 11.022 -12.105 -7.008 603 H GLN1966 HN GLN1966 12.415 -11.169 -2.981 604 HA GLN1966 HA GLN1966 13.519 -9.334 -2.503 605 HB2 GLN1966 HB2 GLN1966 14.552 -9.490 -5.336 606 HB3 GLN1966 HB1 GLN1966 15.049 -8.229 -4.219 607 HG2 GLN1966 HG2 GLN1966 15.819 -10.035 -2.665 608 HG3 GLN1966 HG1 GLN1966 15.490 -11.191 -3.952 609 HE21 GLN1966 HE21 GLN1966 16.845 -11.242 -5.729 610 HE22 GLN1966 HE22 GLN1966 18.357 -10.418 -5.785 611 H VAL1967 HN VAL1967 11.061 -9.161 -4.763 612 HA VAL1967 HA VAL1967 10.989 -6.284 -4.724 613 HB VAL1967 HB VAL1967 10.069 -7.407 -6.737 614 HG11 VAL1967 HG11 VAL1967 9.298 -9.466 -5.799 615 HG12 VAL1967 HG12 VAL1967 8.011 -8.682 -6.714 616 HG13 VAL1967 HG13 VAL1967 8.003 -8.625 -4.950 617 HG21 VAL1967 HG21 VAL1967 9.097 -5.270 -6.209 618 HG22 VAL1967 HG22 VAL1967 7.884 -6.045 -5.190 619 HG23 VAL1967 HG23 VAL1967 7.888 -6.331 -6.932 620 H LEU1968 HN LEU1968 9.452 -5.031 -3.553 621 HA LEU1968 HA LEU1968 9.091 -6.191 -0.932 622 HB2 LEU1968 HB2 LEU1968 10.047 -3.915 -1.369 623 HB3 LEU1968 HB1 LEU1968 8.468 -3.417 -1.934 624 HG LEU1968 HG LEU1968 7.552 -3.820 0.320 625 HD11 LEU1968 HD11 LEU1968 9.121 -4.207 2.164 626 HD12 LEU1968 HD12 LEU1968 10.436 -4.378 1.001 627 HD13 LEU1968 HD13 LEU1968 9.118 -5.552 1.023 628 HD21 LEU1968 HD21 LEU1968 8.365 -1.607 -0.309 629 HD22 LEU1968 HD22 LEU1968 9.983 -2.060 0.233 630 HD23 LEU1968 HD23 LEU1968 8.666 -1.935 1.403 631 H LYS1969 HN LYS1969 7.109 -6.702 -0.027 632 HA LYS1969 HA LYS1969 4.799 -6.125 -1.681 633 HB2 LYS1969 HB2 LYS1969 5.503 -8.875 -0.687 634 HB3 LYS1969 HB1 LYS1969 3.937 -8.432 -1.338 635 HG2 LYS1969 HG2 LYS1969 5.115 -7.768 -3.461 636 HG3 LYS1969 HG1 LYS1969 6.573 -8.495 -2.786 637 HD2 LYS1969 HD2 LYS1969 5.383 -10.636 -2.578 638 HD3 LYS1969 HD1 LYS1969 3.949 -9.895 -3.294 639 HE2 LYS1969 HE2 LYS1969 5.294 -9.375 -5.315 640 HE3 LYS1969 HE1 LYS1969 6.643 -10.249 -4.595 641 HZ1 LYS1969 HZ1 LYS1969 5.127 -12.217 -4.499 642 HZ2 LYS1969 HZ2 LYS1969 5.587 -11.737 -6.027 643 HZ3 LYS1969 HZ3 LYS1969 4.028 -11.357 -5.465 644 H LEU1970 HN LEU1970 2.914 -6.017 -0.767 645 HA LEU1970 HA LEU1970 2.555 -6.558 2.053 646 HB2 LEU1970 HB2 LEU1970 2.021 -3.933 0.706 647 HB3 LEU1970 HB1 LEU1970 1.137 -4.431 2.132 648 HG LEU1970 HG LEU1970 4.105 -3.999 1.948 649 HD11 LEU1970 HD11 LEU1970 2.790 -1.942 1.954 650 HD12 LEU1970 HD12 LEU1970 3.648 -2.160 3.480 651 HD13 LEU1970 HD13 LEU1970 1.920 -2.499 3.382 652 HD21 LEU1970 HD21 LEU1970 3.613 -5.815 3.446 653 HD22 LEU1970 HD22 LEU1970 2.339 -4.868 4.210 654 HD23 LEU1970 HD23 LEU1970 4.022 -4.372 4.369 655 H VAL1971 HN VAL1971 0.563 -7.145 2.591 656 HA VAL1971 HA VAL1971 -1.449 -7.138 0.522 657 HB VAL1971 HB VAL1971 -2.232 -9.422 1.392 658 HG11 VAL1971 HG11 VAL1971 -1.124 -9.203 -0.761 659 HG12 VAL1971 HG12 VAL1971 -0.640 -10.698 0.040 660 HG13 VAL1971 HG13 VAL1971 0.453 -9.312 0.024 661 HG21 VAL1971 HG21 VAL1971 0.565 -9.504 2.548 662 HG22 VAL1971 HG22 VAL1971 -0.546 -10.871 2.453 663 HG23 VAL1971 HG23 VAL1971 -0.937 -9.488 3.474 664 H TYR1972 HN TYR1972 -2.667 -5.549 1.369 665 HA TYR1972 HA TYR1972 -3.323 -5.790 4.182 666 HB2 TYR1972 HB2 TYR1972 -4.007 -3.591 2.188 667 HB3 TYR1972 HB1 TYR1972 -4.683 -3.649 3.811 668 HD1 TYR1972 HD2 TYR1972 -2.863 -3.828 5.761 669 HD2 TYR1972 HD1 TYR1972 -2.077 -2.421 1.830 670 HE1 TYR1972 HE2 TYR1972 -0.857 -2.648 6.584 671 HE2 TYR1972 HE1 TYR1972 -0.088 -1.250 2.636 672 HH TYR1972 HH TYR1972 0.735 -0.305 4.727 673 H GLU1973 HN GLU1973 -5.030 -6.758 4.922 674 HA GLU1973 HA GLU1973 -7.096 -7.523 3.001 675 HB2 GLU1973 HB2 GLU1973 -7.098 -9.770 4.118 676 HB3 GLU1973 HB1 GLU1973 -5.687 -9.406 3.132 677 HG2 GLU1973 HG2 GLU1973 -4.401 -8.889 5.128 678 HG3 GLU1973 HG1 GLU1973 -5.820 -9.185 6.129 679 H ASP1974 HN ASP1974 -8.919 -8.634 4.205 680 HA ASP1974 HA ASP1974 -10.788 -8.371 5.384 681 HB2 ASP1974 HB2 ASP1974 -9.439 -9.362 7.209 682 HB3 ASP1974 HB1 ASP1974 -9.000 -7.744 7.745 683 H GLY1975 HN GLY1975 -11.979 -6.864 4.713 684 HA2 GLY1975 HA2 GLY1975 -11.848 -4.287 6.027 685 HA3 GLY1975 HA1 GLY1975 -11.742 -4.307 4.266 686 H ASP1976 HN ASP1976 -13.580 -3.931 3.355 687 HA ASP1976 HA ASP1976 -16.060 -4.564 4.713 688 HB2 ASP1976 HB2 ASP1976 -15.929 -2.407 3.602 689 HB3 ASP1976 HB1 ASP1976 -15.484 -3.175 2.085 690 HA PRO1977 HA PRO1977 -15.960 -8.534 2.658 691 HB2 PRO1977 HB2 PRO1977 -18.488 -8.991 4.068 692 HB3 PRO1977 HB1 PRO1977 -16.948 -9.836 4.244 693 HG2 PRO1977 HG2 PRO1977 -17.894 -8.220 6.169 694 HG3 PRO1977 HG1 PRO1977 -16.158 -8.361 5.826 695 HD2 PRO1977 HD2 PRO1977 -18.089 -6.235 4.967 696 HD3 PRO1977 HD1 PRO1977 -16.445 -6.062 5.624 697 H CYS1978 HN CYS1978 -17.179 -9.541 1.036 698 HA CYS1978 HA CYS1978 -19.507 -8.082 0.098 699 HB2 CYS1978 HB2 CYS1978 -18.482 -8.350 -2.226 700 HB3 CYS1978 HB1 CYS1978 -17.752 -7.131 -1.188 701 HA PRO1979 HA PRO1979 -21.139 -12.202 -0.331 702 HB2 PRO1979 HB2 PRO1979 -22.632 -11.296 -2.715 703 HB3 PRO1979 HB1 PRO1979 -23.242 -11.861 -1.154 704 HG2 PRO1979 HG2 PRO1979 -23.409 -9.285 -1.858 705 HG3 PRO1979 HG1 PRO1979 -23.077 -9.770 -0.185 706 HD2 PRO1979 HD2 PRO1979 -21.167 -8.806 -2.288 707 HD3 PRO1979 HD1 PRO1979 -21.273 -8.352 -0.576 708 H THR1980 HN THR1980 -19.367 -10.696 -2.851 709 HA THR1980 HA THR1980 -19.337 -12.797 -4.691 710 HB THR1980 HB THR1980 -17.301 -11.037 -5.107 711 HG1 THR1980 HG1 THR1980 -18.347 -8.972 -4.513 712 HG21 THR1980 HG21 THR1980 -20.224 -10.683 -5.821 713 HG22 THR1980 HG22 THR1980 -19.070 -11.670 -6.719 714 HG23 THR1980 HG23 THR1980 -18.866 -9.920 -6.649 715 H ASP1981 HN ASP1981 -17.322 -11.498 -2.081 716 HA ASP1981 HA ASP1981 -15.664 -13.900 -2.201 717 HB2 ASP1981 HB2 ASP1981 -14.419 -11.945 -3.155 718 HB3 ASP1981 HB1 ASP1981 -14.649 -11.095 -1.635 719 H LEU1982 HN LEU1982 -17.372 -14.418 -0.738 720 HA LEU1982 HA LEU1982 -17.130 -13.229 1.902 721 HB2 LEU1982 HB2 LEU1982 -19.213 -14.197 2.509 722 HB3 LEU1982 HB1 LEU1982 -19.418 -13.472 0.936 723 HG LEU1982 HG LEU1982 -19.043 -16.429 1.380 724 HD11 LEU1982 HD11 LEU1982 -21.601 -14.863 1.070 725 HD12 LEU1982 HD12 LEU1982 -21.049 -15.689 2.530 726 HD13 LEU1982 HD13 LEU1982 -21.484 -16.622 1.098 727 HD21 LEU1982 HD21 LEU1982 -20.287 -16.548 -0.831 728 HD22 LEU1982 HD22 LEU1982 -18.633 -16.059 -0.902 729 HD23 LEU1982 HD23 LEU1982 -19.925 -14.833 -1.034 730 H LYS1983 HN LYS1983 -16.554 -16.150 0.133 731 HA LYS1983 HA LYS1983 -15.733 -17.481 2.617 732 HB2 LYS1983 HB2 LYS1983 -16.951 -18.636 0.123 733 HB3 LYS1983 HB1 LYS1983 -16.164 -19.613 1.348 734 HG2 LYS1983 HG2 LYS1983 -18.588 -17.871 1.764 735 HG3 LYS1983 HG1 LYS1983 -18.581 -19.629 1.615 736 HD2 LYS1983 HD2 LYS1983 -17.300 -17.995 3.816 737 HD3 LYS1983 HD1 LYS1983 -18.745 -18.993 3.955 738 HE2 LYS1983 HE2 LYS1983 -15.962 -19.995 3.322 739 HE3 LYS1983 HE1 LYS1983 -16.744 -20.091 4.896 740 HZ1 LYS1983 HZ1 LYS1983 -16.828 -22.156 3.661 741 HZ2 LYS1983 HZ2 LYS1983 -17.683 -21.457 2.412 742 HZ3 LYS1983 HZ3 LYS1983 -18.387 -21.611 3.951 743 H MET1984 HN MET1984 -14.190 -15.761 0.629 744 HA MET1984 HA MET1984 -12.063 -17.630 0.314 745 HB2 MET1984 HB2 MET1984 -12.953 -15.496 -1.676 746 HB3 MET1984 HB1 MET1984 -11.474 -16.420 -1.819 747 HG2 MET1984 HG2 MET1984 -12.821 -18.475 -2.022 748 HG3 MET1984 HG1 MET1984 -14.270 -17.470 -2.035 749 HE1 MET1984 HE1 MET1984 -13.719 -15.360 -5.327 750 HE2 MET1984 HE2 MET1984 -13.225 -14.915 -3.694 751 HE3 MET1984 HE3 MET1984 -14.799 -15.663 -3.964 752 H LYS1985 HN LYS1985 -10.394 -15.545 -0.488 753 HA LYS1985 HA LYS1985 -10.522 -13.742 1.810 754 HB2 LYS1985 HB2 LYS1985 -8.060 -14.048 2.150 755 HB3 LYS1985 HB1 LYS1985 -9.028 -15.465 2.527 756 HG2 LYS1985 HG2 LYS1985 -8.415 -16.457 0.384 757 HG3 LYS1985 HG1 LYS1985 -7.456 -15.028 -0.003 758 HD2 LYS1985 HD2 LYS1985 -6.001 -15.480 1.888 759 HD3 LYS1985 HD1 LYS1985 -6.996 -16.870 2.334 760 HE2 LYS1985 HE2 LYS1985 -5.459 -16.541 -0.236 761 HE3 LYS1985 HE1 LYS1985 -4.991 -17.560 1.123 762 HZ1 LYS1985 HZ1 LYS1985 -7.449 -17.914 -0.541 763 HZ2 LYS1985 HZ2 LYS1985 -7.022 -18.851 0.779 764 HZ3 LYS1985 HZ3 LYS1985 -6.041 -18.843 -0.612 765 H HIS1986 HN HIS1986 -10.502 -11.754 1.101 766 HA HIS1986 HA HIS1986 -9.012 -11.246 -1.353 767 HB2 HIS1986 HB2 HIS1986 -10.258 -9.096 -1.593 768 HB3 HIS1986 HB1 HIS1986 -11.239 -10.536 -1.715 769 HD1 HIS1986 HD1 HIS1986 -13.094 -10.808 -0.094 770 HD2 HIS1986 HD2 HIS1986 -10.733 -7.524 0.776 771 HE1 HIS1986 HE1 HIS1986 -14.462 -9.401 1.468 772 HE2 HIS1986 HE2 HIS1986 -12.792 -7.827 2.343 773 H LYS1987 HN LYS1987 -7.388 -9.992 -1.537 774 HA LYS1987 HA LYS1987 -6.438 -8.546 0.843 775 HB2 LYS1987 HB2 LYS1987 -4.833 -10.183 -1.141 776 HB3 LYS1987 HB1 LYS1987 -4.175 -9.257 0.193 777 HG2 LYS1987 HG2 LYS1987 -5.005 -10.781 1.790 778 HG3 LYS1987 HG1 LYS1987 -6.074 -11.555 0.609 779 HD2 LYS1987 HD2 LYS1987 -4.092 -12.321 -0.646 780 HD3 LYS1987 HD1 LYS1987 -3.053 -11.599 0.579 781 HE2 LYS1987 HE2 LYS1987 -5.121 -13.659 1.283 782 HE3 LYS1987 HE1 LYS1987 -3.533 -14.124 0.692 783 HZ1 LYS1987 HZ1 LYS1987 -3.967 -12.432 3.121 784 HZ2 LYS1987 HZ2 LYS1987 -2.511 -13.111 2.553 785 HZ3 LYS1987 HZ3 LYS1987 -3.732 -14.099 3.112 786 H SER1988 HN SER1988 -5.070 -6.747 0.221 787 HA SER1988 HA SER1988 -5.308 -6.033 -2.582 788 HB2 SER1988 HB2 SER1988 -4.801 -3.691 -1.767 789 HB3 SER1988 HB1 SER1988 -6.341 -4.355 -1.208 790 HG SER1988 HG SER1988 -5.417 -4.781 0.770 791 H TYR1989 HN TYR1989 -3.601 -6.419 -3.718 792 HA TYR1989 HA TYR1989 -1.108 -7.088 -2.439 793 HB2 TYR1989 HB2 TYR1989 -2.044 -7.258 -5.291 794 HB3 TYR1989 HB1 TYR1989 -0.390 -7.596 -4.806 795 HD1 TYR1989 HD1 TYR1989 0.014 -9.455 -3.167 796 HD2 TYR1989 HD2 TYR1989 -3.713 -8.901 -5.125 797 HE1 TYR1989 HE1 TYR1989 -0.561 -11.792 -2.701 798 HE2 TYR1989 HE2 TYR1989 -4.308 -11.242 -4.656 799 HH TYR1989 HH TYR1989 -2.907 -13.362 -4.287 800 H PHE1990 HN PHE1990 0.271 -5.637 -2.012 801 HA PHE1990 HA PHE1990 0.636 -3.383 -3.837 802 HB2 PHE1990 HB2 PHE1990 1.393 -3.768 -0.941 803 HB3 PHE1990 HB1 PHE1990 1.997 -2.442 -1.921 804 HD1 PHE1990 HD1 PHE1990 -1.019 -3.974 -0.504 805 HD2 PHE1990 HD2 PHE1990 0.684 -0.523 -2.303 806 HE1 PHE1990 HE1 PHE1990 -3.025 -2.694 0.069 807 HE2 PHE1990 HE2 PHE1990 -1.323 0.767 -1.727 808 HZ PHE1990 HZ PHE1990 -3.146 -0.256 -0.577 809 H SER1991 HN SER1991 2.089 -3.890 -5.278 810 HA SER1991 HA SER1991 4.430 -5.436 -4.447 811 HB2 SER1991 HB2 SER1991 3.414 -4.810 -7.227 812 HB3 SER1991 HB1 SER1991 4.729 -5.915 -6.813 813 HG SER1991 HG SER1991 2.331 -6.336 -5.529 814 H PHE1992 HN PHE1992 5.899 -4.045 -3.715 815 HA PHE1992 HA PHE1992 6.150 -1.412 -4.900 816 HB2 PHE1992 HB2 PHE1992 7.596 -2.640 -2.540 817 HB3 PHE1992 HB1 PHE1992 7.680 -0.958 -3.043 818 HD1 PHE1992 HD2 PHE1992 5.793 0.536 -2.664 819 HD2 PHE1992 HD1 PHE1992 5.730 -3.501 -1.340 820 HE1 PHE1992 HE2 PHE1992 3.895 1.049 -1.198 821 HE2 PHE1992 HE1 PHE1992 3.842 -2.995 0.129 822 HZ PHE1992 HZ PHE1992 2.916 -0.720 0.205 823 H VAL1993 HN VAL1993 7.327 -1.290 -6.573 824 HA VAL1993 HA VAL1993 9.562 -3.122 -6.968 825 HB VAL1993 HB VAL1993 7.957 -3.508 -8.683 826 HG11 VAL1993 HG11 VAL1993 7.852 -0.538 -9.145 827 HG12 VAL1993 HG12 VAL1993 6.606 -1.539 -8.395 828 HG13 VAL1993 HG13 VAL1993 7.015 -1.768 -10.098 829 HG21 VAL1993 HG21 VAL1993 9.072 -2.847 -10.747 830 HG22 VAL1993 HG22 VAL1993 10.261 -3.354 -9.533 831 HG23 VAL1993 HG23 VAL1993 9.985 -1.634 -9.855 832 H CYS1994 HN CYS1994 11.523 -2.430 -7.269 833 HA CYS1994 HA CYS1994 12.656 -0.145 -6.483 834 HB2 CYS1994 HB2 CYS1994 13.579 -1.925 -8.747 835 HB3 CYS1994 HB1 CYS1994 14.577 -0.782 -7.879 836 H LYS1995 HN LYS1995 12.003 1.865 -7.172 837 HA LYS1995 HA LYS1995 12.791 2.489 -9.909 838 HB2 LYS1995 HB2 LYS1995 10.263 2.450 -9.837 839 HB3 LYS1995 HB1 LYS1995 10.338 3.753 -8.656 840 HG2 LYS1995 HG2 LYS1995 11.579 5.124 -10.334 841 HG3 LYS1995 HG1 LYS1995 11.305 3.844 -11.513 842 HD2 LYS1995 HD2 LYS1995 8.859 4.131 -11.141 843 HD3 LYS1995 HD1 LYS1995 9.228 5.511 -10.102 844 HE2 LYS1995 HE2 LYS1995 10.393 6.581 -12.007 845 HE3 LYS1995 HE1 LYS1995 9.900 5.233 -13.033 846 HZ1 LYS1995 HZ1 LYS1995 8.373 7.026 -13.343 847 HZ2 LYS1995 HZ2 LYS1995 8.191 7.227 -11.691 848 HZ3 LYS1995 HZ3 LYS1995 7.547 5.847 -12.444 849 H SER1996 HN SER1996 14.621 3.424 -9.342 850 HA SER1996 HA SER1996 15.008 5.016 -7.029 851 HB2 SER1996 HB2 SER1996 16.637 4.909 -9.582 852 HB3 SER1996 HB1 SER1996 17.190 5.531 -8.027 853 HG SER1996 HG SER1996 16.969 2.927 -8.903 854 H ASP1997 HN ASP1997 13.884 5.666 -10.185 855 HA ASP1997 HA ASP1997 14.299 8.464 -10.337 856 HB2 ASP1997 HB2 ASP1997 13.940 7.171 -12.336 857 HB3 ASP1997 HB1 ASP1997 12.372 6.628 -11.761 858 H ALA1998 HN ALA1998 12.055 6.605 -8.545 859 HA ALA1998 HA ALA1998 9.965 8.584 -8.482 860 HB1 ALA1998 HB1 ALA1998 8.863 7.092 -6.913 861 HB2 ALA1998 HB2 ALA1998 10.327 6.115 -6.795 862 HB3 ALA1998 HB3 ALA1998 9.445 6.197 -8.319 863 H GLY1999 HN GLY1999 12.928 8.281 -6.966 864 HA2 GLY1999 HA2 GLY1999 13.943 9.470 -5.274 865 HA3 GLY1999 HA1 GLY1999 12.621 10.610 -5.453 866 H ASP2000 HN ASP2000 11.798 11.004 -3.596 867 HA ASP2000 HA ASP2000 11.291 8.776 -1.739 868 HB2 ASP2000 HB2 ASP2000 11.496 10.281 0.130 869 HB3 ASP2000 HB1 ASP2000 12.908 10.526 -0.878 870 H ASP2001 HN ASP2001 9.906 10.461 -3.998 871 HA ASP2001 HA ASP2001 7.511 11.483 -2.805 872 HB2 ASP2001 HB2 ASP2001 8.384 12.170 -5.094 873 HB3 ASP2001 HB1 ASP2001 7.919 10.542 -5.615 874 H SER2002 HN SER2002 8.267 8.677 -4.784 875 HA SER2002 HA SER2002 7.569 6.508 -4.763 876 HB2 SER2002 HB2 SER2002 7.993 6.769 -2.299 877 HB3 SER2002 HB1 SER2002 6.320 7.246 -2.084 878 HG SER2002 HG SER2002 5.888 5.220 -1.927 879 H GLN2003 HN GLN2003 6.074 6.233 -6.459 880 HA GLN2003 HA GLN2003 3.327 7.074 -5.870 881 HB2 GLN2003 HB2 GLN2003 2.983 7.738 -8.191 882 HB3 GLN2003 HB1 GLN2003 4.222 8.707 -7.409 883 HG2 GLN2003 HG2 GLN2003 5.942 7.266 -8.511 884 HG3 GLN2003 HG1 GLN2003 4.635 6.489 -9.406 885 HE21 GLN2003 HE21 GLN2003 3.564 7.670 -11.058 886 HE22 GLN2003 HE22 GLN2003 4.238 9.138 -11.642 887 HA PRO2004 HA PRO2004 2.267 2.995 -7.170 888 HB2 PRO2004 HB2 PRO2004 -0.387 3.345 -6.469 889 HB3 PRO2004 HB1 PRO2004 0.916 2.873 -5.376 890 HG2 PRO2004 HG2 PRO2004 -0.552 5.300 -5.282 891 HG3 PRO2004 HG1 PRO2004 0.907 4.893 -4.376 892 HD2 PRO2004 HD2 PRO2004 0.631 6.451 -6.897 893 HD3 PRO2004 HD1 PRO2004 1.776 6.664 -5.554 894 H VAL2005 HN VAL2005 1.389 1.977 -8.843 895 HA VAL2005 HA VAL2005 -0.433 3.387 -10.660 896 HB VAL2005 HB VAL2005 1.610 1.222 -11.307 897 HG11 VAL2005 HG11 VAL2005 -0.203 2.775 -13.148 898 HG12 VAL2005 HG12 VAL2005 -0.355 1.072 -12.724 899 HG13 VAL2005 HG13 VAL2005 1.039 1.627 -13.650 900 HG21 VAL2005 HG21 VAL2005 2.804 2.940 -12.589 901 HG22 VAL2005 HG22 VAL2005 2.724 3.342 -10.873 902 HG23 VAL2005 HG23 VAL2005 1.658 4.152 -12.019 903 H PHE2006 HN PHE2006 -2.395 2.391 -10.594 904 HA PHE2006 HA PHE2006 -2.474 -0.172 -9.248 905 HB2 PHE2006 HB2 PHE2006 -4.875 0.014 -9.118 906 HB3 PHE2006 HB1 PHE2006 -4.197 1.561 -8.667 907 HD1 PHE2006 HD2 PHE2006 -4.453 3.503 -10.164 908 HD2 PHE2006 HD1 PHE2006 -6.277 -0.233 -11.044 909 HE1 PHE2006 HE2 PHE2006 -5.908 4.609 -11.805 910 HE2 PHE2006 HE1 PHE2006 -7.734 0.867 -12.694 911 HZ PHE2006 HZ PHE2006 -7.661 3.247 -13.002 912 H LEU2007 HN LEU2007 -3.140 -2.057 -10.105 913 HA LEU2007 HA LEU2007 -2.886 -2.361 -12.973 914 HB2 LEU2007 HB2 LEU2007 -3.542 -4.264 -10.706 915 HB3 LEU2007 HB1 LEU2007 -3.633 -4.763 -12.371 916 HG LEU2007 HG LEU2007 -1.627 -5.572 -11.263 917 HD11 LEU2007 HD11 LEU2007 -1.071 -3.589 -13.428 918 HD12 LEU2007 HD12 LEU2007 -1.586 -5.280 -13.583 919 HD13 LEU2007 HD13 LEU2007 -0.001 -4.905 -12.910 920 HD21 LEU2007 HD21 LEU2007 -0.830 -2.672 -10.987 921 HD22 LEU2007 HD22 LEU2007 0.211 -4.056 -10.660 922 HD23 LEU2007 HD23 LEU2007 -1.221 -3.774 -9.668 923 H SER2008 HN SER2008 -5.270 -3.299 -10.576 924 HA SER2008 HA SER2008 -7.410 -1.912 -11.629 925 HB2 SER2008 HB2 SER2008 -8.696 -4.057 -12.280 926 HB3 SER2008 HB1 SER2008 -7.548 -3.404 -13.447 927 HG SER2008 HG SER2008 -7.614 -5.818 -12.661 928 H PHE2009 HN PHE2009 -9.255 -2.253 -10.372 929 HA PHE2009 HA PHE2009 -8.803 -3.712 -7.878 930 HB2 PHE2009 HB2 PHE2009 -9.485 -1.294 -7.742 931 HB3 PHE2009 HB1 PHE2009 -10.942 -1.687 -8.642 932 HD1 PHE2009 HD2 PHE2009 -12.682 -3.086 -7.595 933 HD2 PHE2009 HD1 PHE2009 -9.317 -1.712 -5.390 934 HE1 PHE2009 HE2 PHE2009 -13.852 -3.591 -5.505 935 HE2 PHE2009 HE1 PHE2009 -10.481 -2.222 -3.287 936 HZ PHE2009 HZ PHE2009 -12.717 -3.104 -3.305 937 H ASP2010 HN ASP2010 -9.688 -5.716 -7.928 938 HA ASP2010 HA ASP2010 -11.716 -6.207 -9.955 939 HB2 ASP2010 HB2 ASP2010 -9.785 -7.769 -9.815 940 HB3 ASP2010 HB1 ASP2010 -10.291 -8.198 -8.180 941 H GLU2011 HN GLU2011 -13.702 -5.958 -9.341 942 HA GLU2011 HA GLU2011 -14.292 -5.975 -6.514 943 HB2 GLU2011 HB2 GLU2011 -16.524 -5.137 -7.235 944 HB3 GLU2011 HB1 GLU2011 -15.168 -4.120 -7.702 945 HG2 GLU2011 HG2 GLU2011 -15.256 -4.955 -9.948 946 HG3 GLU2011 HG1 GLU2011 -16.514 -6.104 -9.503 947 H GLN2012 HN GLN2012 -14.294 -8.251 -8.942 948 HA GLN2012 HA GLN2012 -16.655 -9.642 -8.147 949 HB2 GLN2012 HB2 GLN2012 -15.699 -9.920 -10.420 950 HB3 GLN2012 HB1 GLN2012 -14.267 -10.656 -9.715 951 HG2 GLN2012 HG2 GLN2012 -15.571 -12.433 -10.511 952 HG3 GLN2012 HG1 GLN2012 -15.782 -12.431 -8.770 953 HE21 GLN2012 HE21 GLN2012 -17.716 -10.096 -9.003 954 HE22 GLN2012 HE22 GLN2012 -19.170 -10.825 -9.555 955 H THR2013 HN THR2013 -13.179 -10.109 -7.599 956 HA THR2013 HA THR2013 -13.936 -11.825 -5.348 957 HB THR2013 HB THR2013 -12.391 -12.852 -7.010 958 HG1 THR2013 HG1 THR2013 -11.931 -12.749 -4.330 959 HG21 THR2013 HG21 THR2013 -11.174 -10.858 -7.728 960 HG22 THR2013 HG22 THR2013 -10.053 -12.102 -7.171 961 HG23 THR2013 HG23 THR2013 -10.431 -10.725 -6.134 962 H CYS2014 HN CYS2014 -13.543 -8.742 -5.819 963 HA CYS2014 HA CYS2014 -13.081 -6.904 -4.585 964 HB2 CYS2014 HB2 CYS2014 -13.396 -8.880 -2.313 965 HB3 CYS2014 HB1 CYS2014 -13.412 -7.128 -2.122 966 H THR2015 HN THR2015 -10.828 -8.296 -5.545 967 HA THR2015 HA THR2015 -8.772 -7.904 -3.477 968 HB THR2015 HB THR2015 -8.792 -9.557 -6.020 969 HG1 THR2015 HG1 THR2015 -9.970 -10.366 -4.152 970 HG21 THR2015 HG21 THR2015 -6.601 -9.297 -3.935 971 HG22 THR2015 HG22 THR2015 -6.517 -8.685 -5.585 972 HG23 THR2015 HG23 THR2015 -6.593 -10.424 -5.294 973 H SER2016 HN SER2016 -7.099 -6.510 -3.859 974 HA SER2016 HA SER2016 -7.474 -4.715 -6.169 975 HB2 SER2016 HB2 SER2016 -6.132 -4.109 -3.543 976 HB3 SER2016 HB1 SER2016 -6.653 -2.967 -4.785 977 HG SER2016 HG SER2016 -8.599 -4.645 -3.784 978 H TYR2017 HN TYR2017 -5.647 -4.226 -7.441 979 HA TYR2017 HA TYR2017 -3.110 -5.498 -6.637 980 HB2 TYR2017 HB2 TYR2017 -4.222 -5.143 -9.430 981 HB3 TYR2017 HB1 TYR2017 -2.632 -5.774 -9.042 982 HD1 TYR2017 HD2 TYR2017 -2.381 -8.033 -8.148 983 HD2 TYR2017 HD1 TYR2017 -6.207 -6.471 -9.143 984 HE1 TYR2017 HE2 TYR2017 -3.317 -10.288 -8.043 985 HE2 TYR2017 HE1 TYR2017 -7.167 -8.704 -9.034 986 HH TYR2017 HH TYR2017 -5.461 -11.364 -7.708 987 H PHE2018 HN PHE2018 -1.609 -3.939 -6.180 988 HA PHE2018 HA PHE2018 -1.619 -1.501 -7.821 989 HB2 PHE2018 HB2 PHE2018 -1.034 -1.645 -4.851 990 HB3 PHE2018 HB1 PHE2018 -0.964 -0.205 -5.851 991 HD1 PHE2018 HD2 PHE2018 -3.225 0.410 -7.054 992 HD2 PHE2018 HD1 PHE2018 -2.913 -2.074 -3.618 993 HE1 PHE2018 HE2 PHE2018 -5.583 0.872 -6.511 994 HE2 PHE2018 HE1 PHE2018 -5.263 -1.613 -3.067 995 HZ PHE2018 HZ PHE2018 -6.599 -0.137 -4.509 996 H SER2019 HN SER2019 0.306 -1.110 -8.750 997 HA SER2019 HA SER2019 2.671 -2.487 -7.718 998 HB2 SER2019 HB2 SER2019 2.093 -2.960 -10.102 999 HB3 SER2019 HB1 SER2019 2.138 -1.234 -10.443 1000 HG SER2019 HG SER2019 4.262 -3.026 -9.953 1001 H TRP2020 HN TRP2020 4.018 -1.200 -6.626 1002 HA TRP2020 HA TRP2020 3.572 1.688 -6.886 1003 HB2 TRP2020 HB2 TRP2020 3.006 0.434 -4.728 1004 HB3 TRP2020 HB1 TRP2020 4.757 0.357 -4.461 1005 HD1 TRP2020 HD1 TRP2020 5.618 3.274 -5.121 1006 HE1 TRP2020 HE1 TRP2020 4.710 5.267 -3.782 1007 HE3 TRP2020 HE3 TRP2020 1.483 1.066 -3.138 1008 HZ2 TRP2020 HZ2 TRP2020 2.530 5.806 -2.081 1009 HZ3 TRP2020 HZ3 TRP2020 0.048 2.381 -1.648 1010 HH2 TRP2020 HH2 TRP2020 0.567 4.700 -1.125 1011 H HIS2021 HN HIS2021 5.166 2.697 -7.807 1012 HA HIS2021 HA HIS2021 7.770 1.424 -8.022 1013 HB2 HIS2021 HB2 HIS2021 6.616 3.861 -9.396 1014 HB3 HIS2021 HB1 HIS2021 8.229 3.220 -9.673 1015 HD1 HIS2021 HD1 HIS2021 8.442 1.212 -11.258 1016 HD2 HIS2021 HD2 HIS2021 4.506 2.266 -10.423 1017 HE1 HIS2021 HE1 HIS2021 7.043 -0.062 -12.870 1018 HE2 HIS2021 HE2 HIS2021 4.740 0.842 -12.560 1019 H THR2022 HN THR2022 9.038 1.833 -6.363 1020 HA THR2022 HA THR2022 9.453 4.566 -5.603 1021 HB THR2022 HB THR2022 7.702 4.019 -4.094 1022 HG1 THR2022 HG1 THR2022 8.574 4.715 -2.421 1023 HG21 THR2022 HG21 THR2022 9.297 1.604 -3.254 1024 HG22 THR2022 HG22 THR2022 7.773 1.597 -4.142 1025 HG23 THR2022 HG23 THR2022 7.818 2.167 -2.474 1026 H SER2023 HN SER2023 11.413 4.952 -4.503 1027 HA SER2023 HA SER2023 13.555 3.203 -5.177 1028 HB2 SER2023 HB2 SER2023 13.630 5.501 -3.223 1029 HB3 SER2023 HB1 SER2023 14.932 4.894 -4.249 1030 HG SER2023 HG SER2023 13.137 6.771 -4.743 1031 H LEU2024 HN LEU2024 11.495 3.693 -2.455 1032 HA LEU2024 HA LEU2024 13.236 2.574 -0.427 1033 HB2 LEU2024 HB2 LEU2024 10.343 3.425 -0.388 1034 HB3 LEU2024 HB1 LEU2024 11.183 2.790 1.003 1035 HG LEU2024 HG LEU2024 12.613 4.829 1.050 1036 HD11 LEU2024 HD11 LEU2024 12.565 5.404 -1.350 1037 HD12 LEU2024 HD12 LEU2024 12.056 6.751 -0.331 1038 HD13 LEU2024 HD13 LEU2024 10.853 5.805 -1.206 1039 HD21 LEU2024 HD21 LEU2024 9.662 5.322 0.954 1040 HD22 LEU2024 HD22 LEU2024 10.867 6.348 1.736 1041 HD23 LEU2024 HD23 LEU2024 10.586 4.707 2.326 1042 H ALA2025 HN ALA2025 11.690 1.212 -2.831 1043 HA ALA2025 HA ALA2025 10.083 -0.821 -1.589 1044 HB1 ALA2025 HB1 ALA2025 9.772 -1.635 -3.826 1045 HB2 ALA2025 HB2 ALA2025 11.044 -0.559 -4.410 1046 HB3 ALA2025 HB3 ALA2025 9.547 0.113 -3.769 1047 H CYS2026 HN CYS2026 12.919 -1.046 -3.700 1048 HA CYS2026 HA CYS2026 13.836 -3.241 -2.146 1049 HB2 CYS2026 HB2 CYS2026 13.946 -4.710 -4.201 1050 HB3 CYS2026 HB1 CYS2026 12.351 -4.454 -3.514 1051 H GLU2027 HN GLU2027 15.813 -4.171 -3.611 1052 HA GLU2027 HA GLU2027 17.286 -1.757 -4.355 1053 HB2 GLU2027 HB2 GLU2027 18.153 -2.930 -2.337 1054 HB3 GLU2027 HB1 GLU2027 18.423 -4.356 -3.319 1055 HG2 GLU2027 HG2 GLU2027 20.033 -3.154 -4.685 1056 HG3 GLU2027 HG1 GLU2027 19.733 -1.676 -3.775 1057 H GLU2028 HN GLU2028 16.761 -5.200 -5.133 1058 HA GLU2028 HA GLU2028 17.475 -4.538 -7.872 1059 HB2 GLU2028 HB2 GLU2028 18.375 -6.964 -6.349 1060 HB3 GLU2028 HB1 GLU2028 18.464 -6.813 -8.095 1061 HG2 GLU2028 HG2 GLU2028 19.928 -4.860 -7.816 1062 HG3 GLU2028 HG1 GLU2028 19.880 -5.117 -6.069 1063 H GLU2029 HN GLU2029 15.434 -4.514 -8.662 1064 HA GLU2029 HA GLU2029 14.342 -7.086 -9.211 1065 HB2 GLU2029 HB2 GLU2029 13.191 -5.942 -7.038 1066 HB3 GLU2029 HB1 GLU2029 12.340 -5.051 -8.283 1067 HG2 GLU2029 HG2 GLU2029 12.367 -8.054 -7.959 1068 HG3 GLU2029 HG1 GLU2029 11.065 -6.978 -7.485 1069 H VAL2030 HN VAL2030 14.878 -6.693 -11.197 1070 HA VAL2030 HA VAL2030 14.283 -4.111 -12.433 1071 HB VAL2030 HB VAL2030 15.884 -6.446 -13.527 1072 HG11 VAL2030 HG11 VAL2030 14.980 -5.009 -15.267 1073 HG12 VAL2030 HG12 VAL2030 16.732 -4.818 -15.153 1074 HG13 VAL2030 HG13 VAL2030 15.667 -3.590 -14.475 1075 HG21 VAL2030 HG21 VAL2030 17.888 -5.123 -13.010 1076 HG22 VAL2030 HG22 VAL2030 16.985 -5.534 -11.552 1077 HG23 VAL2030 HG23 VAL2030 16.878 -3.910 -12.225 1078 HA PRO2031 HA PRO2031 10.619 -6.024 -14.171 1079 HB2 PRO2031 HB2 PRO2031 10.448 -3.386 -15.487 1080 HB3 PRO2031 HB1 PRO2031 9.301 -4.175 -14.402 1081 HG2 PRO2031 HG2 PRO2031 10.754 -2.060 -13.603 1082 HG3 PRO2031 HG1 PRO2031 10.359 -3.385 -12.496 1083 HD2 PRO2031 HD2 PRO2031 12.960 -2.837 -13.896 1084 HD3 PRO2031 HD1 PRO2031 12.615 -3.403 -12.265 1085 H ARG2032 HN ARG2032 13.226 -6.415 -15.423 1086 HA ARG2032 HA ARG2032 12.452 -6.681 -18.202 1087 HB2 ARG2032 HB2 ARG2032 14.987 -5.327 -17.254 1088 HB3 ARG2032 HB1 ARG2032 14.758 -5.931 -18.882 1089 HG2 ARG2032 HG2 ARG2032 12.947 -4.335 -19.226 1090 HG3 ARG2032 HG1 ARG2032 13.141 -3.761 -17.566 1091 HD2 ARG2032 HD2 ARG2032 14.267 -2.319 -19.218 1092 HD3 ARG2032 HD1 ARG2032 15.376 -3.012 -18.035 1093 HE ARG2032 HE ARG2032 15.122 -4.550 -20.451 1094 HH11 ARG2032 HH11 ARG2032 16.901 -1.949 -18.834 1095 HH12 ARG2032 HH12 ARG2032 18.265 -2.038 -19.843 1096 HH21 ARG2032 HH21 ARG2032 17.056 -4.729 -21.828 1097 HH22 ARG2032 HH22 ARG2032 18.344 -3.654 -21.561 Start of MODEL 9 1 H1 MET1885 HT1 MET1885 17.640 9.612 1.608 2 H2 MET1885 HT2 MET1885 16.219 10.335 2.207 3 H3 MET1885 HT3 MET1885 16.148 9.239 0.933 4 HA MET1885 HA MET1885 16.706 7.463 2.146 5 HB2 MET1885 HB2 MET1885 17.341 9.375 4.351 6 HB3 MET1885 HB1 MET1885 16.853 7.733 4.731 7 HG2 MET1885 HG2 MET1885 19.195 8.528 3.020 8 HG3 MET1885 HG1 MET1885 19.272 7.983 4.696 9 HE1 MET1885 HE1 MET1885 18.379 5.506 5.443 10 HE2 MET1885 HE2 MET1885 17.859 4.283 4.282 11 HE3 MET1885 HE3 MET1885 16.891 5.736 4.526 12 H LYS1886 HN LYS1886 14.991 9.514 4.565 13 HA LYS1886 HA LYS1886 12.556 8.162 3.757 14 HB2 LYS1886 HB2 LYS1886 12.237 7.028 5.857 15 HB3 LYS1886 HB1 LYS1886 13.674 6.463 5.025 16 HG2 LYS1886 HG2 LYS1886 15.050 7.866 6.543 17 HG3 LYS1886 HG1 LYS1886 13.576 8.304 7.411 18 HD2 LYS1886 HD2 LYS1886 14.685 6.489 8.569 19 HD3 LYS1886 HD1 LYS1886 13.173 5.902 7.863 20 HE2 LYS1886 HE2 LYS1886 14.456 5.022 5.944 21 HE3 LYS1886 HE1 LYS1886 15.944 5.544 6.727 22 HZ1 LYS1886 HZ1 LYS1886 15.206 4.081 8.641 23 HZ2 LYS1886 HZ2 LYS1886 15.779 3.350 7.263 24 HZ3 LYS1886 HZ3 LYS1886 14.092 3.384 7.543 25 H SER1887 HN SER1887 10.704 8.783 4.933 26 HA SER1887 HA SER1887 10.845 11.465 5.903 27 HB2 SER1887 HB2 SER1887 8.991 10.782 4.408 28 HB3 SER1887 HB1 SER1887 8.430 9.644 5.627 29 HG SER1887 HG SER1887 7.700 11.260 6.844 30 H ASN1888 HN ASN1888 9.151 8.603 7.415 31 HA ASN1888 HA ASN1888 10.445 9.085 9.927 32 HB2 ASN1888 HB2 ASN1888 8.355 9.712 11.153 33 HB3 ASN1888 HB1 ASN1888 8.944 10.971 10.077 34 HD21 ASN1888 HD21 ASN1888 6.383 8.829 10.801 35 HD22 ASN1888 HD22 ASN1888 5.319 9.333 9.537 36 H VAL1889 HN VAL1889 10.212 7.616 11.419 37 HA VAL1889 HA VAL1889 9.151 5.048 10.520 38 HB VAL1889 HB VAL1889 10.582 5.681 13.059 39 HG11 VAL1889 HG11 VAL1889 10.358 3.095 11.523 40 HG12 VAL1889 HG12 VAL1889 9.558 3.492 13.044 41 HG13 VAL1889 HG13 VAL1889 11.312 3.313 12.991 42 HG21 VAL1889 HG21 VAL1889 12.028 6.489 11.304 43 HG22 VAL1889 HG22 VAL1889 11.883 4.961 10.434 44 HG23 VAL1889 HG23 VAL1889 12.720 5.016 11.987 45 H GLN1890 HN GLN1890 7.745 3.864 11.776 46 HA GLN1890 HA GLN1890 6.047 5.432 13.615 47 HB2 GLN1890 HB2 GLN1890 5.350 2.967 11.994 48 HB3 GLN1890 HB1 GLN1890 4.257 3.763 13.117 49 HG2 GLN1890 HG2 GLN1890 5.415 4.979 10.619 50 HG3 GLN1890 HG1 GLN1890 3.788 4.327 10.785 51 HE21 GLN1890 HE21 GLN1890 4.676 7.039 10.094 52 HE22 GLN1890 HE22 GLN1890 3.954 8.056 11.297 53 H ASN1891 HN ASN1891 6.768 2.000 13.040 54 HA ASN1891 HA ASN1891 8.007 1.644 15.568 55 HB2 ASN1891 HB2 ASN1891 6.422 0.106 16.594 56 HB3 ASN1891 HB1 ASN1891 5.648 1.654 16.327 57 HD21 ASN1891 HD21 ASN1891 4.695 -1.142 16.662 58 HD22 ASN1891 HD22 ASN1891 3.609 -1.459 15.360 59 H ASP1892 HN ASP1892 6.307 0.057 12.931 60 HA ASP1892 HA ASP1892 8.548 -1.811 12.722 61 HB2 ASP1892 HB2 ASP1892 6.386 -2.705 13.856 62 HB3 ASP1892 HB1 ASP1892 5.675 -2.612 12.248 63 H CYS1893 HN CYS1893 7.350 -3.123 10.440 64 HA CYS1893 HA CYS1893 7.436 -3.013 8.244 65 HB2 CYS1893 HB2 CYS1893 5.526 -1.575 8.077 66 HB3 CYS1893 HB1 CYS1893 6.446 -0.183 8.639 67 H ARG1894 HN ARG1894 9.538 -3.449 8.642 68 HA ARG1894 HA ARG1894 11.295 -1.999 7.036 69 HB2 ARG1894 HB2 ARG1894 11.515 -0.554 9.012 70 HB3 ARG1894 HB1 ARG1894 11.759 -1.956 10.038 71 HG2 ARG1894 HG2 ARG1894 13.877 -2.414 8.943 72 HG3 ARG1894 HG1 ARG1894 13.623 -1.044 7.860 73 HD2 ARG1894 HD2 ARG1894 15.132 -0.527 9.757 74 HD3 ARG1894 HD1 ARG1894 13.698 0.497 9.701 75 HE ARG1894 HE ARG1894 13.070 -1.646 11.317 76 HH11 ARG1894 HH11 ARG1894 15.638 0.777 11.422 77 HH12 ARG1894 HH12 ARG1894 15.551 1.012 13.106 78 HH21 ARG1894 HH21 ARG1894 12.852 -1.280 13.564 79 HH22 ARG1894 HH22 ARG1894 13.893 -0.201 14.389 80 H VAL1895 HN VAL1895 12.470 -3.607 6.163 81 HA VAL1895 HA VAL1895 13.309 -5.826 7.803 82 HB VAL1895 HB VAL1895 11.007 -6.395 6.917 83 HG11 VAL1895 HG11 VAL1895 12.321 -6.423 4.228 84 HG12 VAL1895 HG12 VAL1895 11.065 -5.316 4.790 85 HG13 VAL1895 HG13 VAL1895 10.706 -7.031 4.599 86 HG21 VAL1895 HG21 VAL1895 11.560 -8.672 6.167 87 HG22 VAL1895 HG22 VAL1895 12.495 -8.182 7.583 88 HG23 VAL1895 HG23 VAL1895 13.244 -8.183 5.984 89 H THR1896 HN THR1896 14.907 -7.205 6.493 90 HA THR1896 HA THR1896 16.164 -5.531 4.441 91 HB THR1896 HB THR1896 17.567 -7.334 6.430 92 HG1 THR1896 HG1 THR1896 16.422 -4.935 6.684 93 HG21 THR1896 HG21 THR1896 19.554 -6.036 5.770 94 HG22 THR1896 HG22 THR1896 18.570 -5.074 4.668 95 HG23 THR1896 HG23 THR1896 18.822 -6.791 4.355 96 H ASN1897 HN ASN1897 16.779 -6.627 2.608 97 HA ASN1897 HA ASN1897 16.062 -9.465 2.425 98 HB2 ASN1897 HB2 ASN1897 15.187 -8.041 0.637 99 HB3 ASN1897 HB1 ASN1897 16.800 -7.438 0.295 100 HD21 ASN1897 HD21 ASN1897 16.851 -8.087 -1.799 101 HD22 ASN1897 HD22 ASN1897 16.879 -9.721 -2.317 102 HA PRO1898 HA PRO1898 20.332 -10.419 3.304 103 HB2 PRO1898 HB2 PRO1898 20.153 -12.985 2.202 104 HB3 PRO1898 HB1 PRO1898 19.829 -12.553 3.884 105 HG2 PRO1898 HG2 PRO1898 17.924 -12.930 1.614 106 HG3 PRO1898 HG1 PRO1898 17.745 -13.384 3.319 107 HD2 PRO1898 HD2 PRO1898 16.496 -11.251 2.344 108 HD3 PRO1898 HD1 PRO1898 17.228 -11.206 3.965 109 H ALA1899 HN ALA1899 18.907 -11.161 0.152 110 HA ALA1899 HA ALA1899 21.330 -11.506 -1.253 111 HB1 ALA1899 HB1 ALA1899 18.646 -10.644 -2.332 112 HB2 ALA1899 HB2 ALA1899 19.171 -12.311 -2.095 113 HB3 ALA1899 HB3 ALA1899 19.988 -11.287 -3.276 114 H THR1900 HN THR1900 19.239 -8.680 -0.835 115 HA THR1900 HA THR1900 20.835 -6.988 -2.482 116 HB THR1900 HB THR1900 18.820 -6.138 -0.378 117 HG1 THR1900 HG1 THR1900 18.504 -7.031 -3.052 118 HG21 THR1900 HG21 THR1900 18.467 -4.255 -1.882 119 HG22 THR1900 HG22 THR1900 19.668 -4.909 -2.993 120 HG23 THR1900 HG23 THR1900 20.164 -4.339 -1.392 121 H GLY1901 HN GLY1901 20.448 -7.498 1.026 122 HA2 GLY1901 HA2 GLY1901 21.999 -7.138 2.713 123 HA3 GLY1901 HA1 GLY1901 23.095 -6.424 1.530 124 H HIS1902 HN HIS1902 20.372 -5.026 0.872 125 HA HIS1902 HA HIS1902 20.858 -2.794 2.655 126 HB2 HIS1902 HB2 HIS1902 20.147 -2.784 -0.267 127 HB3 HIS1902 HB1 HIS1902 19.840 -1.380 0.750 128 HD1 HIS1902 HD1 HIS1902 22.166 -2.036 -1.661 129 HD2 HIS1902 HD2 HIS1902 22.596 -1.211 2.402 130 HE1 HIS1902 HE1 HIS1902 24.481 -1.160 -1.385 131 HE2 HIS1902 HE2 HIS1902 24.507 -0.297 0.989 132 H LEU1903 HN LEU1903 18.943 -1.318 2.849 133 HA LEU1903 HA LEU1903 17.063 -2.998 4.208 134 HB2 LEU1903 HB2 LEU1903 18.125 -1.003 5.200 135 HB3 LEU1903 HB1 LEU1903 17.226 -0.001 4.084 136 HG LEU1903 HG LEU1903 15.118 -0.887 5.100 137 HD11 LEU1903 HD11 LEU1903 15.267 -1.970 7.286 138 HD12 LEU1903 HD12 LEU1903 17.022 -2.052 7.120 139 HD13 LEU1903 HD13 LEU1903 15.987 -2.951 6.010 140 HD21 LEU1903 HD21 LEU1903 17.031 0.518 6.963 141 HD22 LEU1903 HD22 LEU1903 15.276 0.478 7.126 142 HD23 LEU1903 HD23 LEU1903 16.015 1.287 5.743 143 H PHE1904 HN PHE1904 14.891 -3.061 4.002 144 HA PHE1904 HA PHE1904 13.583 -1.796 1.703 145 HB2 PHE1904 HB2 PHE1904 13.171 -4.446 3.122 146 HB3 PHE1904 HB1 PHE1904 11.899 -3.749 2.139 147 HD1 PHE1904 HD2 PHE1904 15.546 -3.887 1.482 148 HD2 PHE1904 HD1 PHE1904 11.706 -5.332 0.367 149 HE1 PHE1904 HE2 PHE1904 16.543 -5.021 -0.455 150 HE2 PHE1904 HE1 PHE1904 12.695 -6.468 -1.573 151 HZ PHE1904 HZ PHE1904 14.981 -6.380 -2.014 152 H ASP1905 HN ASP1905 12.645 -0.014 2.663 153 HA ASP1905 HA ASP1905 10.946 -0.381 4.951 154 HB2 ASP1905 HB2 ASP1905 12.951 -0.052 6.178 155 HB3 ASP1905 HB1 ASP1905 13.467 1.254 5.128 156 H LEU1906 HN LEU1906 9.263 0.737 4.694 157 HA LEU1906 HA LEU1906 9.158 2.788 2.603 158 HB2 LEU1906 HB2 LEU1906 6.927 1.417 4.085 159 HB3 LEU1906 HB1 LEU1906 6.770 2.411 2.651 160 HG LEU1906 HG LEU1906 8.189 -0.245 2.780 161 HD11 LEU1906 HD11 LEU1906 5.523 0.505 1.627 162 HD12 LEU1906 HD12 LEU1906 5.807 -0.491 3.058 163 HD13 LEU1906 HD13 LEU1906 6.314 -1.062 1.465 164 HD21 LEU1906 HD21 LEU1906 8.238 -0.088 0.335 165 HD22 LEU1906 HD22 LEU1906 9.140 1.230 1.085 166 HD23 LEU1906 HD23 LEU1906 7.532 1.525 0.425 167 H THR1907 HN THR1907 10.393 3.767 4.930 168 HA THR1907 HA THR1907 8.639 4.898 6.781 169 HB THR1907 HB THR1907 10.879 6.425 6.857 170 HG1 THR1907 HG1 THR1907 12.046 4.004 6.383 171 HG21 THR1907 HG21 THR1907 10.458 3.652 7.925 172 HG22 THR1907 HG22 THR1907 9.864 5.134 8.691 173 HG23 THR1907 HG23 THR1907 11.604 4.825 8.576 174 H SER1908 HN SER1908 9.606 6.019 3.628 175 HA SER1908 HA SER1908 8.655 8.668 4.160 176 HB2 SER1908 HB2 SER1908 9.364 7.340 1.539 177 HB3 SER1908 HB1 SER1908 9.106 9.073 1.791 178 HG SER1908 HG SER1908 11.294 8.705 1.933 179 H LEU1909 HN LEU1909 7.137 5.772 3.717 180 HA LEU1909 HA LEU1909 4.845 7.017 2.400 181 HB2 LEU1909 HB2 LEU1909 5.804 4.890 1.472 182 HB3 LEU1909 HB1 LEU1909 5.279 4.097 2.945 183 HG LEU1909 HG LEU1909 2.951 4.694 2.427 184 HD11 LEU1909 HD11 LEU1909 4.137 5.768 -0.127 185 HD12 LEU1909 HD12 LEU1909 3.396 6.723 1.158 186 HD13 LEU1909 HD13 LEU1909 2.414 5.597 0.217 187 HD21 LEU1909 HD21 LEU1909 2.674 3.161 0.548 188 HD22 LEU1909 HD22 LEU1909 3.856 2.541 1.700 189 HD23 LEU1909 HD23 LEU1909 4.395 3.283 0.191 190 H LYS1910 HN LYS1910 5.940 5.392 5.289 191 HA LYS1910 HA LYS1910 3.321 5.227 6.394 192 HB2 LYS1910 HB2 LYS1910 4.505 4.567 8.510 193 HB3 LYS1910 HB1 LYS1910 4.886 3.571 7.118 194 HG2 LYS1910 HG2 LYS1910 7.024 4.547 6.877 195 HG3 LYS1910 HG1 LYS1910 6.636 5.848 7.997 196 HD2 LYS1910 HD2 LYS1910 7.985 4.424 9.251 197 HD3 LYS1910 HD1 LYS1910 6.311 4.072 9.705 198 HE2 LYS1910 HE2 LYS1910 7.539 1.965 9.502 199 HE3 LYS1910 HE1 LYS1910 6.287 2.081 8.278 200 HZ1 LYS1910 HZ1 LYS1910 8.038 2.619 6.622 201 HZ2 LYS1910 HZ2 LYS1910 8.376 1.162 7.411 202 HZ3 LYS1910 HZ3 LYS1910 9.242 2.456 7.787 203 H ARG1911 HN ARG1911 2.300 7.026 6.692 204 HA ARG1911 HA ARG1911 3.301 9.033 8.541 205 HB2 ARG1911 HB2 ARG1911 2.526 10.810 6.978 206 HB3 ARG1911 HB1 ARG1911 3.840 9.871 6.279 207 HG2 ARG1911 HG2 ARG1911 1.632 8.512 5.401 208 HG3 ARG1911 HG1 ARG1911 1.083 10.189 5.413 209 HD2 ARG1911 HD2 ARG1911 3.611 9.237 4.086 210 HD3 ARG1911 HD1 ARG1911 2.078 9.444 3.250 211 HE ARG1911 HE ARG1911 2.510 11.846 4.405 212 HH11 ARG1911 HH11 ARG1911 4.754 9.835 2.498 213 HH12 ARG1911 HH12 ARG1911 5.286 11.158 1.554 214 HH21 ARG1911 HH21 ARG1911 3.287 13.593 3.046 215 HH22 ARG1911 HH22 ARG1911 4.500 13.272 1.871 216 H GLU1912 HN GLU1912 1.166 10.545 8.919 217 HA GLU1912 HA GLU1912 -0.879 8.623 9.585 218 HB2 GLU1912 HB2 GLU1912 -1.277 11.588 9.871 219 HB3 GLU1912 HB1 GLU1912 -1.952 10.292 10.835 220 HG2 GLU1912 HG2 GLU1912 -0.445 11.132 12.302 221 HG3 GLU1912 HG1 GLU1912 0.577 9.940 11.495 222 H SER1913 HN SER1913 -0.612 11.434 7.457 223 HA SER1913 HA SER1913 -3.236 11.775 6.771 224 HB2 SER1913 HB2 SER1913 -2.070 12.814 4.669 225 HB3 SER1913 HB1 SER1913 -1.870 13.531 6.272 226 HG SER1913 HG SER1913 0.130 13.354 5.465 227 H GLY1914 HN GLY1914 -0.833 9.891 5.023 228 HA2 GLY1914 HA2 GLY1914 -1.436 7.831 3.968 229 HA3 GLY1914 HA1 GLY1914 -3.038 8.525 3.663 230 H TYR1915 HN TYR1915 -2.256 7.634 1.496 231 HA TYR1915 HA TYR1915 -1.435 9.979 0.048 232 HB2 TYR1915 HB2 TYR1915 0.094 8.759 -1.407 233 HB3 TYR1915 HB1 TYR1915 0.644 8.653 0.251 234 HD1 TYR1915 HD1 TYR1915 -0.150 6.381 1.492 235 HD2 TYR1915 HD2 TYR1915 0.161 6.906 -2.710 236 HE1 TYR1915 HE1 TYR1915 0.112 3.945 1.207 237 HE2 TYR1915 HE2 TYR1915 0.415 4.489 -3.003 238 HH TYR1915 HH TYR1915 1.158 2.557 -1.708 239 H THR1916 HN THR1916 -2.190 9.996 -2.089 240 HA THR1916 HA THR1916 -4.344 8.075 -2.596 241 HB THR1916 HB THR1916 -5.310 10.014 -1.307 242 HG1 THR1916 HG1 THR1916 -6.488 8.868 -2.939 243 HG21 THR1916 HG21 THR1916 -4.387 11.594 -3.706 244 HG22 THR1916 HG22 THR1916 -3.773 11.753 -2.065 245 HG23 THR1916 HG23 THR1916 -5.444 12.205 -2.427 246 H ILE1917 HN ILE1917 -4.970 7.783 -4.306 247 HA ILE1917 HA ILE1917 -3.798 9.029 -6.613 248 HB ILE1917 HB ILE1917 -3.939 6.675 -7.571 249 HG12 ILE1917 HG12 ILE1917 -3.424 5.938 -4.687 250 HG13 ILE1917 HG11 ILE1917 -4.845 5.525 -5.634 251 HG21 ILE1917 HG21 ILE1917 -1.850 7.910 -7.584 252 HG22 ILE1917 HG22 ILE1917 -1.491 6.261 -7.137 253 HG23 ILE1917 HG23 ILE1917 -1.559 7.508 -5.897 254 HD11 ILE1917 HD11 ILE1917 -2.042 4.535 -6.116 255 HD12 ILE1917 HD12 ILE1917 -3.459 4.117 -7.077 256 HD13 ILE1917 HD13 ILE1917 -3.362 3.620 -5.388 257 H THR1918 HN THR1918 -5.185 8.233 -8.536 258 HA THR1918 HA THR1918 -7.906 8.481 -7.616 259 HB THR1918 HB THR1918 -6.796 8.555 -10.434 260 HG1 THR1918 HG1 THR1918 -5.953 10.301 -9.685 261 HG21 THR1918 HG21 THR1918 -9.250 8.185 -10.284 262 HG22 THR1918 HG22 THR1918 -8.876 9.779 -10.939 263 HG23 THR1918 HG23 THR1918 -9.388 9.615 -9.259 264 H ASP1919 HN ASP1919 -9.526 7.014 -8.084 265 HA ASP1919 HA ASP1919 -8.883 4.254 -8.229 266 HB2 ASP1919 HB2 ASP1919 -10.767 4.798 -6.950 267 HB3 ASP1919 HB1 ASP1919 -11.319 5.991 -8.092 268 H SER1920 HN SER1920 -10.360 2.932 -9.953 269 HA SER1920 HA SER1920 -9.223 2.943 -12.408 270 HB2 SER1920 HB2 SER1920 -10.727 1.174 -11.536 271 HB3 SER1920 HB1 SER1920 -12.106 2.240 -11.761 272 HG SER1920 HG SER1920 -10.465 1.648 -13.995 273 H HIS1921 HN HIS1921 -12.077 4.811 -11.408 274 HA HIS1921 HA HIS1921 -11.402 6.990 -13.049 275 HB2 HIS1921 HB2 HIS1921 -12.177 5.441 -14.877 276 HB3 HIS1921 HB1 HIS1921 -13.785 5.485 -14.165 277 HD1 HIS1921 HD1 HIS1921 -11.318 7.614 -16.027 278 HD2 HIS1921 HD2 HIS1921 -15.260 7.791 -14.741 279 HE1 HIS1921 HE1 HIS1921 -12.293 9.639 -17.117 280 HE2 HIS1921 HE2 HIS1921 -14.573 9.866 -16.128 281 H ASN1922 HN ASN1922 -13.614 5.406 -10.946 282 HA ASN1922 HA ASN1922 -15.513 7.621 -10.985 283 HB2 ASN1922 HB2 ASN1922 -16.264 5.260 -10.945 284 HB3 ASN1922 HB1 ASN1922 -15.496 5.085 -9.401 285 HD21 ASN1922 HD21 ASN1922 -18.260 6.526 -11.002 286 HD22 ASN1922 HD22 ASN1922 -19.074 6.947 -9.543 287 H ARG1923 HN ARG1923 -13.772 5.823 -8.644 288 HA ARG1923 HA ARG1923 -14.432 7.722 -6.487 289 HB2 ARG1923 HB2 ARG1923 -12.771 5.244 -6.270 290 HB3 ARG1923 HB1 ARG1923 -13.638 6.085 -4.998 291 HG2 ARG1923 HG2 ARG1923 -15.734 5.415 -5.950 292 HG3 ARG1923 HG1 ARG1923 -14.892 4.636 -7.298 293 HD2 ARG1923 HD2 ARG1923 -13.728 3.205 -5.689 294 HD3 ARG1923 HD1 ARG1923 -14.672 3.936 -4.392 295 HE ARG1923 HE ARG1923 -16.537 2.919 -5.146 296 HH11 ARG1923 HH11 ARG1923 -13.687 2.082 -7.211 297 HH12 ARG1923 HH12 ARG1923 -14.407 0.715 -7.884 298 HH21 ARG1923 HH21 ARG1923 -17.508 1.022 -6.126 299 HH22 ARG1923 HH22 ARG1923 -16.650 0.064 -7.255 300 H LYS1924 HN LYS1924 -12.484 7.595 -4.763 301 HA LYS1924 HA LYS1924 -9.985 8.332 -6.086 302 HB2 LYS1924 HB2 LYS1924 -11.339 10.239 -4.950 303 HB3 LYS1924 HB1 LYS1924 -10.938 9.440 -3.438 304 HG2 LYS1924 HG2 LYS1924 -9.375 11.214 -3.788 305 HG3 LYS1924 HG1 LYS1924 -8.527 9.682 -4.017 306 HD2 LYS1924 HD2 LYS1924 -8.741 9.902 -6.436 307 HD3 LYS1924 HD1 LYS1924 -9.643 11.404 -6.235 308 HE2 LYS1924 HE2 LYS1924 -7.631 12.363 -5.098 309 HE3 LYS1924 HE1 LYS1924 -6.755 10.892 -5.520 310 HZ1 LYS1924 HZ1 LYS1924 -7.136 11.402 -7.892 311 HZ2 LYS1924 HZ2 LYS1924 -6.377 12.704 -7.113 312 HZ3 LYS1924 HZ3 LYS1924 -8.016 12.774 -7.436 313 H ILE1925 HN ILE1925 -8.235 7.210 -5.232 314 HA ILE1925 HA ILE1925 -8.925 5.142 -3.308 315 HB ILE1925 HB ILE1925 -6.501 5.429 -5.117 316 HG12 ILE1925 HG12 ILE1925 -8.823 3.493 -5.196 317 HG13 ILE1925 HG11 ILE1925 -8.589 4.850 -6.282 318 HG21 ILE1925 HG21 ILE1925 -5.896 3.169 -4.381 319 HG22 ILE1925 HG22 ILE1925 -7.241 3.183 -3.240 320 HG23 ILE1925 HG23 ILE1925 -5.899 4.311 -3.037 321 HD11 ILE1925 HD11 ILE1925 -6.761 2.443 -6.068 322 HD12 ILE1925 HD12 ILE1925 -6.528 3.804 -7.150 323 HD13 ILE1925 HD13 ILE1925 -7.916 2.742 -7.366 324 H GLU1926 HN GLU1926 -8.559 5.599 -1.327 325 HA GLU1926 HA GLU1926 -6.315 7.360 -0.597 326 HB2 GLU1926 HB2 GLU1926 -8.884 6.793 0.864 327 HB3 GLU1926 HB1 GLU1926 -7.604 7.871 1.408 328 HG2 GLU1926 HG2 GLU1926 -7.996 9.330 -0.470 329 HG3 GLU1926 HG1 GLU1926 -9.222 8.225 -1.097 330 H LEU1927 HN LEU1927 -4.702 6.276 0.358 331 HA LEU1927 HA LEU1927 -5.305 4.271 2.282 332 HB2 LEU1927 HB2 LEU1927 -3.518 2.769 0.954 333 HB3 LEU1927 HB1 LEU1927 -5.234 2.521 0.834 334 HG LEU1927 HG LEU1927 -5.213 3.887 -1.264 335 HD11 LEU1927 HD11 LEU1927 -3.107 4.294 -2.401 336 HD12 LEU1927 HD12 LEU1927 -2.228 3.739 -0.977 337 HD13 LEU1927 HD13 LEU1927 -3.210 5.199 -0.890 338 HD21 LEU1927 HD21 LEU1927 -3.426 1.486 -1.195 339 HD22 LEU1927 HD22 LEU1927 -4.203 2.159 -2.630 340 HD23 LEU1927 HD23 LEU1927 -5.183 1.492 -1.325 341 H ASN1928 HN ASN1928 -3.361 3.443 3.313 342 HA ASN1928 HA ASN1928 -0.970 4.969 2.859 343 HB2 ASN1928 HB2 ASN1928 -2.290 6.354 4.479 344 HB3 ASN1928 HB1 ASN1928 -2.306 4.983 5.582 345 HD21 ASN1928 HD21 ASN1928 -0.504 4.532 6.725 346 HD22 ASN1928 HD22 ASN1928 0.863 5.597 6.783 347 H VAL1929 HN VAL1929 0.837 3.898 3.661 348 HA VAL1929 HA VAL1929 0.233 1.153 4.443 349 HB VAL1929 HB VAL1929 2.316 2.128 2.468 350 HG11 VAL1929 HG11 VAL1929 2.957 -0.198 2.176 351 HG12 VAL1929 HG12 VAL1929 1.827 -0.677 3.442 352 HG13 VAL1929 HG13 VAL1929 3.222 0.322 3.838 353 HG21 VAL1929 HG21 VAL1929 -0.080 0.336 2.118 354 HG22 VAL1929 HG22 VAL1929 1.112 0.717 0.873 355 HG23 VAL1929 HG23 VAL1929 0.086 1.992 1.536 356 H CYS1930 HN CYS1930 1.410 0.284 5.942 357 HA CYS1930 HA CYS1930 2.927 -0.128 7.555 358 HB2 CYS1930 HB2 CYS1930 4.498 2.129 6.339 359 HB3 CYS1930 HB1 CYS1930 5.075 1.098 7.646 360 H ALA1931 HN ALA1931 0.989 2.305 7.424 361 HA ALA1931 HA ALA1931 0.995 2.694 10.205 362 HB1 ALA1931 HB1 ALA1931 1.143 5.176 10.077 363 HB2 ALA1931 HB2 ALA1931 1.526 5.054 8.360 364 HB3 ALA1931 HB3 ALA1931 2.657 4.428 9.551 365 H GLU1932 HN GLU1932 -1.031 3.562 10.742 366 HA GLU1932 HA GLU1932 -3.088 2.753 8.999 367 HB2 GLU1932 HB2 GLU1932 -4.562 3.719 10.824 368 HB3 GLU1932 HB1 GLU1932 -3.439 2.450 11.292 369 HG2 GLU1932 HG2 GLU1932 -1.884 4.488 11.871 370 HG3 GLU1932 HG1 GLU1932 -3.428 5.338 11.948 371 H ALA1933 HN ALA1933 -4.760 3.927 7.972 372 HA ALA1933 HA ALA1933 -3.713 6.355 6.815 373 HB1 ALA1933 HB1 ALA1933 -4.483 4.558 5.333 374 HB2 ALA1933 HB2 ALA1933 -5.403 6.041 5.093 375 HB3 ALA1933 HB3 ALA1933 -6.105 4.706 6.005 376 H LYS1934 HN LYS1934 -4.180 8.156 7.734 377 HA LYS1934 HA LYS1934 -6.733 8.588 9.059 378 HB2 LYS1934 HB2 LYS1934 -4.517 9.231 10.093 379 HB3 LYS1934 HB1 LYS1934 -4.304 10.390 8.803 380 HG2 LYS1934 HG2 LYS1934 -5.041 11.405 10.913 381 HG3 LYS1934 HG1 LYS1934 -6.177 11.680 9.591 382 HD2 LYS1934 HD2 LYS1934 -7.642 9.981 10.411 383 HD3 LYS1934 HD1 LYS1934 -6.461 9.481 11.625 384 HE2 LYS1934 HE2 LYS1934 -7.692 12.222 11.508 385 HE3 LYS1934 HE1 LYS1934 -8.336 10.904 12.483 386 HZ1 LYS1934 HZ1 LYS1934 -6.264 10.789 13.660 387 HZ2 LYS1934 HZ2 LYS1934 -6.917 12.353 13.772 388 HZ3 LYS1934 HZ3 LYS1934 -5.597 12.056 12.759 389 H SER1935 HN SER1935 -6.666 8.214 6.254 390 HA SER1935 HA SER1935 -7.096 10.708 4.878 391 HB2 SER1935 HB2 SER1935 -7.866 7.880 4.096 392 HB3 SER1935 HB1 SER1935 -7.583 9.247 3.016 393 HG SER1935 HG SER1935 -5.363 9.150 4.227 394 H SER1936 HN SER1936 -9.655 9.530 3.511 395 HA SER1936 HA SER1936 -11.598 10.622 5.239 396 HB2 SER1936 HB2 SER1936 -11.980 8.778 2.870 397 HB3 SER1936 HB1 SER1936 -13.230 9.782 3.612 398 HG SER1936 HG SER1936 -11.135 10.451 1.943 399 H CYS1937 HN CYS1937 -10.039 7.705 5.412 400 HA CYS1937 HA CYS1937 -12.002 5.927 6.321 401 HB2 CYS1937 HB2 CYS1937 -9.098 5.967 7.157 402 HB3 CYS1937 HB1 CYS1937 -10.155 4.570 6.983 403 H ALA1938 HN ALA1938 -11.628 5.081 8.851 404 HA ALA1938 HA ALA1938 -11.970 7.437 10.461 405 HB1 ALA1938 HB1 ALA1938 -13.450 5.499 10.868 406 HB2 ALA1938 HB2 ALA1938 -12.507 5.964 12.306 407 HB3 ALA1938 HB3 ALA1938 -12.026 4.574 11.374 408 H ASN1939 HN ASN1939 -10.239 4.607 11.661 409 HA ASN1939 HA ASN1939 -8.158 6.428 12.285 410 HB2 ASN1939 HB2 ASN1939 -9.380 6.243 14.276 411 HB3 ASN1939 HB1 ASN1939 -9.514 4.498 14.125 412 HD21 ASN1939 HD21 ASN1939 -7.907 3.245 14.826 413 HD22 ASN1939 HD22 ASN1939 -6.518 3.814 15.645 414 H GLY1940 HN GLY1940 -8.884 2.933 12.255 415 HA2 GLY1940 HA2 GLY1940 -5.994 2.425 11.950 416 HA3 GLY1940 HA1 GLY1940 -7.150 1.301 12.636 417 H ALA1941 HN ALA1941 -8.350 2.820 9.939 418 HA ALA1941 HA ALA1941 -8.193 0.396 8.381 419 HB1 ALA1941 HB1 ALA1941 -9.322 3.114 7.686 420 HB2 ALA1941 HB2 ALA1941 -10.237 1.757 8.343 421 HB3 ALA1941 HB3 ALA1941 -9.531 1.647 6.730 422 H ALA1942 HN ALA1942 -7.142 0.274 6.271 423 HA ALA1942 HA ALA1942 -5.024 2.294 6.033 424 HB1 ALA1942 HB1 ALA1942 -4.766 -0.616 5.318 425 HB2 ALA1942 HB2 ALA1942 -4.146 0.128 6.791 426 HB3 ALA1942 HB3 ALA1942 -3.504 0.612 5.221 427 H VAL1943 HN VAL1943 -7.168 0.157 4.206 428 HA VAL1943 HA VAL1943 -6.528 1.838 1.871 429 HB VAL1943 HB VAL1943 -7.490 -1.036 1.823 430 HG11 VAL1943 HG11 VAL1943 -6.570 0.758 -0.422 431 HG12 VAL1943 HG12 VAL1943 -8.223 0.221 -0.123 432 HG13 VAL1943 HG13 VAL1943 -6.983 -0.950 -0.573 433 HG21 VAL1943 HG21 VAL1943 -4.749 0.081 1.261 434 HG22 VAL1943 HG22 VAL1943 -5.242 -1.596 1.021 435 HG23 VAL1943 HG23 VAL1943 -5.205 -0.909 2.646 436 H CYS1944 HN CYS1944 -8.129 3.170 1.410 437 HA CYS1944 HA CYS1944 -10.878 2.181 1.643 438 HB2 CYS1944 HB2 CYS1944 -9.898 4.981 2.199 439 HB3 CYS1944 HB1 CYS1944 -11.572 4.439 2.244 440 H ILE1945 HN ILE1945 -11.618 1.969 -0.338 441 HA ILE1945 HA ILE1945 -10.801 3.877 -2.403 442 HB ILE1945 HB ILE1945 -12.746 1.557 -2.778 443 HG12 ILE1945 HG12 ILE1945 -10.699 0.578 -1.780 444 HG13 ILE1945 HG11 ILE1945 -10.910 0.082 -3.450 445 HG21 ILE1945 HG21 ILE1945 -12.577 3.189 -4.572 446 HG22 ILE1945 HG22 ILE1945 -11.937 1.635 -5.095 447 HG23 ILE1945 HG23 ILE1945 -10.833 2.943 -4.656 448 HD11 ILE1945 HD11 ILE1945 -9.010 2.200 -2.453 449 HD12 ILE1945 HD12 ILE1945 -9.208 1.712 -4.135 450 HD13 ILE1945 HD13 ILE1945 -8.578 0.565 -2.953 451 H THR1946 HN THR1946 -11.936 5.736 -1.850 452 HA THR1946 HA THR1946 -14.545 5.380 -0.665 453 HB THR1946 HB THR1946 -13.078 7.987 -0.880 454 HG1 THR1946 HG1 THR1946 -11.687 7.391 0.575 455 HG21 THR1946 HG21 THR1946 -14.123 8.373 1.280 456 HG22 THR1946 HG22 THR1946 -14.699 6.729 1.333 457 HG23 THR1946 HG23 THR1946 -15.375 7.854 0.140 458 H ASP1947 HN ASP1947 -16.323 5.698 -1.831 459 HA ASP1947 HA ASP1947 -16.189 7.712 -3.896 460 HB2 ASP1947 HB2 ASP1947 -18.113 6.575 -5.054 461 HB3 ASP1947 HB1 ASP1947 -16.589 5.711 -5.181 462 H GLY1948 HN GLY1948 -16.728 9.335 -2.778 463 HA2 GLY1948 HA2 GLY1948 -18.235 10.894 -1.960 464 HA3 GLY1948 HA1 GLY1948 -19.520 9.706 -2.167 465 HA PRO1949 HA PRO1949 -19.102 9.543 2.354 466 HB2 PRO1949 HB2 PRO1949 -21.728 8.258 2.257 467 HB3 PRO1949 HB1 PRO1949 -21.286 9.804 2.983 468 HG2 PRO1949 HG2 PRO1949 -22.850 9.614 0.776 469 HG3 PRO1949 HG1 PRO1949 -21.769 10.987 1.078 470 HD2 PRO1949 HD2 PRO1949 -21.361 8.604 -0.694 471 HD3 PRO1949 HD1 PRO1949 -20.993 10.314 -1.009 472 H LYS1950 HN LYS1950 -19.831 7.218 -0.056 473 HA LYS1950 HA LYS1950 -19.833 4.877 1.577 474 HB2 LYS1950 HB2 LYS1950 -21.106 4.955 -0.511 475 HB3 LYS1950 HB1 LYS1950 -19.637 5.283 -1.418 476 HG2 LYS1950 HG2 LYS1950 -18.767 3.096 -0.790 477 HG3 LYS1950 HG1 LYS1950 -20.271 2.759 0.073 478 HD2 LYS1950 HD2 LYS1950 -21.533 2.800 -1.914 479 HD3 LYS1950 HD1 LYS1950 -20.205 3.522 -2.825 480 HE2 LYS1950 HE2 LYS1950 -20.307 0.746 -1.673 481 HE3 LYS1950 HE1 LYS1950 -20.390 1.190 -3.378 482 HZ1 LYS1950 HZ1 LYS1950 -18.112 2.232 -3.021 483 HZ2 LYS1950 HZ2 LYS1950 -18.217 0.533 -3.004 484 HZ3 LYS1950 HZ3 LYS1950 -18.089 1.362 -1.543 485 H THR1951 HN THR1951 -18.032 4.157 2.449 486 HA THR1951 HA THR1951 -15.492 4.751 1.112 487 HB THR1951 HB THR1951 -15.975 4.171 4.040 488 HG1 THR1951 HG1 THR1951 -16.889 6.145 2.851 489 HG21 THR1951 HG21 THR1951 -13.658 3.823 3.234 490 HG22 THR1951 HG22 THR1951 -13.756 5.218 4.310 491 HG23 THR1951 HG23 THR1951 -13.655 5.456 2.568 492 H LEU1952 HN LEU1952 -14.998 2.900 -0.035 493 HA LEU1952 HA LEU1952 -15.724 0.339 1.039 494 HB2 LEU1952 HB2 LEU1952 -15.783 0.878 -1.435 495 HB3 LEU1952 HB1 LEU1952 -14.044 0.994 -1.412 496 HG LEU1952 HG LEU1952 -14.933 -1.102 -2.432 497 HD11 LEU1952 HD11 LEU1952 -13.257 -1.589 0.017 498 HD12 LEU1952 HD12 LEU1952 -12.671 -1.131 -1.581 499 HD13 LEU1952 HD13 LEU1952 -13.451 -2.695 -1.343 500 HD21 LEU1952 HD21 LEU1952 -16.875 -1.444 -1.032 501 HD22 LEU1952 HD22 LEU1952 -15.846 -1.738 0.366 502 HD23 LEU1952 HD23 LEU1952 -15.834 -2.867 -0.991 503 H ASN1953 HN ASN1953 -14.669 -0.009 2.826 504 HA ASN1953 HA ASN1953 -11.826 0.488 2.980 505 HB2 ASN1953 HB2 ASN1953 -13.273 0.885 5.004 506 HB3 ASN1953 HB1 ASN1953 -13.633 -0.843 4.989 507 HD21 ASN1953 HD21 ASN1953 -10.433 0.468 4.255 508 HD22 ASN1953 HD22 ASN1953 -9.701 -0.219 5.652 509 H ALA1954 HN ALA1954 -10.799 -0.832 1.775 510 HA ALA1954 HA ALA1954 -11.560 -3.512 1.324 511 HB1 ALA1954 HB1 ALA1954 -10.213 -2.270 -0.305 512 HB2 ALA1954 HB2 ALA1954 -9.380 -3.736 0.217 513 HB3 ALA1954 HB3 ALA1954 -8.894 -2.166 0.860 514 H GLY1955 HN GLY1955 -9.015 -1.992 3.251 515 HA2 GLY1955 HA2 GLY1955 -9.129 -4.217 5.046 516 HA3 GLY1955 HA1 GLY1955 -7.636 -4.095 4.124 517 H LYS1956 HN LYS1956 -7.704 -3.934 6.869 518 HA LYS1956 HA LYS1956 -7.404 -1.090 7.464 519 HB2 LYS1956 HB2 LYS1956 -7.438 -1.748 9.815 520 HB3 LYS1956 HB1 LYS1956 -8.884 -2.281 8.971 521 HG2 LYS1956 HG2 LYS1956 -8.043 -4.519 8.850 522 HG3 LYS1956 HG1 LYS1956 -6.508 -4.017 9.570 523 HD2 LYS1956 HD2 LYS1956 -7.981 -5.073 11.215 524 HD3 LYS1956 HD1 LYS1956 -7.659 -3.386 11.613 525 HE2 LYS1956 HE2 LYS1956 -9.826 -2.765 10.629 526 HE3 LYS1956 HE1 LYS1956 -10.150 -4.466 10.290 527 HZ1 LYS1956 HZ1 LYS1956 -9.991 -4.908 12.663 528 HZ2 LYS1956 HZ2 LYS1956 -11.208 -3.766 12.349 529 HZ3 LYS1956 HZ3 LYS1956 -9.707 -3.267 12.951 530 H LEU1957 HN LEU1957 -5.663 -1.043 9.457 531 HA LEU1957 HA LEU1957 -3.261 -1.428 8.004 532 HB2 LEU1957 HB2 LEU1957 -3.669 0.649 9.167 533 HB3 LEU1957 HB1 LEU1957 -3.821 -0.183 10.690 534 HG LEU1957 HG LEU1957 -1.698 1.152 10.312 535 HD11 LEU1957 HD11 LEU1957 -0.222 -0.471 11.368 536 HD12 LEU1957 HD12 LEU1957 -1.372 -1.755 10.983 537 HD13 LEU1957 HD13 LEU1957 -1.830 -0.466 12.092 538 HD21 LEU1957 HD21 LEU1957 -1.267 0.533 8.006 539 HD22 LEU1957 HD22 LEU1957 -1.040 -1.150 8.480 540 HD23 LEU1957 HD23 LEU1957 0.096 0.083 9.031 541 H SER1958 HN SER1958 -1.938 -2.926 8.095 542 HA SER1958 HA SER1958 -1.126 -4.214 10.525 543 HB2 SER1958 HB2 SER1958 -2.876 -5.747 9.517 544 HB3 SER1958 HB1 SER1958 -1.917 -5.795 8.039 545 HG SER1958 HG SER1958 -0.742 -7.247 8.897 546 H LYS1959 HN LYS1959 0.971 -3.456 10.375 547 HA LYS1959 HA LYS1959 1.961 -3.094 7.688 548 HB2 LYS1959 HB2 LYS1959 3.875 -1.795 8.529 549 HB3 LYS1959 HB1 LYS1959 2.374 -1.179 9.178 550 HG2 LYS1959 HG2 LYS1959 4.018 -3.061 10.824 551 HG3 LYS1959 HG1 LYS1959 4.526 -1.389 10.652 552 HD2 LYS1959 HD2 LYS1959 1.836 -2.297 11.696 553 HD3 LYS1959 HD1 LYS1959 3.206 -1.834 12.704 554 HE2 LYS1959 HE2 LYS1959 3.159 0.404 11.527 555 HE3 LYS1959 HE1 LYS1959 1.632 -0.097 10.813 556 HZ1 LYS1959 HZ1 LYS1959 0.806 -0.380 13.212 557 HZ2 LYS1959 HZ2 LYS1959 1.100 1.170 12.704 558 HZ3 LYS1959 HZ3 LYS1959 2.221 0.427 13.677 559 H THR1960 HN THR1960 1.901 -5.323 7.299 560 HA THR1960 HA THR1960 4.096 -6.919 8.378 561 HB THR1960 HB THR1960 1.808 -7.697 6.558 562 HG1 THR1960 HG1 THR1960 2.116 -7.612 9.367 563 HG21 THR1960 HG21 THR1960 3.702 -9.381 8.219 564 HG22 THR1960 HG22 THR1960 3.719 -9.241 6.460 565 HG23 THR1960 HG23 THR1960 2.346 -9.993 7.272 566 H LEU1961 HN LEU1961 5.998 -6.711 7.243 567 HA LEU1961 HA LEU1961 5.835 -6.270 4.365 568 HB2 LEU1961 HB2 LEU1961 8.137 -5.872 6.261 569 HB3 LEU1961 HB1 LEU1961 8.318 -5.857 4.523 570 HG LEU1961 HG LEU1961 6.803 -3.885 6.216 571 HD11 LEU1961 HD11 LEU1961 9.205 -3.650 4.414 572 HD12 LEU1961 HD12 LEU1961 9.220 -3.628 6.178 573 HD13 LEU1961 HD13 LEU1961 8.436 -2.323 5.286 574 HD21 LEU1961 HD21 LEU1961 5.555 -4.319 4.150 575 HD22 LEU1961 HD22 LEU1961 7.018 -4.039 3.206 576 HD23 LEU1961 HD23 LEU1961 6.294 -2.718 4.123 577 H THR1962 HN THR1962 6.278 -7.763 3.036 578 HA THR1962 HA THR1962 7.965 -9.948 3.831 579 HB THR1962 HB THR1962 5.939 -10.942 4.329 580 HG1 THR1962 HG1 THR1962 6.795 -12.414 3.027 581 HG21 THR1962 HG21 THR1962 3.848 -10.722 3.021 582 HG22 THR1962 HG22 THR1962 4.686 -9.603 1.927 583 HG23 THR1962 HG23 THR1962 4.477 -9.187 3.634 584 H TYR1963 HN TYR1963 9.403 -10.291 2.329 585 HA TYR1963 HA TYR1963 8.992 -8.959 -0.221 586 HB2 TYR1963 HB2 TYR1963 11.520 -9.231 -0.497 587 HB3 TYR1963 HB1 TYR1963 10.976 -8.107 0.735 588 HD1 TYR1963 HD2 TYR1963 11.264 -8.639 3.108 589 HD2 TYR1963 HD1 TYR1963 12.749 -11.245 0.100 590 HE1 TYR1963 HE2 TYR1963 12.672 -9.749 4.780 591 HE2 TYR1963 HE1 TYR1963 14.169 -12.366 1.770 592 HH TYR1963 HH TYR1963 13.733 -11.965 5.077 593 H GLU1964 HN GLU1964 8.676 -9.980 -1.978 594 HA GLU1964 HA GLU1964 9.238 -12.865 -2.093 595 HB2 GLU1964 HB2 GLU1964 6.884 -11.448 -3.358 596 HB3 GLU1964 HB1 GLU1964 7.215 -13.168 -3.392 597 HG2 GLU1964 HG2 GLU1964 6.900 -13.176 -0.910 598 HG3 GLU1964 HG1 GLU1964 6.367 -11.502 -1.043 599 H ASP1965 HN ASP1965 10.585 -13.289 -3.736 600 HA ASP1965 HA ASP1965 11.729 -13.171 -5.709 601 HB2 ASP1965 HB2 ASP1965 9.390 -13.362 -6.616 602 HB3 ASP1965 HB1 ASP1965 9.280 -11.614 -6.650 603 H GLN1966 HN GLN1966 12.190 -11.279 -3.680 604 HA GLN1966 HA GLN1966 13.342 -9.497 -3.132 605 HB2 GLN1966 HB2 GLN1966 14.186 -9.479 -6.027 606 HB3 GLN1966 HB1 GLN1966 14.874 -8.418 -4.807 607 HG2 GLN1966 HG2 GLN1966 15.559 -10.445 -3.526 608 HG3 GLN1966 HG1 GLN1966 15.004 -11.425 -4.879 609 HE21 GLN1966 HE21 GLN1966 17.078 -12.241 -5.241 610 HE22 GLN1966 HE22 GLN1966 18.332 -11.282 -5.944 611 H VAL1967 HN VAL1967 10.577 -9.204 -4.348 612 HA VAL1967 HA VAL1967 10.659 -6.281 -4.474 613 HB VAL1967 HB VAL1967 8.498 -8.199 -5.504 614 HG11 VAL1967 HG11 VAL1967 8.491 -5.193 -5.538 615 HG12 VAL1967 HG12 VAL1967 7.446 -6.225 -4.561 616 HG13 VAL1967 HG13 VAL1967 7.314 -6.250 -6.320 617 HG21 VAL1967 HG21 VAL1967 10.312 -6.279 -6.939 618 HG22 VAL1967 HG22 VAL1967 9.053 -7.267 -7.679 619 HG23 VAL1967 HG23 VAL1967 10.456 -8.035 -6.935 620 H LEU1968 HN LEU1968 9.519 -5.166 -2.947 621 HA LEU1968 HA LEU1968 8.973 -6.685 -0.556 622 HB2 LEU1968 HB2 LEU1968 10.250 -4.568 -0.510 623 HB3 LEU1968 HB1 LEU1968 8.838 -3.719 -1.102 624 HG LEU1968 HG LEU1968 7.636 -4.313 0.970 625 HD11 LEU1968 HD11 LEU1968 8.893 -5.203 2.871 626 HD12 LEU1968 HD12 LEU1968 10.299 -5.434 1.830 627 HD13 LEU1968 HD13 LEU1968 8.824 -6.356 1.537 628 HD21 LEU1968 HD21 LEU1968 8.750 -2.171 0.801 629 HD22 LEU1968 HD22 LEU1968 10.268 -2.888 1.328 630 HD23 LEU1968 HD23 LEU1968 8.902 -2.795 2.444 631 H LYS1969 HN LYS1969 6.949 -7.361 -0.050 632 HA LYS1969 HA LYS1969 4.763 -5.922 -1.334 633 HB2 LYS1969 HB2 LYS1969 4.953 -8.877 -0.765 634 HB3 LYS1969 HB1 LYS1969 3.528 -8.050 -1.373 635 HG2 LYS1969 HG2 LYS1969 4.780 -7.421 -3.392 636 HG3 LYS1969 HG1 LYS1969 6.176 -8.320 -2.777 637 HD2 LYS1969 HD2 LYS1969 4.797 -10.348 -2.703 638 HD3 LYS1969 HD1 LYS1969 3.448 -9.439 -3.377 639 HE2 LYS1969 HE2 LYS1969 4.767 -8.998 -5.395 640 HE3 LYS1969 HE1 LYS1969 6.109 -9.919 -4.709 641 HZ1 LYS1969 HZ1 LYS1969 4.669 -11.854 -4.618 642 HZ2 LYS1969 HZ2 LYS1969 4.814 -11.287 -6.213 643 HZ3 LYS1969 HZ3 LYS1969 3.410 -10.963 -5.316 644 H LEU1970 HN LEU1970 2.818 -5.922 -0.204 645 HA LEU1970 HA LEU1970 2.779 -6.760 2.555 646 HB2 LEU1970 HB2 LEU1970 3.775 -4.323 2.265 647 HB3 LEU1970 HB1 LEU1970 2.128 -3.879 1.893 648 HG LEU1970 HG LEU1970 3.019 -5.113 4.504 649 HD11 LEU1970 HD11 LEU1970 4.025 -2.956 4.239 650 HD12 LEU1970 HD12 LEU1970 2.756 -2.900 5.464 651 HD13 LEU1970 HD13 LEU1970 2.461 -2.245 3.853 652 HD21 LEU1970 HD21 LEU1970 0.668 -5.498 4.030 653 HD22 LEU1970 HD22 LEU1970 0.434 -3.772 3.756 654 HD23 LEU1970 HD23 LEU1970 0.871 -4.361 5.361 655 H VAL1971 HN VAL1971 0.613 -7.130 3.138 656 HA VAL1971 HA VAL1971 -1.351 -6.578 1.046 657 HB VAL1971 HB VAL1971 -2.549 -8.663 1.734 658 HG11 VAL1971 HG11 VAL1971 0.280 -9.092 0.792 659 HG12 VAL1971 HG12 VAL1971 -1.112 -8.694 -0.216 660 HG13 VAL1971 HG13 VAL1971 -1.047 -10.244 0.625 661 HG21 VAL1971 HG21 VAL1971 -1.346 -10.369 3.045 662 HG22 VAL1971 HG22 VAL1971 -1.663 -8.917 3.989 663 HG23 VAL1971 HG23 VAL1971 -0.047 -9.212 3.342 664 H TYR1972 HN TYR1972 -3.260 -5.730 1.650 665 HA TYR1972 HA TYR1972 -3.700 -5.466 4.523 666 HB2 TYR1972 HB2 TYR1972 -4.241 -3.325 2.423 667 HB3 TYR1972 HB1 TYR1972 -4.987 -3.330 4.012 668 HD1 TYR1972 HD2 TYR1972 -3.151 -3.701 5.995 669 HD2 TYR1972 HD1 TYR1972 -2.422 -2.049 2.164 670 HE1 TYR1972 HE2 TYR1972 -1.167 -2.535 6.872 671 HE2 TYR1972 HE1 TYR1972 -0.461 -0.894 3.017 672 HH TYR1972 HH TYR1972 0.245 -0.040 5.171 673 H GLU1973 HN GLU1973 -5.267 -6.556 5.184 674 HA GLU1973 HA GLU1973 -7.743 -6.548 3.697 675 HB2 GLU1973 HB2 GLU1973 -8.141 -8.947 4.249 676 HB3 GLU1973 HB1 GLU1973 -6.806 -8.699 3.154 677 HG2 GLU1973 HG2 GLU1973 -6.424 -9.119 6.095 678 HG3 GLU1973 HG1 GLU1973 -6.521 -10.446 4.940 679 H ASP1974 HN ASP1974 -9.119 -8.189 5.539 680 HA ASP1974 HA ASP1974 -10.453 -7.984 7.292 681 HB2 ASP1974 HB2 ASP1974 -8.306 -8.132 8.646 682 HB3 ASP1974 HB1 ASP1974 -8.268 -6.379 8.676 683 H GLY1975 HN GLY1975 -11.848 -6.872 6.174 684 HA2 GLY1975 HA2 GLY1975 -12.412 -4.208 6.980 685 HA3 GLY1975 HA1 GLY1975 -11.922 -4.334 5.285 686 H ASP1976 HN ASP1976 -13.746 -4.230 4.130 687 HA ASP1976 HA ASP1976 -15.977 -5.879 5.088 688 HB2 ASP1976 HB2 ASP1976 -16.545 -3.520 4.733 689 HB3 ASP1976 HB1 ASP1976 -16.018 -3.635 3.059 690 HA PRO1977 HA PRO1977 -14.932 -8.671 1.739 691 HB2 PRO1977 HB2 PRO1977 -17.089 -10.311 2.863 692 HB3 PRO1977 HB1 PRO1977 -15.366 -10.681 2.748 693 HG2 PRO1977 HG2 PRO1977 -16.590 -10.190 5.111 694 HG3 PRO1977 HG1 PRO1977 -14.898 -9.762 4.806 695 HD2 PRO1977 HD2 PRO1977 -17.332 -8.018 4.759 696 HD3 PRO1977 HD1 PRO1977 -15.723 -7.686 5.434 697 H CYS1978 HN CYS1978 -16.160 -9.391 -0.131 698 HA CYS1978 HA CYS1978 -18.618 -7.838 -0.400 699 HB2 CYS1978 HB2 CYS1978 -16.584 -8.678 -2.479 700 HB3 CYS1978 HB1 CYS1978 -18.127 -7.921 -2.869 701 HA PRO1979 HA PRO1979 -21.095 -11.443 -0.752 702 HB2 PRO1979 HB2 PRO1979 -22.152 -10.418 -3.335 703 HB3 PRO1979 HB1 PRO1979 -23.023 -10.888 -1.872 704 HG2 PRO1979 HG2 PRO1979 -22.737 -8.328 -2.493 705 HG3 PRO1979 HG1 PRO1979 -22.603 -8.874 -0.812 706 HD2 PRO1979 HD2 PRO1979 -20.451 -8.107 -2.736 707 HD3 PRO1979 HD1 PRO1979 -20.580 -7.773 -0.995 708 H THR1980 HN THR1980 -19.365 -10.452 -3.584 709 HA THR1980 HA THR1980 -19.511 -12.784 -5.093 710 HB THR1980 HB THR1980 -17.416 -10.622 -4.977 711 HG1 THR1980 HG1 THR1980 -18.922 -9.462 -5.805 712 HG21 THR1980 HG21 THR1980 -16.635 -12.571 -6.312 713 HG22 THR1980 HG22 THR1980 -16.992 -11.160 -7.318 714 HG23 THR1980 HG23 THR1980 -18.134 -12.497 -7.257 715 H ASP1981 HN ASP1981 -17.334 -11.844 -2.418 716 HA ASP1981 HA ASP1981 -16.575 -14.573 -2.108 717 HB2 ASP1981 HB2 ASP1981 -14.854 -13.706 -3.750 718 HB3 ASP1981 HB1 ASP1981 -14.333 -12.576 -2.505 719 H LEU1982 HN LEU1982 -16.934 -14.859 -0.127 720 HA LEU1982 HA LEU1982 -16.834 -12.668 1.814 721 HB2 LEU1982 HB2 LEU1982 -17.875 -15.480 2.152 722 HB3 LEU1982 HB1 LEU1982 -18.135 -14.132 3.228 723 HG LEU1982 HG LEU1982 -19.437 -13.093 1.257 724 HD11 LEU1982 HD11 LEU1982 -20.581 -14.876 -0.132 725 HD12 LEU1982 HD12 LEU1982 -19.205 -15.920 0.295 726 HD13 LEU1982 HD13 LEU1982 -18.951 -14.411 -0.577 727 HD21 LEU1982 HD21 LEU1982 -20.450 -13.836 3.311 728 HD22 LEU1982 HD22 LEU1982 -20.486 -15.499 2.718 729 HD23 LEU1982 HD23 LEU1982 -21.474 -14.256 1.937 730 H LYS1983 HN LYS1983 -15.287 -15.410 0.722 731 HA LYS1983 HA LYS1983 -13.955 -16.168 3.193 732 HB2 LYS1983 HB2 LYS1983 -14.232 -17.298 0.447 733 HB3 LYS1983 HB1 LYS1983 -13.120 -18.028 1.626 734 HG2 LYS1983 HG2 LYS1983 -15.079 -18.451 3.059 735 HG3 LYS1983 HG1 LYS1983 -16.111 -17.710 1.832 736 HD2 LYS1983 HD2 LYS1983 -15.424 -19.418 0.222 737 HD3 LYS1983 HD1 LYS1983 -14.392 -20.160 1.446 738 HE2 LYS1983 HE2 LYS1983 -17.385 -19.839 1.639 739 HE3 LYS1983 HE1 LYS1983 -16.551 -21.322 1.183 740 HZ1 LYS1983 HZ1 LYS1983 -17.209 -21.304 3.508 741 HZ2 LYS1983 HZ2 LYS1983 -16.261 -19.933 3.799 742 HZ3 LYS1983 HZ3 LYS1983 -15.520 -21.381 3.356 743 H MET1984 HN MET1984 -13.458 -13.701 1.547 744 HA MET1984 HA MET1984 -10.857 -14.145 0.453 745 HB2 MET1984 HB2 MET1984 -11.004 -11.899 -0.432 746 HB3 MET1984 HB1 MET1984 -12.465 -12.779 -0.823 747 HG2 MET1984 HG2 MET1984 -13.667 -11.593 0.918 748 HG3 MET1984 HG1 MET1984 -12.197 -10.749 1.388 749 HE1 MET1984 HE1 MET1984 -11.546 -9.068 -2.282 750 HE2 MET1984 HE2 MET1984 -11.302 -10.779 -1.949 751 HE3 MET1984 HE3 MET1984 -10.733 -9.578 -0.792 752 H LYS1985 HN LYS1985 -9.559 -14.351 1.876 753 HA LYS1985 HA LYS1985 -9.394 -12.481 4.163 754 HB2 LYS1985 HB2 LYS1985 -8.107 -15.171 3.746 755 HB3 LYS1985 HB1 LYS1985 -7.672 -14.111 5.079 756 HG2 LYS1985 HG2 LYS1985 -9.942 -14.183 5.922 757 HG3 LYS1985 HG1 LYS1985 -10.442 -15.165 4.543 758 HD2 LYS1985 HD2 LYS1985 -9.041 -16.973 5.254 759 HD3 LYS1985 HD1 LYS1985 -8.332 -15.984 6.532 760 HE2 LYS1985 HE2 LYS1985 -10.003 -17.556 7.404 761 HE3 LYS1985 HE1 LYS1985 -10.467 -15.882 7.675 762 HZ1 LYS1985 HZ1 LYS1985 -12.289 -17.303 6.930 763 HZ2 LYS1985 HZ2 LYS1985 -11.507 -17.554 5.439 764 HZ3 LYS1985 HZ3 LYS1985 -12.034 -16.026 5.865 765 H HIS1986 HN HIS1986 -8.693 -11.637 1.627 766 HA HIS1986 HA HIS1986 -6.354 -10.180 2.253 767 HB2 HIS1986 HB2 HIS1986 -6.324 -11.954 -0.231 768 HB3 HIS1986 HB1 HIS1986 -5.271 -10.569 -0.021 769 HD1 HIS1986 HD1 HIS1986 -3.944 -10.971 2.633 770 HD2 HIS1986 HD2 HIS1986 -4.961 -14.189 0.207 771 HE1 HIS1986 HE1 HIS1986 -2.379 -12.808 3.255 772 HE2 HIS1986 HE2 HIS1986 -3.379 -14.805 2.119 773 H LYS1987 HN LYS1987 -6.621 -8.172 1.376 774 HA LYS1987 HA LYS1987 -8.941 -7.924 -0.411 775 HB2 LYS1987 HB2 LYS1987 -8.101 -6.134 1.838 776 HB3 LYS1987 HB1 LYS1987 -9.361 -5.739 0.681 777 HG2 LYS1987 HG2 LYS1987 -9.425 -8.180 2.446 778 HG3 LYS1987 HG1 LYS1987 -10.158 -6.640 2.879 779 HD2 LYS1987 HD2 LYS1987 -10.865 -8.357 0.495 780 HD3 LYS1987 HD1 LYS1987 -11.821 -8.167 1.963 781 HE2 LYS1987 HE2 LYS1987 -12.020 -5.735 1.445 782 HE3 LYS1987 HE1 LYS1987 -11.176 -6.029 -0.071 783 HZ1 LYS1987 HZ1 LYS1987 -13.466 -6.033 -0.554 784 HZ2 LYS1987 HZ2 LYS1987 -13.834 -6.961 0.770 785 HZ3 LYS1987 HZ3 LYS1987 -13.035 -7.682 -0.556 786 H SER1988 HN SER1988 -5.709 -6.735 0.305 787 HA SER1988 HA SER1988 -5.641 -5.697 -2.369 788 HB2 SER1988 HB2 SER1988 -4.559 -3.568 -1.483 789 HB3 SER1988 HB1 SER1988 -6.310 -3.727 -1.254 790 HG SER1988 HG SER1988 -5.663 -4.628 0.889 791 H TYR1989 HN TYR1989 -3.713 -5.844 -3.306 792 HA TYR1989 HA TYR1989 -1.510 -6.966 -1.737 793 HB2 TYR1989 HB2 TYR1989 -2.361 -7.409 -4.596 794 HB3 TYR1989 HB1 TYR1989 -0.759 -7.833 -4.017 795 HD1 TYR1989 HD1 TYR1989 -4.354 -8.549 -3.692 796 HD2 TYR1989 HD2 TYR1989 -0.418 -9.851 -2.750 797 HE1 TYR1989 HE1 TYR1989 -5.255 -10.712 -2.962 798 HE2 TYR1989 HE2 TYR1989 -1.307 -12.019 -2.017 799 HH TYR1989 HH TYR1989 -3.340 -12.967 -1.249 800 H PHE1990 HN PHE1990 0.076 -5.570 -1.475 801 HA PHE1990 HA PHE1990 0.423 -3.440 -3.443 802 HB2 PHE1990 HB2 PHE1990 1.202 -3.654 -0.541 803 HB3 PHE1990 HB1 PHE1990 1.766 -2.373 -1.602 804 HD1 PHE1990 HD1 PHE1990 -1.267 -3.882 -0.109 805 HD2 PHE1990 HD2 PHE1990 0.473 -0.493 -1.993 806 HE1 PHE1990 HE1 PHE1990 -3.256 -2.561 0.435 807 HE2 PHE1990 HE2 PHE1990 -1.517 0.833 -1.450 808 HZ PHE1990 HZ PHE1990 -3.384 -0.201 -0.235 809 H SER1991 HN SER1991 2.006 -3.788 -4.793 810 HA SER1991 HA SER1991 4.313 -5.342 -3.909 811 HB2 SER1991 HB2 SER1991 3.409 -4.633 -6.711 812 HB3 SER1991 HB1 SER1991 4.752 -5.698 -6.285 813 HG SER1991 HG SER1991 2.355 -6.307 -5.100 814 H PHE1992 HN PHE1992 5.805 -4.031 -3.118 815 HA PHE1992 HA PHE1992 6.140 -1.361 -4.173 816 HB2 PHE1992 HB2 PHE1992 7.367 -2.740 -1.764 817 HB3 PHE1992 HB1 PHE1992 7.593 -1.044 -2.203 818 HD1 PHE1992 HD2 PHE1992 5.633 0.508 -2.126 819 HD2 PHE1992 HD1 PHE1992 5.483 -3.461 -0.669 820 HE1 PHE1992 HE2 PHE1992 3.640 1.075 -0.799 821 HE2 PHE1992 HE1 PHE1992 3.521 -2.931 0.673 822 HZ PHE1992 HZ PHE1992 2.470 -0.553 0.395 823 H VAL1993 HN VAL1993 7.368 -1.241 -5.821 824 HA VAL1993 HA VAL1993 9.595 -3.080 -6.024 825 HB VAL1993 HB VAL1993 8.149 -3.725 -7.756 826 HG11 VAL1993 HG11 VAL1993 7.753 -0.829 -8.462 827 HG12 VAL1993 HG12 VAL1993 6.601 -1.922 -7.675 828 HG13 VAL1993 HG13 VAL1993 7.095 -2.218 -9.340 829 HG21 VAL1993 HG21 VAL1993 10.435 -3.461 -8.580 830 HG22 VAL1993 HG22 VAL1993 10.067 -1.784 -9.014 831 HG23 VAL1993 HG23 VAL1993 9.260 -3.102 -9.854 832 H CYS1994 HN CYS1994 11.482 -2.399 -6.149 833 HA CYS1994 HA CYS1994 12.285 0.140 -5.505 834 HB2 CYS1994 HB2 CYS1994 14.524 -1.143 -6.471 835 HB3 CYS1994 HB1 CYS1994 13.825 -1.257 -4.879 836 H LYS1995 HN LYS1995 12.067 1.812 -6.699 837 HA LYS1995 HA LYS1995 13.335 1.883 -9.315 838 HB2 LYS1995 HB2 LYS1995 10.866 1.689 -9.688 839 HB3 LYS1995 HB1 LYS1995 10.643 3.161 -8.754 840 HG2 LYS1995 HG2 LYS1995 12.008 4.377 -10.417 841 HG3 LYS1995 HG1 LYS1995 12.118 2.895 -11.367 842 HD2 LYS1995 HD2 LYS1995 9.657 2.860 -11.535 843 HD3 LYS1995 HD1 LYS1995 9.594 4.384 -10.652 844 HE2 LYS1995 HE2 LYS1995 9.390 4.864 -12.987 845 HE3 LYS1995 HE1 LYS1995 10.976 5.409 -12.449 846 HZ1 LYS1995 HZ1 LYS1995 10.445 2.843 -13.864 847 HZ2 LYS1995 HZ2 LYS1995 11.955 3.397 -13.425 848 HZ3 LYS1995 HZ3 LYS1995 11.042 4.236 -14.584 849 H SER1996 HN SER1996 15.041 2.894 -8.310 850 HA SER1996 HA SER1996 14.986 5.088 -6.601 851 HB2 SER1996 HB2 SER1996 17.062 4.279 -8.635 852 HB3 SER1996 HB1 SER1996 17.326 5.397 -7.293 853 HG SER1996 HG SER1996 17.461 3.804 -5.980 854 H ASP1997 HN ASP1997 14.533 4.904 -10.013 855 HA ASP1997 HA ASP1997 14.986 7.581 -10.747 856 HB2 ASP1997 HB2 ASP1997 14.683 5.880 -12.449 857 HB3 ASP1997 HB1 ASP1997 13.036 5.574 -11.905 858 H ALA1998 HN ALA1998 12.324 6.068 -9.126 859 HA ALA1998 HA ALA1998 10.711 8.504 -9.301 860 HB1 ALA1998 HB1 ALA1998 10.006 5.714 -8.371 861 HB2 ALA1998 HB2 ALA1998 9.614 6.411 -9.941 862 HB3 ALA1998 HB3 ALA1998 8.889 7.075 -8.476 863 H GLY1999 HN GLY1999 13.096 8.353 -7.744 864 HA2 GLY1999 HA2 GLY1999 12.631 7.798 -5.026 865 HA3 GLY1999 HA1 GLY1999 13.920 8.803 -5.665 866 H ASP2000 HN ASP2000 11.897 10.642 -6.936 867 HA ASP2000 HA ASP2000 11.523 12.207 -4.508 868 HB2 ASP2000 HB2 ASP2000 12.519 13.371 -6.431 869 HB3 ASP2000 HB1 ASP2000 11.071 13.037 -7.385 870 H ASP2001 HN ASP2001 9.598 11.170 -7.260 871 HA ASP2001 HA ASP2001 7.333 11.215 -5.465 872 HB2 ASP2001 HB2 ASP2001 5.787 11.828 -7.256 873 HB3 ASP2001 HB1 ASP2001 6.978 13.094 -7.019 874 H SER2002 HN SER2002 7.717 9.266 -4.949 875 HA SER2002 HA SER2002 7.827 7.080 -6.703 876 HB2 SER2002 HB2 SER2002 6.931 7.209 -3.820 877 HB3 SER2002 HB1 SER2002 7.456 5.766 -4.687 878 HG SER2002 HG SER2002 9.385 7.451 -5.027 879 H GLN2003 HN GLN2003 6.238 6.630 -8.023 880 HA GLN2003 HA GLN2003 3.534 7.463 -7.425 881 HB2 GLN2003 HB2 GLN2003 3.032 6.752 -9.743 882 HB3 GLN2003 HB1 GLN2003 4.223 8.035 -9.597 883 HG2 GLN2003 HG2 GLN2003 6.026 6.559 -10.060 884 HG3 GLN2003 HG1 GLN2003 4.989 5.146 -9.925 885 HE21 GLN2003 HE21 GLN2003 3.879 7.988 -11.573 886 HE22 GLN2003 HE22 GLN2003 3.997 7.361 -13.169 887 HA PRO2004 HA PRO2004 2.268 3.316 -6.488 888 HB2 PRO2004 HB2 PRO2004 -0.270 4.340 -5.688 889 HB3 PRO2004 HB1 PRO2004 1.080 3.912 -4.636 890 HG2 PRO2004 HG2 PRO2004 0.117 6.497 -5.014 891 HG3 PRO2004 HG1 PRO2004 1.718 6.080 -4.385 892 HD2 PRO2004 HD2 PRO2004 0.918 6.869 -7.157 893 HD3 PRO2004 HD1 PRO2004 2.372 7.310 -6.232 894 H VAL2005 HN VAL2005 2.049 2.505 -8.530 895 HA VAL2005 HA VAL2005 -0.110 3.437 -10.234 896 HB VAL2005 HB VAL2005 1.992 1.318 -10.757 897 HG11 VAL2005 HG11 VAL2005 0.008 1.065 -12.139 898 HG12 VAL2005 HG12 VAL2005 1.384 1.592 -13.104 899 HG13 VAL2005 HG13 VAL2005 0.131 2.749 -12.651 900 HG21 VAL2005 HG21 VAL2005 3.131 3.017 -12.103 901 HG22 VAL2005 HG22 VAL2005 3.026 3.490 -10.406 902 HG23 VAL2005 HG23 VAL2005 1.942 4.215 -11.594 903 H PHE2006 HN PHE2006 -1.980 2.429 -10.238 904 HA PHE2006 HA PHE2006 -2.162 -0.053 -8.803 905 HB2 PHE2006 HB2 PHE2006 -4.603 0.171 -9.011 906 HB3 PHE2006 HB1 PHE2006 -3.888 1.604 -8.314 907 HD1 PHE2006 HD2 PHE2006 -3.573 3.631 -9.903 908 HD2 PHE2006 HD1 PHE2006 -6.070 0.299 -10.785 909 HE1 PHE2006 HE2 PHE2006 -4.825 4.998 -11.516 910 HE2 PHE2006 HE1 PHE2006 -7.327 1.664 -12.394 911 HZ PHE2006 HZ PHE2006 -6.706 4.015 -12.761 912 H LEU2007 HN LEU2007 -2.280 -1.960 -9.681 913 HA LEU2007 HA LEU2007 -1.904 -2.261 -12.485 914 HB2 LEU2007 HB2 LEU2007 -2.661 -4.308 -10.371 915 HB3 LEU2007 HB1 LEU2007 -2.400 -4.718 -12.049 916 HG LEU2007 HG LEU2007 -0.021 -3.917 -11.777 917 HD11 LEU2007 HD11 LEU2007 -0.705 -3.951 -8.849 918 HD12 LEU2007 HD12 LEU2007 -0.324 -2.525 -9.810 919 HD13 LEU2007 HD13 LEU2007 0.908 -3.752 -9.540 920 HD21 LEU2007 HD21 LEU2007 0.714 -5.949 -10.634 921 HD22 LEU2007 HD22 LEU2007 -0.590 -6.270 -11.777 922 HD23 LEU2007 HD23 LEU2007 -0.930 -6.207 -10.047 923 H SER2008 HN SER2008 -4.539 -2.820 -10.223 924 HA SER2008 HA SER2008 -6.485 -1.644 -11.765 925 HB2 SER2008 HB2 SER2008 -6.044 -3.751 -13.189 926 HB3 SER2008 HB1 SER2008 -6.666 -4.680 -11.830 927 HG SER2008 HG SER2008 -8.010 -2.653 -13.265 928 H PHE2009 HN PHE2009 -8.498 -1.778 -10.639 929 HA PHE2009 HA PHE2009 -8.337 -3.086 -8.040 930 HB2 PHE2009 HB2 PHE2009 -8.806 -0.688 -7.837 931 HB3 PHE2009 HB1 PHE2009 -10.067 -0.800 -9.058 932 HD1 PHE2009 HD1 PHE2009 -9.151 -2.124 -5.693 933 HD2 PHE2009 HD2 PHE2009 -12.274 -1.056 -8.377 934 HE1 PHE2009 HE1 PHE2009 -10.804 -2.495 -3.911 935 HE2 PHE2009 HE2 PHE2009 -13.932 -1.430 -6.600 936 HZ PHE2009 HZ PHE2009 -13.228 -2.214 -4.405 937 H ASP2010 HN ASP2010 -9.321 -4.962 -8.092 938 HA ASP2010 HA ASP2010 -11.139 -5.585 -10.248 939 HB2 ASP2010 HB2 ASP2010 -9.482 -7.264 -9.476 940 HB3 ASP2010 HB1 ASP2010 -10.234 -7.253 -7.884 941 H GLU2011 HN GLU2011 -13.183 -5.044 -10.043 942 HA GLU2011 HA GLU2011 -14.172 -4.420 -7.372 943 HB2 GLU2011 HB2 GLU2011 -16.001 -3.279 -8.482 944 HB3 GLU2011 HB1 GLU2011 -14.460 -2.727 -9.115 945 HG2 GLU2011 HG2 GLU2011 -14.782 -4.238 -11.051 946 HG3 GLU2011 HG1 GLU2011 -16.362 -4.648 -10.398 947 H GLN2012 HN GLN2012 -14.063 -7.006 -9.333 948 HA GLN2012 HA GLN2012 -16.706 -8.023 -9.006 949 HB2 GLN2012 HB2 GLN2012 -15.255 -8.777 -10.841 950 HB3 GLN2012 HB1 GLN2012 -14.083 -9.383 -9.687 951 HG2 GLN2012 HG2 GLN2012 -15.314 -11.215 -10.609 952 HG3 GLN2012 HG1 GLN2012 -15.746 -11.026 -8.910 953 HE21 GLN2012 HE21 GLN2012 -16.817 -10.775 -12.173 954 HE22 GLN2012 HE22 GLN2012 -18.500 -10.590 -11.818 955 H THR2013 HN THR2013 -13.575 -8.997 -7.657 956 HA THR2013 HA THR2013 -15.004 -10.214 -5.420 957 HB THR2013 HB THR2013 -13.327 -11.612 -6.573 958 HG1 THR2013 HG1 THR2013 -13.309 -12.382 -4.709 959 HG21 THR2013 HG21 THR2013 -10.930 -11.133 -6.421 960 HG22 THR2013 HG22 THR2013 -11.295 -9.584 -5.664 961 HG23 THR2013 HG23 THR2013 -11.784 -9.886 -7.331 962 H CYS2014 HN CYS2014 -13.560 -7.362 -6.239 963 HA CYS2014 HA CYS2014 -13.052 -5.451 -5.175 964 HB2 CYS2014 HB2 CYS2014 -13.854 -6.740 -2.561 965 HB3 CYS2014 HB1 CYS2014 -13.712 -5.025 -2.898 966 H THR2015 HN THR2015 -10.949 -6.391 -5.836 967 HA THR2015 HA THR2015 -9.235 -6.511 -3.480 968 HB THR2015 HB THR2015 -8.870 -8.236 -5.952 969 HG1 THR2015 HG1 THR2015 -10.413 -8.492 -3.867 970 HG21 THR2015 HG21 THR2015 -7.369 -8.180 -3.315 971 HG22 THR2015 HG22 THR2015 -6.747 -7.583 -4.852 972 HG23 THR2015 HG23 THR2015 -7.078 -9.304 -4.644 973 H SER2016 HN SER2016 -7.715 -5.096 -3.512 974 HA SER2016 HA SER2016 -7.364 -3.422 -5.849 975 HB2 SER2016 HB2 SER2016 -6.309 -3.156 -3.045 976 HB3 SER2016 HB1 SER2016 -6.425 -1.894 -4.275 977 HG SER2016 HG SER2016 -8.753 -2.349 -4.217 978 H TYR2017 HN TYR2017 -5.512 -3.558 -7.102 979 HA TYR2017 HA TYR2017 -3.197 -5.004 -5.988 980 HB2 TYR2017 HB2 TYR2017 -4.017 -4.730 -8.901 981 HB3 TYR2017 HB1 TYR2017 -2.630 -5.624 -8.295 982 HD1 TYR2017 HD2 TYR2017 -2.955 -7.787 -7.155 983 HD2 TYR2017 HD1 TYR2017 -6.241 -5.630 -8.790 984 HE1 TYR2017 HE2 TYR2017 -4.350 -9.806 -7.013 985 HE2 TYR2017 HE1 TYR2017 -7.638 -7.637 -8.651 986 HH TYR2017 HH TYR2017 -6.692 -10.425 -6.914 987 H PHE2018 HN PHE2018 -1.590 -3.578 -5.529 988 HA PHE2018 HA PHE2018 -1.354 -1.229 -7.286 989 HB2 PHE2018 HB2 PHE2018 -0.991 -1.232 -4.283 990 HB3 PHE2018 HB1 PHE2018 -0.703 0.137 -5.351 991 HD1 PHE2018 HD2 PHE2018 -2.751 0.779 -6.856 992 HD2 PHE2018 HD1 PHE2018 -2.996 -1.391 -3.230 993 HE1 PHE2018 HE2 PHE2018 -5.092 1.458 -6.609 994 HE2 PHE2018 HE1 PHE2018 -5.336 -0.714 -2.967 995 HZ PHE2018 HZ PHE2018 -6.402 0.694 -4.695 996 H SER2019 HN SER2019 0.645 -0.512 -7.730 997 HA SER2019 HA SER2019 2.895 -2.004 -6.648 998 HB2 SER2019 HB2 SER2019 3.919 -1.880 -8.970 999 HB3 SER2019 HB1 SER2019 2.523 -2.938 -8.840 1000 HG SER2019 HG SER2019 1.415 -0.747 -9.497 1001 H TRP2020 HN TRP2020 4.115 -0.614 -5.603 1002 HA TRP2020 HA TRP2020 3.898 2.205 -6.344 1003 HB2 TRP2020 HB2 TRP2020 3.323 1.511 -3.980 1004 HB3 TRP2020 HB1 TRP2020 5.004 1.024 -3.779 1005 HD1 TRP2020 HD1 TRP2020 3.704 4.251 -5.368 1006 HE1 TRP2020 HE1 TRP2020 4.587 6.270 -4.077 1007 HE3 TRP2020 HE3 TRP2020 6.067 1.810 -1.567 1008 HZ2 TRP2020 HZ2 TRP2020 6.095 6.780 -1.756 1009 HZ3 TRP2020 HZ3 TRP2020 7.211 3.150 0.149 1010 HH2 TRP2020 HH2 TRP2020 7.224 5.580 0.055 1011 H HIS2021 HN HIS2021 5.382 2.842 -7.652 1012 HA HIS2021 HA HIS2021 7.954 1.526 -7.915 1013 HB2 HIS2021 HB2 HIS2021 6.868 4.019 -9.290 1014 HB3 HIS2021 HB1 HIS2021 8.362 3.202 -9.707 1015 HD1 HIS2021 HD1 HIS2021 6.191 3.648 -11.876 1016 HD2 HIS2021 HD2 HIS2021 6.489 0.191 -9.566 1017 HE1 HIS2021 HE1 HIS2021 5.072 1.873 -13.180 1018 HE2 HIS2021 HE2 HIS2021 5.027 -0.115 -11.699 1019 H THR2022 HN THR2022 9.209 1.960 -6.161 1020 HA THR2022 HA THR2022 9.769 4.745 -5.553 1021 HB THR2022 HB THR2022 7.905 4.152 -4.096 1022 HG1 THR2022 HG1 THR2022 9.283 5.521 -3.141 1023 HG21 THR2022 HG21 THR2022 8.184 2.405 -2.395 1024 HG22 THR2022 HG22 THR2022 9.706 1.910 -3.158 1025 HG23 THR2022 HG23 THR2022 8.173 1.768 -4.033 1026 H SER2023 HN SER2023 11.796 5.028 -4.428 1027 HA SER2023 HA SER2023 13.664 2.931 -4.799 1028 HB2 SER2023 HB2 SER2023 15.178 4.610 -3.638 1029 HB3 SER2023 HB1 SER2023 14.413 5.172 -5.128 1030 HG SER2023 HG SER2023 14.273 6.110 -2.643 1031 H LEU2024 HN LEU2024 11.586 4.029 -2.255 1032 HA LEU2024 HA LEU2024 12.872 3.118 0.083 1033 HB2 LEU2024 HB2 LEU2024 9.967 3.560 -0.593 1034 HB3 LEU2024 HB1 LEU2024 10.453 2.965 0.971 1035 HG LEU2024 HG LEU2024 9.928 5.330 1.038 1036 HD11 LEU2024 HD11 LEU2024 11.943 6.172 2.104 1037 HD12 LEU2024 HD12 LEU2024 12.844 4.804 1.445 1038 HD13 LEU2024 HD13 LEU2024 11.542 4.527 2.602 1039 HD21 LEU2024 HD21 LEU2024 10.488 5.985 -1.243 1040 HD22 LEU2024 HD22 LEU2024 12.199 5.721 -0.911 1041 HD23 LEU2024 HD23 LEU2024 11.329 7.008 -0.076 1042 H ALA2025 HN ALA2025 11.358 1.410 -2.398 1043 HA ALA2025 HA ALA2025 10.314 -0.807 -0.984 1044 HB1 ALA2025 HB1 ALA2025 9.565 -0.162 -3.198 1045 HB2 ALA2025 HB2 ALA2025 10.089 -1.846 -3.139 1046 HB3 ALA2025 HB3 ALA2025 11.132 -0.619 -3.857 1047 H CYS2026 HN CYS2026 13.206 -0.672 -3.114 1048 HA CYS2026 HA CYS2026 14.403 -2.701 -1.364 1049 HB2 CYS2026 HB2 CYS2026 15.108 -2.749 -4.201 1050 HB3 CYS2026 HB1 CYS2026 15.027 -4.083 -3.068 1051 H GLU2027 HN GLU2027 16.035 -1.611 -0.597 1052 HA GLU2027 HA GLU2027 18.013 -0.534 -0.427 1053 HB2 GLU2027 HB2 GLU2027 18.765 -2.101 -2.159 1054 HB3 GLU2027 HB1 GLU2027 18.170 -1.025 -3.409 1055 HG2 GLU2027 HG2 GLU2027 19.833 0.641 -2.740 1056 HG3 GLU2027 HG1 GLU2027 20.425 -0.468 -1.498 1057 H GLU2028 HN GLU2028 16.710 1.169 0.147 1058 HA GLU2028 HA GLU2028 15.857 3.224 -1.574 1059 HB2 GLU2028 HB2 GLU2028 15.267 2.771 0.927 1060 HB3 GLU2028 HB1 GLU2028 16.674 3.766 1.262 1061 HG2 GLU2028 HG2 GLU2028 14.143 4.558 -0.152 1062 HG3 GLU2028 HG1 GLU2028 14.725 5.133 1.398 1063 H GLU2029 HN GLU2029 17.288 4.072 -2.890 1064 HA GLU2029 HA GLU2029 19.023 5.993 -1.826 1065 HB2 GLU2029 HB2 GLU2029 20.529 3.980 -1.807 1066 HB3 GLU2029 HB1 GLU2029 20.293 3.839 -3.545 1067 HG2 GLU2029 HG2 GLU2029 22.408 4.968 -2.934 1068 HG3 GLU2029 HG1 GLU2029 21.343 5.974 -3.917 1069 H VAL2030 HN VAL2030 19.356 7.539 -3.262 1070 HA VAL2030 HA VAL2030 18.047 7.247 -5.873 1071 HB VAL2030 HB VAL2030 18.275 9.748 -4.133 1072 HG11 VAL2030 HG11 VAL2030 16.835 9.370 -6.748 1073 HG12 VAL2030 HG12 VAL2030 18.309 10.304 -6.489 1074 HG13 VAL2030 HG13 VAL2030 16.796 10.823 -5.748 1075 HG21 VAL2030 HG21 VAL2030 15.843 8.079 -4.764 1076 HG22 VAL2030 HG22 VAL2030 15.837 9.601 -3.876 1077 HG23 VAL2030 HG23 VAL2030 16.654 8.192 -3.203 1078 HA PRO2031 HA PRO2031 22.450 7.974 -6.610 1079 HB2 PRO2031 HB2 PRO2031 22.618 6.579 -8.925 1080 HB3 PRO2031 HB1 PRO2031 22.635 5.815 -7.335 1081 HG2 PRO2031 HG2 PRO2031 20.469 5.942 -9.346 1082 HG3 PRO2031 HG1 PRO2031 20.807 4.705 -8.129 1083 HD2 PRO2031 HD2 PRO2031 18.857 6.732 -7.967 1084 HD3 PRO2031 HD1 PRO2031 19.389 5.680 -6.649 1085 H ARG2032 HN ARG2032 19.740 8.835 -8.588 1086 HA ARG2032 HA ARG2032 21.481 10.666 -10.059 1087 HB2 ARG2032 HB2 ARG2032 18.744 9.657 -10.878 1088 HB3 ARG2032 HB1 ARG2032 19.757 10.762 -11.795 1089 HG2 ARG2032 HG2 ARG2032 21.464 8.939 -11.921 1090 HG3 ARG2032 HG1 ARG2032 20.257 7.862 -11.215 1091 HD2 ARG2032 HD2 ARG2032 20.025 9.384 -13.802 1092 HD3 ARG2032 HD1 ARG2032 20.294 7.657 -13.629 1093 HE ARG2032 HE ARG2032 17.856 8.692 -12.425 1094 HH11 ARG2032 HH11 ARG2032 19.355 7.015 -15.163 1095 HH12 ARG2032 HH12 ARG2032 17.880 6.597 -15.885 1096 HH21 ARG2032 HH21 ARG2032 15.818 8.067 -13.420 1097 HH22 ARG2032 HH22 ARG2032 15.853 7.176 -14.866 Start of MODEL 10 1 H1 MET1885 HT1 MET1885 17.209 12.832 4.659 2 H2 MET1885 HT2 MET1885 17.269 11.688 5.887 3 H3 MET1885 HT3 MET1885 15.989 12.798 5.847 4 HA MET1885 HA MET1885 15.120 11.785 3.897 5 HB2 MET1885 HB2 MET1885 17.549 10.012 4.174 6 HB3 MET1885 HB1 MET1885 16.126 9.517 3.278 7 HG2 MET1885 HG2 MET1885 17.782 11.950 2.677 8 HG3 MET1885 HG1 MET1885 17.934 10.391 1.863 9 HE1 MET1885 HE1 MET1885 16.254 12.586 -0.896 10 HE2 MET1885 HE2 MET1885 17.567 11.469 -0.523 11 HE3 MET1885 HE3 MET1885 17.507 13.051 0.257 12 H LYS1886 HN LYS1886 13.763 9.931 4.002 13 HA LYS1886 HA LYS1886 12.510 8.382 4.893 14 HB2 LYS1886 HB2 LYS1886 14.764 7.916 6.846 15 HB3 LYS1886 HB1 LYS1886 13.342 6.893 6.705 16 HG2 LYS1886 HG2 LYS1886 13.948 6.466 4.331 17 HG3 LYS1886 HG1 LYS1886 15.442 7.370 4.599 18 HD2 LYS1886 HD2 LYS1886 16.083 5.779 6.340 19 HD3 LYS1886 HD1 LYS1886 14.584 4.888 6.084 20 HE2 LYS1886 HE2 LYS1886 15.286 4.505 3.726 21 HE3 LYS1886 HE1 LYS1886 16.832 5.262 4.112 22 HZ1 LYS1886 HZ1 LYS1886 15.705 2.836 5.374 23 HZ2 LYS1886 HZ2 LYS1886 17.186 3.515 5.796 24 HZ3 LYS1886 HZ3 LYS1886 16.963 2.833 4.260 25 H SER1887 HN SER1887 10.764 8.903 5.652 26 HA SER1887 HA SER1887 10.382 10.807 7.754 27 HB2 SER1887 HB2 SER1887 8.843 10.609 5.798 28 HB3 SER1887 HB1 SER1887 8.354 9.022 6.362 29 HG SER1887 HG SER1887 6.818 10.425 7.005 30 H ASN1888 HN ASN1888 8.220 9.819 9.164 31 HA ASN1888 HA ASN1888 9.570 8.535 11.295 32 HB2 ASN1888 HB2 ASN1888 7.487 8.704 12.533 33 HB3 ASN1888 HB1 ASN1888 7.815 10.213 11.690 34 HD21 ASN1888 HD21 ASN1888 5.644 7.625 12.190 35 HD22 ASN1888 HD22 ASN1888 4.433 8.153 11.092 36 H VAL1889 HN VAL1889 8.787 6.722 12.471 37 HA VAL1889 HA VAL1889 7.989 4.475 10.752 38 HB VAL1889 HB VAL1889 9.679 4.573 13.217 39 HG11 VAL1889 HG11 VAL1889 8.461 2.478 13.113 40 HG12 VAL1889 HG12 VAL1889 10.172 2.182 12.787 41 HG13 VAL1889 HG13 VAL1889 9.012 2.211 11.459 42 HG21 VAL1889 HG21 VAL1889 10.899 5.466 11.343 43 HG22 VAL1889 HG22 VAL1889 10.497 4.053 10.369 44 HG23 VAL1889 HG23 VAL1889 11.561 3.887 11.769 45 H GLN1890 HN GLN1890 6.351 3.187 11.512 46 HA GLN1890 HA GLN1890 4.943 4.228 13.823 47 HB2 GLN1890 HB2 GLN1890 4.140 2.266 11.696 48 HB3 GLN1890 HB1 GLN1890 3.140 2.535 13.135 49 HG2 GLN1890 HG2 GLN1890 3.973 4.478 11.044 50 HG3 GLN1890 HG1 GLN1890 2.371 3.765 11.201 51 HE21 GLN1890 HE21 GLN1890 0.977 4.480 12.919 52 HE22 GLN1890 HE22 GLN1890 1.300 5.926 13.764 53 H ASN1891 HN ASN1891 5.063 0.845 12.860 54 HA ASN1891 HA ASN1891 6.023 0.286 15.582 55 HB2 ASN1891 HB2 ASN1891 3.804 -0.676 14.982 56 HB3 ASN1891 HB1 ASN1891 4.568 -1.570 13.682 57 HD21 ASN1891 HD21 ASN1891 6.046 -1.139 16.868 58 HD22 ASN1891 HD22 ASN1891 5.881 -2.774 17.351 59 H ASP1892 HN ASP1892 6.240 -1.007 12.278 60 HA ASP1892 HA ASP1892 9.113 -1.396 12.786 61 HB2 ASP1892 HB2 ASP1892 7.328 -3.297 11.225 62 HB3 ASP1892 HB1 ASP1892 9.083 -3.350 11.211 63 H CYS1893 HN CYS1893 6.885 -1.733 10.039 64 HA CYS1893 HA CYS1893 6.934 -0.910 7.911 65 HB2 CYS1893 HB2 CYS1893 8.395 1.432 9.151 66 HB3 CYS1893 HB1 CYS1893 7.474 1.440 7.650 67 H ARG1894 HN ARG1894 9.268 -2.463 8.964 68 HA ARG1894 HA ARG1894 11.420 -1.595 7.158 69 HB2 ARG1894 HB2 ARG1894 11.680 -0.905 9.611 70 HB3 ARG1894 HB1 ARG1894 11.742 -2.617 9.978 71 HG2 ARG1894 HG2 ARG1894 13.957 -2.192 9.872 72 HG3 ARG1894 HG1 ARG1894 13.677 -2.539 8.166 73 HD2 ARG1894 HD2 ARG1894 14.985 -0.537 8.332 74 HD3 ARG1894 HD1 ARG1894 13.366 -0.105 7.779 75 HE ARG1894 HE ARG1894 13.388 0.071 10.552 76 HH11 ARG1894 HH11 ARG1894 14.780 1.884 7.759 77 HH12 ARG1894 HH12 ARG1894 15.053 3.286 8.682 78 HH21 ARG1894 HH21 ARG1894 13.754 2.112 11.746 79 HH22 ARG1894 HH22 ARG1894 14.489 3.408 10.937 80 H VAL1895 HN VAL1895 12.342 -3.439 6.173 81 HA VAL1895 HA VAL1895 12.241 -5.970 7.466 82 HB VAL1895 HB VAL1895 10.000 -5.975 6.387 83 HG11 VAL1895 HG11 VAL1895 9.772 -6.058 3.965 84 HG12 VAL1895 HG12 VAL1895 11.489 -5.690 3.803 85 HG13 VAL1895 HG13 VAL1895 10.401 -4.512 4.534 86 HG21 VAL1895 HG21 VAL1895 11.141 -8.102 6.678 87 HG22 VAL1895 HG22 VAL1895 11.949 -7.902 5.127 88 HG23 VAL1895 HG23 VAL1895 10.201 -8.119 5.187 89 H THR1896 HN THR1896 13.902 -7.197 6.876 90 HA THR1896 HA THR1896 15.772 -6.059 4.928 91 HB THR1896 HB THR1896 16.308 -8.359 6.801 92 HG1 THR1896 HG1 THR1896 15.413 -6.711 8.051 93 HG21 THR1896 HG21 THR1896 18.020 -7.776 5.127 94 HG22 THR1896 HG22 THR1896 18.585 -7.412 6.760 95 HG23 THR1896 HG23 THR1896 18.025 -6.111 5.710 96 H ASN1897 HN ASN1897 16.293 -7.221 3.043 97 HA ASN1897 HA ASN1897 14.892 -9.755 2.741 98 HB2 ASN1897 HB2 ASN1897 15.415 -9.726 0.326 99 HB3 ASN1897 HB1 ASN1897 14.650 -8.226 0.792 100 HD21 ASN1897 HD21 ASN1897 15.471 -7.414 -1.236 101 HD22 ASN1897 HD22 ASN1897 17.078 -6.906 -1.402 102 HA PRO1898 HA PRO1898 18.653 -11.947 3.468 103 HB2 PRO1898 HB2 PRO1898 17.784 -14.445 3.036 104 HB3 PRO1898 HB1 PRO1898 17.218 -13.502 4.422 105 HG2 PRO1898 HG2 PRO1898 15.836 -14.124 1.858 106 HG3 PRO1898 HG1 PRO1898 15.170 -13.972 3.491 107 HD2 PRO1898 HD2 PRO1898 15.102 -12.002 1.500 108 HD3 PRO1898 HD1 PRO1898 14.803 -11.742 3.229 109 H ALA1899 HN ALA1899 17.430 -11.320 0.584 110 HA ALA1899 HA ALA1899 19.025 -13.140 -1.021 111 HB1 ALA1899 HB1 ALA1899 17.229 -10.861 -1.865 112 HB2 ALA1899 HB2 ALA1899 16.768 -12.560 -1.781 113 HB3 ALA1899 HB3 ALA1899 17.987 -12.032 -2.946 114 H THR1900 HN THR1900 18.654 -9.594 -0.814 115 HA THR1900 HA THR1900 21.270 -9.213 -1.963 116 HB THR1900 HB THR1900 19.307 -7.086 -1.035 117 HG1 THR1900 HG1 THR1900 19.301 -8.747 -3.324 118 HG21 THR1900 HG21 THR1900 20.292 -5.845 -2.873 119 HG22 THR1900 HG22 THR1900 21.308 -7.227 -3.292 120 HG23 THR1900 HG23 THR1900 21.556 -6.377 -1.762 121 H GLY1901 HN GLY1901 19.598 -9.002 1.126 122 HA2 GLY1901 HA2 GLY1901 20.518 -8.768 3.236 123 HA3 GLY1901 HA1 GLY1901 22.071 -8.364 2.499 124 H HIS1902 HN HIS1902 19.110 -6.955 1.500 125 HA HIS1902 HA HIS1902 20.141 -4.426 2.476 126 HB2 HIS1902 HB2 HIS1902 18.661 -5.036 -0.070 127 HB3 HIS1902 HB1 HIS1902 18.607 -3.413 0.617 128 HD1 HIS1902 HD1 HIS1902 19.959 -3.034 -1.895 129 HD2 HIS1902 HD2 HIS1902 22.050 -4.754 1.282 130 HE1 HIS1902 HE1 HIS1902 22.356 -2.769 -2.439 131 HE2 HIS1902 HE2 HIS1902 23.573 -4.076 -0.660 132 H LEU1903 HN LEU1903 18.886 -2.942 3.314 133 HA LEU1903 HA LEU1903 16.683 -4.066 4.891 134 HB2 LEU1903 HB2 LEU1903 18.613 -3.121 6.076 135 HB3 LEU1903 HB1 LEU1903 18.357 -1.587 5.280 136 HG LEU1903 HG LEU1903 16.161 -1.411 6.437 137 HD11 LEU1903 HD11 LEU1903 15.762 -3.774 6.813 138 HD12 LEU1903 HD12 LEU1903 15.715 -2.873 8.327 139 HD13 LEU1903 HD13 LEU1903 17.135 -3.840 7.921 140 HD21 LEU1903 HD21 LEU1903 18.147 -0.296 7.317 141 HD22 LEU1903 HD22 LEU1903 18.568 -1.748 8.229 142 HD23 LEU1903 HD23 LEU1903 17.103 -0.850 8.623 143 H PHE1904 HN PHE1904 14.741 -3.681 4.012 144 HA PHE1904 HA PHE1904 14.303 -1.248 2.474 145 HB2 PHE1904 HB2 PHE1904 12.593 -3.713 2.853 146 HB3 PHE1904 HB1 PHE1904 12.170 -2.339 1.852 147 HD1 PHE1904 HD2 PHE1904 15.484 -2.514 1.308 148 HD2 PHE1904 HD1 PHE1904 12.001 -4.827 0.540 149 HE1 PHE1904 HE2 PHE1904 16.621 -3.593 -0.550 150 HE2 PHE1904 HE1 PHE1904 13.142 -5.915 -1.336 151 HZ PHE1904 HZ PHE1904 15.293 -5.287 -1.981 152 H ASP1905 HN ASP1905 12.869 0.275 3.147 153 HA ASP1905 HA ASP1905 11.032 -0.360 5.226 154 HB2 ASP1905 HB2 ASP1905 11.582 1.564 6.678 155 HB3 ASP1905 HB1 ASP1905 12.835 0.340 6.662 156 H LEU1906 HN LEU1906 9.313 0.806 5.246 157 HA LEU1906 HA LEU1906 9.198 2.879 3.208 158 HB2 LEU1906 HB2 LEU1906 6.948 1.153 4.247 159 HB3 LEU1906 HB1 LEU1906 6.729 2.517 3.166 160 HG LEU1906 HG LEU1906 8.317 0.034 2.523 161 HD11 LEU1906 HD11 LEU1906 5.610 0.936 1.574 162 HD12 LEU1906 HD12 LEU1906 5.942 -0.418 2.654 163 HD13 LEU1906 HD13 LEU1906 6.498 -0.465 0.980 164 HD21 LEU1906 HD21 LEU1906 9.179 2.014 1.389 165 HD22 LEU1906 HD22 LEU1906 7.559 2.400 0.809 166 HD23 LEU1906 HD23 LEU1906 8.370 0.937 0.246 167 H THR1907 HN THR1907 10.191 4.154 4.704 168 HA THR1907 HA THR1907 8.824 4.934 7.062 169 HB THR1907 HB THR1907 10.787 6.676 6.883 170 HG1 THR1907 HG1 THR1907 12.139 4.715 5.442 171 HG21 THR1907 HG21 THR1907 11.260 3.709 7.305 172 HG22 THR1907 HG22 THR1907 10.642 4.825 8.523 173 HG23 THR1907 HG23 THR1907 12.285 5.011 7.913 174 H SER1908 HN SER1908 9.951 6.701 4.195 175 HA SER1908 HA SER1908 8.335 8.977 4.698 176 HB2 SER1908 HB2 SER1908 9.761 8.254 2.148 177 HB3 SER1908 HB1 SER1908 9.249 9.864 2.670 178 HG SER1908 HG SER1908 11.408 9.605 3.182 179 H LEU1909 HN LEU1909 7.434 6.051 3.491 180 HA LEU1909 HA LEU1909 5.604 6.921 1.496 181 HB2 LEU1909 HB2 LEU1909 6.614 4.489 2.407 182 HB3 LEU1909 HB1 LEU1909 4.888 4.424 2.732 183 HG LEU1909 HG LEU1909 5.315 3.424 0.588 184 HD11 LEU1909 HD11 LEU1909 4.218 6.182 0.143 185 HD12 LEU1909 HD12 LEU1909 3.305 4.813 0.756 186 HD13 LEU1909 HD13 LEU1909 3.956 4.775 -0.889 187 HD21 LEU1909 HD21 LEU1909 6.734 5.984 -0.142 188 HD22 LEU1909 HD22 LEU1909 6.408 4.638 -1.238 189 HD23 LEU1909 HD23 LEU1909 7.489 4.416 0.136 190 H LYS1910 HN LYS1910 5.521 6.643 4.951 191 HA LYS1910 HA LYS1910 2.646 7.124 4.915 192 HB2 LYS1910 HB2 LYS1910 2.572 6.638 7.297 193 HB3 LYS1910 HB1 LYS1910 3.671 5.469 6.617 194 HG2 LYS1910 HG2 LYS1910 5.560 6.954 7.356 195 HG3 LYS1910 HG1 LYS1910 4.354 7.892 8.240 196 HD2 LYS1910 HD2 LYS1910 5.324 6.286 9.754 197 HD3 LYS1910 HD1 LYS1910 3.683 5.759 9.412 198 HE2 LYS1910 HE2 LYS1910 5.238 3.911 9.306 199 HE3 LYS1910 HE1 LYS1910 4.520 4.230 7.722 200 HZ1 LYS1910 HZ1 LYS1910 7.201 5.131 8.627 201 HZ2 LYS1910 HZ2 LYS1910 6.481 5.557 7.195 202 HZ3 LYS1910 HZ3 LYS1910 6.891 3.942 7.432 203 H ARG1911 HN ARG1911 1.935 9.088 4.916 204 HA ARG1911 HA ARG1911 3.293 11.282 6.071 205 HB2 ARG1911 HB2 ARG1911 3.757 12.462 3.898 206 HB3 ARG1911 HB1 ARG1911 4.778 11.071 4.196 207 HG2 ARG1911 HG2 ARG1911 3.256 9.755 2.678 208 HG3 ARG1911 HG1 ARG1911 2.473 11.283 2.275 209 HD2 ARG1911 HD2 ARG1911 4.652 12.186 1.548 210 HD3 ARG1911 HD1 ARG1911 5.392 10.625 1.886 211 HE ARG1911 HE ARG1911 3.180 10.517 0.039 212 HH11 ARG1911 HH11 ARG1911 6.698 10.804 0.313 213 HH12 ARG1911 HH12 ARG1911 6.999 10.515 -1.340 214 HH21 ARG1911 HH21 ARG1911 3.568 10.097 -2.180 215 HH22 ARG1911 HH22 ARG1911 5.141 10.061 -2.832 216 H GLU1912 HN GLU1912 2.183 13.286 4.408 217 HA GLU1912 HA GLU1912 -0.169 13.881 5.576 218 HB2 GLU1912 HB2 GLU1912 1.265 15.310 4.068 219 HB3 GLU1912 HB1 GLU1912 0.405 14.601 2.709 220 HG2 GLU1912 HG2 GLU1912 -0.515 16.763 3.277 221 HG3 GLU1912 HG1 GLU1912 -1.698 15.489 3.588 222 H SER1913 HN SER1913 0.024 12.185 2.434 223 HA SER1913 HA SER1913 -2.756 11.420 2.895 224 HB2 SER1913 HB2 SER1913 -1.304 11.582 0.246 225 HB3 SER1913 HB1 SER1913 -3.010 11.182 0.531 226 HG SER1913 HG SER1913 -3.269 13.232 1.445 227 H GLY1914 HN GLY1914 0.417 10.331 1.851 228 HA2 GLY1914 HA2 GLY1914 1.370 8.271 2.435 229 HA3 GLY1914 HA1 GLY1914 -0.243 7.670 2.855 230 H TYR1915 HN TYR1915 -1.251 6.429 1.436 231 HA TYR1915 HA TYR1915 0.031 6.068 -1.184 232 HB2 TYR1915 HB2 TYR1915 -0.401 4.127 0.520 233 HB3 TYR1915 HB1 TYR1915 -2.085 4.312 0.075 234 HD1 TYR1915 HD2 TYR1915 -2.323 4.336 -2.727 235 HD2 TYR1915 HD1 TYR1915 0.674 2.374 -0.425 236 HE1 TYR1915 HE2 TYR1915 -1.927 2.760 -4.579 237 HE2 TYR1915 HE1 TYR1915 1.076 0.804 -2.259 238 HH TYR1915 HH TYR1915 -0.040 1.277 -5.392 239 H THR1916 HN THR1916 -0.958 7.467 -2.597 240 HA THR1916 HA THR1916 -3.881 7.423 -2.794 241 HB THR1916 HB THR1916 -2.312 10.008 -2.498 242 HG1 THR1916 HG1 THR1916 -3.550 8.393 -0.691 243 HG21 THR1916 HG21 THR1916 -4.527 11.083 -2.527 244 HG22 THR1916 HG22 THR1916 -5.293 9.510 -2.737 245 HG23 THR1916 HG23 THR1916 -4.266 10.165 -4.013 246 H ILE1917 HN ILE1917 -4.670 7.463 -4.510 247 HA ILE1917 HA ILE1917 -3.398 8.539 -6.801 248 HB ILE1917 HB ILE1917 -4.424 6.292 -7.802 249 HG12 ILE1917 HG12 ILE1917 -2.867 5.359 -5.379 250 HG13 ILE1917 HG11 ILE1917 -4.587 5.127 -5.674 251 HG21 ILE1917 HG21 ILE1917 -1.496 6.830 -7.234 252 HG22 ILE1917 HG22 ILE1917 -2.399 7.309 -8.657 253 HG23 ILE1917 HG23 ILE1917 -2.055 5.611 -8.366 254 HD11 ILE1917 HD11 ILE1917 -3.318 3.085 -6.071 255 HD12 ILE1917 HD12 ILE1917 -2.339 3.921 -7.278 256 HD13 ILE1917 HD13 ILE1917 -4.060 3.669 -7.562 257 H THR1918 HN THR1918 -5.037 8.269 -8.635 258 HA THR1918 HA THR1918 -7.588 9.005 -7.480 259 HB THR1918 HB THR1918 -6.671 9.233 -10.353 260 HG1 THR1918 HG1 THR1918 -5.308 10.415 -8.940 261 HG21 THR1918 HG21 THR1918 -8.846 10.638 -8.780 262 HG22 THR1918 HG22 THR1918 -9.108 9.343 -9.932 263 HG23 THR1918 HG23 THR1918 -8.478 10.901 -10.492 264 H ASP1919 HN ASP1919 -9.363 7.840 -7.754 265 HA ASP1919 HA ASP1919 -9.183 5.257 -9.137 266 HB2 ASP1919 HB2 ASP1919 -10.000 5.416 -6.692 267 HB3 ASP1919 HB1 ASP1919 -11.362 6.318 -7.318 268 H SER1920 HN SER1920 -10.766 4.802 -10.800 269 HA SER1920 HA SER1920 -11.764 7.240 -12.030 270 HB2 SER1920 HB2 SER1920 -11.935 4.434 -13.090 271 HB3 SER1920 HB1 SER1920 -12.075 5.969 -13.967 272 HG SER1920 HG SER1920 -9.862 6.388 -13.231 273 H HIS1921 HN HIS1921 -12.936 4.690 -10.098 274 HA HIS1921 HA HIS1921 -15.669 4.792 -11.120 275 HB2 HIS1921 HB2 HIS1921 -14.518 2.630 -10.624 276 HB3 HIS1921 HB1 HIS1921 -14.403 3.134 -8.947 277 HD1 HIS1921 HD1 HIS1921 -16.819 3.355 -7.652 278 HD2 HIS1921 HD2 HIS1921 -16.814 1.406 -11.325 279 HE1 HIS1921 HE1 HIS1921 -18.931 2.091 -7.731 280 HE2 HIS1921 HE2 HIS1921 -18.622 0.596 -9.728 281 H ASN1922 HN ASN1922 -13.897 5.042 -8.126 282 HA ASN1922 HA ASN1922 -16.162 6.441 -6.864 283 HB2 ASN1922 HB2 ASN1922 -13.845 4.949 -5.764 284 HB3 ASN1922 HB1 ASN1922 -14.997 5.919 -4.830 285 HD21 ASN1922 HD21 ASN1922 -14.323 2.880 -5.399 286 HD22 ASN1922 HD22 ASN1922 -15.882 2.157 -5.387 287 H ARG1923 HN ARG1923 -13.161 6.958 -8.178 288 HA ARG1923 HA ARG1923 -12.067 8.881 -8.536 289 HB2 ARG1923 HB2 ARG1923 -13.999 9.909 -6.579 290 HB3 ARG1923 HB1 ARG1923 -12.797 10.995 -7.312 291 HG2 ARG1923 HG2 ARG1923 -13.794 10.415 -9.544 292 HG3 ARG1923 HG1 ARG1923 -14.973 9.414 -8.713 293 HD2 ARG1923 HD2 ARG1923 -14.626 12.390 -8.349 294 HD3 ARG1923 HD1 ARG1923 -15.948 11.591 -9.205 295 HE ARG1923 HE ARG1923 -16.293 10.470 -6.905 296 HH11 ARG1923 HH11 ARG1923 -15.575 13.907 -7.474 297 HH12 ARG1923 HH12 ARG1923 -16.042 14.371 -5.908 298 HH21 ARG1923 HH21 ARG1923 -16.999 11.159 -4.849 299 HH22 ARG1923 HH22 ARG1923 -16.895 12.840 -4.406 300 H LYS1924 HN LYS1924 -12.540 8.311 -5.043 301 HA LYS1924 HA LYS1924 -9.853 9.453 -4.648 302 HB2 LYS1924 HB2 LYS1924 -11.833 10.457 -3.514 303 HB3 LYS1924 HB1 LYS1924 -12.022 8.961 -2.626 304 HG2 LYS1924 HG2 LYS1924 -10.945 10.472 -1.190 305 HG3 LYS1924 HG1 LYS1924 -9.703 9.341 -1.728 306 HD2 LYS1924 HD2 LYS1924 -8.875 10.954 -3.326 307 HD3 LYS1924 HD1 LYS1924 -10.193 12.064 -2.932 308 HE2 LYS1924 HE2 LYS1924 -9.370 12.148 -0.608 309 HE3 LYS1924 HE1 LYS1924 -8.014 11.131 -1.079 310 HZ1 LYS1924 HZ1 LYS1924 -7.414 13.434 -1.003 311 HZ2 LYS1924 HZ2 LYS1924 -8.634 13.833 -2.092 312 HZ3 LYS1924 HZ3 LYS1924 -7.318 12.916 -2.622 313 H ILE1925 HN ILE1925 -8.248 7.912 -4.504 314 HA ILE1925 HA ILE1925 -8.815 5.465 -2.967 315 HB ILE1925 HB ILE1925 -6.565 5.998 -4.953 316 HG12 ILE1925 HG12 ILE1925 -8.900 4.106 -5.112 317 HG13 ILE1925 HG11 ILE1925 -8.717 5.588 -6.031 318 HG21 ILE1925 HG21 ILE1925 -7.159 3.499 -3.372 319 HG22 ILE1925 HG22 ILE1925 -5.786 4.582 -3.143 320 HG23 ILE1925 HG23 ILE1925 -5.935 3.646 -4.632 321 HD11 ILE1925 HD11 ILE1925 -6.746 4.646 -7.179 322 HD12 ILE1925 HD12 ILE1925 -8.158 3.617 -7.408 323 HD13 ILE1925 HD13 ILE1925 -6.915 3.163 -6.247 324 H GLU1926 HN GLU1926 -8.196 5.775 -0.882 325 HA GLU1926 HA GLU1926 -5.534 6.879 -0.508 326 HB2 GLU1926 HB2 GLU1926 -7.926 7.703 1.111 327 HB3 GLU1926 HB1 GLU1926 -6.276 7.925 1.661 328 HG2 GLU1926 HG2 GLU1926 -5.909 9.234 -0.479 329 HG3 GLU1926 HG1 GLU1926 -7.666 9.219 -0.649 330 H LEU1927 HN LEU1927 -4.261 5.805 0.618 331 HA LEU1927 HA LEU1927 -5.205 3.858 2.600 332 HB2 LEU1927 HB2 LEU1927 -2.937 3.452 0.635 333 HB3 LEU1927 HB1 LEU1927 -3.365 2.383 1.936 334 HG LEU1927 HG LEU1927 -5.447 1.792 0.688 335 HD11 LEU1927 HD11 LEU1927 -4.146 3.368 -1.527 336 HD12 LEU1927 HD12 LEU1927 -5.640 3.815 -0.701 337 HD13 LEU1927 HD13 LEU1927 -5.574 2.343 -1.673 338 HD21 LEU1927 HD21 LEU1927 -3.446 0.471 0.634 339 HD22 LEU1927 HD22 LEU1927 -2.825 1.441 -0.700 340 HD23 LEU1927 HD23 LEU1927 -4.264 0.444 -0.926 341 H ASN1928 HN ASN1928 -3.354 3.396 4.096 342 HA ASN1928 HA ASN1928 -1.230 5.399 3.817 343 HB2 ASN1928 HB2 ASN1928 -2.844 5.823 5.797 344 HB3 ASN1928 HB1 ASN1928 -2.070 4.432 6.568 345 HD21 ASN1928 HD21 ASN1928 -1.951 6.899 7.762 346 HD22 ASN1928 HD22 ASN1928 -0.347 7.543 7.624 347 H VAL1929 HN VAL1929 0.826 4.645 4.542 348 HA VAL1929 HA VAL1929 0.949 1.756 4.139 349 HB VAL1929 HB VAL1929 2.986 3.884 3.457 350 HG11 VAL1929 HG11 VAL1929 4.348 2.080 2.527 351 HG12 VAL1929 HG12 VAL1929 3.198 0.890 3.143 352 HG13 VAL1929 HG13 VAL1929 4.130 1.881 4.265 353 HG21 VAL1929 HG21 VAL1929 2.581 3.043 1.156 354 HG22 VAL1929 HG22 VAL1929 1.153 3.760 1.903 355 HG23 VAL1929 HG23 VAL1929 1.308 2.009 1.804 356 H CYS1930 HN CYS1930 1.044 0.757 5.962 357 HA CYS1930 HA CYS1930 1.929 -0.193 7.803 358 HB2 CYS1930 HB2 CYS1930 4.165 0.078 6.781 359 HB3 CYS1930 HB1 CYS1930 4.262 1.714 7.409 360 H ALA1931 HN ALA1931 0.578 2.585 7.582 361 HA ALA1931 HA ALA1931 0.661 3.101 10.431 362 HB1 ALA1931 HB1 ALA1931 0.690 5.177 8.239 363 HB2 ALA1931 HB2 ALA1931 2.014 4.810 9.345 364 HB3 ALA1931 HB3 ALA1931 0.519 5.507 9.965 365 H GLU1932 HN GLU1932 -1.240 3.907 11.168 366 HA GLU1932 HA GLU1932 -3.590 2.856 10.136 367 HB2 GLU1932 HB2 GLU1932 -3.328 5.246 11.983 368 HB3 GLU1932 HB1 GLU1932 -4.748 4.236 11.791 369 HG2 GLU1932 HG2 GLU1932 -3.849 3.481 13.783 370 HG3 GLU1932 HG1 GLU1932 -3.250 2.315 12.623 371 H ALA1933 HN ALA1933 -5.154 3.659 8.761 372 HA ALA1933 HA ALA1933 -4.343 5.450 6.821 373 HB1 ALA1933 HB1 ALA1933 -7.214 4.759 7.444 374 HB2 ALA1933 HB2 ALA1933 -6.124 3.783 6.464 375 HB3 ALA1933 HB3 ALA1933 -6.585 5.390 5.920 376 H LYS1934 HN LYS1934 -4.023 7.450 6.840 377 HA LYS1934 HA LYS1934 -5.081 9.224 8.874 378 HB2 LYS1934 HB2 LYS1934 -2.704 9.287 7.913 379 HB3 LYS1934 HB1 LYS1934 -3.415 9.908 6.430 380 HG2 LYS1934 HG2 LYS1934 -4.187 11.893 7.607 381 HG3 LYS1934 HG1 LYS1934 -3.549 11.260 9.126 382 HD2 LYS1934 HD2 LYS1934 -1.908 11.883 6.665 383 HD3 LYS1934 HD1 LYS1934 -2.044 12.922 8.081 384 HE2 LYS1934 HE2 LYS1934 -0.980 10.094 8.136 385 HE3 LYS1934 HE1 LYS1934 0.032 11.528 8.011 386 HZ1 LYS1934 HZ1 LYS1934 -0.133 10.713 10.317 387 HZ2 LYS1934 HZ2 LYS1934 -1.798 10.961 10.319 388 HZ3 LYS1934 HZ3 LYS1934 -0.759 12.263 10.142 389 H SER1935 HN SER1935 -5.984 7.959 6.004 390 HA SER1935 HA SER1935 -7.348 9.931 4.617 391 HB2 SER1935 HB2 SER1935 -7.997 7.019 4.766 392 HB3 SER1935 HB1 SER1935 -7.976 8.092 3.359 393 HG SER1935 HG SER1935 -5.681 8.269 3.688 394 H SER1936 HN SER1936 -9.912 9.229 4.332 395 HA SER1936 HA SER1936 -11.109 9.976 6.825 396 HB2 SER1936 HB2 SER1936 -12.293 9.495 4.091 397 HB3 SER1936 HB1 SER1936 -13.107 10.277 5.452 398 HG SER1936 HG SER1936 -11.207 11.701 5.442 399 H CYS1937 HN CYS1937 -10.009 7.195 6.475 400 HA CYS1937 HA CYS1937 -12.197 5.408 6.329 401 HB2 CYS1937 HB2 CYS1937 -9.490 4.944 7.613 402 HB3 CYS1937 HB1 CYS1937 -10.644 3.698 7.148 403 H ALA1938 HN ALA1938 -10.024 5.672 9.151 404 HA ALA1938 HA ALA1938 -11.471 6.971 10.984 405 HB1 ALA1938 HB1 ALA1938 -12.475 5.257 12.439 406 HB2 ALA1938 HB2 ALA1938 -12.035 3.997 11.287 407 HB3 ALA1938 HB3 ALA1938 -13.233 5.214 10.846 408 H ASN1939 HN ASN1939 -10.348 3.737 11.958 409 HA ASN1939 HA ASN1939 -7.891 5.000 12.635 410 HB2 ASN1939 HB2 ASN1939 -9.452 3.123 14.394 411 HB3 ASN1939 HB1 ASN1939 -7.779 3.568 14.701 412 HD21 ASN1939 HD21 ASN1939 -7.308 5.697 15.287 413 HD22 ASN1939 HD22 ASN1939 -8.549 6.744 15.914 414 H GLY1940 HN GLY1940 -9.180 1.743 12.795 415 HA2 GLY1940 HA2 GLY1940 -6.583 0.597 12.295 416 HA3 GLY1940 HA1 GLY1940 -8.046 -0.254 12.739 417 H ALA1941 HN ALA1941 -8.553 1.760 10.116 418 HA ALA1941 HA ALA1941 -8.390 -0.520 8.291 419 HB1 ALA1941 HB1 ALA1941 -9.688 0.884 6.739 420 HB2 ALA1941 HB2 ALA1941 -9.625 2.215 7.893 421 HB3 ALA1941 HB3 ALA1941 -10.504 0.736 8.294 422 H ALA1942 HN ALA1942 -7.294 -0.208 6.206 423 HA ALA1942 HA ALA1942 -5.259 1.921 6.355 424 HB1 ALA1942 HB1 ALA1942 -4.781 -0.883 5.383 425 HB2 ALA1942 HB2 ALA1942 -4.258 -0.234 6.940 426 HB3 ALA1942 HB3 ALA1942 -3.600 0.423 5.445 427 H VAL1943 HN VAL1943 -7.245 -0.111 4.310 428 HA VAL1943 HA VAL1943 -6.482 1.564 1.999 429 HB VAL1943 HB VAL1943 -7.732 -1.178 1.943 430 HG11 VAL1943 HG11 VAL1943 -7.004 -1.220 -0.394 431 HG12 VAL1943 HG12 VAL1943 -6.399 0.430 -0.221 432 HG13 VAL1943 HG13 VAL1943 -8.125 0.101 -0.060 433 HG21 VAL1943 HG21 VAL1943 -4.821 -0.482 1.648 434 HG22 VAL1943 HG22 VAL1943 -5.533 -2.074 1.358 435 HG23 VAL1943 HG23 VAL1943 -5.563 -1.372 2.977 436 H CYS1944 HN CYS1944 -8.080 3.019 1.602 437 HA CYS1944 HA CYS1944 -10.810 1.976 1.626 438 HB2 CYS1944 HB2 CYS1944 -9.986 4.681 2.636 439 HB3 CYS1944 HB1 CYS1944 -11.634 4.099 2.469 440 H ILE1945 HN ILE1945 -11.870 2.374 -0.121 441 HA ILE1945 HA ILE1945 -10.860 4.410 -1.961 442 HB ILE1945 HB ILE1945 -13.131 2.445 -2.468 443 HG12 ILE1945 HG12 ILE1945 -11.091 1.142 -1.989 444 HG13 ILE1945 HG11 ILE1945 -11.549 1.006 -3.678 445 HG21 ILE1945 HG21 ILE1945 -11.371 4.048 -4.317 446 HG22 ILE1945 HG22 ILE1945 -13.056 4.389 -3.922 447 HG23 ILE1945 HG23 ILE1945 -12.639 2.931 -4.823 448 HD11 ILE1945 HD11 ILE1945 -9.350 2.748 -2.576 449 HD12 ILE1945 HD12 ILE1945 -9.786 2.596 -4.278 450 HD13 ILE1945 HD13 ILE1945 -9.134 1.209 -3.405 451 H THR1946 HN THR1946 -11.695 6.328 -1.448 452 HA THR1946 HA THR1946 -14.042 6.451 0.219 453 HB THR1946 HB THR1946 -12.494 8.836 -0.760 454 HG1 THR1946 HG1 THR1946 -11.066 8.520 0.865 455 HG21 THR1946 HG21 THR1946 -13.080 9.716 1.437 456 HG22 THR1946 HG22 THR1946 -13.760 8.170 1.899 457 HG23 THR1946 HG23 THR1946 -14.551 9.133 0.639 458 H ASP1947 HN ASP1947 -15.891 6.210 -1.008 459 HA ASP1947 HA ASP1947 -16.064 7.996 -3.273 460 HB2 ASP1947 HB2 ASP1947 -18.135 6.905 -3.950 461 HB3 ASP1947 HB1 ASP1947 -16.843 5.712 -3.840 462 H GLY1948 HN GLY1948 -16.271 9.870 -2.547 463 HA2 GLY1948 HA2 GLY1948 -17.306 11.761 -1.717 464 HA3 GLY1948 HA1 GLY1948 -18.775 10.804 -1.547 465 HA PRO1949 HA PRO1949 -17.720 11.063 2.820 466 HB2 PRO1949 HB2 PRO1949 -20.347 10.136 3.456 467 HB3 PRO1949 HB1 PRO1949 -19.745 11.791 3.522 468 HG2 PRO1949 HG2 PRO1949 -21.676 10.878 1.759 469 HG3 PRO1949 HG1 PRO1949 -20.697 12.335 1.528 470 HD2 PRO1949 HD2 PRO1949 -20.355 9.606 0.357 471 HD3 PRO1949 HD1 PRO1949 -20.103 11.197 -0.396 472 H LYS1950 HN LYS1950 -18.405 8.411 0.905 473 HA LYS1950 HA LYS1950 -18.536 6.447 3.067 474 HB2 LYS1950 HB2 LYS1950 -18.830 6.232 0.078 475 HB3 LYS1950 HB1 LYS1950 -18.748 4.842 1.137 476 HG2 LYS1950 HG2 LYS1950 -20.766 5.539 2.266 477 HG3 LYS1950 HG1 LYS1950 -20.829 7.001 1.282 478 HD2 LYS1950 HD2 LYS1950 -22.365 5.405 0.358 479 HD3 LYS1950 HD1 LYS1950 -21.009 5.578 -0.743 480 HE2 LYS1950 HE2 LYS1950 -21.386 3.298 1.220 481 HE3 LYS1950 HE1 LYS1950 -21.805 3.232 -0.479 482 HZ1 LYS1950 HZ1 LYS1950 -19.260 3.748 -0.816 483 HZ2 LYS1950 HZ2 LYS1950 -19.798 2.208 -0.411 484 HZ3 LYS1950 HZ3 LYS1950 -19.130 3.155 0.781 485 H THR1951 HN THR1951 -16.981 4.877 3.328 486 HA THR1951 HA THR1951 -14.593 5.138 1.689 487 HB THR1951 HB THR1951 -13.455 4.294 3.886 488 HG1 THR1951 HG1 THR1951 -15.386 5.884 5.157 489 HG21 THR1951 HG21 THR1951 -12.947 6.430 2.808 490 HG22 THR1951 HG22 THR1951 -13.018 6.622 4.560 491 HG23 THR1951 HG23 THR1951 -14.369 7.152 3.557 492 H LEU1952 HN LEU1952 -14.676 3.382 0.425 493 HA LEU1952 HA LEU1952 -15.808 0.903 1.262 494 HB2 LEU1952 HB2 LEU1952 -15.745 1.609 -1.107 495 HB3 LEU1952 HB1 LEU1952 -13.997 1.544 -1.076 496 HG LEU1952 HG LEU1952 -14.113 -0.896 -0.679 497 HD11 LEU1952 HD11 LEU1952 -16.283 -1.009 0.396 498 HD12 LEU1952 HD12 LEU1952 -16.231 -2.068 -1.014 499 HD13 LEU1952 HD13 LEU1952 -17.077 -0.525 -1.102 500 HD21 LEU1952 HD21 LEU1952 -14.820 -1.496 -2.951 501 HD22 LEU1952 HD22 LEU1952 -13.841 -0.029 -2.939 502 HD23 LEU1952 HD23 LEU1952 -15.590 0.082 -3.123 503 H ASN1953 HN ASN1953 -14.895 -0.229 2.734 504 HA ASN1953 HA ASN1953 -12.072 -0.020 3.317 505 HB2 ASN1953 HB2 ASN1953 -14.221 -1.725 4.597 506 HB3 ASN1953 HB1 ASN1953 -12.561 -1.625 5.162 507 HD21 ASN1953 HD21 ASN1953 -12.293 1.255 4.728 508 HD22 ASN1953 HD22 ASN1953 -13.268 2.013 5.923 509 H ALA1954 HN ALA1954 -10.752 -1.011 1.971 510 HA ALA1954 HA ALA1954 -11.525 -3.605 0.900 511 HB1 ALA1954 HB1 ALA1954 -10.615 -1.939 -0.653 512 HB2 ALA1954 HB2 ALA1954 -9.611 -3.388 -0.588 513 HB3 ALA1954 HB3 ALA1954 -9.103 -1.926 0.256 514 H GLY1955 HN GLY1955 -9.083 -2.169 2.997 515 HA2 GLY1955 HA2 GLY1955 -8.558 -4.817 4.051 516 HA3 GLY1955 HA1 GLY1955 -7.194 -3.976 3.328 517 H LYS1956 HN LYS1956 -7.759 -4.811 6.100 518 HA LYS1956 HA LYS1956 -8.043 -2.310 7.514 519 HB2 LYS1956 HB2 LYS1956 -7.766 -3.670 9.543 520 HB3 LYS1956 HB1 LYS1956 -9.048 -4.273 8.508 521 HG2 LYS1956 HG2 LYS1956 -7.577 -6.033 7.690 522 HG3 LYS1956 HG1 LYS1956 -6.269 -5.417 8.698 523 HD2 LYS1956 HD2 LYS1956 -7.259 -7.328 9.788 524 HD3 LYS1956 HD1 LYS1956 -7.663 -5.880 10.703 525 HE2 LYS1956 HE2 LYS1956 -9.513 -7.220 8.718 526 HE3 LYS1956 HE1 LYS1956 -9.531 -7.529 10.448 527 HZ1 LYS1956 HZ1 LYS1956 -10.106 -5.167 10.796 528 HZ2 LYS1956 HZ2 LYS1956 -11.239 -5.944 9.795 529 HZ3 LYS1956 HZ3 LYS1956 -10.139 -4.918 9.130 530 H LEU1957 HN LEU1957 -6.390 -1.911 9.283 531 HA LEU1957 HA LEU1957 -3.878 -1.766 7.924 532 HB2 LEU1957 HB2 LEU1957 -4.839 0.268 8.920 533 HB3 LEU1957 HB1 LEU1957 -4.808 -0.480 10.496 534 HG LEU1957 HG LEU1957 -3.031 1.300 9.913 535 HD11 LEU1957 HD11 LEU1957 -2.917 -0.030 11.932 536 HD12 LEU1957 HD12 LEU1957 -1.312 0.198 11.230 537 HD13 LEU1957 HD13 LEU1957 -2.145 -1.341 11.035 538 HD21 LEU1957 HD21 LEU1957 -1.001 0.442 8.851 539 HD22 LEU1957 HD22 LEU1957 -2.377 0.414 7.749 540 HD23 LEU1957 HD23 LEU1957 -1.823 -1.080 8.508 541 H SER1958 HN SER1958 -3.127 -3.751 7.982 542 HA SER1958 HA SER1958 -2.097 -4.582 10.584 543 HB2 SER1958 HB2 SER1958 -2.518 -6.253 8.081 544 HB3 SER1958 HB1 SER1958 -1.915 -6.843 9.631 545 HG SER1958 HG SER1958 -3.990 -5.935 10.483 546 H LYS1959 HN LYS1959 -0.211 -3.763 10.755 547 HA LYS1959 HA LYS1959 1.283 -2.878 8.461 548 HB2 LYS1959 HB2 LYS1959 2.918 -1.960 10.221 549 HB3 LYS1959 HB1 LYS1959 1.354 -1.190 10.118 550 HG2 LYS1959 HG2 LYS1959 0.660 -2.722 12.036 551 HG3 LYS1959 HG1 LYS1959 2.384 -3.122 12.177 552 HD2 LYS1959 HD2 LYS1959 1.686 -1.395 13.779 553 HD3 LYS1959 HD1 LYS1959 2.836 -0.738 12.611 554 HE2 LYS1959 HE2 LYS1959 1.150 0.408 11.439 555 HE3 LYS1959 HE1 LYS1959 -0.132 -0.513 12.215 556 HZ1 LYS1959 HZ1 LYS1959 0.130 1.826 13.047 557 HZ2 LYS1959 HZ2 LYS1959 1.602 1.359 13.782 558 HZ3 LYS1959 HZ3 LYS1959 0.175 0.629 14.203 559 H THR1960 HN THR1960 1.546 -4.930 7.685 560 HA THR1960 HA THR1960 3.980 -6.235 8.650 561 HB THR1960 HB THR1960 1.676 -7.494 7.128 562 HG1 THR1960 HG1 THR1960 1.745 -6.664 9.565 563 HG21 THR1960 HG21 THR1960 3.871 -8.639 6.909 564 HG22 THR1960 HG22 THR1960 2.724 -9.604 7.836 565 HG23 THR1960 HG23 THR1960 3.995 -8.706 8.668 566 H LEU1961 HN LEU1961 5.551 -5.797 7.315 567 HA LEU1961 HA LEU1961 5.046 -5.331 4.456 568 HB2 LEU1961 HB2 LEU1961 5.682 -3.305 5.780 569 HB3 LEU1961 HB1 LEU1961 7.147 -4.118 6.266 570 HG LEU1961 HG LEU1961 7.835 -4.207 3.898 571 HD11 LEU1961 HD11 LEU1961 5.399 -2.480 3.493 572 HD12 LEU1961 HD12 LEU1961 5.651 -4.100 2.845 573 HD13 LEU1961 HD13 LEU1961 6.654 -2.759 2.292 574 HD21 LEU1961 HD21 LEU1961 8.653 -2.439 5.364 575 HD22 LEU1961 HD22 LEU1961 7.236 -1.461 4.998 576 HD23 LEU1961 HD23 LEU1961 8.406 -1.820 3.730 577 H THR1962 HN THR1962 6.396 -6.595 3.118 578 HA THR1962 HA THR1962 8.662 -7.852 4.294 579 HB THR1962 HB THR1962 6.928 -9.214 5.203 580 HG1 THR1962 HG1 THR1962 8.268 -10.705 4.946 581 HG21 THR1962 HG21 THR1962 5.947 -9.625 2.382 582 HG22 THR1962 HG22 THR1962 5.154 -8.785 3.734 583 HG23 THR1962 HG23 THR1962 5.381 -10.533 3.801 584 H TYR1963 HN TYR1963 9.429 -9.578 2.694 585 HA TYR1963 HA TYR1963 9.626 -8.293 0.080 586 HB2 TYR1963 HB2 TYR1963 11.649 -9.836 -0.141 587 HB3 TYR1963 HB1 TYR1963 11.793 -8.630 1.131 588 HD1 TYR1963 HD2 TYR1963 11.504 -9.331 3.520 589 HD2 TYR1963 HD1 TYR1963 11.676 -12.191 0.373 590 HE1 TYR1963 HE2 TYR1963 11.901 -11.098 5.160 591 HE2 TYR1963 HE1 TYR1963 12.061 -13.973 2.019 592 HH TYR1963 HH TYR1963 11.370 -13.629 5.146 593 H GLU1964 HN GLU1964 8.682 -9.266 -1.660 594 HA GLU1964 HA GLU1964 8.284 -12.124 -1.679 595 HB2 GLU1964 HB2 GLU1964 6.330 -10.856 -0.414 596 HB3 GLU1964 HB1 GLU1964 5.818 -10.442 -2.040 597 HG2 GLU1964 HG2 GLU1964 6.159 -13.228 -0.949 598 HG3 GLU1964 HG1 GLU1964 4.629 -12.380 -1.146 599 H ASP1965 HN ASP1965 8.819 -12.700 -3.681 600 HA ASP1965 HA ASP1965 9.187 -12.765 -5.908 601 HB2 ASP1965 HB2 ASP1965 6.810 -12.049 -6.261 602 HB3 ASP1965 HB1 ASP1965 7.279 -10.372 -6.074 603 H GLN1966 HN GLN1966 10.631 -11.245 -3.896 604 HA GLN1966 HA GLN1966 12.418 -9.968 -3.595 605 HB2 GLN1966 HB2 GLN1966 12.681 -10.105 -6.608 606 HB3 GLN1966 HB1 GLN1966 13.880 -9.350 -5.569 607 HG2 GLN1966 HG2 GLN1966 14.187 -11.516 -4.413 608 HG3 GLN1966 HG1 GLN1966 13.049 -12.247 -5.544 609 HE21 GLN1966 HE21 GLN1966 15.899 -12.857 -5.079 610 HE22 GLN1966 HE22 GLN1966 16.664 -12.602 -6.610 611 H VAL1967 HN VAL1967 9.750 -8.941 -4.520 612 HA VAL1967 HA VAL1967 10.400 -6.105 -4.825 613 HB VAL1967 HB VAL1967 7.768 -7.605 -5.249 614 HG11 VAL1967 HG11 VAL1967 8.455 -4.752 -5.901 615 HG12 VAL1967 HG12 VAL1967 7.376 -5.296 -4.615 616 HG13 VAL1967 HG13 VAL1967 6.946 -5.569 -6.304 617 HG21 VAL1967 HG21 VAL1967 9.381 -8.212 -6.951 618 HG22 VAL1967 HG22 VAL1967 9.688 -6.511 -7.293 619 HG23 VAL1967 HG23 VAL1967 8.104 -7.208 -7.640 620 H LEU1968 HN LEU1968 9.287 -4.688 -3.296 621 HA LEU1968 HA LEU1968 9.016 -5.916 -0.719 622 HB2 LEU1968 HB2 LEU1968 10.219 -3.790 -1.032 623 HB3 LEU1968 HB1 LEU1968 8.751 -3.052 -1.636 624 HG LEU1968 HG LEU1968 7.706 -3.342 0.554 625 HD11 LEU1968 HD11 LEU1968 9.083 -4.012 2.463 626 HD12 LEU1968 HD12 LEU1968 10.420 -4.354 1.373 627 HD13 LEU1968 HD13 LEU1968 8.944 -5.317 1.282 628 HD21 LEU1968 HD21 LEU1968 10.374 -1.950 0.630 629 HD22 LEU1968 HD22 LEU1968 9.033 -1.671 1.742 630 HD23 LEU1968 HD23 LEU1968 8.861 -1.270 0.035 631 H LYS1969 HN LYS1969 7.115 -6.768 -0.170 632 HA LYS1969 HA LYS1969 4.780 -5.600 -1.431 633 HB2 LYS1969 HB2 LYS1969 5.217 -8.397 -0.506 634 HB3 LYS1969 HB1 LYS1969 3.603 -7.755 -0.723 635 HG2 LYS1969 HG2 LYS1969 4.471 -7.095 -3.099 636 HG3 LYS1969 HG1 LYS1969 5.690 -8.335 -2.781 637 HD2 LYS1969 HD2 LYS1969 3.953 -9.982 -2.367 638 HD3 LYS1969 HD1 LYS1969 2.708 -8.752 -2.558 639 HE2 LYS1969 HE2 LYS1969 2.766 -9.972 -4.583 640 HE3 LYS1969 HE1 LYS1969 3.547 -8.427 -4.910 641 HZ1 LYS1969 HZ1 LYS1969 5.731 -9.583 -4.717 642 HZ2 LYS1969 HZ2 LYS1969 4.687 -10.330 -5.863 643 HZ3 LYS1969 HZ3 LYS1969 4.875 -11.010 -4.377 644 H LEU1970 HN LEU1970 3.347 -4.703 -0.431 645 HA LEU1970 HA LEU1970 3.108 -5.018 2.465 646 HB2 LEU1970 HB2 LEU1970 3.692 -2.737 1.665 647 HB3 LEU1970 HB1 LEU1970 2.288 -2.763 0.621 648 HG LEU1970 HG LEU1970 0.855 -2.903 2.641 649 HD11 LEU1970 HD11 LEU1970 2.462 -3.868 4.185 650 HD12 LEU1970 HD12 LEU1970 1.824 -2.347 4.811 651 HD13 LEU1970 HD13 LEU1970 3.441 -2.402 4.103 652 HD21 LEU1970 HD21 LEU1970 2.730 -0.554 2.478 653 HD22 LEU1970 HD22 LEU1970 1.146 -0.562 3.258 654 HD23 LEU1970 HD23 LEU1970 1.272 -0.797 1.516 655 H VAL1971 HN VAL1971 1.228 -6.070 2.967 656 HA VAL1971 HA VAL1971 -0.823 -6.035 0.901 657 HB VAL1971 HB VAL1971 -1.474 -8.372 1.506 658 HG11 VAL1971 HG11 VAL1971 -0.147 -7.988 -0.481 659 HG12 VAL1971 HG12 VAL1971 0.326 -9.501 0.291 660 HG13 VAL1971 HG13 VAL1971 1.338 -8.067 0.470 661 HG21 VAL1971 HG21 VAL1971 0.133 -9.809 2.695 662 HG22 VAL1971 HG22 VAL1971 -0.470 -8.518 3.731 663 HG23 VAL1971 HG23 VAL1971 1.141 -8.401 3.026 664 H TYR1972 HN TYR1972 -2.834 -5.741 1.522 665 HA TYR1972 HA TYR1972 -3.368 -5.776 4.380 666 HB2 TYR1972 HB2 TYR1972 -4.192 -3.579 2.451 667 HB3 TYR1972 HB1 TYR1972 -4.925 -3.801 4.035 668 HD1 TYR1972 HD2 TYR1972 -2.950 -4.096 5.948 669 HD2 TYR1972 HD1 TYR1972 -2.674 -1.922 2.316 670 HE1 TYR1972 HE2 TYR1972 -1.169 -2.704 6.916 671 HE2 TYR1972 HE1 TYR1972 -0.904 -0.534 3.264 672 HH TYR1972 HH TYR1972 -0.161 0.163 5.380 673 H GLU1973 HN GLU1973 -5.164 -6.802 4.915 674 HA GLU1973 HA GLU1973 -6.982 -7.404 2.797 675 HB2 GLU1973 HB2 GLU1973 -7.011 -9.839 3.697 676 HB3 GLU1973 HB1 GLU1973 -5.795 -9.331 2.548 677 HG2 GLU1973 HG2 GLU1973 -4.798 -10.732 4.211 678 HG3 GLU1973 HG1 GLU1973 -4.189 -9.093 4.390 679 H ASP1974 HN ASP1974 -8.807 -8.710 3.643 680 HA ASP1974 HA ASP1974 -10.811 -8.505 4.598 681 HB2 ASP1974 HB2 ASP1974 -9.722 -10.057 6.178 682 HB3 ASP1974 HB1 ASP1974 -9.287 -8.686 7.199 683 H GLY1975 HN GLY1975 -11.494 -6.597 3.961 684 HA2 GLY1975 HA2 GLY1975 -11.267 -4.414 5.908 685 HA3 GLY1975 HA1 GLY1975 -11.683 -4.214 4.206 686 H ASP1976 HN ASP1976 -13.728 -4.531 3.526 687 HA ASP1976 HA ASP1976 -15.715 -5.087 5.612 688 HB2 ASP1976 HB2 ASP1976 -15.693 -2.770 4.656 689 HB3 ASP1976 HB1 ASP1976 -16.053 -3.474 3.081 690 HA PRO1977 HA PRO1977 -16.487 -8.848 3.381 691 HB2 PRO1977 HB2 PRO1977 -19.232 -8.532 4.479 692 HB3 PRO1977 HB1 PRO1977 -18.125 -9.909 4.582 693 HG2 PRO1977 HG2 PRO1977 -18.502 -8.351 6.686 694 HG3 PRO1977 HG1 PRO1977 -16.877 -8.944 6.284 695 HD2 PRO1977 HD2 PRO1977 -18.080 -6.243 5.816 696 HD3 PRO1977 HD1 PRO1977 -16.447 -6.665 6.369 697 H CYS1978 HN CYS1978 -16.686 -8.844 1.319 698 HA CYS1978 HA CYS1978 -18.558 -7.232 -0.143 699 HB2 CYS1978 HB2 CYS1978 -16.652 -9.402 -1.025 700 HB3 CYS1978 HB1 CYS1978 -17.558 -8.345 -2.103 701 HA PRO1979 HA PRO1979 -22.024 -9.956 -0.427 702 HB2 PRO1979 HB2 PRO1979 -21.931 -9.583 -3.374 703 HB3 PRO1979 HB1 PRO1979 -23.259 -9.308 -2.241 704 HG2 PRO1979 HG2 PRO1979 -21.941 -7.250 -3.263 705 HG3 PRO1979 HG1 PRO1979 -22.424 -7.249 -1.559 706 HD2 PRO1979 HD2 PRO1979 -19.738 -7.775 -2.762 707 HD3 PRO1979 HD1 PRO1979 -20.161 -6.867 -1.294 708 H THR1980 HN THR1980 -19.493 -10.573 -2.945 709 HA THR1980 HA THR1980 -20.313 -13.205 -3.373 710 HB THR1980 HB THR1980 -18.038 -12.821 -4.582 711 HG1 THR1980 HG1 THR1980 -17.526 -10.734 -4.793 712 HG21 THR1980 HG21 THR1980 -19.295 -11.798 -6.441 713 HG22 THR1980 HG22 THR1980 -20.591 -11.373 -5.324 714 HG23 THR1980 HG23 THR1980 -20.253 -13.065 -5.676 715 H ASP1981 HN ASP1981 -17.634 -11.445 -1.949 716 HA ASP1981 HA ASP1981 -16.556 -13.926 -0.834 717 HB2 ASP1981 HB2 ASP1981 -15.208 -11.496 -1.869 718 HB3 ASP1981 HB1 ASP1981 -14.470 -12.295 -0.490 719 H LEU1982 HN LEU1982 -17.937 -13.886 0.901 720 HA LEU1982 HA LEU1982 -17.417 -11.803 2.904 721 HB2 LEU1982 HB2 LEU1982 -19.247 -14.184 3.252 722 HB3 LEU1982 HB1 LEU1982 -19.164 -12.767 4.260 723 HG LEU1982 HG LEU1982 -20.007 -11.581 2.051 724 HD11 LEU1982 HD11 LEU1982 -21.641 -13.067 0.910 725 HD12 LEU1982 HD12 LEU1982 -20.864 -14.442 1.720 726 HD13 LEU1982 HD13 LEU1982 -19.959 -13.445 0.583 727 HD21 LEU1982 HD21 LEU1982 -21.766 -13.201 3.893 728 HD22 LEU1982 HD22 LEU1982 -22.300 -11.865 2.876 729 HD23 LEU1982 HD23 LEU1982 -21.162 -11.568 4.190 730 H LYS1983 HN LYS1983 -17.204 -15.227 2.246 731 HA LYS1983 HA LYS1983 -15.628 -15.538 4.680 732 HB2 LYS1983 HB2 LYS1983 -16.440 -17.864 4.776 733 HB3 LYS1983 HB1 LYS1983 -17.715 -16.655 4.885 734 HG2 LYS1983 HG2 LYS1983 -18.212 -16.986 2.544 735 HG3 LYS1983 HG1 LYS1983 -16.992 -18.263 2.479 736 HD2 LYS1983 HD2 LYS1983 -19.412 -18.283 4.304 737 HD3 LYS1983 HD1 LYS1983 -19.326 -19.138 2.768 738 HE2 LYS1983 HE2 LYS1983 -17.464 -19.598 5.101 739 HE3 LYS1983 HE1 LYS1983 -18.893 -20.572 4.759 740 HZ1 LYS1983 HZ1 LYS1983 -16.846 -21.586 3.905 741 HZ2 LYS1983 HZ2 LYS1983 -16.582 -20.254 2.902 742 HZ3 LYS1983 HZ3 LYS1983 -17.929 -21.230 2.669 743 H MET1984 HN MET1984 -15.447 -15.708 1.299 744 HA MET1984 HA MET1984 -13.421 -17.736 1.339 745 HB2 MET1984 HB2 MET1984 -14.269 -15.954 -0.959 746 HB3 MET1984 HB1 MET1984 -13.076 -17.232 -1.089 747 HG2 MET1984 HG2 MET1984 -14.829 -18.860 -0.446 748 HG3 MET1984 HG1 MET1984 -16.000 -17.546 -0.459 749 HE1 MET1984 HE1 MET1984 -16.041 -16.517 -4.278 750 HE2 MET1984 HE2 MET1984 -15.063 -15.797 -3.014 751 HE3 MET1984 HE3 MET1984 -16.743 -16.217 -2.690 752 H LYS1985 HN LYS1985 -12.755 -14.698 -0.418 753 HA LYS1985 HA LYS1985 -10.622 -14.252 1.519 754 HB2 LYS1985 HB2 LYS1985 -9.030 -13.705 -0.268 755 HB3 LYS1985 HB1 LYS1985 -9.550 -15.375 -0.336 756 HG2 LYS1985 HG2 LYS1985 -10.965 -14.902 -2.224 757 HG3 LYS1985 HG1 LYS1985 -10.607 -13.174 -2.098 758 HD2 LYS1985 HD2 LYS1985 -8.268 -13.592 -2.580 759 HD3 LYS1985 HD1 LYS1985 -8.557 -15.333 -2.593 760 HE2 LYS1985 HE2 LYS1985 -9.783 -13.347 -4.507 761 HE3 LYS1985 HE1 LYS1985 -8.382 -14.356 -4.856 762 HZ1 LYS1985 HZ1 LYS1985 -10.411 -15.321 -5.741 763 HZ2 LYS1985 HZ2 LYS1985 -11.102 -15.357 -4.201 764 HZ3 LYS1985 HZ3 LYS1985 -9.738 -16.302 -4.540 765 H HIS1986 HN HIS1986 -9.470 -12.099 0.755 766 HA HIS1986 HA HIS1986 -10.641 -10.061 -0.671 767 HB2 HIS1986 HB2 HIS1986 -12.432 -10.162 1.205 768 HB3 HIS1986 HB1 HIS1986 -11.174 -9.608 2.296 769 HD1 HIS1986 HD1 HIS1986 -13.791 -8.013 1.729 770 HD2 HIS1986 HD2 HIS1986 -10.195 -7.300 -0.219 771 HE1 HIS1986 HE1 HIS1986 -13.897 -5.631 0.971 772 HE2 HIS1986 HE2 HIS1986 -12.012 -5.475 -0.602 773 H LYS1987 HN LYS1987 -8.473 -9.723 -1.178 774 HA LYS1987 HA LYS1987 -6.963 -8.391 0.893 775 HB2 LYS1987 HB2 LYS1987 -4.904 -9.698 0.436 776 HB3 LYS1987 HB1 LYS1987 -6.171 -10.628 1.215 777 HG2 LYS1987 HG2 LYS1987 -6.706 -11.691 -0.913 778 HG3 LYS1987 HG1 LYS1987 -5.467 -10.723 -1.716 779 HD2 LYS1987 HD2 LYS1987 -4.630 -12.967 -1.230 780 HD3 LYS1987 HD1 LYS1987 -3.745 -11.758 -0.305 781 HE2 LYS1987 HE2 LYS1987 -5.050 -12.284 1.677 782 HE3 LYS1987 HE1 LYS1987 -6.028 -13.424 0.757 783 HZ1 LYS1987 HZ1 LYS1987 -4.400 -14.603 2.000 784 HZ2 LYS1987 HZ2 LYS1987 -3.118 -13.707 1.394 785 HZ3 LYS1987 HZ3 LYS1987 -4.003 -14.738 0.378 786 H SER1988 HN SER1988 -5.439 -6.977 0.173 787 HA SER1988 HA SER1988 -5.357 -6.609 -2.711 788 HB2 SER1988 HB2 SER1988 -5.313 -4.477 -0.557 789 HB3 SER1988 HB1 SER1988 -5.313 -4.227 -2.316 790 HG SER1988 HG SER1988 -7.400 -4.644 -2.394 791 H TYR1989 HN TYR1989 -3.405 -6.649 -3.553 792 HA TYR1989 HA TYR1989 -1.033 -6.944 -1.848 793 HB2 TYR1989 HB2 TYR1989 -1.418 -7.375 -4.814 794 HB3 TYR1989 HB1 TYR1989 0.022 -7.763 -3.897 795 HD1 TYR1989 HD1 TYR1989 -3.572 -8.653 -4.284 796 HD2 TYR1989 HD2 TYR1989 0.277 -9.904 -2.981 797 HE1 TYR1989 HE1 TYR1989 -4.408 -10.944 -4.039 798 HE2 TYR1989 HE2 TYR1989 -0.557 -12.199 -2.718 799 HH TYR1989 HH TYR1989 -2.603 -13.401 -2.460 800 H PHE1990 HN PHE1990 0.381 -5.222 -1.725 801 HA PHE1990 HA PHE1990 0.314 -3.269 -3.905 802 HB2 PHE1990 HB2 PHE1990 1.073 -2.747 -1.009 803 HB3 PHE1990 HB1 PHE1990 0.857 -1.545 -2.285 804 HD1 PHE1990 HD2 PHE1990 -1.473 -1.425 -3.375 805 HD2 PHE1990 HD1 PHE1990 -0.702 -3.268 0.375 806 HE1 PHE1990 HE2 PHE1990 -3.827 -1.137 -2.753 807 HE2 PHE1990 HE1 PHE1990 -3.052 -2.979 1.003 808 HZ PHE1990 HZ PHE1990 -4.664 -2.152 -0.661 809 H SER1991 HN SER1991 2.021 -3.543 -5.100 810 HA SER1991 HA SER1991 4.393 -4.794 -3.945 811 HB2 SER1991 HB2 SER1991 3.673 -4.402 -6.850 812 HB3 SER1991 HB1 SER1991 4.970 -5.411 -6.206 813 HG SER1991 HG SER1991 2.209 -5.703 -5.730 814 H PHE1992 HN PHE1992 5.686 -3.282 -3.113 815 HA PHE1992 HA PHE1992 6.185 -0.803 -4.496 816 HB2 PHE1992 HB2 PHE1992 7.168 -1.917 -1.860 817 HB3 PHE1992 HB1 PHE1992 7.682 -0.365 -2.512 818 HD1 PHE1992 HD1 PHE1992 4.696 -2.260 -1.369 819 HD2 PHE1992 HD2 PHE1992 6.408 1.552 -2.170 820 HE1 PHE1992 HE1 PHE1992 2.754 -1.172 -0.334 821 HE2 PHE1992 HE2 PHE1992 4.468 2.641 -1.129 822 HZ PHE1992 HZ PHE1992 2.639 1.279 -0.213 823 H VAL1993 HN VAL1993 7.485 -0.870 -6.056 824 HA VAL1993 HA VAL1993 9.688 -2.780 -6.043 825 HB VAL1993 HB VAL1993 8.215 -3.381 -7.801 826 HG11 VAL1993 HG11 VAL1993 7.401 -1.831 -9.502 827 HG12 VAL1993 HG12 VAL1993 8.195 -0.501 -8.657 828 HG13 VAL1993 HG13 VAL1993 6.876 -1.378 -7.881 829 HG21 VAL1993 HG21 VAL1993 10.367 -1.702 -9.041 830 HG22 VAL1993 HG22 VAL1993 9.482 -2.993 -9.852 831 HG23 VAL1993 HG23 VAL1993 10.568 -3.372 -8.500 832 H CYS1994 HN CYS1994 11.720 -2.153 -6.271 833 HA CYS1994 HA CYS1994 12.650 0.293 -5.581 834 HB2 CYS1994 HB2 CYS1994 14.493 -1.142 -7.314 835 HB3 CYS1994 HB1 CYS1994 14.572 -0.786 -5.601 836 H LYS1995 HN LYS1995 12.064 2.092 -6.685 837 HA LYS1995 HA LYS1995 13.482 2.363 -9.144 838 HB2 LYS1995 HB2 LYS1995 11.312 1.969 -10.071 839 HB3 LYS1995 HB1 LYS1995 10.568 3.136 -8.985 840 HG2 LYS1995 HG2 LYS1995 11.442 4.958 -10.141 841 HG3 LYS1995 HG1 LYS1995 12.681 3.989 -10.933 842 HD2 LYS1995 HD2 LYS1995 9.755 3.567 -11.449 843 HD3 LYS1995 HD1 LYS1995 10.701 4.762 -12.343 844 HE2 LYS1995 HE2 LYS1995 11.425 1.845 -12.132 845 HE3 LYS1995 HE1 LYS1995 10.507 2.537 -13.472 846 HZ1 LYS1995 HZ1 LYS1995 12.376 3.933 -14.024 847 HZ2 LYS1995 HZ2 LYS1995 12.907 2.328 -13.957 848 HZ3 LYS1995 HZ3 LYS1995 13.299 3.377 -12.728 849 H SER1996 HN SER1996 14.995 3.502 -8.356 850 HA SER1996 HA SER1996 14.660 5.703 -6.593 851 HB2 SER1996 HB2 SER1996 17.013 5.068 -8.384 852 HB3 SER1996 HB1 SER1996 17.030 5.928 -6.840 853 HG SER1996 HG SER1996 16.790 4.077 -5.765 854 H ASP1997 HN ASP1997 14.241 5.209 -9.873 855 HA ASP1997 HA ASP1997 14.859 7.805 -10.919 856 HB2 ASP1997 HB2 ASP1997 12.996 5.726 -12.096 857 HB3 ASP1997 HB1 ASP1997 13.757 7.062 -12.949 858 H ALA1998 HN ALA1998 12.260 6.428 -9.185 859 HA ALA1998 HA ALA1998 10.295 8.387 -9.985 860 HB1 ALA1998 HB1 ALA1998 8.886 7.312 -8.284 861 HB2 ALA1998 HB2 ALA1998 10.264 6.345 -7.757 862 HB3 ALA1998 HB3 ALA1998 9.593 6.120 -9.374 863 H GLY1999 HN GLY1999 12.807 8.034 -7.773 864 HA2 GLY1999 HA2 GLY1999 13.866 9.540 -6.451 865 HA3 GLY1999 HA1 GLY1999 12.823 10.762 -7.140 866 H ASP2000 HN ASP2000 11.960 11.849 -5.671 867 HA ASP2000 HA ASP2000 11.655 10.930 -2.933 868 HB2 ASP2000 HB2 ASP2000 12.692 13.062 -3.290 869 HB3 ASP2000 HB1 ASP2000 11.358 13.601 -4.298 870 H ASP2001 HN ASP2001 9.775 11.995 -5.635 871 HA ASP2001 HA ASP2001 7.269 12.219 -4.232 872 HB2 ASP2001 HB2 ASP2001 7.649 11.785 -7.191 873 HB3 ASP2001 HB1 ASP2001 6.224 12.377 -6.389 874 H SER2002 HN SER2002 8.558 10.041 -6.658 875 HA SER2002 HA SER2002 8.183 7.947 -7.244 876 HB2 SER2002 HB2 SER2002 7.076 7.657 -4.454 877 HB3 SER2002 HB1 SER2002 7.553 6.323 -5.541 878 HG SER2002 HG SER2002 9.402 8.334 -4.972 879 H GLN2003 HN GLN2003 6.288 6.259 -7.458 880 HA GLN2003 HA GLN2003 3.706 7.598 -7.478 881 HB2 GLN2003 HB2 GLN2003 3.214 7.072 -9.787 882 HB3 GLN2003 HB1 GLN2003 4.539 8.227 -9.648 883 HG2 GLN2003 HG2 GLN2003 6.166 6.484 -10.096 884 HG3 GLN2003 HG1 GLN2003 4.899 5.268 -10.130 885 HE21 GLN2003 HE21 GLN2003 3.056 7.018 -11.657 886 HE22 GLN2003 HE22 GLN2003 3.667 6.995 -13.255 887 HA PRO2004 HA PRO2004 2.236 3.416 -7.020 888 HB2 PRO2004 HB2 PRO2004 -0.431 4.356 -6.916 889 HB3 PRO2004 HB1 PRO2004 0.622 4.015 -5.545 890 HG2 PRO2004 HG2 PRO2004 -0.327 6.537 -6.277 891 HG3 PRO2004 HG1 PRO2004 1.029 6.216 -5.182 892 HD2 PRO2004 HD2 PRO2004 1.045 6.955 -8.066 893 HD3 PRO2004 HD1 PRO2004 2.173 7.419 -6.773 894 H VAL2005 HN VAL2005 1.222 1.946 -8.331 895 HA VAL2005 HA VAL2005 0.013 2.896 -10.825 896 HB VAL2005 HB VAL2005 1.855 0.489 -10.483 897 HG11 VAL2005 HG11 VAL2005 0.088 0.028 -12.100 898 HG12 VAL2005 HG12 VAL2005 1.647 0.192 -12.909 899 HG13 VAL2005 HG13 VAL2005 0.479 1.512 -12.972 900 HG21 VAL2005 HG21 VAL2005 3.095 2.591 -10.525 901 HG22 VAL2005 HG22 VAL2005 2.280 3.054 -12.019 902 HG23 VAL2005 HG23 VAL2005 3.377 1.669 -12.002 903 H PHE2006 HN PHE2006 -1.941 2.057 -11.143 904 HA PHE2006 HA PHE2006 -2.768 -0.050 -9.325 905 HB2 PHE2006 HB2 PHE2006 -5.131 0.573 -9.938 906 HB3 PHE2006 HB1 PHE2006 -4.247 1.836 -9.115 907 HD1 PHE2006 HD2 PHE2006 -3.586 3.870 -10.346 908 HD2 PHE2006 HD1 PHE2006 -5.957 0.842 -12.169 909 HE1 PHE2006 HE2 PHE2006 -4.258 5.453 -12.102 910 HE2 PHE2006 HE1 PHE2006 -6.636 2.425 -13.924 911 HZ PHE2006 HZ PHE2006 -5.783 4.734 -13.891 912 H LEU2007 HN LEU2007 -2.642 -2.022 -10.022 913 HA LEU2007 HA LEU2007 -2.488 -2.548 -12.832 914 HB2 LEU2007 HB2 LEU2007 -2.385 -4.372 -10.423 915 HB3 LEU2007 HB1 LEU2007 -2.374 -4.984 -12.056 916 HG LEU2007 HG LEU2007 -0.215 -3.839 -12.466 917 HD11 LEU2007 HD11 LEU2007 -0.398 -1.984 -10.921 918 HD12 LEU2007 HD12 LEU2007 1.063 -2.914 -10.577 919 HD13 LEU2007 HD13 LEU2007 -0.358 -3.095 -9.556 920 HD21 LEU2007 HD21 LEU2007 -0.236 -6.145 -11.732 921 HD22 LEU2007 HD22 LEU2007 -0.256 -5.630 -10.046 922 HD23 LEU2007 HD23 LEU2007 1.152 -5.294 -11.055 923 H SER2008 HN SER2008 -4.598 -3.867 -10.264 924 HA SER2008 HA SER2008 -6.890 -3.363 -11.871 925 HB2 SER2008 HB2 SER2008 -7.595 -5.755 -12.025 926 HB3 SER2008 HB1 SER2008 -6.204 -5.351 -13.029 927 HG SER2008 HG SER2008 -5.215 -6.882 -12.053 928 H PHE2009 HN PHE2009 -8.692 -3.319 -10.710 929 HA PHE2009 HA PHE2009 -8.563 -4.302 -7.948 930 HB2 PHE2009 HB2 PHE2009 -8.908 -1.809 -8.226 931 HB3 PHE2009 HB1 PHE2009 -10.375 -2.157 -9.126 932 HD1 PHE2009 HD2 PHE2009 -12.217 -3.458 -7.880 933 HD2 PHE2009 HD1 PHE2009 -8.970 -1.543 -5.899 934 HE1 PHE2009 HE2 PHE2009 -13.496 -3.457 -5.777 935 HE2 PHE2009 HE1 PHE2009 -10.242 -1.538 -3.800 936 HZ PHE2009 HZ PHE2009 -12.489 -2.456 -3.722 937 H ASP2010 HN ASP2010 -9.668 -6.195 -7.815 938 HA ASP2010 HA ASP2010 -11.882 -6.590 -9.678 939 HB2 ASP2010 HB2 ASP2010 -10.088 -8.321 -9.677 940 HB3 ASP2010 HB1 ASP2010 -10.411 -8.620 -7.973 941 H GLU2011 HN GLU2011 -13.807 -6.200 -8.848 942 HA GLU2011 HA GLU2011 -14.089 -6.151 -5.950 943 HB2 GLU2011 HB2 GLU2011 -16.225 -4.998 -6.342 944 HB3 GLU2011 HB1 GLU2011 -14.888 -4.171 -7.123 945 HG2 GLU2011 HG2 GLU2011 -15.549 -5.047 -9.268 946 HG3 GLU2011 HG1 GLU2011 -16.816 -6.013 -8.516 947 H GLN2012 HN GLN2012 -14.549 -8.253 -8.465 948 HA GLN2012 HA GLN2012 -16.984 -9.477 -7.691 949 HB2 GLN2012 HB2 GLN2012 -16.098 -9.774 -9.940 950 HB3 GLN2012 HB1 GLN2012 -14.657 -10.542 -9.299 951 HG2 GLN2012 HG2 GLN2012 -16.077 -12.229 -10.200 952 HG3 GLN2012 HG1 GLN2012 -16.073 -12.387 -8.450 953 HE21 GLN2012 HE21 GLN2012 -17.961 -13.356 -10.356 954 HE22 GLN2012 HE22 GLN2012 -19.495 -12.670 -9.950 955 H THR2013 HN THR2013 -13.584 -10.398 -7.181 956 HA THR2013 HA THR2013 -14.533 -12.013 -4.943 957 HB THR2013 HB THR2013 -13.191 -13.169 -6.755 958 HG1 THR2013 HG1 THR2013 -13.205 -13.516 -4.267 959 HG21 THR2013 HG21 THR2013 -10.741 -12.859 -6.750 960 HG22 THR2013 HG22 THR2013 -10.918 -11.523 -5.610 961 HG23 THR2013 HG23 THR2013 -11.576 -11.383 -7.239 962 H CYS2014 HN CYS2014 -13.480 -9.040 -5.530 963 HA CYS2014 HA CYS2014 -12.509 -7.397 -4.414 964 HB2 CYS2014 HB2 CYS2014 -13.460 -9.061 -2.109 965 HB3 CYS2014 HB1 CYS2014 -12.750 -7.463 -1.897 966 H THR2015 HN THR2015 -10.659 -8.488 -5.481 967 HA THR2015 HA THR2015 -8.514 -8.561 -3.524 968 HB THR2015 HB THR2015 -8.804 -10.402 -5.935 969 HG1 THR2015 HG1 THR2015 -9.974 -10.855 -3.877 970 HG21 THR2015 HG21 THR2015 -6.563 -10.221 -3.889 971 HG22 THR2015 HG22 THR2015 -6.451 -9.708 -5.571 972 HG23 THR2015 HG23 THR2015 -6.682 -11.413 -5.184 973 H SER2016 HN SER2016 -6.837 -7.288 -4.126 974 HA SER2016 HA SER2016 -7.169 -5.948 -6.711 975 HB2 SER2016 HB2 SER2016 -6.582 -4.594 -4.085 976 HB3 SER2016 HB1 SER2016 -6.847 -3.816 -5.651 977 HG SER2016 HG SER2016 -8.859 -5.439 -5.204 978 H TYR2017 HN TYR2017 -5.321 -5.250 -7.694 979 HA TYR2017 HA TYR2017 -2.790 -6.015 -6.430 980 HB2 TYR2017 HB2 TYR2017 -3.575 -6.254 -9.356 981 HB3 TYR2017 HB1 TYR2017 -1.968 -6.559 -8.716 982 HD1 TYR2017 HD1 TYR2017 -5.443 -7.789 -8.814 983 HD2 TYR2017 HD2 TYR2017 -1.449 -8.638 -7.631 984 HE1 TYR2017 HE1 TYR2017 -6.061 -10.140 -8.426 985 HE2 TYR2017 HE2 TYR2017 -2.053 -10.984 -7.242 986 HH TYR2017 HH TYR2017 -5.084 -12.311 -8.254 987 H PHE2018 HN PHE2018 -1.697 -4.243 -5.995 988 HA PHE2018 HA PHE2018 -1.685 -2.060 -7.936 989 HB2 PHE2018 HB2 PHE2018 -1.845 -1.845 -4.919 990 HB3 PHE2018 HB1 PHE2018 -1.457 -0.507 -5.982 991 HD1 PHE2018 HD1 PHE2018 -4.113 -2.784 -4.855 992 HD2 PHE2018 HD2 PHE2018 -3.162 0.631 -7.193 993 HE1 PHE2018 HE1 PHE2018 -6.503 -2.226 -5.011 994 HE2 PHE2018 HE2 PHE2018 -5.554 1.191 -7.356 995 HZ PHE2018 HZ PHE2018 -7.225 -0.243 -6.259 996 H SER2019 HN SER2019 0.275 -0.853 -7.853 997 HA SER2019 HA SER2019 2.469 -2.070 -6.397 998 HB2 SER2019 HB2 SER2019 2.427 -1.493 -9.377 999 HB3 SER2019 HB1 SER2019 3.889 -1.882 -8.484 1000 HG SER2019 HG SER2019 3.289 -3.852 -9.101 1001 H TRP2020 HN TRP2020 4.366 -0.587 -6.416 1002 HA TRP2020 HA TRP2020 3.782 2.213 -6.945 1003 HB2 TRP2020 HB2 TRP2020 2.987 1.713 -4.598 1004 HB3 TRP2020 HB1 TRP2020 4.612 1.191 -4.200 1005 HD1 TRP2020 HD1 TRP2020 6.482 3.385 -4.830 1006 HE1 TRP2020 HE1 TRP2020 6.251 5.792 -3.915 1007 HE3 TRP2020 HE3 TRP2020 1.521 3.432 -3.678 1008 HZ2 TRP2020 HZ2 TRP2020 4.321 7.469 -2.903 1009 HZ3 TRP2020 HZ3 TRP2020 0.566 5.485 -2.725 1010 HH2 TRP2020 HH2 TRP2020 1.935 7.462 -2.345 1011 H HIS2021 HN HIS2021 5.578 2.989 -7.880 1012 HA HIS2021 HA HIS2021 8.107 1.528 -7.595 1013 HB2 HIS2021 HB2 HIS2021 7.317 3.751 -9.506 1014 HB3 HIS2021 HB1 HIS2021 8.904 3.004 -9.471 1015 HD1 HIS2021 HD1 HIS2021 9.141 0.694 -10.739 1016 HD2 HIS2021 HD2 HIS2021 5.246 2.183 -10.598 1017 HE1 HIS2021 HE1 HIS2021 7.829 -0.696 -12.300 1018 HE2 HIS2021 HE2 HIS2021 5.632 0.442 -12.473 1019 H THR2022 HN THR2022 9.348 2.230 -5.973 1020 HA THR2022 HA THR2022 9.663 5.080 -5.666 1021 HB THR2022 HB THR2022 7.846 4.639 -4.102 1022 HG1 THR2022 HG1 THR2022 9.286 6.185 -3.462 1023 HG21 THR2022 HG21 THR2022 8.242 2.274 -3.619 1024 HG22 THR2022 HG22 THR2022 8.151 3.210 -2.129 1025 HG23 THR2022 HG23 THR2022 9.720 2.691 -2.748 1026 H SER2023 HN SER2023 11.488 5.723 -4.563 1027 HA SER2023 HA SER2023 13.777 4.161 -4.952 1028 HB2 SER2023 HB2 SER2023 13.429 6.592 -3.239 1029 HB3 SER2023 HB1 SER2023 14.901 6.063 -4.066 1030 HG SER2023 HG SER2023 12.975 7.635 -4.964 1031 H LEU2024 HN LEU2024 11.561 4.510 -2.260 1032 HA LEU2024 HA LEU2024 13.502 3.553 -0.315 1033 HB2 LEU2024 HB2 LEU2024 10.632 4.403 -0.031 1034 HB3 LEU2024 HB1 LEU2024 11.537 3.684 1.276 1035 HG LEU2024 HG LEU2024 13.130 5.641 1.122 1036 HD11 LEU2024 HD11 LEU2024 12.616 6.396 -1.138 1037 HD12 LEU2024 HD12 LEU2024 12.348 7.672 0.048 1038 HD13 LEU2024 HD13 LEU2024 10.974 6.799 -0.637 1039 HD21 LEU2024 HD21 LEU2024 11.627 7.117 2.312 1040 HD22 LEU2024 HD22 LEU2024 11.445 5.435 2.816 1041 HD23 LEU2024 HD23 LEU2024 10.253 6.170 1.745 1042 H ALA2025 HN ALA2025 11.544 2.133 -2.515 1043 HA ALA2025 HA ALA2025 10.330 0.004 -1.056 1044 HB1 ALA2025 HB1 ALA2025 10.005 -1.019 -3.240 1045 HB2 ALA2025 HB2 ALA2025 11.126 0.151 -3.948 1046 HB3 ALA2025 HB3 ALA2025 9.594 0.698 -3.273 1047 H CYS2026 HN CYS2026 13.401 0.510 -2.475 1048 HA CYS2026 HA CYS2026 14.360 -1.915 -1.283 1049 HB2 CYS2026 HB2 CYS2026 14.966 -1.098 -4.149 1050 HB3 CYS2026 HB1 CYS2026 15.659 -2.477 -3.286 1051 H GLU2027 HN GLU2027 17.073 -1.540 -1.866 1052 HA GLU2027 HA GLU2027 17.303 1.073 -0.633 1053 HB2 GLU2027 HB2 GLU2027 19.359 -1.118 -0.854 1054 HB3 GLU2027 HB1 GLU2027 19.730 0.480 -0.192 1055 HG2 GLU2027 HG2 GLU2027 17.716 0.016 1.360 1056 HG3 GLU2027 HG1 GLU2027 17.953 -1.663 0.886 1057 H GLU2028 HN GLU2028 18.966 -0.661 -3.184 1058 HA GLU2028 HA GLU2028 18.279 0.794 -5.268 1059 HB2 GLU2028 HB2 GLU2028 19.551 2.772 -4.107 1060 HB3 GLU2028 HB1 GLU2028 21.012 1.885 -4.545 1061 HG2 GLU2028 HG2 GLU2028 20.369 1.949 -6.889 1062 HG3 GLU2028 HG1 GLU2028 18.886 2.796 -6.473 1063 H GLU2029 HN GLU2029 18.354 -1.187 -5.990 1064 HA GLU2029 HA GLU2029 20.924 -2.513 -6.026 1065 HB2 GLU2029 HB2 GLU2029 18.102 -3.528 -6.497 1066 HB3 GLU2029 HB1 GLU2029 19.529 -4.488 -6.847 1067 HG2 GLU2029 HG2 GLU2029 18.625 -5.173 -4.727 1068 HG3 GLU2029 HG1 GLU2029 20.167 -4.380 -4.464 1069 H VAL2030 HN VAL2030 21.992 -1.678 -7.560 1070 HA VAL2030 HA VAL2030 20.866 -0.398 -9.802 1071 HB VAL2030 HB VAL2030 23.751 -1.218 -9.372 1072 HG11 VAL2030 HG11 VAL2030 24.274 0.664 -10.832 1073 HG12 VAL2030 HG12 VAL2030 22.553 0.954 -11.074 1074 HG13 VAL2030 HG13 VAL2030 23.284 -0.542 -11.653 1075 HG21 VAL2030 HG21 VAL2030 24.079 1.021 -8.420 1076 HG22 VAL2030 HG22 VAL2030 22.949 0.066 -7.460 1077 HG23 VAL2030 HG23 VAL2030 22.345 1.321 -8.538 1078 HA PRO2031 HA PRO2031 20.250 -4.186 -12.196 1079 HB2 PRO2031 HB2 PRO2031 19.435 -2.197 -14.225 1080 HB3 PRO2031 HB1 PRO2031 18.540 -3.579 -13.590 1081 HG2 PRO2031 HG2 PRO2031 17.916 -1.042 -12.944 1082 HG3 PRO2031 HG1 PRO2031 17.706 -2.387 -11.811 1083 HD2 PRO2031 HD2 PRO2031 19.780 -0.241 -11.812 1084 HD3 PRO2031 HD1 PRO2031 19.045 -1.135 -10.492 1085 H ARG2032 HN ARG2032 21.681 -1.181 -13.410 1086 HA ARG2032 HA ARG2032 23.506 -2.768 -15.077 1087 HB2 ARG2032 HB2 ARG2032 22.323 -0.042 -15.645 1088 HB3 ARG2032 HB1 ARG2032 23.512 -0.865 -16.641 1089 HG2 ARG2032 HG2 ARG2032 21.951 -2.512 -17.298 1090 HG3 ARG2032 HG1 ARG2032 20.789 -1.992 -16.074 1091 HD2 ARG2032 HD2 ARG2032 21.733 -0.322 -18.399 1092 HD3 ARG2032 HD1 ARG2032 20.195 -1.189 -18.329 1093 HE ARG2032 HE ARG2032 19.943 0.247 -16.171 1094 HH11 ARG2032 HH11 ARG2032 21.230 1.320 -19.283 1095 HH12 ARG2032 HH12 ARG2032 20.814 2.951 -19.055 1096 HH21 ARG2032 HH21 ARG2032 19.367 2.425 -15.841 1097 HH22 ARG2032 HH22 ARG2032 19.663 3.623 -17.010 Start of MODEL 11 1 H1 MET1885 HT1 MET1885 5.694 11.935 -0.167 2 H2 MET1885 HT2 MET1885 7.217 12.602 -0.042 3 H3 MET1885 HT3 MET1885 6.024 13.055 1.065 4 HA MET1885 HA MET1885 6.000 10.889 2.025 5 HB2 MET1885 HB2 MET1885 7.654 9.216 1.364 6 HB3 MET1885 HB1 MET1885 6.696 9.652 -0.042 7 HG2 MET1885 HG2 MET1885 8.494 11.129 -0.804 8 HG3 MET1885 HG1 MET1885 9.451 10.670 0.600 9 HE1 MET1885 HE1 MET1885 11.470 10.092 -0.956 10 HE2 MET1885 HE2 MET1885 10.515 10.563 -2.361 11 HE3 MET1885 HE3 MET1885 11.363 9.016 -2.352 12 H LYS1886 HN LYS1886 7.256 10.709 3.897 13 HA LYS1886 HA LYS1886 9.851 11.671 3.949 14 HB2 LYS1886 HB2 LYS1886 9.653 13.470 5.650 15 HB3 LYS1886 HB1 LYS1886 8.931 13.900 4.123 16 HG2 LYS1886 HG2 LYS1886 7.535 14.796 5.790 17 HG3 LYS1886 HG1 LYS1886 6.689 13.363 5.207 18 HD2 LYS1886 HD2 LYS1886 7.298 12.122 7.148 19 HD3 LYS1886 HD1 LYS1886 8.454 13.356 7.652 20 HE2 LYS1886 HE2 LYS1886 5.476 13.789 7.450 21 HE3 LYS1886 HE1 LYS1886 6.319 13.356 8.935 22 HZ1 LYS1886 HZ1 LYS1886 6.943 15.809 7.357 23 HZ2 LYS1886 HZ2 LYS1886 7.505 15.422 8.893 24 HZ3 LYS1886 HZ3 LYS1886 5.883 15.757 8.654 25 H SER1887 HN SER1887 11.037 10.729 5.337 26 HA SER1887 HA SER1887 10.325 8.504 6.619 27 HB2 SER1887 HB2 SER1887 12.573 10.202 7.562 28 HB3 SER1887 HB1 SER1887 12.457 8.462 7.180 29 HG SER1887 HG SER1887 13.598 9.644 5.595 30 H ASN1888 HN ASN1888 9.059 8.235 8.267 31 HA ASN1888 HA ASN1888 9.579 9.585 10.790 32 HB2 ASN1888 HB2 ASN1888 7.582 10.811 9.804 33 HB3 ASN1888 HB1 ASN1888 6.781 9.245 9.694 34 HD21 ASN1888 HD21 ASN1888 5.924 8.255 11.609 35 HD22 ASN1888 HD22 ASN1888 5.834 9.122 13.070 36 H VAL1889 HN VAL1889 9.948 7.948 12.035 37 HA VAL1889 HA VAL1889 9.446 5.315 11.078 38 HB VAL1889 HB VAL1889 11.526 5.814 12.262 39 HG11 VAL1889 HG11 VAL1889 9.871 6.137 14.744 40 HG12 VAL1889 HG12 VAL1889 10.786 7.392 13.911 41 HG13 VAL1889 HG13 VAL1889 11.630 6.055 14.691 42 HG21 VAL1889 HG21 VAL1889 9.868 3.719 13.661 43 HG22 VAL1889 HG22 VAL1889 11.627 3.832 13.723 44 HG23 VAL1889 HG23 VAL1889 10.818 3.502 12.190 45 H GLN1890 HN GLN1890 7.610 4.307 11.127 46 HA GLN1890 HA GLN1890 5.710 4.753 13.242 47 HB2 GLN1890 HB2 GLN1890 5.688 2.680 11.026 48 HB3 GLN1890 HB1 GLN1890 4.364 2.972 12.139 49 HG2 GLN1890 HG2 GLN1890 5.443 4.843 10.052 50 HG3 GLN1890 HG1 GLN1890 3.886 4.026 10.033 51 HE21 GLN1890 HE21 GLN1890 2.173 4.866 11.355 52 HE22 GLN1890 HE22 GLN1890 2.309 6.394 12.094 53 H ASN1891 HN ASN1891 4.744 2.393 14.010 54 HA ASN1891 HA ASN1891 6.723 1.640 15.897 55 HB2 ASN1891 HB2 ASN1891 3.969 0.480 15.440 56 HB3 ASN1891 HB1 ASN1891 5.024 0.012 16.772 57 HD21 ASN1891 HD21 ASN1891 5.443 1.503 18.405 58 HD22 ASN1891 HD22 ASN1891 4.494 2.932 18.631 59 H ASP1892 HN ASP1892 5.815 0.240 12.901 60 HA ASP1892 HA ASP1892 7.980 -1.671 13.271 61 HB2 ASP1892 HB2 ASP1892 5.983 -3.006 13.760 62 HB3 ASP1892 HB1 ASP1892 5.227 -2.524 12.255 63 H CYS1893 HN CYS1893 5.900 -1.994 10.466 64 HA CYS1893 HA CYS1893 5.932 -1.231 8.373 65 HB2 CYS1893 HB2 CYS1893 5.973 0.991 9.704 66 HB3 CYS1893 HB1 CYS1893 7.667 1.073 9.236 67 H ARG1894 HN ARG1894 8.027 -3.083 9.281 68 HA ARG1894 HA ARG1894 10.002 -2.552 7.196 69 HB2 ARG1894 HB2 ARG1894 11.867 -3.025 8.700 70 HB3 ARG1894 HB1 ARG1894 11.053 -1.507 9.033 71 HG2 ARG1894 HG2 ARG1894 10.068 -2.326 10.985 72 HG3 ARG1894 HG1 ARG1894 10.390 -4.004 10.543 73 HD2 ARG1894 HD2 ARG1894 11.872 -3.206 12.320 74 HD3 ARG1894 HD1 ARG1894 12.743 -3.686 10.876 75 HE ARG1894 HE ARG1894 12.707 -1.141 10.421 76 HH11 ARG1894 HH11 ARG1894 12.792 -2.576 13.664 77 HH12 ARG1894 HH12 ARG1894 13.997 -1.537 14.273 78 HH21 ARG1894 HH21 ARG1894 14.378 0.348 11.278 79 HH22 ARG1894 HH22 ARG1894 14.836 0.221 12.919 80 H VAL1895 HN VAL1895 11.342 -4.314 6.661 81 HA VAL1895 HA VAL1895 11.054 -6.850 7.954 82 HB VAL1895 HB VAL1895 9.112 -6.826 6.345 83 HG11 VAL1895 HG11 VAL1895 11.227 -6.643 4.214 84 HG12 VAL1895 HG12 VAL1895 10.006 -5.431 4.599 85 HG13 VAL1895 HG13 VAL1895 9.522 -6.996 3.938 86 HG21 VAL1895 HG21 VAL1895 11.286 -8.816 5.705 87 HG22 VAL1895 HG22 VAL1895 9.582 -9.007 5.297 88 HG23 VAL1895 HG23 VAL1895 10.083 -8.952 6.987 89 H THR1896 HN THR1896 12.909 -8.082 7.576 90 HA THR1896 HA THR1896 14.978 -6.661 6.106 91 HB THR1896 HB THR1896 15.228 -9.103 7.898 92 HG1 THR1896 HG1 THR1896 14.529 -7.281 9.086 93 HG21 THR1896 HG21 THR1896 17.615 -8.480 7.964 94 HG22 THR1896 HG22 THR1896 17.297 -7.158 6.838 95 HG23 THR1896 HG23 THR1896 17.094 -8.828 6.316 96 H ASN1897 HN ASN1897 15.693 -7.342 4.170 97 HA ASN1897 HA ASN1897 14.592 -9.837 3.103 98 HB2 ASN1897 HB2 ASN1897 14.180 -7.897 1.697 99 HB3 ASN1897 HB1 ASN1897 15.885 -7.473 1.714 100 HD21 ASN1897 HD21 ASN1897 16.083 -7.560 -0.532 101 HD22 ASN1897 HD22 ASN1897 16.008 -9.009 -1.429 102 HA PRO1898 HA PRO1898 18.652 -11.493 4.055 103 HB2 PRO1898 HB2 PRO1898 18.104 -14.025 3.213 104 HB3 PRO1898 HB1 PRO1898 17.598 -13.394 4.785 105 HG2 PRO1898 HG2 PRO1898 16.031 -13.621 2.244 106 HG3 PRO1898 HG1 PRO1898 15.541 -14.029 3.901 107 HD2 PRO1898 HD2 PRO1898 14.788 -11.740 2.739 108 HD3 PRO1898 HD1 PRO1898 15.175 -11.818 4.471 109 H ALA1899 HN ALA1899 17.059 -11.409 0.968 110 HA ALA1899 HA ALA1899 19.174 -12.514 -0.564 111 HB1 ALA1899 HB1 ALA1899 16.892 -12.329 -1.450 112 HB2 ALA1899 HB2 ALA1899 18.054 -11.516 -2.500 113 HB3 ALA1899 HB3 ALA1899 17.025 -10.571 -1.423 114 H THR1900 HN THR1900 18.215 -9.141 0.060 115 HA THR1900 HA THR1900 20.648 -8.108 -1.034 116 HB THR1900 HB THR1900 18.677 -6.686 0.785 117 HG1 THR1900 HG1 THR1900 18.231 -6.012 -1.725 118 HG21 THR1900 HG21 THR1900 19.464 -4.688 -0.399 119 HG22 THR1900 HG22 THR1900 20.584 -5.684 -1.329 120 HG23 THR1900 HG23 THR1900 20.794 -5.514 0.415 121 H GLY1901 HN GLY1901 19.341 -8.735 2.223 122 HA2 GLY1901 HA2 GLY1901 20.712 -9.426 4.028 123 HA3 GLY1901 HA1 GLY1901 22.055 -8.528 3.323 124 H HIS1902 HN HIS1902 19.851 -6.488 2.761 125 HA HIS1902 HA HIS1902 20.211 -5.088 5.277 126 HB2 HIS1902 HB2 HIS1902 19.901 -4.094 2.471 127 HB3 HIS1902 HB1 HIS1902 19.449 -3.049 3.811 128 HD1 HIS1902 HD1 HIS1902 21.552 -1.627 2.677 129 HD2 HIS1902 HD2 HIS1902 22.470 -5.044 4.858 130 HE1 HIS1902 HE1 HIS1902 23.958 -1.415 3.286 131 HE2 HIS1902 HE2 HIS1902 24.217 -3.184 5.020 132 H LEU1903 HN LEU1903 18.568 -3.595 5.930 133 HA LEU1903 HA LEU1903 16.063 -4.991 6.193 134 HB2 LEU1903 HB2 LEU1903 17.103 -4.219 8.175 135 HB3 LEU1903 HB1 LEU1903 17.389 -2.636 7.495 136 HG LEU1903 HG LEU1903 14.984 -2.148 7.632 137 HD11 LEU1903 HD11 LEU1903 13.540 -3.579 8.938 138 HD12 LEU1903 HD12 LEU1903 14.784 -4.838 8.969 139 HD13 LEU1903 HD13 LEU1903 14.042 -4.343 7.436 140 HD21 LEU1903 HD21 LEU1903 16.230 -3.078 10.204 141 HD22 LEU1903 HD22 LEU1903 14.873 -1.962 10.053 142 HD23 LEU1903 HD23 LEU1903 16.459 -1.509 9.431 143 H PHE1904 HN PHE1904 14.217 -4.387 5.204 144 HA PHE1904 HA PHE1904 14.231 -1.951 3.602 145 HB2 PHE1904 HB2 PHE1904 12.447 -4.402 3.545 146 HB3 PHE1904 HB1 PHE1904 12.161 -2.960 2.592 147 HD1 PHE1904 HD2 PHE1904 15.614 -3.299 2.546 148 HD2 PHE1904 HD1 PHE1904 12.103 -5.177 1.046 149 HE1 PHE1904 HE2 PHE1904 16.910 -4.261 0.691 150 HE2 PHE1904 HE1 PHE1904 13.338 -6.116 -0.779 151 HZ PHE1904 HZ PHE1904 15.789 -5.680 -0.987 152 H ASP1905 HN ASP1905 13.065 -0.314 4.332 153 HA ASP1905 HA ASP1905 10.852 -0.860 6.201 154 HB2 ASP1905 HB2 ASP1905 12.644 1.617 6.331 155 HB3 ASP1905 HB1 ASP1905 11.263 1.237 7.343 156 H LEU1906 HN LEU1906 9.066 0.539 5.849 157 HA LEU1906 HA LEU1906 9.324 2.256 3.463 158 HB2 LEU1906 HB2 LEU1906 6.976 0.634 4.393 159 HB3 LEU1906 HB1 LEU1906 6.776 1.993 3.309 160 HG LEU1906 HG LEU1906 8.405 -0.478 2.745 161 HD11 LEU1906 HD11 LEU1906 5.790 0.516 1.644 162 HD12 LEU1906 HD12 LEU1906 6.016 -0.893 2.695 163 HD13 LEU1906 HD13 LEU1906 6.697 -0.875 1.063 164 HD21 LEU1906 HD21 LEU1906 7.801 1.931 1.031 165 HD22 LEU1906 HD22 LEU1906 8.615 0.463 0.491 166 HD23 LEU1906 HD23 LEU1906 9.377 1.499 1.694 167 H THR1907 HN THR1907 9.773 2.738 6.260 168 HA THR1907 HA THR1907 7.581 4.336 7.108 169 HB THR1907 HB THR1907 9.240 2.885 8.540 170 HG1 THR1907 HG1 THR1907 8.272 5.434 9.364 171 HG21 THR1907 HG21 THR1907 11.274 4.081 7.918 172 HG22 THR1907 HG22 THR1907 10.965 4.268 9.650 173 HG23 THR1907 HG23 THR1907 10.581 5.582 8.527 174 H SER1908 HN SER1908 10.130 4.918 4.993 175 HA SER1908 HA SER1908 10.178 7.768 5.500 176 HB2 SER1908 HB2 SER1908 12.267 6.561 4.839 177 HB3 SER1908 HB1 SER1908 11.502 6.110 3.321 178 HG SER1908 HG SER1908 12.140 8.702 4.253 179 H LEU1909 HN LEU1909 8.672 5.390 3.557 180 HA LEU1909 HA LEU1909 7.794 7.224 1.485 181 HB2 LEU1909 HB2 LEU1909 8.332 4.599 1.379 182 HB3 LEU1909 HB1 LEU1909 6.622 4.466 1.720 183 HG LEU1909 HG LEU1909 7.847 5.832 -0.664 184 HD11 LEU1909 HD11 LEU1909 6.320 3.261 -0.398 185 HD12 LEU1909 HD12 LEU1909 8.036 3.469 -0.735 186 HD13 LEU1909 HD13 LEU1909 6.826 4.049 -1.893 187 HD21 LEU1909 HD21 LEU1909 4.953 5.358 0.004 188 HD22 LEU1909 HD22 LEU1909 5.573 6.050 -1.505 189 HD23 LEU1909 HD23 LEU1909 5.774 6.915 0.025 190 H LYS1910 HN LYS1910 6.466 5.577 4.267 191 HA LYS1910 HA LYS1910 3.751 6.162 4.040 192 HB2 LYS1910 HB2 LYS1910 3.708 6.128 6.551 193 HB3 LYS1910 HB1 LYS1910 4.512 4.725 5.882 194 HG2 LYS1910 HG2 LYS1910 6.354 5.168 6.924 195 HG3 LYS1910 HG1 LYS1910 6.376 6.827 6.337 196 HD2 LYS1910 HD2 LYS1910 4.681 5.906 8.632 197 HD3 LYS1910 HD1 LYS1910 6.322 6.515 8.830 198 HE2 LYS1910 HE2 LYS1910 3.976 8.005 7.668 199 HE3 LYS1910 HE1 LYS1910 4.723 8.279 9.242 200 HZ1 LYS1910 HZ1 LYS1910 6.816 8.877 8.022 201 HZ2 LYS1910 HZ2 LYS1910 5.512 9.896 7.714 202 HZ3 LYS1910 HZ3 LYS1910 5.955 8.772 6.568 203 H ARG1911 HN ARG1911 2.495 7.787 5.117 204 HA ARG1911 HA ARG1911 3.873 10.207 5.910 205 HB2 ARG1911 HB2 ARG1911 2.427 11.641 4.549 206 HB3 ARG1911 HB1 ARG1911 3.313 10.536 3.514 207 HG2 ARG1911 HG2 ARG1911 1.280 9.111 3.408 208 HG3 ARG1911 HG1 ARG1911 0.419 10.358 4.311 209 HD2 ARG1911 HD2 ARG1911 1.783 10.694 1.657 210 HD3 ARG1911 HD1 ARG1911 0.046 10.589 1.917 211 HE ARG1911 HE ARG1911 0.211 12.679 3.166 212 HH11 ARG1911 HH11 ARG1911 2.850 11.868 0.912 213 HH12 ARG1911 HH12 ARG1911 3.299 13.485 0.620 214 HH21 ARG1911 HH21 ARG1911 0.858 14.949 2.761 215 HH22 ARG1911 HH22 ARG1911 2.160 15.266 1.714 216 H GLU1912 HN GLU1912 1.735 11.765 6.601 217 HA GLU1912 HA GLU1912 0.543 10.081 8.618 218 HB2 GLU1912 HB2 GLU1912 1.344 12.322 9.226 219 HB3 GLU1912 HB1 GLU1912 0.194 13.034 8.100 220 HG2 GLU1912 HG2 GLU1912 -1.655 12.162 9.413 221 HG3 GLU1912 HG1 GLU1912 -0.518 11.410 10.530 222 H SER1913 HN SER1913 -0.617 12.169 5.990 223 HA SER1913 HA SER1913 -3.303 11.469 6.368 224 HB2 SER1913 HB2 SER1913 -3.594 12.562 4.119 225 HB3 SER1913 HB1 SER1913 -2.826 13.547 5.368 226 HG SER1913 HG SER1913 -1.751 13.680 3.373 227 H GLY1914 HN GLY1914 -1.850 10.959 3.228 228 HA2 GLY1914 HA2 GLY1914 -1.696 8.263 3.022 229 HA3 GLY1914 HA1 GLY1914 -3.425 8.622 2.846 230 H TYR1915 HN TYR1915 -2.407 7.528 0.729 231 HA TYR1915 HA TYR1915 -1.709 9.703 -1.052 232 HB2 TYR1915 HB2 TYR1915 -1.135 6.741 -1.230 233 HB3 TYR1915 HB1 TYR1915 -0.883 7.862 -2.573 234 HD1 TYR1915 HD2 TYR1915 0.705 9.624 -2.396 235 HD2 TYR1915 HD1 TYR1915 0.351 6.698 0.596 236 HE1 TYR1915 HE2 TYR1915 2.863 10.398 -1.436 237 HE2 TYR1915 HE1 TYR1915 2.500 7.433 1.617 238 HH TYR1915 HH TYR1915 4.513 8.657 0.998 239 H THR1916 HN THR1916 -2.826 10.002 -2.813 240 HA THR1916 HA THR1916 -5.363 8.515 -3.040 241 HB THR1916 HB THR1916 -4.925 11.462 -3.473 242 HG1 THR1916 HG1 THR1916 -5.615 10.052 -1.174 243 HG21 THR1916 HG21 THR1916 -7.349 11.492 -3.787 244 HG22 THR1916 HG22 THR1916 -7.356 9.720 -3.492 245 HG23 THR1916 HG23 THR1916 -6.524 10.369 -4.892 246 H ILE1917 HN ILE1917 -5.767 7.619 -4.534 247 HA ILE1917 HA ILE1917 -4.922 8.511 -7.116 248 HB ILE1917 HB ILE1917 -4.785 6.055 -7.581 249 HG12 ILE1917 HG12 ILE1917 -4.372 6.003 -4.612 250 HG13 ILE1917 HG11 ILE1917 -5.425 4.999 -5.594 251 HG21 ILE1917 HG21 ILE1917 -2.866 7.515 -7.887 252 HG22 ILE1917 HG22 ILE1917 -2.287 6.029 -7.138 253 HG23 ILE1917 HG23 ILE1917 -2.516 7.478 -6.161 254 HD11 ILE1917 HD11 ILE1917 -2.439 4.872 -5.421 255 HD12 ILE1917 HD12 ILE1917 -3.412 3.850 -6.493 256 HD13 ILE1917 HD13 ILE1917 -3.567 3.719 -4.730 257 H THR1918 HN THR1918 -6.306 7.415 -8.719 258 HA THR1918 HA THR1918 -9.014 7.418 -7.685 259 HB THR1918 HB THR1918 -8.042 7.376 -10.564 260 HG1 THR1918 HG1 THR1918 -7.335 9.203 -9.427 261 HG21 THR1918 HG21 THR1918 -10.717 8.173 -9.373 262 HG22 THR1918 HG22 THR1918 -10.407 6.692 -10.278 263 HG23 THR1918 HG23 THR1918 -10.284 8.258 -11.080 264 H ASP1919 HN ASP1919 -10.465 5.749 -8.038 265 HA ASP1919 HA ASP1919 -9.363 3.088 -8.226 266 HB2 ASP1919 HB2 ASP1919 -11.446 2.350 -7.390 267 HB3 ASP1919 HB1 ASP1919 -11.295 3.920 -6.623 268 H SER1920 HN SER1920 -11.761 1.996 -9.587 269 HA SER1920 HA SER1920 -11.275 1.757 -12.191 270 HB2 SER1920 HB2 SER1920 -13.782 1.624 -12.520 271 HB3 SER1920 HB1 SER1920 -13.154 0.648 -11.197 272 HG SER1920 HG SER1920 -13.848 2.437 -9.738 273 H HIS1921 HN HIS1921 -12.874 4.628 -10.760 274 HA HIS1921 HA HIS1921 -11.871 6.714 -12.063 275 HB2 HIS1921 HB2 HIS1921 -12.555 5.655 -14.282 276 HB3 HIS1921 HB1 HIS1921 -14.229 5.873 -13.801 277 HD1 HIS1921 HD1 HIS1921 -11.128 7.983 -14.567 278 HD2 HIS1921 HD2 HIS1921 -15.284 8.319 -14.498 279 HE1 HIS1921 HE1 HIS1921 -11.640 10.201 -15.556 280 HE2 HIS1921 HE2 HIS1921 -14.093 10.162 -15.896 281 H ASN1922 HN ASN1922 -14.508 5.158 -10.719 282 HA ASN1922 HA ASN1922 -16.396 7.301 -10.697 283 HB2 ASN1922 HB2 ASN1922 -16.391 4.741 -9.097 284 HB3 ASN1922 HB1 ASN1922 -17.743 5.843 -9.273 285 HD21 ASN1922 HD21 ASN1922 -15.857 3.322 -10.783 286 HD22 ASN1922 HD22 ASN1922 -16.915 3.056 -12.090 287 H ARG1923 HN ARG1923 -13.934 6.151 -8.426 288 HA ARG1923 HA ARG1923 -14.640 8.328 -6.648 289 HB2 ARG1923 HB2 ARG1923 -14.909 6.833 -4.721 290 HB3 ARG1923 HB1 ARG1923 -16.125 6.545 -5.960 291 HG2 ARG1923 HG2 ARG1923 -14.482 4.720 -6.775 292 HG3 ARG1923 HG1 ARG1923 -13.809 4.865 -5.154 293 HD2 ARG1923 HD2 ARG1923 -15.427 3.095 -5.217 294 HD3 ARG1923 HD1 ARG1923 -16.030 4.422 -4.223 295 HE ARG1923 HE ARG1923 -17.634 4.896 -5.778 296 HH11 ARG1923 HH11 ARG1923 -15.392 2.629 -7.369 297 HH12 ARG1923 HH12 ARG1923 -16.565 1.823 -8.273 298 HH21 ARG1923 HH21 ARG1923 -19.309 3.818 -7.153 299 HH22 ARG1923 HH22 ARG1923 -18.849 2.529 -8.160 300 H LYS1924 HN LYS1924 -13.165 7.425 -4.433 301 HA LYS1924 HA LYS1924 -10.455 7.843 -5.475 302 HB2 LYS1924 HB2 LYS1924 -11.720 8.419 -2.820 303 HB3 LYS1924 HB1 LYS1924 -10.011 8.580 -3.149 304 HG2 LYS1924 HG2 LYS1924 -10.450 10.350 -4.734 305 HG3 LYS1924 HG1 LYS1924 -12.193 10.130 -4.527 306 HD2 LYS1924 HD2 LYS1924 -11.222 12.030 -3.186 307 HD3 LYS1924 HD1 LYS1924 -12.083 10.823 -2.226 308 HE2 LYS1924 HE2 LYS1924 -9.928 9.767 -1.662 309 HE3 LYS1924 HE1 LYS1924 -9.094 10.996 -2.605 310 HZ1 LYS1924 HZ1 LYS1924 -9.751 12.658 -1.075 311 HZ2 LYS1924 HZ2 LYS1924 -9.140 11.341 -0.167 312 HZ3 LYS1924 HZ3 LYS1924 -10.800 11.607 -0.263 313 H ILE1925 HN ILE1925 -8.812 6.503 -4.913 314 HA ILE1925 HA ILE1925 -9.353 4.382 -2.990 315 HB ILE1925 HB ILE1925 -7.023 4.680 -4.936 316 HG12 ILE1925 HG12 ILE1925 -9.339 2.742 -4.945 317 HG13 ILE1925 HG11 ILE1925 -9.114 4.077 -6.062 318 HG21 ILE1925 HG21 ILE1925 -6.373 3.579 -2.860 319 HG22 ILE1925 HG22 ILE1925 -6.390 2.417 -4.188 320 HG23 ILE1925 HG23 ILE1925 -7.713 2.444 -3.023 321 HD11 ILE1925 HD11 ILE1925 -7.082 3.011 -6.950 322 HD12 ILE1925 HD12 ILE1925 -8.465 1.932 -7.100 323 HD13 ILE1925 HD13 ILE1925 -7.283 1.681 -5.817 324 H GLU1926 HN GLU1926 -8.900 5.087 -1.122 325 HA GLU1926 HA GLU1926 -6.762 7.069 -0.717 326 HB2 GLU1926 HB2 GLU1926 -9.128 7.455 0.093 327 HB3 GLU1926 HB1 GLU1926 -8.878 6.124 1.209 328 HG2 GLU1926 HG2 GLU1926 -8.536 8.090 2.422 329 HG3 GLU1926 HG1 GLU1926 -6.938 7.408 2.124 330 H LEU1927 HN LEU1927 -4.851 6.135 -0.118 331 HA LEU1927 HA LEU1927 -4.907 4.117 1.952 332 HB2 LEU1927 HB2 LEU1927 -3.536 2.508 0.864 333 HB3 LEU1927 HB1 LEU1927 -4.999 2.644 -0.054 334 HG LEU1927 HG LEU1927 -2.258 3.709 -0.775 335 HD11 LEU1927 HD11 LEU1927 -2.383 2.060 -2.563 336 HD12 LEU1927 HD12 LEU1927 -3.931 1.498 -1.932 337 HD13 LEU1927 HD13 LEU1927 -2.465 1.320 -0.966 338 HD21 LEU1927 HD21 LEU1927 -4.817 3.842 -2.373 339 HD22 LEU1927 HD22 LEU1927 -3.211 4.264 -2.962 340 HD23 LEU1927 HD23 LEU1927 -3.952 5.214 -1.678 341 H ASN1928 HN ASN1928 -3.141 4.100 3.171 342 HA ASN1928 HA ASN1928 -1.067 6.079 2.473 343 HB2 ASN1928 HB2 ASN1928 -2.364 6.139 4.732 344 HB3 ASN1928 HB1 ASN1928 -1.409 4.728 5.151 345 HD21 ASN1928 HD21 ASN1928 -1.438 7.173 6.507 346 HD22 ASN1928 HD22 ASN1928 0.145 7.851 6.450 347 H VAL1929 HN VAL1929 1.138 5.355 2.659 348 HA VAL1929 HA VAL1929 1.384 2.584 1.950 349 HB VAL1929 HB VAL1929 3.405 4.838 2.065 350 HG11 VAL1929 HG11 VAL1929 4.444 2.655 2.602 351 HG12 VAL1929 HG12 VAL1929 5.006 3.351 1.095 352 HG13 VAL1929 HG13 VAL1929 3.841 2.018 1.064 353 HG21 VAL1929 HG21 VAL1929 3.401 4.593 -0.372 354 HG22 VAL1929 HG22 VAL1929 1.799 4.993 0.241 355 HG23 VAL1929 HG23 VAL1929 2.171 3.335 -0.242 356 H CYS1930 HN CYS1930 1.327 1.251 3.561 357 HA CYS1930 HA CYS1930 2.169 -0.050 5.209 358 HB2 CYS1930 HB2 CYS1930 4.402 0.610 4.498 359 HB3 CYS1930 HB1 CYS1930 4.304 2.073 5.463 360 H ALA1931 HN ALA1931 2.051 3.313 6.048 361 HA ALA1931 HA ALA1931 1.196 2.795 8.757 362 HB1 ALA1931 HB1 ALA1931 2.668 4.702 8.300 363 HB2 ALA1931 HB2 ALA1931 1.120 5.235 8.959 364 HB3 ALA1931 HB3 ALA1931 1.445 5.392 7.234 365 H GLU1932 HN GLU1932 -0.777 4.135 9.442 366 HA GLU1932 HA GLU1932 -2.955 3.245 7.829 367 HB2 GLU1932 HB2 GLU1932 -4.358 4.045 9.763 368 HB3 GLU1932 HB1 GLU1932 -3.219 2.776 10.136 369 HG2 GLU1932 HG2 GLU1932 -2.854 5.706 10.799 370 HG3 GLU1932 HG1 GLU1932 -3.430 4.470 11.909 371 H ALA1933 HN ALA1933 -4.403 4.450 6.795 372 HA ALA1933 HA ALA1933 -3.489 7.043 6.003 373 HB1 ALA1933 HB1 ALA1933 -4.422 5.497 4.345 374 HB2 ALA1933 HB2 ALA1933 -5.350 6.995 4.423 375 HB3 ALA1933 HB3 ALA1933 -5.973 5.532 5.186 376 H LYS1934 HN LYS1934 -3.943 8.759 7.063 377 HA LYS1934 HA LYS1934 -6.251 8.761 8.869 378 HB2 LYS1934 HB2 LYS1934 -3.846 10.586 8.801 379 HB3 LYS1934 HB1 LYS1934 -5.078 10.533 10.064 380 HG2 LYS1934 HG2 LYS1934 -4.432 8.302 10.675 381 HG3 LYS1934 HG1 LYS1934 -3.315 8.214 9.319 382 HD2 LYS1934 HD2 LYS1934 -2.052 10.103 10.358 383 HD3 LYS1934 HD1 LYS1934 -3.106 9.945 11.770 384 HE2 LYS1934 HE2 LYS1934 -1.073 8.701 12.150 385 HE3 LYS1934 HE1 LYS1934 -2.427 7.587 11.979 386 HZ1 LYS1934 HZ1 LYS1934 -0.674 6.683 10.723 387 HZ2 LYS1934 HZ2 LYS1934 -0.247 8.154 10.078 388 HZ3 LYS1934 HZ3 LYS1934 -1.670 7.383 9.539 389 H SER1935 HN SER1935 -5.589 9.579 5.831 390 HA SER1935 HA SER1935 -6.586 12.210 5.679 391 HB2 SER1935 HB2 SER1935 -6.783 11.484 3.199 392 HB3 SER1935 HB1 SER1935 -5.177 11.565 3.932 393 HG SER1935 HG SER1935 -5.836 9.590 2.695 394 H SER1936 HN SER1936 -8.059 9.322 4.197 395 HA SER1936 HA SER1936 -10.675 10.412 4.969 396 HB2 SER1936 HB2 SER1936 -10.027 8.384 2.820 397 HB3 SER1936 HB1 SER1936 -11.619 9.070 3.152 398 HG SER1936 HG SER1936 -9.473 10.136 1.792 399 H CYS1937 HN CYS1937 -8.567 7.670 5.363 400 HA CYS1937 HA CYS1937 -10.613 6.053 6.643 401 HB2 CYS1937 HB2 CYS1937 -7.630 5.535 6.698 402 HB3 CYS1937 HB1 CYS1937 -8.933 4.362 6.752 403 H ALA1938 HN ALA1938 -9.192 5.118 8.964 404 HA ALA1938 HA ALA1938 -8.464 7.636 10.254 405 HB1 ALA1938 HB1 ALA1938 -10.067 5.442 11.536 406 HB2 ALA1938 HB2 ALA1938 -10.680 7.043 11.072 407 HB3 ALA1938 HB3 ALA1938 -9.444 6.873 12.334 408 H ASN1939 HN ASN1939 -8.531 4.477 11.772 409 HA ASN1939 HA ASN1939 -5.686 4.666 11.851 410 HB2 ASN1939 HB2 ASN1939 -6.803 5.298 13.986 411 HB3 ASN1939 HB1 ASN1939 -7.355 3.632 14.121 412 HD21 ASN1939 HD21 ASN1939 -4.647 5.753 14.141 413 HD22 ASN1939 HD22 ASN1939 -3.535 4.673 14.887 414 H GLY1940 HN GLY1940 -8.483 2.590 11.853 415 HA2 GLY1940 HA2 GLY1940 -6.951 0.146 11.947 416 HA3 GLY1940 HA1 GLY1940 -8.695 0.286 11.841 417 H ALA1941 HN ALA1941 -8.151 2.146 9.419 418 HA ALA1941 HA ALA1941 -7.793 -0.070 7.526 419 HB1 ALA1941 HB1 ALA1941 -9.975 1.035 7.392 420 HB2 ALA1941 HB2 ALA1941 -9.032 1.284 5.922 421 HB3 ALA1941 HB3 ALA1941 -9.171 2.580 7.110 422 H ALA1942 HN ALA1942 -6.274 0.065 5.982 423 HA ALA1942 HA ALA1942 -4.595 2.470 6.057 424 HB1 ALA1942 HB1 ALA1942 -3.905 -0.291 5.057 425 HB2 ALA1942 HB2 ALA1942 -3.398 0.407 6.597 426 HB3 ALA1942 HB3 ALA1942 -2.822 1.100 5.083 427 H VAL1943 HN VAL1943 -6.491 0.328 4.069 428 HA VAL1943 HA VAL1943 -6.283 2.280 1.897 429 HB VAL1943 HB VAL1943 -6.839 -0.685 1.566 430 HG11 VAL1943 HG11 VAL1943 -7.784 0.678 -0.179 431 HG12 VAL1943 HG12 VAL1943 -6.436 -0.265 -0.816 432 HG13 VAL1943 HG13 VAL1943 -6.224 1.451 -0.464 433 HG21 VAL1943 HG21 VAL1943 -4.585 -0.920 0.614 434 HG22 VAL1943 HG22 VAL1943 -4.541 -0.456 2.313 435 HG23 VAL1943 HG23 VAL1943 -4.230 0.747 1.065 436 H CYS1944 HN CYS1944 -8.206 3.275 1.815 437 HA CYS1944 HA CYS1944 -10.526 1.577 2.108 438 HB2 CYS1944 HB2 CYS1944 -11.766 3.307 3.344 439 HB3 CYS1944 HB1 CYS1944 -10.357 2.759 4.230 440 H ILE1945 HN ILE1945 -11.975 1.731 0.633 441 HA ILE1945 HA ILE1945 -11.499 3.538 -1.582 442 HB ILE1945 HB ILE1945 -13.605 1.373 -1.211 443 HG12 ILE1945 HG12 ILE1945 -11.379 0.413 -1.321 444 HG13 ILE1945 HG11 ILE1945 -12.257 0.061 -2.805 445 HG21 ILE1945 HG21 ILE1945 -14.377 3.057 -2.773 446 HG22 ILE1945 HG22 ILE1945 -13.998 1.559 -3.623 447 HG23 ILE1945 HG23 ILE1945 -12.876 2.919 -3.693 448 HD11 ILE1945 HD11 ILE1945 -11.025 1.826 -3.951 449 HD12 ILE1945 HD12 ILE1945 -9.934 0.630 -3.250 450 HD13 ILE1945 HD13 ILE1945 -10.154 2.193 -2.462 451 H THR1946 HN THR1946 -12.357 5.469 -1.501 452 HA THR1946 HA THR1946 -14.584 5.851 0.303 453 HB THR1946 HB THR1946 -13.722 8.326 -0.127 454 HG1 THR1946 HG1 THR1946 -11.265 6.981 -0.019 455 HG21 THR1946 HG21 THR1946 -12.450 8.080 1.958 456 HG22 THR1946 HG22 THR1946 -12.558 6.315 1.799 457 HG23 THR1946 HG23 THR1946 -14.024 7.291 2.002 458 H ASP1947 HN ASP1947 -16.445 5.882 -0.666 459 HA ASP1947 HA ASP1947 -16.644 7.585 -3.050 460 HB2 ASP1947 HB2 ASP1947 -17.327 5.144 -3.378 461 HB3 ASP1947 HB1 ASP1947 -18.605 5.424 -2.201 462 H GLY1948 HN GLY1948 -16.840 9.415 -1.884 463 HA2 GLY1948 HA2 GLY1948 -18.049 11.074 -0.861 464 HA3 GLY1948 HA1 GLY1948 -19.421 9.968 -0.765 465 HA PRO1949 HA PRO1949 -18.020 9.901 3.542 466 HB2 PRO1949 HB2 PRO1949 -20.413 9.510 4.656 467 HB3 PRO1949 HB1 PRO1949 -19.966 11.092 4.010 468 HG2 PRO1949 HG2 PRO1949 -21.709 8.983 2.812 469 HG3 PRO1949 HG1 PRO1949 -21.915 10.745 2.809 470 HD2 PRO1949 HD2 PRO1949 -20.879 9.260 0.710 471 HD3 PRO1949 HD1 PRO1949 -20.618 10.998 0.954 472 H LYS1950 HN LYS1950 -19.185 7.599 1.433 473 HA LYS1950 HA LYS1950 -19.442 5.480 3.380 474 HB2 LYS1950 HB2 LYS1950 -21.011 5.535 1.482 475 HB3 LYS1950 HB1 LYS1950 -19.665 5.418 0.362 476 HG2 LYS1950 HG2 LYS1950 -19.164 3.195 1.105 477 HG3 LYS1950 HG1 LYS1950 -20.357 3.313 2.399 478 HD2 LYS1950 HD2 LYS1950 -22.142 3.517 0.736 479 HD3 LYS1950 HD1 LYS1950 -20.948 3.408 -0.559 480 HE2 LYS1950 HE2 LYS1950 -20.364 1.175 0.094 481 HE3 LYS1950 HE1 LYS1950 -21.381 1.283 1.526 482 HZ1 LYS1950 HZ1 LYS1950 -22.409 0.033 -0.295 483 HZ2 LYS1950 HZ2 LYS1950 -22.410 1.447 -1.255 484 HZ3 LYS1950 HZ3 LYS1950 -23.309 1.402 0.154 485 H THR1951 HN THR1951 -17.715 4.665 4.147 486 HA THR1951 HA THR1951 -15.252 4.652 2.595 487 HB THR1951 HB THR1951 -15.710 4.134 5.544 488 HG1 THR1951 HG1 THR1951 -15.978 6.218 5.685 489 HG21 THR1951 HG21 THR1951 -13.320 4.673 5.738 490 HG22 THR1951 HG22 THR1951 -13.225 4.920 3.998 491 HG23 THR1951 HG23 THR1951 -13.558 3.313 4.641 492 H LEU1952 HN LEU1952 -14.899 2.771 1.545 493 HA LEU1952 HA LEU1952 -15.912 0.243 2.634 494 HB2 LEU1952 HB2 LEU1952 -16.285 0.878 0.232 495 HB3 LEU1952 HB1 LEU1952 -14.550 0.870 0.001 496 HG LEU1952 HG LEU1952 -14.553 -1.561 0.563 497 HD11 LEU1952 HD11 LEU1952 -17.544 -1.225 0.426 498 HD12 LEU1952 HD12 LEU1952 -16.605 -1.628 1.863 499 HD13 LEU1952 HD13 LEU1952 -16.681 -2.761 0.518 500 HD21 LEU1952 HD21 LEU1952 -15.476 -2.268 -1.592 501 HD22 LEU1952 HD22 LEU1952 -14.535 -0.783 -1.750 502 HD23 LEU1952 HD23 LEU1952 -16.296 -0.715 -1.749 503 H ASN1953 HN ASN1953 -14.385 -1.440 3.240 504 HA ASN1953 HA ASN1953 -11.764 -0.298 3.796 505 HB2 ASN1953 HB2 ASN1953 -13.053 -1.219 5.711 506 HB3 ASN1953 HB1 ASN1953 -13.055 -2.794 4.927 507 HD21 ASN1953 HD21 ASN1953 -11.110 -3.945 4.812 508 HD22 ASN1953 HD22 ASN1953 -9.801 -3.630 5.878 509 H ALA1954 HN ALA1954 -10.521 -0.593 2.081 510 HA ALA1954 HA ALA1954 -10.655 -3.096 0.594 511 HB1 ALA1954 HB1 ALA1954 -9.178 -0.539 -0.018 512 HB2 ALA1954 HB2 ALA1954 -10.750 -1.004 -0.669 513 HB3 ALA1954 HB3 ALA1954 -9.314 -1.938 -1.081 514 H GLY1955 HN GLY1955 -9.316 -2.398 3.261 515 HA2 GLY1955 HA2 GLY1955 -7.589 -4.400 3.505 516 HA3 GLY1955 HA1 GLY1955 -6.589 -3.163 2.744 517 H LYS1956 HN LYS1956 -7.426 -4.450 5.640 518 HA LYS1956 HA LYS1956 -7.643 -1.992 7.084 519 HB2 LYS1956 HB2 LYS1956 -7.566 -3.291 9.104 520 HB3 LYS1956 HB1 LYS1956 -8.572 -4.155 7.958 521 HG2 LYS1956 HG2 LYS1956 -6.779 -5.714 7.510 522 HG3 LYS1956 HG1 LYS1956 -5.695 -4.797 8.562 523 HD2 LYS1956 HD2 LYS1956 -7.239 -5.219 10.446 524 HD3 LYS1956 HD1 LYS1956 -8.217 -6.226 9.377 525 HE2 LYS1956 HE2 LYS1956 -6.726 -7.577 10.760 526 HE3 LYS1956 HE1 LYS1956 -6.332 -7.729 9.048 527 HZ1 LYS1956 HZ1 LYS1956 -4.402 -7.453 10.583 528 HZ2 LYS1956 HZ2 LYS1956 -4.882 -5.830 10.824 529 HZ3 LYS1956 HZ3 LYS1956 -4.472 -6.409 9.283 530 H LEU1957 HN LEU1957 -5.998 -1.477 8.813 531 HA LEU1957 HA LEU1957 -3.622 -0.912 7.500 532 HB2 LEU1957 HB2 LEU1957 -4.168 0.564 9.178 533 HB3 LEU1957 HB1 LEU1957 -4.343 -0.670 10.415 534 HG LEU1957 HG LEU1957 -1.890 -1.085 10.172 535 HD11 LEU1957 HD11 LEU1957 -1.552 -0.156 7.974 536 HD12 LEU1957 HD12 LEU1957 -0.538 0.663 9.156 537 HD13 LEU1957 HD13 LEU1957 -2.001 1.446 8.559 538 HD21 LEU1957 HD21 LEU1957 -1.265 0.858 11.458 539 HD22 LEU1957 HD22 LEU1957 -2.823 0.190 11.986 540 HD23 LEU1957 HD23 LEU1957 -2.767 1.650 10.983 541 H SER1958 HN SER1958 -2.185 -2.160 6.912 542 HA SER1958 HA SER1958 -1.323 -4.320 8.654 543 HB2 SER1958 HB2 SER1958 -0.924 -4.013 5.664 544 HB3 SER1958 HB1 SER1958 -0.662 -5.460 6.644 545 HG SER1958 HG SER1958 -3.209 -4.210 6.387 546 H LYS1959 HN LYS1959 0.296 -3.290 9.830 547 HA LYS1959 HA LYS1959 1.995 -1.333 8.572 548 HB2 LYS1959 HB2 LYS1959 0.880 -1.193 10.872 549 HB3 LYS1959 HB1 LYS1959 1.963 -2.474 11.367 550 HG2 LYS1959 HG2 LYS1959 2.976 -0.549 12.142 551 HG3 LYS1959 HG1 LYS1959 3.800 -0.984 10.625 552 HD2 LYS1959 HD2 LYS1959 3.393 1.457 10.811 553 HD3 LYS1959 HD1 LYS1959 2.666 0.704 9.396 554 HE2 LYS1959 HE2 LYS1959 1.165 2.343 10.420 555 HE3 LYS1959 HE1 LYS1959 0.481 0.728 10.482 556 HZ1 LYS1959 HZ1 LYS1959 0.179 2.045 12.518 557 HZ2 LYS1959 HZ2 LYS1959 1.846 2.039 12.807 558 HZ3 LYS1959 HZ3 LYS1959 0.989 0.608 12.836 559 H THR1960 HN THR1960 1.713 -4.579 8.925 560 HA THR1960 HA THR1960 4.394 -5.431 9.299 561 HB THR1960 HB THR1960 1.962 -6.872 8.203 562 HG1 THR1960 HG1 THR1960 2.962 -6.396 10.792 563 HG21 THR1960 HG21 THR1960 4.501 -7.938 9.467 564 HG22 THR1960 HG22 THR1960 4.085 -8.046 7.754 565 HG23 THR1960 HG23 THR1960 3.121 -8.909 8.955 566 H LEU1961 HN LEU1961 5.840 -5.880 7.715 567 HA LEU1961 HA LEU1961 5.105 -5.293 4.956 568 HB2 LEU1961 HB2 LEU1961 6.396 -3.474 6.086 569 HB3 LEU1961 HB1 LEU1961 7.666 -4.624 6.427 570 HG LEU1961 HG LEU1961 8.102 -4.865 4.034 571 HD11 LEU1961 HD11 LEU1961 5.976 -2.751 3.727 572 HD12 LEU1961 HD12 LEU1961 5.856 -4.431 3.195 573 HD13 LEU1961 HD13 LEU1961 7.024 -3.345 2.442 574 HD21 LEU1961 HD21 LEU1961 9.322 -3.185 5.318 575 HD22 LEU1961 HD22 LEU1961 8.058 -2.000 4.988 576 HD23 LEU1961 HD23 LEU1961 9.040 -2.630 3.669 577 H THR1962 HN THR1962 6.342 -6.601 3.424 578 HA THR1962 HA THR1962 7.928 -8.696 4.502 579 HB THR1962 HB THR1962 5.909 -9.771 4.949 580 HG1 THR1962 HG1 THR1962 6.252 -11.507 3.963 581 HG21 THR1962 HG21 THR1962 4.777 -8.777 2.336 582 HG22 THR1962 HG22 THR1962 4.408 -8.216 3.975 583 HG23 THR1962 HG23 THR1962 3.933 -9.842 3.479 584 H TYR1963 HN TYR1963 8.164 -10.296 2.375 585 HA TYR1963 HA TYR1963 8.688 -8.610 0.065 586 HB2 TYR1963 HB2 TYR1963 11.020 -9.415 -0.136 587 HB3 TYR1963 HB1 TYR1963 10.803 -8.488 1.340 588 HD1 TYR1963 HD2 TYR1963 10.842 -9.613 3.516 589 HD2 TYR1963 HD1 TYR1963 11.523 -11.786 -0.075 590 HE1 TYR1963 HE2 TYR1963 11.716 -11.489 4.822 591 HE2 TYR1963 HE1 TYR1963 12.401 -13.673 1.230 592 HH TYR1963 HH TYR1963 11.980 -13.831 4.602 593 H GLU1964 HN GLU1964 8.979 -9.837 -1.836 594 HA GLU1964 HA GLU1964 8.780 -12.689 -1.716 595 HB2 GLU1964 HB2 GLU1964 6.444 -12.103 -1.405 596 HB3 GLU1964 HB1 GLU1964 6.499 -11.037 -2.796 597 HG2 GLU1964 HG2 GLU1964 6.835 -12.947 -4.259 598 HG3 GLU1964 HG1 GLU1964 6.819 -14.026 -2.860 599 H ASP1965 HN ASP1965 10.063 -13.336 -3.172 600 HA ASP1965 HA ASP1965 11.343 -13.559 -5.024 601 HB2 ASP1965 HB2 ASP1965 9.042 -13.722 -6.091 602 HB3 ASP1965 HB1 ASP1965 9.169 -12.015 -6.487 603 H GLN1966 HN GLN1966 12.168 -11.672 -3.391 604 HA GLN1966 HA GLN1966 13.545 -9.953 -3.129 605 HB2 GLN1966 HB2 GLN1966 13.975 -10.400 -6.069 606 HB3 GLN1966 HB1 GLN1966 14.905 -9.217 -5.151 607 HG2 GLN1966 HG2 GLN1966 15.719 -10.947 -3.676 608 HG3 GLN1966 HG1 GLN1966 14.720 -12.145 -4.491 609 HE21 GLN1966 HE21 GLN1966 15.271 -11.248 -7.163 610 HE22 GLN1966 HE22 GLN1966 16.925 -11.622 -7.479 611 H VAL1967 HN VAL1967 10.695 -9.463 -4.306 612 HA VAL1967 HA VAL1967 11.023 -6.569 -4.686 613 HB VAL1967 HB VAL1967 8.583 -8.330 -5.220 614 HG11 VAL1967 HG11 VAL1967 7.951 -6.033 -4.703 615 HG12 VAL1967 HG12 VAL1967 7.652 -6.397 -6.405 616 HG13 VAL1967 HG13 VAL1967 9.059 -5.439 -5.940 617 HG21 VAL1967 HG21 VAL1967 9.048 -7.988 -7.602 618 HG22 VAL1967 HG22 VAL1967 10.365 -8.835 -6.789 619 HG23 VAL1967 HG23 VAL1967 10.527 -7.124 -7.181 620 H LEU1968 HN LEU1968 9.764 -5.182 -3.290 621 HA LEU1968 HA LEU1968 9.324 -6.342 -0.687 622 HB2 LEU1968 HB2 LEU1968 10.452 -4.147 -0.991 623 HB3 LEU1968 HB1 LEU1968 8.982 -3.518 -1.706 624 HG LEU1968 HG LEU1968 7.822 -3.896 0.449 625 HD11 LEU1968 HD11 LEU1968 9.089 -4.364 2.424 626 HD12 LEU1968 HD12 LEU1968 10.576 -4.408 1.507 627 HD13 LEU1968 HD13 LEU1968 9.356 -5.673 1.265 628 HD21 LEU1968 HD21 LEU1968 8.733 -1.728 -0.136 629 HD22 LEU1968 HD22 LEU1968 10.288 -2.183 0.565 630 HD23 LEU1968 HD23 LEU1968 8.866 -2.024 1.598 631 H LYS1969 HN LYS1969 7.329 -6.741 0.138 632 HA LYS1969 HA LYS1969 5.050 -6.084 -1.609 633 HB2 LYS1969 HB2 LYS1969 5.501 -8.773 -0.284 634 HB3 LYS1969 HB1 LYS1969 4.127 -8.322 -1.282 635 HG2 LYS1969 HG2 LYS1969 6.985 -8.469 -2.241 636 HG3 LYS1969 HG1 LYS1969 5.774 -9.729 -2.463 637 HD2 LYS1969 HD2 LYS1969 5.359 -6.919 -3.449 638 HD3 LYS1969 HD1 LYS1969 6.207 -8.129 -4.408 639 HE2 LYS1969 HE2 LYS1969 3.428 -8.496 -3.306 640 HE3 LYS1969 HE1 LYS1969 3.765 -7.883 -4.924 641 HZ1 LYS1969 HZ1 LYS1969 3.352 -10.213 -5.074 642 HZ2 LYS1969 HZ2 LYS1969 4.400 -10.613 -3.871 643 HZ3 LYS1969 HZ3 LYS1969 4.997 -10.007 -5.337 644 H LEU1970 HN LEU1970 3.156 -5.583 -0.569 645 HA LEU1970 HA LEU1970 2.902 -6.175 2.242 646 HB2 LEU1970 HB2 LEU1970 3.972 -3.784 1.716 647 HB3 LEU1970 HB1 LEU1970 2.300 -3.391 1.355 648 HG LEU1970 HG LEU1970 3.320 -4.389 4.017 649 HD11 LEU1970 HD11 LEU1970 2.891 -2.127 4.810 650 HD12 LEU1970 HD12 LEU1970 2.507 -1.632 3.159 651 HD13 LEU1970 HD13 LEU1970 4.136 -2.181 3.561 652 HD21 LEU1970 HD21 LEU1970 0.596 -3.342 3.247 653 HD22 LEU1970 HD22 LEU1970 1.112 -3.768 4.877 654 HD23 LEU1970 HD23 LEU1970 0.986 -5.015 3.636 655 H VAL1971 HN VAL1971 0.946 -7.004 2.387 656 HA VAL1971 HA VAL1971 -1.011 -6.180 0.399 657 HB VAL1971 HB VAL1971 -2.100 -8.442 0.842 658 HG11 VAL1971 HG11 VAL1971 -0.773 -7.992 -1.165 659 HG12 VAL1971 HG12 VAL1971 -0.527 -9.648 -0.607 660 HG13 VAL1971 HG13 VAL1971 0.699 -8.419 -0.291 661 HG21 VAL1971 HG21 VAL1971 -0.999 -8.942 2.958 662 HG22 VAL1971 HG22 VAL1971 0.564 -8.937 2.145 663 HG23 VAL1971 HG23 VAL1971 -0.620 -10.199 1.765 664 H TYR1972 HN TYR1972 -2.774 -5.271 1.069 665 HA TYR1972 HA TYR1972 -3.161 -5.106 3.955 666 HB2 TYR1972 HB2 TYR1972 -4.397 -3.322 1.781 667 HB3 TYR1972 HB1 TYR1972 -4.567 -3.137 3.520 668 HD1 TYR1972 HD2 TYR1972 -2.720 -2.245 4.879 669 HD2 TYR1972 HD1 TYR1972 -2.359 -2.758 0.651 670 HE1 TYR1972 HE2 TYR1972 -0.723 -0.852 4.873 671 HE2 TYR1972 HE1 TYR1972 -0.347 -1.356 0.658 672 HH TYR1972 HH TYR1972 1.244 -0.641 3.484 673 H GLU1973 HN GLU1973 -4.185 -6.834 4.441 674 HA GLU1973 HA GLU1973 -6.372 -7.813 2.744 675 HB2 GLU1973 HB2 GLU1973 -5.043 -9.157 5.080 676 HB3 GLU1973 HB1 GLU1973 -6.085 -9.883 3.867 677 HG2 GLU1973 HG2 GLU1973 -3.395 -8.669 3.270 678 HG3 GLU1973 HG1 GLU1973 -3.592 -10.362 3.691 679 H ASP1974 HN ASP1974 -8.073 -8.886 4.033 680 HA ASP1974 HA ASP1974 -9.693 -9.119 5.524 681 HB2 ASP1974 HB2 ASP1974 -7.901 -9.791 6.999 682 HB3 ASP1974 HB1 ASP1974 -7.652 -8.132 7.508 683 H GLY1975 HN GLY1975 -11.422 -8.230 6.239 684 HA2 GLY1975 HA2 GLY1975 -12.006 -5.971 7.571 685 HA3 GLY1975 HA1 GLY1975 -11.751 -5.360 5.936 686 H ASP1976 HN ASP1976 -13.541 -5.184 4.780 687 HA ASP1976 HA ASP1976 -15.817 -6.764 5.496 688 HB2 ASP1976 HB2 ASP1976 -16.976 -5.595 3.588 689 HB3 ASP1976 HB1 ASP1976 -16.332 -4.505 4.797 690 HA PRO1977 HA PRO1977 -14.697 -10.145 3.046 691 HB2 PRO1977 HB2 PRO1977 -16.999 -11.511 3.043 692 HB3 PRO1977 HB1 PRO1977 -16.057 -11.285 4.521 693 HG2 PRO1977 HG2 PRO1977 -18.464 -9.775 3.570 694 HG3 PRO1977 HG1 PRO1977 -18.119 -10.424 5.183 695 HD2 PRO1977 HD2 PRO1977 -17.725 -7.821 4.528 696 HD3 PRO1977 HD1 PRO1977 -16.735 -8.673 5.730 697 H CYS1978 HN CYS1978 -15.522 -11.499 1.217 698 HA CYS1978 HA CYS1978 -17.026 -10.049 -0.812 699 HB2 CYS1978 HB2 CYS1978 -14.309 -11.348 -1.239 700 HB3 CYS1978 HB1 CYS1978 -15.276 -10.531 -2.460 701 HA PRO1979 HA PRO1979 -18.882 -14.077 -1.492 702 HB2 PRO1979 HB2 PRO1979 -17.988 -13.954 -4.342 703 HB3 PRO1979 HB1 PRO1979 -19.602 -14.249 -3.682 704 HG2 PRO1979 HG2 PRO1979 -19.003 -11.896 -4.746 705 HG3 PRO1979 HG1 PRO1979 -19.996 -12.001 -3.280 706 HD2 PRO1979 HD2 PRO1979 -17.128 -11.226 -3.579 707 HD3 PRO1979 HD1 PRO1979 -18.359 -10.584 -2.476 708 H THR1980 HN THR1980 -15.603 -13.665 -2.992 709 HA THR1980 HA THR1980 -15.044 -16.383 -2.976 710 HB THR1980 HB THR1980 -12.842 -15.152 -3.493 711 HG1 THR1980 HG1 THR1980 -13.017 -13.078 -3.189 712 HG21 THR1980 HG21 THR1980 -15.268 -14.881 -5.286 713 HG22 THR1980 HG22 THR1980 -14.240 -16.313 -5.181 714 HG23 THR1980 HG23 THR1980 -13.593 -14.804 -5.829 715 H ASP1981 HN ASP1981 -14.155 -13.454 -1.291 716 HA ASP1981 HA ASP1981 -12.238 -14.784 0.363 717 HB2 ASP1981 HB2 ASP1981 -12.929 -11.866 0.084 718 HB3 ASP1981 HB1 ASP1981 -11.637 -12.487 1.116 719 H LEU1982 HN LEU1982 -14.410 -15.802 0.998 720 HA LEU1982 HA LEU1982 -15.356 -14.750 3.574 721 HB2 LEU1982 HB2 LEU1982 -16.029 -17.288 2.097 722 HB3 LEU1982 HB1 LEU1982 -16.829 -16.690 3.534 723 HG LEU1982 HG LEU1982 -16.816 -15.230 0.912 724 HD11 LEU1982 HD11 LEU1982 -17.800 -17.415 0.690 725 HD12 LEU1982 HD12 LEU1982 -19.033 -16.151 0.591 726 HD13 LEU1982 HD13 LEU1982 -18.849 -17.114 2.076 727 HD21 LEU1982 HD21 LEU1982 -17.248 -13.871 2.876 728 HD22 LEU1982 HD22 LEU1982 -18.490 -15.008 3.403 729 HD23 LEU1982 HD23 LEU1982 -18.725 -14.065 1.926 730 H LYS1983 HN LYS1983 -14.057 -17.690 2.187 731 HA LYS1983 HA LYS1983 -13.047 -18.663 4.754 732 HB2 LYS1983 HB2 LYS1983 -12.879 -20.822 3.597 733 HB3 LYS1983 HB1 LYS1983 -14.486 -20.119 3.416 734 HG2 LYS1983 HG2 LYS1983 -13.925 -19.337 1.218 735 HG3 LYS1983 HG1 LYS1983 -12.302 -20.013 1.384 736 HD2 LYS1983 HD2 LYS1983 -13.650 -21.542 0.075 737 HD3 LYS1983 HD1 LYS1983 -13.318 -22.265 1.645 738 HE2 LYS1983 HE2 LYS1983 -15.540 -21.581 2.423 739 HE3 LYS1983 HE1 LYS1983 -15.867 -20.855 0.851 740 HZ1 LYS1983 HZ1 LYS1983 -15.572 -23.072 -0.138 741 HZ2 LYS1983 HZ2 LYS1983 -16.865 -23.024 0.947 742 HZ3 LYS1983 HZ3 LYS1983 -15.396 -23.735 1.403 743 H MET1984 HN MET1984 -11.799 -16.497 3.080 744 HA MET1984 HA MET1984 -9.138 -17.253 3.166 745 HB2 MET1984 HB2 MET1984 -8.767 -16.582 0.747 746 HB3 MET1984 HB1 MET1984 -9.594 -18.123 0.910 747 HG2 MET1984 HG2 MET1984 -11.749 -16.937 0.506 748 HG3 MET1984 HG1 MET1984 -10.830 -15.467 0.242 749 HE1 MET1984 HE1 MET1984 -8.344 -16.244 -1.425 750 HE2 MET1984 HE2 MET1984 -9.433 -14.929 -1.874 751 HE3 MET1984 HE3 MET1984 -8.961 -16.123 -3.074 752 H LYS1985 HN LYS1985 -8.058 -15.283 3.156 753 HA LYS1985 HA LYS1985 -9.819 -12.951 3.351 754 HB2 LYS1985 HB2 LYS1985 -7.743 -13.683 5.427 755 HB3 LYS1985 HB1 LYS1985 -8.677 -12.190 5.402 756 HG2 LYS1985 HG2 LYS1985 -10.735 -13.453 5.666 757 HG3 LYS1985 HG1 LYS1985 -9.826 -14.960 5.643 758 HD2 LYS1985 HD2 LYS1985 -8.633 -14.201 7.675 759 HD3 LYS1985 HD1 LYS1985 -9.675 -12.771 7.703 760 HE2 LYS1985 HE2 LYS1985 -11.644 -14.199 7.868 761 HE3 LYS1985 HE1 LYS1985 -10.614 -15.632 7.827 762 HZ1 LYS1985 HZ1 LYS1985 -10.736 -13.559 9.927 763 HZ2 LYS1985 HZ2 LYS1985 -9.550 -14.770 9.872 764 HZ3 LYS1985 HZ3 LYS1985 -11.164 -15.198 10.065 765 H HIS1986 HN HIS1986 -9.160 -12.075 1.527 766 HA HIS1986 HA HIS1986 -6.494 -10.972 1.507 767 HB2 HIS1986 HB2 HIS1986 -6.251 -12.928 0.155 768 HB3 HIS1986 HB1 HIS1986 -7.805 -12.676 -0.615 769 HD1 HIS1986 HD1 HIS1986 -4.618 -10.596 -0.349 770 HD2 HIS1986 HD2 HIS1986 -7.444 -11.867 -3.099 771 HE1 HIS1986 HE1 HIS1986 -3.884 -9.641 -2.562 772 HE2 HIS1986 HE2 HIS1986 -5.891 -10.136 -4.064 773 H LYS1987 HN LYS1987 -6.428 -8.952 0.434 774 HA LYS1987 HA LYS1987 -8.911 -8.043 -0.763 775 HB2 LYS1987 HB2 LYS1987 -8.731 -7.546 1.805 776 HB3 LYS1987 HB1 LYS1987 -7.599 -6.307 1.298 777 HG2 LYS1987 HG2 LYS1987 -9.670 -5.245 1.535 778 HG3 LYS1987 HG1 LYS1987 -9.426 -5.430 -0.200 779 HD2 LYS1987 HD2 LYS1987 -10.886 -7.373 -0.224 780 HD3 LYS1987 HD1 LYS1987 -11.082 -7.270 1.530 781 HE2 LYS1987 HE2 LYS1987 -12.050 -5.002 1.220 782 HE3 LYS1987 HE1 LYS1987 -11.961 -5.245 -0.521 783 HZ1 LYS1987 HZ1 LYS1987 -14.145 -5.723 0.274 784 HZ2 LYS1987 HZ2 LYS1987 -13.605 -6.791 1.416 785 HZ3 LYS1987 HZ3 LYS1987 -13.484 -7.190 -0.227 786 H SER1988 HN SER1988 -6.050 -6.198 0.372 787 HA SER1988 HA SER1988 -5.810 -5.216 -2.358 788 HB2 SER1988 HB2 SER1988 -6.215 -3.579 -0.554 789 HB3 SER1988 HB1 SER1988 -4.722 -4.129 0.223 790 HG SER1988 HG SER1988 -5.038 -2.276 -1.590 791 H TYR1989 HN TYR1989 -3.809 -5.137 -3.376 792 HA TYR1989 HA TYR1989 -1.744 -6.852 -2.213 793 HB2 TYR1989 HB2 TYR1989 -3.279 -7.981 -3.927 794 HB3 TYR1989 HB1 TYR1989 -2.608 -6.867 -5.102 795 HD1 TYR1989 HD2 TYR1989 -1.870 -9.665 -2.880 796 HD2 TYR1989 HD1 TYR1989 -0.448 -7.225 -6.036 797 HE1 TYR1989 HE2 TYR1989 -0.027 -11.262 -3.269 798 HE2 TYR1989 HE1 TYR1989 1.395 -8.795 -6.441 799 HH TYR1989 HH TYR1989 1.530 -11.901 -4.944 800 H PHE1990 HN PHE1990 -0.226 -5.237 -1.826 801 HA PHE1990 HA PHE1990 0.211 -3.310 -3.986 802 HB2 PHE1990 HB2 PHE1990 -0.493 -2.684 -1.501 803 HB3 PHE1990 HB1 PHE1990 1.200 -2.948 -1.189 804 HD1 PHE1990 HD2 PHE1990 2.287 -1.825 -3.825 805 HD2 PHE1990 HD1 PHE1990 -0.655 -0.378 -1.119 806 HE1 PHE1990 HE2 PHE1990 2.721 0.466 -4.585 807 HE2 PHE1990 HE1 PHE1990 -0.224 1.922 -1.883 808 HZ PHE1990 HZ PHE1990 1.468 2.345 -3.615 809 H SER1991 HN SER1991 2.049 -3.500 -5.032 810 HA SER1991 HA SER1991 4.255 -5.012 -3.834 811 HB2 SER1991 HB2 SER1991 3.672 -4.410 -6.746 812 HB3 SER1991 HB1 SER1991 4.965 -5.446 -6.132 813 HG SER1991 HG SER1991 2.265 -5.983 -6.439 814 H PHE1992 HN PHE1992 6.114 -3.909 -3.389 815 HA PHE1992 HA PHE1992 6.379 -1.194 -4.463 816 HB2 PHE1992 HB2 PHE1992 7.444 -2.281 -1.817 817 HB3 PHE1992 HB1 PHE1992 7.688 -0.643 -2.397 818 HD1 PHE1992 HD1 PHE1992 5.309 -2.977 -0.927 819 HD2 PHE1992 HD2 PHE1992 5.957 0.979 -2.351 820 HE1 PHE1992 HE1 PHE1992 3.281 -2.226 0.242 821 HE2 PHE1992 HE2 PHE1992 3.932 1.733 -1.187 822 HZ PHE1992 HZ PHE1992 2.591 0.130 0.113 823 H VAL1993 HN VAL1993 7.873 -1.140 -5.930 824 HA VAL1993 HA VAL1993 10.205 -2.864 -5.606 825 HB VAL1993 HB VAL1993 8.946 -3.938 -7.342 826 HG11 VAL1993 HG11 VAL1993 7.407 -2.173 -7.874 827 HG12 VAL1993 HG12 VAL1993 8.149 -2.798 -9.349 828 HG13 VAL1993 HG13 VAL1993 8.685 -1.259 -8.670 829 HG21 VAL1993 HG21 VAL1993 10.377 -3.738 -9.324 830 HG22 VAL1993 HG22 VAL1993 11.336 -3.772 -7.838 831 HG23 VAL1993 HG23 VAL1993 11.046 -2.242 -8.673 832 H CYS1994 HN CYS1994 12.168 -1.941 -5.909 833 HA CYS1994 HA CYS1994 12.284 0.796 -5.635 834 HB2 CYS1994 HB2 CYS1994 14.818 0.100 -6.053 835 HB3 CYS1994 HB1 CYS1994 13.944 -0.175 -4.545 836 H LYS1995 HN LYS1995 12.104 2.291 -7.014 837 HA LYS1995 HA LYS1995 12.812 1.912 -9.859 838 HB2 LYS1995 HB2 LYS1995 10.511 2.722 -9.015 839 HB3 LYS1995 HB1 LYS1995 11.335 4.195 -8.568 840 HG2 LYS1995 HG2 LYS1995 10.242 4.582 -10.628 841 HG3 LYS1995 HG1 LYS1995 11.965 4.460 -10.981 842 HD2 LYS1995 HD2 LYS1995 11.726 2.307 -11.911 843 HD3 LYS1995 HD1 LYS1995 10.123 2.095 -11.213 844 HE2 LYS1995 HE2 LYS1995 9.914 2.510 -13.593 845 HE3 LYS1995 HE1 LYS1995 9.268 3.882 -12.701 846 HZ1 LYS1995 HZ1 LYS1995 11.415 5.031 -13.128 847 HZ2 LYS1995 HZ2 LYS1995 10.550 4.676 -14.510 848 HZ3 LYS1995 HZ3 LYS1995 11.876 3.722 -14.114 849 H SER1996 HN SER1996 14.169 3.630 -10.802 850 HA SER1996 HA SER1996 16.023 4.664 -8.877 851 HB2 SER1996 HB2 SER1996 16.666 3.580 -11.096 852 HB3 SER1996 HB1 SER1996 16.053 5.029 -11.887 853 HG SER1996 HG SER1996 18.083 4.923 -9.917 854 H ASP1997 HN ASP1997 13.386 5.862 -10.895 855 HA ASP1997 HA ASP1997 14.045 8.588 -10.057 856 HB2 ASP1997 HB2 ASP1997 12.590 9.435 -11.789 857 HB3 ASP1997 HB1 ASP1997 13.581 8.179 -12.510 858 H ALA1998 HN ALA1998 11.023 6.584 -10.275 859 HA ALA1998 HA ALA1998 9.374 6.211 -8.911 860 HB1 ALA1998 HB1 ALA1998 9.681 6.421 -6.522 861 HB2 ALA1998 HB2 ALA1998 11.102 7.445 -6.789 862 HB3 ALA1998 HB3 ALA1998 11.123 5.755 -7.298 863 H GLY1999 HN GLY1999 9.534 8.630 -10.433 864 HA2 GLY1999 HA2 GLY1999 8.230 10.475 -10.794 865 HA3 GLY1999 HA1 GLY1999 7.141 9.807 -9.586 866 H ASP2000 HN ASP2000 10.438 10.690 -9.050 867 HA ASP2000 HA ASP2000 11.525 12.280 -7.897 868 HB2 ASP2000 HB2 ASP2000 10.301 14.025 -9.028 869 HB3 ASP2000 HB1 ASP2000 8.898 13.774 -8.003 870 H ASP2001 HN ASP2001 8.329 12.083 -6.556 871 HA ASP2001 HA ASP2001 9.558 11.701 -3.899 872 HB2 ASP2001 HB2 ASP2001 8.271 13.798 -4.009 873 HB3 ASP2001 HB1 ASP2001 6.857 12.905 -4.553 874 H SER2002 HN SER2002 6.163 11.167 -4.669 875 HA SER2002 HA SER2002 6.420 8.387 -4.944 876 HB2 SER2002 HB2 SER2002 5.155 7.839 -2.833 877 HB3 SER2002 HB1 SER2002 6.802 8.398 -2.566 878 HG SER2002 HG SER2002 5.790 10.545 -2.256 879 H GLN2003 HN GLN2003 4.911 7.885 -6.247 880 HA GLN2003 HA GLN2003 2.303 8.946 -5.907 881 HB2 GLN2003 HB2 GLN2003 2.103 9.396 -8.394 882 HB3 GLN2003 HB1 GLN2003 3.153 10.493 -7.516 883 HG2 GLN2003 HG2 GLN2003 5.152 9.286 -8.389 884 HG3 GLN2003 HG1 GLN2003 4.109 8.161 -9.218 885 HE21 GLN2003 HE21 GLN2003 2.878 8.880 -10.947 886 HE22 GLN2003 HE22 GLN2003 3.301 10.296 -11.835 887 HA PRO2004 HA PRO2004 1.980 4.434 -6.219 888 HB2 PRO2004 HB2 PRO2004 -0.905 5.045 -5.994 889 HB3 PRO2004 HB1 PRO2004 0.102 3.971 -5.017 890 HG2 PRO2004 HG2 PRO2004 -0.730 6.333 -4.064 891 HG3 PRO2004 HG1 PRO2004 0.930 5.636 -3.765 892 HD2 PRO2004 HD2 PRO2004 0.060 7.811 -5.633 893 HD3 PRO2004 HD1 PRO2004 1.477 7.745 -4.566 894 H VAL2005 HN VAL2005 1.661 3.062 -7.908 895 HA VAL2005 HA VAL2005 0.120 4.051 -10.174 896 HB VAL2005 HB VAL2005 2.139 1.774 -10.052 897 HG11 VAL2005 HG11 VAL2005 0.757 3.002 -12.436 898 HG12 VAL2005 HG12 VAL2005 0.463 1.395 -11.772 899 HG13 VAL2005 HG13 VAL2005 2.022 1.776 -12.504 900 HG21 VAL2005 HG21 VAL2005 3.235 3.927 -9.776 901 HG22 VAL2005 HG22 VAL2005 2.436 4.538 -11.226 902 HG23 VAL2005 HG23 VAL2005 3.619 3.236 -11.352 903 H PHE2006 HN PHE2006 -1.815 3.231 -10.376 904 HA PHE2006 HA PHE2006 -2.407 0.765 -8.944 905 HB2 PHE2006 HB2 PHE2006 -4.827 1.394 -9.244 906 HB3 PHE2006 HB1 PHE2006 -3.907 2.511 -8.250 907 HD1 PHE2006 HD1 PHE2006 -5.594 2.027 -11.478 908 HD2 PHE2006 HD2 PHE2006 -3.561 4.775 -8.952 909 HE1 PHE2006 HE1 PHE2006 -6.381 3.892 -12.878 910 HE2 PHE2006 HE2 PHE2006 -4.339 6.644 -10.346 911 HZ PHE2006 HZ PHE2006 -5.749 6.205 -12.311 912 H LEU2007 HN LEU2007 -3.083 -1.010 -9.922 913 HA LEU2007 HA LEU2007 -2.820 -1.032 -12.809 914 HB2 LEU2007 HB2 LEU2007 -3.075 -3.263 -10.788 915 HB3 LEU2007 HB1 LEU2007 -3.108 -3.549 -12.510 916 HG LEU2007 HG LEU2007 -0.772 -2.628 -12.636 917 HD11 LEU2007 HD11 LEU2007 0.558 -2.496 -10.600 918 HD12 LEU2007 HD12 LEU2007 -0.893 -2.758 -9.635 919 HD13 LEU2007 HD13 LEU2007 -0.736 -1.297 -10.608 920 HD21 LEU2007 HD21 LEU2007 -1.202 -5.015 -10.853 921 HD22 LEU2007 HD22 LEU2007 0.283 -4.639 -11.724 922 HD23 LEU2007 HD23 LEU2007 -1.194 -5.012 -12.616 923 H SER2008 HN SER2008 -5.118 -2.333 -10.405 924 HA SER2008 HA SER2008 -7.360 -1.193 -11.640 925 HB2 SER2008 HB2 SER2008 -8.421 -3.272 -12.458 926 HB3 SER2008 HB1 SER2008 -6.944 -2.921 -13.353 927 HG SER2008 HG SER2008 -7.594 -5.045 -11.771 928 H PHE2009 HN PHE2009 -9.303 -1.824 -10.481 929 HA PHE2009 HA PHE2009 -8.781 -3.281 -7.986 930 HB2 PHE2009 HB2 PHE2009 -9.602 -0.896 -7.698 931 HB3 PHE2009 HB1 PHE2009 -11.051 -1.334 -8.593 932 HD1 PHE2009 HD2 PHE2009 -12.518 -3.234 -7.584 933 HD2 PHE2009 HD1 PHE2009 -9.523 -1.159 -5.392 934 HE1 PHE2009 HE2 PHE2009 -13.563 -3.962 -5.485 935 HE2 PHE2009 HE1 PHE2009 -10.576 -1.883 -3.285 936 HZ PHE2009 HZ PHE2009 -12.598 -3.280 -3.332 937 H ASP2010 HN ASP2010 -9.550 -5.272 -8.117 938 HA ASP2010 HA ASP2010 -11.827 -5.743 -9.900 939 HB2 ASP2010 HB2 ASP2010 -9.362 -7.360 -9.449 940 HB3 ASP2010 HB1 ASP2010 -10.845 -8.135 -9.977 941 H GLU2011 HN GLU2011 -13.454 -6.950 -9.177 942 HA GLU2011 HA GLU2011 -13.402 -7.466 -6.326 943 HB2 GLU2011 HB2 GLU2011 -15.863 -7.703 -6.461 944 HB3 GLU2011 HB1 GLU2011 -15.301 -6.150 -7.043 945 HG2 GLU2011 HG2 GLU2011 -16.100 -8.466 -8.793 946 HG3 GLU2011 HG1 GLU2011 -17.150 -7.117 -8.368 947 H GLN2012 HN GLN2012 -12.514 -9.131 -8.869 948 HA GLN2012 HA GLN2012 -13.687 -11.625 -8.875 949 HB2 GLN2012 HB2 GLN2012 -11.816 -10.856 -10.343 950 HB3 GLN2012 HB1 GLN2012 -10.723 -11.088 -8.987 951 HG2 GLN2012 HG2 GLN2012 -11.362 -13.483 -8.957 952 HG3 GLN2012 HG1 GLN2012 -12.314 -13.200 -10.414 953 HE21 GLN2012 HE21 GLN2012 -11.238 -12.621 -12.307 954 HE22 GLN2012 HE22 GLN2012 -9.571 -12.985 -12.557 955 H THR2013 HN THR2013 -10.996 -10.538 -6.888 956 HA THR2013 HA THR2013 -11.992 -12.051 -4.651 957 HB THR2013 HB THR2013 -10.392 -13.602 -5.604 958 HG1 THR2013 HG1 THR2013 -10.101 -12.800 -3.179 959 HG21 THR2013 HG21 THR2013 -9.171 -12.122 -7.079 960 HG22 THR2013 HG22 THR2013 -8.041 -13.028 -6.072 961 HG23 THR2013 HG23 THR2013 -8.403 -11.341 -5.697 962 H CYS2014 HN CYS2014 -12.166 -9.422 -5.477 963 HA CYS2014 HA CYS2014 -11.994 -7.273 -4.846 964 HB2 CYS2014 HB2 CYS2014 -11.566 -8.659 -2.224 965 HB3 CYS2014 HB1 CYS2014 -11.826 -6.925 -2.379 966 H THR2015 HN THR2015 -9.556 -8.283 -5.880 967 HA THR2015 HA THR2015 -7.520 -7.317 -4.105 968 HB THR2015 HB THR2015 -7.219 -8.443 -6.881 969 HG1 THR2015 HG1 THR2015 -8.071 -9.580 -4.704 970 HG21 THR2015 HG21 THR2015 -5.296 -7.127 -6.061 971 HG22 THR2015 HG22 THR2015 -4.918 -8.846 -6.152 972 HG23 THR2015 HG23 THR2015 -5.267 -8.102 -4.591 973 H SER2016 HN SER2016 -7.017 -5.426 -3.970 974 HA SER2016 HA SER2016 -7.345 -3.534 -6.121 975 HB2 SER2016 HB2 SER2016 -6.084 -3.196 -3.392 976 HB3 SER2016 HB1 SER2016 -6.756 -1.939 -4.431 977 HG SER2016 HG SER2016 -8.523 -3.942 -3.805 978 H TYR2017 HN TYR2017 -5.766 -3.983 -7.662 979 HA TYR2017 HA TYR2017 -3.161 -4.968 -6.855 980 HB2 TYR2017 HB2 TYR2017 -4.227 -4.275 -9.607 981 HB3 TYR2017 HB1 TYR2017 -2.686 -5.047 -9.283 982 HD1 TYR2017 HD1 TYR2017 -6.326 -5.487 -9.326 983 HD2 TYR2017 HD2 TYR2017 -2.575 -7.407 -8.748 984 HE1 TYR2017 HE1 TYR2017 -7.424 -7.677 -9.484 985 HE2 TYR2017 HE2 TYR2017 -3.675 -9.606 -8.899 986 HH TYR2017 HH TYR2017 -6.988 -9.885 -9.899 987 H PHE2018 HN PHE2018 -1.737 -3.529 -6.104 988 HA PHE2018 HA PHE2018 -1.461 -1.015 -7.597 989 HB2 PHE2018 HB2 PHE2018 -1.037 -1.364 -4.624 990 HB3 PHE2018 HB1 PHE2018 -0.825 0.121 -5.538 991 HD1 PHE2018 HD2 PHE2018 -3.112 0.517 -7.087 992 HD2 PHE2018 HD1 PHE2018 -2.826 -1.318 -3.266 993 HE1 PHE2018 HE2 PHE2018 -5.462 1.071 -6.652 994 HE2 PHE2018 HE1 PHE2018 -5.169 -0.756 -2.820 995 HZ PHE2018 HZ PHE2018 -6.486 0.443 -4.510 996 H SER2019 HN SER2019 0.617 -0.268 -7.847 997 HA SER2019 HA SER2019 2.780 -1.865 -6.789 998 HB2 SER2019 HB2 SER2019 2.269 -2.830 -9.021 999 HB3 SER2019 HB1 SER2019 2.413 -1.227 -9.739 1000 HG SER2019 HG SER2019 4.288 -2.900 -9.611 1001 H TRP2020 HN TRP2020 4.238 -0.461 -6.025 1002 HA TRP2020 HA TRP2020 4.302 2.052 -7.415 1003 HB2 TRP2020 HB2 TRP2020 3.230 2.466 -5.233 1004 HB3 TRP2020 HB1 TRP2020 4.678 1.873 -4.421 1005 HD1 TRP2020 HD1 TRP2020 5.092 4.281 -3.276 1006 HE1 TRP2020 HE1 TRP2020 6.107 6.473 -4.210 1007 HE3 TRP2020 HE3 TRP2020 4.760 3.380 -8.332 1008 HZ2 TRP2020 HZ2 TRP2020 6.746 7.593 -6.671 1009 HZ3 TRP2020 HZ3 TRP2020 5.609 5.069 -9.881 1010 HH2 TRP2020 HH2 TRP2020 6.582 7.134 -9.065 1011 H HIS2021 HN HIS2021 5.965 2.162 -8.446 1012 HA HIS2021 HA HIS2021 8.453 0.865 -7.896 1013 HB2 HIS2021 HB2 HIS2021 7.871 3.117 -9.843 1014 HB3 HIS2021 HB1 HIS2021 9.215 1.998 -9.897 1015 HD1 HIS2021 HD1 HIS2021 6.341 2.716 -11.689 1016 HD2 HIS2021 HD2 HIS2021 7.947 -0.834 -10.258 1017 HE1 HIS2021 HE1 HIS2021 5.265 0.888 -13.036 1018 HE2 HIS2021 HE2 HIS2021 6.277 -1.247 -12.185 1019 H THR2022 HN THR2022 9.316 1.702 -6.026 1020 HA THR2022 HA THR2022 9.672 4.610 -5.801 1021 HB THR2022 HB THR2022 7.822 4.111 -4.359 1022 HG1 THR2022 HG1 THR2022 9.484 5.464 -3.420 1023 HG21 THR2022 HG21 THR2022 9.518 1.901 -3.169 1024 HG22 THR2022 HG22 THR2022 8.179 1.665 -4.280 1025 HG23 THR2022 HG23 THR2022 7.869 2.301 -2.678 1026 H SER2023 HN SER2023 11.552 5.206 -4.573 1027 HA SER2023 HA SER2023 13.661 3.321 -4.883 1028 HB2 SER2023 HB2 SER2023 13.701 6.056 -3.611 1029 HB3 SER2023 HB1 SER2023 15.078 5.132 -4.233 1030 HG SER2023 HG SER2023 13.934 5.177 -6.308 1031 H LEU2024 HN LEU2024 11.529 4.136 -2.275 1032 HA LEU2024 HA LEU2024 13.395 3.273 -0.221 1033 HB2 LEU2024 HB2 LEU2024 10.509 4.185 -0.003 1034 HB3 LEU2024 HB1 LEU2024 11.446 3.647 1.369 1035 HG LEU2024 HG LEU2024 11.424 6.051 1.445 1036 HD11 LEU2024 HD11 LEU2024 13.741 6.647 1.259 1037 HD12 LEU2024 HD12 LEU2024 14.062 5.163 0.363 1038 HD13 LEU2024 HD13 LEU2024 13.519 5.081 2.040 1039 HD21 LEU2024 HD21 LEU2024 10.768 6.476 -0.867 1040 HD22 LEU2024 HD22 LEU2024 12.377 6.010 -1.414 1041 HD23 LEU2024 HD23 LEU2024 12.169 7.447 -0.406 1042 H ALA2025 HN ALA2025 11.920 1.602 -2.367 1043 HA ALA2025 HA ALA2025 10.534 -0.426 -0.847 1044 HB1 ALA2025 HB1 ALA2025 9.862 0.173 -3.103 1045 HB2 ALA2025 HB2 ALA2025 10.256 -1.540 -2.955 1046 HB3 ALA2025 HB3 ALA2025 11.401 -0.426 -3.709 1047 H CYS2026 HN CYS2026 13.776 -0.220 -2.343 1048 HA CYS2026 HA CYS2026 14.398 -2.506 -0.742 1049 HB2 CYS2026 HB2 CYS2026 15.155 -3.948 -2.451 1050 HB3 CYS2026 HB1 CYS2026 13.675 -3.288 -3.121 1051 H GLU2027 HN GLU2027 17.036 -2.908 -1.353 1052 HA GLU2027 HA GLU2027 18.144 -0.319 -0.654 1053 HB2 GLU2027 HB2 GLU2027 18.838 -2.357 0.573 1054 HB3 GLU2027 HB1 GLU2027 19.433 -3.048 -0.924 1055 HG2 GLU2027 HG2 GLU2027 21.277 -2.229 0.366 1056 HG3 GLU2027 HG1 GLU2027 21.090 -1.235 -1.074 1057 H GLU2028 HN GLU2028 17.946 -2.542 -3.239 1058 HA GLU2028 HA GLU2028 19.904 -1.303 -4.949 1059 HB2 GLU2028 HB2 GLU2028 17.684 -3.147 -5.851 1060 HB3 GLU2028 HB1 GLU2028 19.278 -2.954 -6.546 1061 HG2 GLU2028 HG2 GLU2028 19.464 -5.018 -5.556 1062 HG3 GLU2028 HG1 GLU2028 20.083 -3.984 -4.278 1063 H GLU2029 HN GLU2029 18.433 -1.211 -7.412 1064 HA GLU2029 HA GLU2029 15.974 0.081 -7.251 1065 HB2 GLU2029 HB2 GLU2029 16.629 2.302 -8.081 1066 HB3 GLU2029 HB1 GLU2029 17.411 2.018 -6.538 1067 HG2 GLU2029 HG2 GLU2029 19.453 1.335 -7.827 1068 HG3 GLU2029 HG1 GLU2029 18.629 1.911 -9.273 1069 H VAL2030 HN VAL2030 15.074 0.108 -9.276 1070 HA VAL2030 HA VAL2030 16.618 -1.290 -11.290 1071 HB VAL2030 HB VAL2030 13.664 -0.562 -11.249 1072 HG11 VAL2030 HG11 VAL2030 15.183 -2.403 -13.102 1073 HG12 VAL2030 HG12 VAL2030 14.521 -0.825 -13.521 1074 HG13 VAL2030 HG13 VAL2030 13.437 -2.151 -13.096 1075 HG21 VAL2030 HG21 VAL2030 13.278 -2.933 -10.765 1076 HG22 VAL2030 HG22 VAL2030 14.226 -2.157 -9.496 1077 HG23 VAL2030 HG23 VAL2030 15.020 -3.194 -10.682 1078 HA PRO2031 HA PRO2031 17.298 2.730 -13.121 1079 HB2 PRO2031 HB2 PRO2031 18.976 1.842 -15.089 1080 HB3 PRO2031 HB1 PRO2031 19.486 2.108 -13.419 1081 HG2 PRO2031 HG2 PRO2031 18.952 -0.434 -14.851 1082 HG3 PRO2031 HG1 PRO2031 20.037 -0.097 -13.490 1083 HD2 PRO2031 HD2 PRO2031 17.532 -1.325 -13.349 1084 HD3 PRO2031 HD1 PRO2031 18.480 -0.691 -11.998 1085 H ARG2032 HN ARG2032 14.974 1.134 -13.838 1086 HA ARG2032 HA ARG2032 14.620 2.019 -16.584 1087 HB2 ARG2032 HB2 ARG2032 13.437 -0.480 -15.324 1088 HB3 ARG2032 HB1 ARG2032 13.035 0.140 -16.917 1089 HG2 ARG2032 HG2 ARG2032 15.703 -0.938 -16.040 1090 HG3 ARG2032 HG1 ARG2032 14.543 -1.730 -17.110 1091 HD2 ARG2032 HD2 ARG2032 14.812 0.043 -18.749 1092 HD3 ARG2032 HD1 ARG2032 15.907 0.902 -17.666 1093 HE ARG2032 HE ARG2032 16.435 -1.638 -19.004 1094 HH11 ARG2032 HH11 ARG2032 17.619 1.257 -17.289 1095 HH12 ARG2032 HH12 ARG2032 19.251 1.001 -17.670 1096 HH21 ARG2032 HH21 ARG2032 18.683 -1.984 -19.530 1097 HH22 ARG2032 HH22 ARG2032 19.893 -0.922 -18.950 Start of MODEL 12 1 H1 MET1885 HT1 MET1885 16.999 6.888 4.605 2 H2 MET1885 HT2 MET1885 17.419 7.251 3.037 3 H3 MET1885 HT3 MET1885 16.311 5.994 3.366 4 HA MET1885 HA MET1885 15.912 8.881 3.918 5 HB2 MET1885 HB2 MET1885 15.783 8.300 1.488 6 HB3 MET1885 HB1 MET1885 14.563 7.092 1.863 7 HG2 MET1885 HG2 MET1885 13.111 8.912 2.727 8 HG3 MET1885 HG1 MET1885 14.320 10.076 2.196 9 HE1 MET1885 HE1 MET1885 15.024 10.363 -0.414 10 HE2 MET1885 HE2 MET1885 14.263 9.458 -1.725 11 HE3 MET1885 HE3 MET1885 15.281 8.623 -0.551 12 H LYS1886 HN LYS1886 15.082 8.737 5.940 13 HA LYS1886 HA LYS1886 12.736 7.004 6.239 14 HB2 LYS1886 HB2 LYS1886 14.933 7.144 8.332 15 HB3 LYS1886 HB1 LYS1886 13.482 6.148 8.395 16 HG2 LYS1886 HG2 LYS1886 14.286 5.010 6.303 17 HG3 LYS1886 HG1 LYS1886 15.799 5.881 6.495 18 HD2 LYS1886 HD2 LYS1886 16.087 4.795 8.689 19 HD3 LYS1886 HD1 LYS1886 14.603 3.877 8.398 20 HE2 LYS1886 HE2 LYS1886 15.673 3.087 6.241 21 HE3 LYS1886 HE1 LYS1886 17.182 3.768 6.843 22 HZ1 LYS1886 HZ1 LYS1886 17.198 1.503 7.440 23 HZ2 LYS1886 HZ2 LYS1886 15.584 1.555 7.909 24 HZ3 LYS1886 HZ3 LYS1886 16.768 2.328 8.867 25 H SER1887 HN SER1887 11.291 8.526 6.312 26 HA SER1887 HA SER1887 11.683 10.980 7.705 27 HB2 SER1887 HB2 SER1887 10.509 10.959 5.587 28 HB3 SER1887 HB1 SER1887 9.260 9.917 6.255 29 HG SER1887 HG SER1887 8.400 11.862 6.390 30 H ASN1888 HN ASN1888 9.041 8.570 8.085 31 HA ASN1888 HA ASN1888 8.192 9.907 10.524 32 HB2 ASN1888 HB2 ASN1888 6.612 9.125 8.789 33 HB3 ASN1888 HB1 ASN1888 7.078 7.477 9.150 34 HD21 ASN1888 HD21 ASN1888 4.527 8.586 9.199 35 HD22 ASN1888 HD22 ASN1888 3.871 8.431 10.793 36 H VAL1889 HN VAL1889 8.503 6.488 9.934 37 HA VAL1889 HA VAL1889 8.928 4.721 11.328 38 HB VAL1889 HB VAL1889 10.764 6.483 12.863 39 HG11 VAL1889 HG11 VAL1889 10.832 3.544 12.275 40 HG12 VAL1889 HG12 VAL1889 10.416 4.331 13.804 41 HG13 VAL1889 HG13 VAL1889 12.071 4.416 13.189 42 HG21 VAL1889 HG21 VAL1889 11.385 6.852 10.548 43 HG22 VAL1889 HG22 VAL1889 11.464 5.113 10.262 44 HG23 VAL1889 HG23 VAL1889 12.630 5.882 11.337 45 H GLN1890 HN GLN1890 6.784 4.961 12.028 46 HA GLN1890 HA GLN1890 6.490 6.138 14.605 47 HB2 GLN1890 HB2 GLN1890 4.012 5.811 14.242 48 HB3 GLN1890 HB1 GLN1890 4.938 6.827 13.137 49 HG2 GLN1890 HG2 GLN1890 3.249 5.565 11.928 50 HG3 GLN1890 HG1 GLN1890 4.905 5.195 11.451 51 HE21 GLN1890 HE21 GLN1890 2.142 4.053 13.178 52 HE22 GLN1890 HE22 GLN1890 2.496 2.377 13.145 53 H ASN1891 HN ASN1891 6.840 2.972 13.397 54 HA ASN1891 HA ASN1891 6.836 1.883 16.019 55 HB2 ASN1891 HB2 ASN1891 4.392 1.911 15.690 56 HB3 ASN1891 HB1 ASN1891 4.577 1.006 14.192 57 HD21 ASN1891 HD21 ASN1891 4.680 0.864 17.646 58 HD22 ASN1891 HD22 ASN1891 4.691 -0.857 17.789 59 H ASP1892 HN ASP1892 5.955 0.402 12.909 60 HA ASP1892 HA ASP1892 8.585 -0.779 12.675 61 HB2 ASP1892 HB2 ASP1892 7.411 -2.339 14.245 62 HB3 ASP1892 HB1 ASP1892 6.133 -2.559 13.064 63 H CYS1893 HN CYS1893 6.739 -2.853 10.984 64 HA CYS1893 HA CYS1893 6.363 -3.226 8.849 65 HB2 CYS1893 HB2 CYS1893 4.693 -1.315 9.051 66 HB3 CYS1893 HB1 CYS1893 5.958 -0.238 8.467 67 H ARG1894 HN ARG1894 8.533 -3.816 9.017 68 HA ARG1894 HA ARG1894 10.345 -2.440 7.194 69 HB2 ARG1894 HB2 ARG1894 11.423 -3.356 9.857 70 HB3 ARG1894 HB1 ARG1894 12.108 -2.194 8.733 71 HG2 ARG1894 HG2 ARG1894 10.394 -0.570 9.410 72 HG3 ARG1894 HG1 ARG1894 9.762 -1.741 10.562 73 HD2 ARG1894 HD2 ARG1894 11.109 -0.396 11.863 74 HD3 ARG1894 HD1 ARG1894 12.153 -1.767 11.495 75 HE ARG1894 HE ARG1894 12.909 -0.174 9.581 76 HH11 ARG1894 HH11 ARG1894 12.197 0.703 12.976 77 HH12 ARG1894 HH12 ARG1894 13.214 2.069 12.958 78 HH21 ARG1894 HH21 ARG1894 14.138 1.679 9.538 79 HH22 ARG1894 HH22 ARG1894 14.341 2.705 10.916 80 H VAL1895 HN VAL1895 11.564 -4.069 6.181 81 HA VAL1895 HA VAL1895 11.725 -6.683 7.435 82 HB VAL1895 HB VAL1895 9.678 -6.823 6.045 83 HG11 VAL1895 HG11 VAL1895 11.453 -6.142 3.725 84 HG12 VAL1895 HG12 VAL1895 10.185 -5.122 4.410 85 HG13 VAL1895 HG13 VAL1895 9.763 -6.644 3.624 86 HG21 VAL1895 HG21 VAL1895 11.003 -8.843 6.271 87 HG22 VAL1895 HG22 VAL1895 11.986 -8.379 4.883 88 HG23 VAL1895 HG23 VAL1895 10.280 -8.772 4.662 89 H THR1896 HN THR1896 13.614 -7.723 6.922 90 HA THR1896 HA THR1896 15.487 -6.190 5.311 91 HB THR1896 HB THR1896 16.001 -8.833 6.709 92 HG1 THR1896 HG1 THR1896 15.143 -6.737 7.877 93 HG21 THR1896 HG21 THR1896 17.782 -6.489 6.000 94 HG22 THR1896 HG22 THR1896 17.721 -8.027 5.137 95 HG23 THR1896 HG23 THR1896 18.301 -7.970 6.803 96 H ASN1897 HN ASN1897 15.585 -6.586 3.182 97 HA ASN1897 HA ASN1897 14.462 -9.060 2.134 98 HB2 ASN1897 HB2 ASN1897 13.765 -7.003 1.025 99 HB3 ASN1897 HB1 ASN1897 15.443 -6.566 0.720 100 HD21 ASN1897 HD21 ASN1897 15.261 -6.520 -1.544 101 HD22 ASN1897 HD22 ASN1897 14.965 -7.916 -2.465 102 HA PRO1898 HA PRO1898 18.649 -10.657 2.154 103 HB2 PRO1898 HB2 PRO1898 17.969 -13.096 1.123 104 HB3 PRO1898 HB1 PRO1898 17.795 -12.668 2.829 105 HG2 PRO1898 HG2 PRO1898 15.742 -12.685 0.660 106 HG3 PRO1898 HG1 PRO1898 15.609 -13.255 2.335 107 HD2 PRO1898 HD2 PRO1898 14.611 -10.893 1.558 108 HD3 PRO1898 HD1 PRO1898 15.322 -11.123 3.167 109 H ALA1899 HN ALA1899 16.491 -10.397 -0.535 110 HA ALA1899 HA ALA1899 18.340 -11.251 -2.521 111 HB1 ALA1899 HB1 ALA1899 15.918 -11.309 -2.884 112 HB2 ALA1899 HB2 ALA1899 16.742 -10.367 -4.127 113 HB3 ALA1899 HB3 ALA1899 15.876 -9.547 -2.827 114 H THR1900 HN THR1900 17.582 -8.183 -1.049 115 HA THR1900 HA THR1900 19.462 -6.831 -2.834 116 HB THR1900 HB THR1900 17.781 -5.611 -0.617 117 HG1 THR1900 HG1 THR1900 17.065 -6.462 -3.163 118 HG21 THR1900 HG21 THR1900 18.147 -3.525 -1.846 119 HG22 THR1900 HG22 THR1900 19.142 -4.390 -3.020 120 HG23 THR1900 HG23 THR1900 19.677 -4.246 -1.345 121 H GLY1901 HN GLY1901 18.989 -7.722 0.579 122 HA2 GLY1901 HA2 GLY1901 20.629 -8.040 2.181 123 HA3 GLY1901 HA1 GLY1901 21.808 -7.273 1.119 124 H HIS1902 HN HIS1902 19.015 -5.548 1.187 125 HA HIS1902 HA HIS1902 20.110 -3.584 3.096 126 HB2 HIS1902 HB2 HIS1902 19.910 -2.967 0.609 127 HB3 HIS1902 HB1 HIS1902 18.172 -3.043 0.834 128 HD1 HIS1902 HD1 HIS1902 17.107 -1.077 2.430 129 HD2 HIS1902 HD2 HIS1902 21.140 -0.670 1.463 130 HE1 HIS1902 HE1 HIS1902 17.662 1.272 2.881 131 HE2 HIS1902 HE2 HIS1902 19.941 1.560 1.924 132 H LEU1903 HN LEU1903 18.653 -2.703 4.588 133 HA LEU1903 HA LEU1903 16.324 -4.250 5.224 134 HB2 LEU1903 HB2 LEU1903 17.674 -3.213 6.987 135 HB3 LEU1903 HB1 LEU1903 17.377 -1.627 6.314 136 HG LEU1903 HG LEU1903 14.972 -1.863 6.894 137 HD11 LEU1903 HD11 LEU1903 14.274 -3.622 8.419 138 HD12 LEU1903 HD12 LEU1903 15.857 -4.387 8.272 139 HD13 LEU1903 HD13 LEU1903 14.792 -4.281 6.867 140 HD21 LEU1903 HD21 LEU1903 16.491 -0.704 8.401 141 HD22 LEU1903 HD22 LEU1903 16.887 -2.230 9.195 142 HD23 LEU1903 HD23 LEU1903 15.252 -1.575 9.304 143 H PHE1904 HN PHE1904 14.298 -3.883 4.480 144 HA PHE1904 HA PHE1904 13.860 -1.418 3.007 145 HB2 PHE1904 HB2 PHE1904 12.470 -4.089 2.946 146 HB3 PHE1904 HB1 PHE1904 11.780 -2.653 2.210 147 HD1 PHE1904 HD2 PHE1904 15.130 -2.236 1.765 148 HD2 PHE1904 HD1 PHE1904 11.973 -4.733 0.386 149 HE1 PHE1904 HE2 PHE1904 16.413 -2.719 -0.208 150 HE2 PHE1904 HE1 PHE1904 13.270 -5.242 -1.638 151 HZ PHE1904 HZ PHE1904 15.302 -4.221 -2.068 152 H ASP1905 HN ASP1905 12.919 0.060 4.118 153 HA ASP1905 HA ASP1905 10.637 -0.714 5.623 154 HB2 ASP1905 HB2 ASP1905 11.115 0.734 7.594 155 HB3 ASP1905 HB1 ASP1905 12.188 -0.631 7.469 156 H LEU1906 HN LEU1906 9.030 0.320 5.091 157 HA LEU1906 HA LEU1906 9.364 2.679 3.487 158 HB2 LEU1906 HB2 LEU1906 6.815 1.336 4.388 159 HB3 LEU1906 HB1 LEU1906 6.957 2.558 3.137 160 HG LEU1906 HG LEU1906 8.128 -0.225 2.993 161 HD11 LEU1906 HD11 LEU1906 6.453 -0.617 1.302 162 HD12 LEU1906 HD12 LEU1906 5.824 1.007 1.547 163 HD13 LEU1906 HD13 LEU1906 5.692 -0.194 2.842 164 HD21 LEU1906 HD21 LEU1906 8.009 1.969 0.934 165 HD22 LEU1906 HD22 LEU1906 8.594 0.326 0.669 166 HD23 LEU1906 HD23 LEU1906 9.458 1.404 1.766 167 H THR1907 HN THR1907 10.370 3.808 5.199 168 HA THR1907 HA THR1907 8.750 4.547 7.440 169 HB THR1907 HB THR1907 10.971 5.777 7.971 170 HG1 THR1907 HG1 THR1907 12.315 3.861 6.505 171 HG21 THR1907 HG21 THR1907 10.730 2.760 7.862 172 HG22 THR1907 HG22 THR1907 10.087 3.789 9.139 173 HG23 THR1907 HG23 THR1907 11.832 3.661 8.902 174 H SER1908 HN SER1908 10.083 6.094 4.560 175 HA SER1908 HA SER1908 8.915 8.591 5.359 176 HB2 SER1908 HB2 SER1908 10.162 7.727 2.746 177 HB3 SER1908 HB1 SER1908 9.675 9.380 3.146 178 HG SER1908 HG SER1908 11.576 9.529 3.929 179 H LEU1909 HN LEU1909 7.843 5.763 3.907 180 HA LEU1909 HA LEU1909 5.757 7.032 2.373 181 HB2 LEU1909 HB2 LEU1909 6.868 4.927 1.643 182 HB3 LEU1909 HB1 LEU1909 6.139 4.107 3.009 183 HG LEU1909 HG LEU1909 3.914 4.476 2.088 184 HD11 LEU1909 HD11 LEU1909 3.649 5.471 -0.130 185 HD12 LEU1909 HD12 LEU1909 5.374 5.828 -0.175 186 HD13 LEU1909 HD13 LEU1909 4.341 6.624 1.011 187 HD21 LEU1909 HD21 LEU1909 5.152 2.487 1.402 188 HD22 LEU1909 HD22 LEU1909 5.841 3.381 0.047 189 HD23 LEU1909 HD23 LEU1909 4.106 3.070 0.109 190 H LYS1910 HN LYS1910 6.160 5.567 5.488 191 HA LYS1910 HA LYS1910 3.351 5.514 6.055 192 HB2 LYS1910 HB2 LYS1910 4.052 5.067 8.440 193 HB3 LYS1910 HB1 LYS1910 4.639 3.897 7.277 194 HG2 LYS1910 HG2 LYS1910 6.846 4.794 7.373 195 HG3 LYS1910 HG1 LYS1910 6.303 6.186 8.307 196 HD2 LYS1910 HD2 LYS1910 7.447 4.569 9.730 197 HD3 LYS1910 HD1 LYS1910 5.760 4.728 10.184 198 HE2 LYS1910 HE2 LYS1910 6.347 2.400 10.269 199 HE3 LYS1910 HE1 LYS1910 5.276 2.646 8.897 200 HZ1 LYS1910 HZ1 LYS1910 8.240 2.380 8.740 201 HZ2 LYS1910 HZ2 LYS1910 7.198 2.538 7.411 202 HZ3 LYS1910 HZ3 LYS1910 7.141 1.167 8.397 203 H ARG1911 HN ARG1911 2.175 7.150 6.564 204 HA ARG1911 HA ARG1911 3.343 9.374 7.993 205 HB2 ARG1911 HB2 ARG1911 1.993 10.913 6.362 206 HB3 ARG1911 HB1 ARG1911 3.565 10.300 5.873 207 HG2 ARG1911 HG2 ARG1911 2.225 8.400 4.761 208 HG3 ARG1911 HG1 ARG1911 0.844 9.484 4.944 209 HD2 ARG1911 HD2 ARG1911 3.424 10.266 3.612 210 HD3 ARG1911 HD1 ARG1911 2.046 9.608 2.742 211 HE ARG1911 HE ARG1911 0.965 11.681 4.034 212 HH11 ARG1911 HH11 ARG1911 4.099 11.677 2.424 213 HH12 ARG1911 HH12 ARG1911 3.811 13.078 1.501 214 HH21 ARG1911 HH21 ARG1911 0.555 13.659 2.774 215 HH22 ARG1911 HH22 ARG1911 1.742 14.234 1.694 216 H GLU1912 HN GLU1912 1.065 11.033 8.075 217 HA GLU1912 HA GLU1912 -0.442 9.414 9.964 218 HB2 GLU1912 HB2 GLU1912 0.379 11.782 10.368 219 HB3 GLU1912 HB1 GLU1912 -0.900 12.304 9.286 220 HG2 GLU1912 HG2 GLU1912 -1.705 12.555 11.491 221 HG3 GLU1912 HG1 GLU1912 -2.518 11.143 10.805 222 H SER1913 HN SER1913 -1.123 11.344 7.070 223 HA SER1913 HA SER1913 -3.838 10.364 7.121 224 HB2 SER1913 HB2 SER1913 -2.545 12.345 5.239 225 HB3 SER1913 HB1 SER1913 -4.276 12.023 5.399 226 HG SER1913 HG SER1913 -2.505 13.213 7.233 227 H GLY1914 HN GLY1914 -1.158 10.497 4.732 228 HA2 GLY1914 HA2 GLY1914 -0.559 8.172 3.961 229 HA3 GLY1914 HA1 GLY1914 -2.284 8.011 3.620 230 H TYR1915 HN TYR1915 -1.360 7.422 1.503 231 HA TYR1915 HA TYR1915 -0.743 9.740 -0.203 232 HB2 TYR1915 HB2 TYR1915 -0.048 6.850 -0.275 233 HB3 TYR1915 HB1 TYR1915 -0.415 7.626 -1.807 234 HD1 TYR1915 HD1 TYR1915 1.497 8.523 1.249 235 HD2 TYR1915 HD2 TYR1915 1.510 8.210 -2.988 236 HE1 TYR1915 HE1 TYR1915 3.809 9.362 1.205 237 HE2 TYR1915 HE2 TYR1915 3.828 9.057 -3.043 238 HH TYR1915 HH TYR1915 5.711 9.342 -0.178 239 H THR1916 HN THR1916 -1.789 9.823 -2.222 240 HA THR1916 HA THR1916 -4.360 8.454 -2.363 241 HB THR1916 HB THR1916 -4.534 10.707 -1.063 242 HG1 THR1916 HG1 THR1916 -6.396 10.298 -1.706 243 HG21 THR1916 HG21 THR1916 -4.518 12.729 -2.473 244 HG22 THR1916 HG22 THR1916 -3.954 11.737 -3.832 245 HG23 THR1916 HG23 THR1916 -2.935 11.938 -2.418 246 H ILE1917 HN ILE1917 -5.191 8.361 -4.096 247 HA ILE1917 HA ILE1917 -3.927 9.253 -6.515 248 HB ILE1917 HB ILE1917 -4.241 6.838 -7.288 249 HG12 ILE1917 HG12 ILE1917 -3.501 6.334 -4.407 250 HG13 ILE1917 HG11 ILE1917 -4.999 5.878 -5.202 251 HG21 ILE1917 HG21 ILE1917 -1.801 6.398 -6.998 252 HG22 ILE1917 HG22 ILE1917 -1.745 7.783 -5.907 253 HG23 ILE1917 HG23 ILE1917 -2.187 8.010 -7.599 254 HD11 ILE1917 HD11 ILE1917 -3.539 3.968 -4.919 255 HD12 ILE1917 HD12 ILE1917 -2.258 4.799 -5.796 256 HD13 ILE1917 HD13 ILE1917 -3.741 4.331 -6.636 257 H THR1918 HN THR1918 -5.234 8.263 -8.372 258 HA THR1918 HA THR1918 -8.041 8.607 -7.694 259 HB THR1918 HB THR1918 -6.815 8.292 -10.450 260 HG1 THR1918 HG1 THR1918 -5.723 9.960 -9.387 261 HG21 THR1918 HG21 THR1918 -9.276 9.757 -9.446 262 HG22 THR1918 HG22 THR1918 -9.280 8.208 -10.290 263 HG23 THR1918 HG23 THR1918 -8.747 9.666 -11.128 264 H ASP1919 HN ASP1919 -9.576 6.987 -8.191 265 HA ASP1919 HA ASP1919 -8.546 4.287 -8.336 266 HB2 ASP1919 HB2 ASP1919 -10.346 4.763 -6.740 267 HB3 ASP1919 HB1 ASP1919 -11.343 5.468 -7.994 268 H SER1920 HN SER1920 -10.793 3.236 -9.902 269 HA SER1920 HA SER1920 -9.649 3.090 -12.355 270 HB2 SER1920 HB2 SER1920 -11.994 2.249 -13.065 271 HB3 SER1920 HB1 SER1920 -11.116 1.359 -11.814 272 HG SER1920 HG SER1920 -12.424 2.576 -10.270 273 H HIS1921 HN HIS1921 -12.293 5.344 -11.453 274 HA HIS1921 HA HIS1921 -11.380 7.124 -13.530 275 HB2 HIS1921 HB2 HIS1921 -12.729 5.475 -14.823 276 HB3 HIS1921 HB1 HIS1921 -14.135 5.937 -13.878 277 HD1 HIS1921 HD1 HIS1921 -11.796 7.233 -16.503 278 HD2 HIS1921 HD2 HIS1921 -15.406 8.264 -14.738 279 HE1 HIS1921 HE1 HIS1921 -12.794 9.018 -17.982 280 HE2 HIS1921 HE2 HIS1921 -15.125 9.289 -17.064 281 H ASN1922 HN ASN1922 -13.881 6.422 -11.139 282 HA ASN1922 HA ASN1922 -14.429 9.329 -11.058 283 HB2 ASN1922 HB2 ASN1922 -16.269 7.642 -11.653 284 HB3 ASN1922 HB1 ASN1922 -16.167 7.206 -9.960 285 HD21 ASN1922 HD21 ASN1922 -15.799 10.563 -11.076 286 HD22 ASN1922 HD22 ASN1922 -17.216 11.140 -10.311 287 H ARG1923 HN ARG1923 -14.202 6.451 -9.214 288 HA ARG1923 HA ARG1923 -14.434 7.647 -6.622 289 HB2 ARG1923 HB2 ARG1923 -13.140 5.009 -7.278 290 HB3 ARG1923 HB1 ARG1923 -13.869 5.470 -5.736 291 HG2 ARG1923 HG2 ARG1923 -16.077 5.535 -6.982 292 HG3 ARG1923 HG1 ARG1923 -15.198 4.835 -8.351 293 HD2 ARG1923 HD2 ARG1923 -15.524 3.598 -5.615 294 HD3 ARG1923 HD1 ARG1923 -16.324 3.084 -7.094 295 HE ARG1923 HE ARG1923 -13.543 3.015 -7.498 296 HH11 ARG1923 HH11 ARG1923 -16.047 1.216 -5.754 297 HH12 ARG1923 HH12 ARG1923 -15.147 -0.218 -5.608 298 HH21 ARG1923 HH21 ARG1923 -12.237 1.175 -7.220 299 HH22 ARG1923 HH22 ARG1923 -12.852 -0.250 -6.507 300 H LYS1924 HN LYS1924 -12.550 7.358 -4.950 301 HA LYS1924 HA LYS1924 -10.007 8.006 -6.257 302 HB2 LYS1924 HB2 LYS1924 -11.301 9.984 -5.268 303 HB3 LYS1924 HB1 LYS1924 -11.002 9.259 -3.698 304 HG2 LYS1924 HG2 LYS1924 -8.591 9.433 -4.095 305 HG3 LYS1924 HG1 LYS1924 -8.919 10.196 -5.652 306 HD2 LYS1924 HD2 LYS1924 -10.184 11.962 -4.428 307 HD3 LYS1924 HD1 LYS1924 -9.624 11.237 -2.918 308 HE2 LYS1924 HE2 LYS1924 -7.292 11.561 -3.694 309 HE3 LYS1924 HE1 LYS1924 -7.922 12.410 -5.108 310 HZ1 LYS1924 HZ1 LYS1924 -8.190 13.179 -2.278 311 HZ2 LYS1924 HZ2 LYS1924 -9.022 13.958 -3.507 312 HZ3 LYS1924 HZ3 LYS1924 -7.316 14.018 -3.459 313 H ILE1925 HN ILE1925 -8.128 7.293 -5.053 314 HA ILE1925 HA ILE1925 -8.787 5.208 -3.095 315 HB ILE1925 HB ILE1925 -6.306 5.347 -4.846 316 HG12 ILE1925 HG12 ILE1925 -8.699 3.536 -5.069 317 HG13 ILE1925 HG11 ILE1925 -8.346 4.886 -6.147 318 HG21 ILE1925 HG21 ILE1925 -5.968 4.208 -2.710 319 HG22 ILE1925 HG22 ILE1925 -5.929 3.055 -4.042 320 HG23 ILE1925 HG23 ILE1925 -7.367 3.180 -3.025 321 HD11 ILE1925 HD11 ILE1925 -6.283 3.741 -6.888 322 HD12 ILE1925 HD12 ILE1925 -7.695 2.735 -7.181 323 HD13 ILE1925 HD13 ILE1925 -6.640 2.398 -5.811 324 H GLU1926 HN GLU1926 -8.182 5.670 -1.160 325 HA GLU1926 HA GLU1926 -5.949 7.547 -0.714 326 HB2 GLU1926 HB2 GLU1926 -8.313 8.183 0.038 327 HB3 GLU1926 HB1 GLU1926 -8.192 6.861 1.185 328 HG2 GLU1926 HG2 GLU1926 -7.692 8.892 2.303 329 HG3 GLU1926 HG1 GLU1926 -6.204 7.962 2.155 330 H LEU1927 HN LEU1927 -4.196 6.421 0.021 331 HA LEU1927 HA LEU1927 -4.648 4.248 1.818 332 HB2 LEU1927 HB2 LEU1927 -3.045 2.694 0.379 333 HB3 LEU1927 HB1 LEU1927 -4.740 2.807 0.111 334 HG LEU1927 HG LEU1927 -4.478 4.215 -1.831 335 HD11 LEU1927 HD11 LEU1927 -1.506 4.058 -1.435 336 HD12 LEU1927 HD12 LEU1927 -2.528 5.493 -1.241 337 HD13 LEU1927 HD13 LEU1927 -2.370 4.735 -2.823 338 HD21 LEU1927 HD21 LEU1927 -4.434 1.835 -2.159 339 HD22 LEU1927 HD22 LEU1927 -2.690 1.807 -1.911 340 HD23 LEU1927 HD23 LEU1927 -3.368 2.631 -3.316 341 H ASN1928 HN ASN1928 -3.377 4.186 3.389 342 HA ASN1928 HA ASN1928 -0.784 5.549 3.166 343 HB2 ASN1928 HB2 ASN1928 -2.419 6.491 4.851 344 HB3 ASN1928 HB1 ASN1928 -2.345 4.952 5.697 345 HD21 ASN1928 HD21 ASN1928 -1.605 6.147 7.524 346 HD22 ASN1928 HD22 ASN1928 0.012 6.669 7.658 347 H VAL1929 HN VAL1929 1.004 4.424 3.713 348 HA VAL1929 HA VAL1929 0.518 1.568 4.079 349 HB VAL1929 HB VAL1929 2.780 2.896 2.559 350 HG11 VAL1929 HG11 VAL1929 3.421 0.631 1.916 351 HG12 VAL1929 HG12 VAL1929 2.148 -0.023 2.948 352 HG13 VAL1929 HG13 VAL1929 3.505 0.845 3.666 353 HG21 VAL1929 HG21 VAL1929 0.449 1.252 1.581 354 HG22 VAL1929 HG22 VAL1929 1.773 1.856 0.585 355 HG23 VAL1929 HG23 VAL1929 0.664 2.988 1.358 356 H CYS1930 HN CYS1930 1.405 0.617 5.687 357 HA CYS1930 HA CYS1930 2.726 0.033 7.392 358 HB2 CYS1930 HB2 CYS1930 4.457 2.332 6.523 359 HB3 CYS1930 HB1 CYS1930 4.845 1.284 7.877 360 H ALA1931 HN ALA1931 0.848 2.640 7.294 361 HA ALA1931 HA ALA1931 0.763 2.804 10.145 362 HB1 ALA1931 HB1 ALA1931 0.842 5.279 10.153 363 HB2 ALA1931 HB2 ALA1931 1.246 5.262 8.436 364 HB3 ALA1931 HB3 ALA1931 2.372 4.588 9.614 365 H GLU1932 HN GLU1932 -1.248 3.781 10.775 366 HA GLU1932 HA GLU1932 -3.379 3.082 9.045 367 HB2 GLU1932 HB2 GLU1932 -4.840 4.013 10.824 368 HB3 GLU1932 HB1 GLU1932 -3.667 2.848 11.415 369 HG2 GLU1932 HG2 GLU1932 -2.320 4.586 12.338 370 HG3 GLU1932 HG1 GLU1932 -3.333 5.820 11.576 371 H ALA1933 HN ALA1933 -4.970 4.408 8.020 372 HA ALA1933 HA ALA1933 -3.841 6.938 7.133 373 HB1 ALA1933 HB1 ALA1933 -6.143 5.330 6.028 374 HB2 ALA1933 HB2 ALA1933 -4.485 5.304 5.423 375 HB3 ALA1933 HB3 ALA1933 -5.446 6.779 5.304 376 H LYS1934 HN LYS1934 -4.768 8.830 7.527 377 HA LYS1934 HA LYS1934 -7.350 8.798 8.952 378 HB2 LYS1934 HB2 LYS1934 -4.979 10.567 9.465 379 HB3 LYS1934 HB1 LYS1934 -6.572 10.843 10.148 380 HG2 LYS1934 HG2 LYS1934 -6.428 8.668 11.288 381 HG3 LYS1934 HG1 LYS1934 -4.795 8.462 10.637 382 HD2 LYS1934 HD2 LYS1934 -4.062 10.469 11.759 383 HD3 LYS1934 HD1 LYS1934 -5.696 10.772 12.341 384 HE2 LYS1934 HE2 LYS1934 -4.342 9.841 14.107 385 HE3 LYS1934 HE1 LYS1934 -5.588 8.689 13.635 386 HZ1 LYS1934 HZ1 LYS1934 -2.814 8.588 12.600 387 HZ2 LYS1934 HZ2 LYS1934 -4.028 7.340 12.583 388 HZ3 LYS1934 HZ3 LYS1934 -3.318 7.837 14.014 389 H SER1935 HN SER1935 -6.181 9.636 6.025 390 HA SER1935 HA SER1935 -6.860 12.324 5.667 391 HB2 SER1935 HB2 SER1935 -7.230 10.127 3.638 392 HB3 SER1935 HB1 SER1935 -6.978 11.842 3.322 393 HG SER1935 HG SER1935 -5.134 10.476 3.077 394 H SER1936 HN SER1936 -8.812 9.492 4.792 395 HA SER1936 HA SER1936 -11.241 10.900 5.580 396 HB2 SER1936 HB2 SER1936 -10.861 9.403 2.964 397 HB3 SER1936 HB1 SER1936 -12.336 10.209 3.504 398 HG SER1936 HG SER1936 -10.729 12.082 3.689 399 H CYS1937 HN CYS1937 -9.453 8.833 6.646 400 HA CYS1937 HA CYS1937 -11.235 6.505 6.706 401 HB2 CYS1937 HB2 CYS1937 -8.231 6.544 7.090 402 HB3 CYS1937 HB1 CYS1937 -9.275 5.131 6.978 403 H ALA1938 HN ALA1938 -11.270 5.487 8.826 404 HA ALA1938 HA ALA1938 -11.290 7.491 10.871 405 HB1 ALA1938 HB1 ALA1938 -12.261 5.796 12.313 406 HB2 ALA1938 HB2 ALA1938 -11.866 4.544 11.136 407 HB3 ALA1938 HB3 ALA1938 -13.052 5.788 10.735 408 H ASN1939 HN ASN1939 -10.104 4.269 11.695 409 HA ASN1939 HA ASN1939 -7.626 5.527 12.194 410 HB2 ASN1939 HB2 ASN1939 -7.225 4.282 14.290 411 HB3 ASN1939 HB1 ASN1939 -8.661 5.285 14.368 412 HD21 ASN1939 HD21 ASN1939 -7.755 2.918 15.855 413 HD22 ASN1939 HD22 ASN1939 -9.067 1.777 15.761 414 H GLY1940 HN GLY1940 -8.633 2.127 12.494 415 HA2 GLY1940 HA2 GLY1940 -6.163 1.147 11.539 416 HA3 GLY1940 HA1 GLY1940 -7.594 0.216 11.922 417 H ALA1941 HN ALA1941 -8.166 2.618 9.678 418 HA ALA1941 HA ALA1941 -8.305 0.650 7.540 419 HB1 ALA1941 HB1 ALA1941 -9.497 2.480 6.345 420 HB2 ALA1941 HB2 ALA1941 -9.275 3.493 7.782 421 HB3 ALA1941 HB3 ALA1941 -10.260 2.040 7.873 422 H ALA1942 HN ALA1942 -6.615 0.522 6.174 423 HA ALA1942 HA ALA1942 -4.708 2.753 6.165 424 HB1 ALA1942 HB1 ALA1942 -4.316 -0.097 5.253 425 HB2 ALA1942 HB2 ALA1942 -3.781 0.570 6.798 426 HB3 ALA1942 HB3 ALA1942 -3.080 1.160 5.288 427 H VAL1943 HN VAL1943 -6.491 0.567 4.066 428 HA VAL1943 HA VAL1943 -5.983 2.449 1.884 429 HB VAL1943 HB VAL1943 -6.788 -0.463 1.616 430 HG11 VAL1943 HG11 VAL1943 -7.441 0.911 -0.272 431 HG12 VAL1943 HG12 VAL1943 -6.142 -0.190 -0.731 432 HG13 VAL1943 HG13 VAL1943 -5.791 1.512 -0.429 433 HG21 VAL1943 HG21 VAL1943 -4.477 -0.916 0.919 434 HG22 VAL1943 HG22 VAL1943 -4.556 -0.347 2.588 435 HG23 VAL1943 HG23 VAL1943 -4.041 0.749 1.306 436 H CYS1944 HN CYS1944 -7.675 3.636 1.480 437 HA CYS1944 HA CYS1944 -10.351 2.531 1.954 438 HB2 CYS1944 HB2 CYS1944 -9.434 5.389 2.190 439 HB3 CYS1944 HB1 CYS1944 -11.068 4.797 2.451 440 H ILE1945 HN ILE1945 -11.565 2.463 0.232 441 HA ILE1945 HA ILE1945 -10.842 4.085 -2.097 442 HB ILE1945 HB ILE1945 -12.970 1.923 -1.876 443 HG12 ILE1945 HG12 ILE1945 -10.730 0.947 -1.569 444 HG13 ILE1945 HG11 ILE1945 -11.441 0.440 -3.095 445 HG21 ILE1945 HG21 ILE1945 -12.959 1.982 -4.336 446 HG22 ILE1945 HG22 ILE1945 -11.794 3.308 -4.283 447 HG23 ILE1945 HG23 ILE1945 -13.416 3.536 -3.634 448 HD11 ILE1945 HD11 ILE1945 -9.076 0.928 -3.335 449 HD12 ILE1945 HD12 ILE1945 -9.334 2.567 -2.732 450 HD13 ILE1945 HD13 ILE1945 -10.040 2.071 -4.270 451 H THR1946 HN THR1946 -11.750 6.068 -1.953 452 HA THR1946 HA THR1946 -14.169 6.285 -0.435 453 HB THR1946 HB THR1946 -13.536 8.776 -0.738 454 HG1 THR1946 HG1 THR1946 -11.811 9.003 -1.835 455 HG21 THR1946 HG21 THR1946 -13.583 7.624 1.358 456 HG22 THR1946 HG22 THR1946 -12.156 8.661 1.282 457 HG23 THR1946 HG23 THR1946 -11.993 6.906 1.063 458 H ASP1947 HN ASP1947 -15.938 6.355 -1.480 459 HA ASP1947 HA ASP1947 -15.993 8.085 -3.801 460 HB2 ASP1947 HB2 ASP1947 -16.081 5.736 -4.619 461 HB3 ASP1947 HB1 ASP1947 -17.473 5.447 -3.582 462 H GLY1948 HN GLY1948 -16.645 9.603 -2.480 463 HA2 GLY1948 HA2 GLY1948 -18.385 10.987 -1.752 464 HA3 GLY1948 HA1 GLY1948 -19.509 9.640 -1.956 465 HA PRO1949 HA PRO1949 -19.003 9.675 2.570 466 HB2 PRO1949 HB2 PRO1949 -21.555 8.233 2.532 467 HB3 PRO1949 HB1 PRO1949 -21.167 9.774 3.297 468 HG2 PRO1949 HG2 PRO1949 -22.780 9.602 1.139 469 HG3 PRO1949 HG1 PRO1949 -21.722 10.997 1.427 470 HD2 PRO1949 HD2 PRO1949 -21.324 8.663 -0.409 471 HD3 PRO1949 HD1 PRO1949 -20.999 10.388 -0.690 472 H LYS1950 HN LYS1950 -19.625 7.238 0.230 473 HA LYS1950 HA LYS1950 -19.501 4.984 1.987 474 HB2 LYS1950 HB2 LYS1950 -20.763 4.945 -0.148 475 HB3 LYS1950 HB1 LYS1950 -19.243 5.074 -1.026 476 HG2 LYS1950 HG2 LYS1950 -18.531 2.940 0.032 477 HG3 LYS1950 HG1 LYS1950 -20.146 2.802 0.726 478 HD2 LYS1950 HD2 LYS1950 -21.100 2.829 -1.530 479 HD3 LYS1950 HD1 LYS1950 -19.475 2.942 -2.210 480 HE2 LYS1950 HE2 LYS1950 -20.612 0.660 -0.588 481 HE3 LYS1950 HE1 LYS1950 -20.239 0.649 -2.311 482 HZ1 LYS1950 HZ1 LYS1950 -17.865 1.082 -1.637 483 HZ2 LYS1950 HZ2 LYS1950 -18.475 -0.430 -1.218 484 HZ3 LYS1950 HZ3 LYS1950 -18.345 0.776 -0.037 485 H THR1951 HN THR1951 -17.732 4.474 2.931 486 HA THR1951 HA THR1951 -15.167 4.848 1.569 487 HB THR1951 HB THR1951 -15.715 4.494 4.530 488 HG1 THR1951 HG1 THR1951 -16.628 6.422 3.512 489 HG21 THR1951 HG21 THR1951 -13.443 5.420 4.777 490 HG22 THR1951 HG22 THR1951 -13.289 5.516 3.023 491 HG23 THR1951 HG23 THR1951 -13.415 3.943 3.814 492 H LEU1952 HN LEU1952 -14.460 2.987 0.710 493 HA LEU1952 HA LEU1952 -15.249 0.409 1.859 494 HB2 LEU1952 HB2 LEU1952 -15.488 0.754 -0.565 495 HB3 LEU1952 HB1 LEU1952 -13.784 1.133 -0.687 496 HG LEU1952 HG LEU1952 -13.270 -1.207 0.014 497 HD11 LEU1952 HD11 LEU1952 -15.329 -1.721 1.188 498 HD12 LEU1952 HD12 LEU1952 -15.036 -2.883 -0.106 499 HD13 LEU1952 HD13 LEU1952 -16.234 -1.608 -0.322 500 HD21 LEU1952 HD21 LEU1952 -13.844 -2.209 -2.141 501 HD22 LEU1952 HD22 LEU1952 -13.252 -0.558 -2.327 502 HD23 LEU1952 HD23 LEU1952 -14.979 -0.893 -2.446 503 H ASN1953 HN ASN1953 -13.747 -0.891 2.953 504 HA ASN1953 HA ASN1953 -11.128 0.323 3.264 505 HB2 ASN1953 HB2 ASN1953 -12.559 -1.741 4.956 506 HB3 ASN1953 HB1 ASN1953 -10.872 -1.309 5.182 507 HD21 ASN1953 HD21 ASN1953 -11.370 1.554 4.605 508 HD22 ASN1953 HD22 ASN1953 -12.155 2.162 6.010 509 H ALA1954 HN ALA1954 -10.034 -0.278 1.617 510 HA ALA1954 HA ALA1954 -10.120 -3.006 0.630 511 HB1 ALA1954 HB1 ALA1954 -8.771 -2.133 -1.218 512 HB2 ALA1954 HB2 ALA1954 -8.661 -0.570 -0.406 513 HB3 ALA1954 HB3 ALA1954 -10.222 -1.160 -0.976 514 H GLY1955 HN GLY1955 -9.021 -2.348 3.199 515 HA2 GLY1955 HA2 GLY1955 -7.126 -4.102 3.610 516 HA3 GLY1955 HA1 GLY1955 -6.174 -2.796 2.912 517 H LYS1956 HN LYS1956 -7.063 -4.086 5.771 518 HA LYS1956 HA LYS1956 -7.358 -1.531 7.121 519 HB2 LYS1956 HB2 LYS1956 -7.983 -2.732 9.031 520 HB3 LYS1956 HB1 LYS1956 -8.587 -3.766 7.748 521 HG2 LYS1956 HG2 LYS1956 -6.464 -5.108 7.989 522 HG3 LYS1956 HG1 LYS1956 -6.123 -4.152 9.429 523 HD2 LYS1956 HD2 LYS1956 -8.469 -5.969 8.944 524 HD3 LYS1956 HD1 LYS1956 -7.158 -6.205 10.092 525 HE2 LYS1956 HE2 LYS1956 -7.934 -4.315 11.404 526 HE3 LYS1956 HE1 LYS1956 -9.177 -3.959 10.216 527 HZ1 LYS1956 HZ1 LYS1956 -8.989 -6.371 11.928 528 HZ2 LYS1956 HZ2 LYS1956 -10.038 -6.244 10.623 529 HZ3 LYS1956 HZ3 LYS1956 -10.220 -5.193 11.941 530 H LEU1957 HN LEU1957 -5.834 -0.983 8.799 531 HA LEU1957 HA LEU1957 -3.224 -1.247 7.801 532 HB2 LEU1957 HB2 LEU1957 -3.979 0.825 8.872 533 HB3 LEU1957 HB1 LEU1957 -4.171 -0.012 10.392 534 HG LEU1957 HG LEU1957 -2.109 1.530 10.020 535 HD11 LEU1957 HD11 LEU1957 -0.699 0.158 11.441 536 HD12 LEU1957 HD12 LEU1957 -1.733 -1.236 11.119 537 HD13 LEU1957 HD13 LEU1957 -2.376 0.160 11.987 538 HD21 LEU1957 HD21 LEU1957 -0.133 0.387 9.129 539 HD22 LEU1957 HD22 LEU1957 -1.368 0.627 7.894 540 HD23 LEU1957 HD23 LEU1957 -1.146 -0.966 8.626 541 H SER1958 HN SER1958 -2.286 -2.981 7.808 542 HA SER1958 HA SER1958 -1.614 -4.299 10.310 543 HB2 SER1958 HB2 SER1958 -2.051 -5.671 7.637 544 HB3 SER1958 HB1 SER1958 -1.826 -6.435 9.218 545 HG SER1958 HG SER1958 -3.987 -4.849 8.364 546 H LYS1959 HN LYS1959 0.476 -3.610 10.421 547 HA LYS1959 HA LYS1959 1.771 -2.854 7.960 548 HB2 LYS1959 HB2 LYS1959 3.464 -1.777 9.363 549 HB3 LYS1959 HB1 LYS1959 1.845 -1.286 9.819 550 HG2 LYS1959 HG2 LYS1959 1.960 -2.891 11.701 551 HG3 LYS1959 HG1 LYS1959 3.653 -3.201 11.282 552 HD2 LYS1959 HD2 LYS1959 3.740 -1.585 12.977 553 HD3 LYS1959 HD1 LYS1959 3.944 -0.662 11.487 554 HE2 LYS1959 HE2 LYS1959 2.386 0.497 12.923 555 HE3 LYS1959 HE1 LYS1959 1.513 -0.147 11.531 556 HZ1 LYS1959 HZ1 LYS1959 0.387 -0.512 13.741 557 HZ2 LYS1959 HZ2 LYS1959 1.643 -1.547 14.155 558 HZ3 LYS1959 HZ3 LYS1959 0.638 -1.919 12.865 559 H THR1960 HN THR1960 1.452 -5.406 7.811 560 HA THR1960 HA THR1960 3.774 -6.919 8.623 561 HB THR1960 HB THR1960 1.523 -7.687 6.737 562 HG1 THR1960 HG1 THR1960 1.709 -7.743 9.566 563 HG21 THR1960 HG21 THR1960 3.472 -9.194 6.752 564 HG22 THR1960 HG22 THR1960 2.062 -9.975 7.471 565 HG23 THR1960 HG23 THR1960 3.343 -9.341 8.505 566 H LEU1961 HN LEU1961 5.586 -6.346 7.463 567 HA LEU1961 HA LEU1961 5.287 -5.829 4.599 568 HB2 LEU1961 HB2 LEU1961 6.067 -3.893 6.004 569 HB3 LEU1961 HB1 LEU1961 7.461 -4.847 6.459 570 HG LEU1961 HG LEU1961 8.190 -4.889 4.099 571 HD11 LEU1961 HD11 LEU1961 6.022 -4.673 3.030 572 HD12 LEU1961 HD12 LEU1961 7.122 -3.410 2.481 573 HD13 LEU1961 HD13 LEU1961 5.860 -3.031 3.655 574 HD21 LEU1961 HD21 LEU1961 8.870 -2.543 3.959 575 HD22 LEU1961 HD22 LEU1961 9.046 -3.164 5.599 576 HD23 LEU1961 HD23 LEU1961 7.684 -2.122 5.195 577 H THR1962 HN THR1962 6.471 -7.099 3.250 578 HA THR1962 HA THR1962 8.498 -8.807 4.321 579 HB THR1962 HB THR1962 6.596 -10.082 4.958 580 HG1 THR1962 HG1 THR1962 6.681 -11.937 3.621 581 HG21 THR1962 HG21 THR1962 4.894 -8.958 3.729 582 HG22 THR1962 HG22 THR1962 4.756 -10.696 3.427 583 HG23 THR1962 HG23 THR1962 5.461 -9.632 2.196 584 H TYR1963 HN TYR1963 8.757 -10.507 2.238 585 HA TYR1963 HA TYR1963 9.039 -8.786 -0.115 586 HB2 TYR1963 HB2 TYR1963 11.297 -9.752 -0.524 587 HB3 TYR1963 HB1 TYR1963 11.243 -8.840 0.977 588 HD1 TYR1963 HD2 TYR1963 11.205 -10.072 3.159 589 HD2 TYR1963 HD1 TYR1963 11.812 -12.080 -0.542 590 HE1 TYR1963 HE2 TYR1963 12.058 -12.028 4.365 591 HE2 TYR1963 HE1 TYR1963 12.661 -14.041 0.657 592 HH TYR1963 HH TYR1963 12.174 -14.482 3.899 593 H GLU1964 HN GLU1964 8.966 -9.909 -2.089 594 HA GLU1964 HA GLU1964 8.593 -12.750 -2.182 595 HB2 GLU1964 HB2 GLU1964 6.379 -12.105 -1.376 596 HB3 GLU1964 HB1 GLU1964 6.247 -10.887 -2.626 597 HG2 GLU1964 HG2 GLU1964 4.882 -12.775 -3.175 598 HG3 GLU1964 HG1 GLU1964 6.216 -12.668 -4.320 599 H ASP1965 HN ASP1965 9.546 -13.287 -3.994 600 HA ASP1965 HA ASP1965 10.222 -13.395 -6.149 601 HB2 ASP1965 HB2 ASP1965 7.807 -12.991 -6.666 602 HB3 ASP1965 HB1 ASP1965 8.106 -11.265 -6.645 603 H GLN1966 HN GLN1966 11.448 -11.726 -4.204 604 HA GLN1966 HA GLN1966 13.162 -10.341 -3.937 605 HB2 GLN1966 HB2 GLN1966 13.328 -10.415 -6.955 606 HB3 GLN1966 HB1 GLN1966 14.534 -9.650 -5.928 607 HG2 GLN1966 HG2 GLN1966 15.023 -11.767 -4.864 608 HG3 GLN1966 HG1 GLN1966 13.752 -12.552 -5.792 609 HE21 GLN1966 HE21 GLN1966 14.438 -11.115 -8.233 610 HE22 GLN1966 HE22 GLN1966 15.872 -11.868 -8.832 611 H VAL1967 HN VAL1967 10.370 -9.380 -4.839 612 HA VAL1967 HA VAL1967 11.027 -6.516 -5.002 613 HB VAL1967 HB VAL1967 8.404 -7.921 -5.748 614 HG11 VAL1967 HG11 VAL1967 7.788 -5.855 -6.845 615 HG12 VAL1967 HG12 VAL1967 9.279 -5.102 -6.279 616 HG13 VAL1967 HG13 VAL1967 8.055 -5.625 -5.119 617 HG21 VAL1967 HG21 VAL1967 10.147 -8.600 -7.303 618 HG22 VAL1967 HG22 VAL1967 10.562 -6.910 -7.594 619 HG23 VAL1967 HG23 VAL1967 8.988 -7.529 -8.093 620 H LEU1968 HN LEU1968 9.640 -5.140 -3.588 621 HA LEU1968 HA LEU1968 9.335 -6.432 -1.028 622 HB2 LEU1968 HB2 LEU1968 10.373 -4.215 -1.188 623 HB3 LEU1968 HB1 LEU1968 8.928 -3.576 -1.941 624 HG LEU1968 HG LEU1968 7.686 -3.987 0.163 625 HD11 LEU1968 HD11 LEU1968 10.392 -4.630 1.309 626 HD12 LEU1968 HD12 LEU1968 9.106 -5.797 1.005 627 HD13 LEU1968 HD13 LEU1968 8.867 -4.508 2.184 628 HD21 LEU1968 HD21 LEU1968 10.160 -2.307 0.424 629 HD22 LEU1968 HD22 LEU1968 8.704 -2.159 1.413 630 HD23 LEU1968 HD23 LEU1968 8.642 -1.815 -0.321 631 H LYS1969 HN LYS1969 7.392 -6.864 -0.078 632 HA LYS1969 HA LYS1969 4.989 -6.203 -1.634 633 HB2 LYS1969 HB2 LYS1969 5.680 -8.976 -0.633 634 HB3 LYS1969 HB1 LYS1969 4.148 -8.512 -1.349 635 HG2 LYS1969 HG2 LYS1969 6.806 -8.396 -2.772 636 HG3 LYS1969 HG1 LYS1969 5.656 -9.725 -2.895 637 HD2 LYS1969 HD2 LYS1969 4.015 -8.252 -3.876 638 HD3 LYS1969 HD1 LYS1969 5.073 -6.862 -3.632 639 HE2 LYS1969 HE2 LYS1969 5.146 -7.595 -5.950 640 HE3 LYS1969 HE1 LYS1969 6.704 -7.834 -5.172 641 HZ1 LYS1969 HZ1 LYS1969 6.066 -9.691 -6.578 642 HZ2 LYS1969 HZ2 LYS1969 4.676 -9.957 -5.674 643 HZ3 LYS1969 HZ3 LYS1969 6.217 -10.193 -4.978 644 H LEU1970 HN LEU1970 3.214 -5.802 -0.457 645 HA LEU1970 HA LEU1970 3.176 -6.537 2.368 646 HB2 LEU1970 HB2 LEU1970 4.031 -4.089 1.861 647 HB3 LEU1970 HB1 LEU1970 2.355 -3.772 1.486 648 HG LEU1970 HG LEU1970 3.404 -4.677 4.177 649 HD11 LEU1970 HD11 LEU1970 4.149 -2.454 3.648 650 HD12 LEU1970 HD12 LEU1970 2.913 -2.407 4.903 651 HD13 LEU1970 HD13 LEU1970 2.503 -1.970 3.245 652 HD21 LEU1970 HD21 LEU1970 1.079 -5.360 3.828 653 HD22 LEU1970 HD22 LEU1970 0.655 -3.704 3.399 654 HD23 LEU1970 HD23 LEU1970 1.198 -4.079 5.034 655 H VAL1971 HN VAL1971 1.097 -7.090 2.945 656 HA VAL1971 HA VAL1971 -0.893 -6.743 0.845 657 HB VAL1971 HB VAL1971 -2.006 -8.836 1.673 658 HG11 VAL1971 HG11 VAL1971 -0.597 -8.886 -0.301 659 HG12 VAL1971 HG12 VAL1971 -0.427 -10.388 0.610 660 HG13 VAL1971 HG13 VAL1971 0.830 -9.152 0.703 661 HG21 VAL1971 HG21 VAL1971 -0.700 -10.410 3.043 662 HG22 VAL1971 HG22 VAL1971 -1.042 -8.917 3.923 663 HG23 VAL1971 HG23 VAL1971 0.558 -9.186 3.232 664 H TYR1972 HN TYR1972 -2.657 -5.723 1.311 665 HA TYR1972 HA TYR1972 -3.250 -5.292 4.129 666 HB2 TYR1972 HB2 TYR1972 -3.604 -3.308 1.829 667 HB3 TYR1972 HB1 TYR1972 -4.582 -3.227 3.287 668 HD1 TYR1972 HD2 TYR1972 -3.179 -3.398 5.495 669 HD2 TYR1972 HD1 TYR1972 -1.674 -2.053 1.774 670 HE1 TYR1972 HE2 TYR1972 -1.414 -2.195 6.664 671 HE2 TYR1972 HE1 TYR1972 0.120 -0.834 2.940 672 HH TYR1972 HH TYR1972 0.854 -1.480 6.106 673 H GLU1973 HN GLU1973 -4.671 -6.729 4.675 674 HA GLU1973 HA GLU1973 -6.974 -6.901 2.943 675 HB2 GLU1973 HB2 GLU1973 -7.319 -9.260 3.843 676 HB3 GLU1973 HB1 GLU1973 -6.038 -9.017 2.671 677 HG2 GLU1973 HG2 GLU1973 -5.323 -10.566 4.366 678 HG3 GLU1973 HG1 GLU1973 -4.397 -9.081 4.521 679 H ASP1974 HN ASP1974 -8.814 -8.142 4.280 680 HA ASP1974 HA ASP1974 -10.403 -8.067 5.762 681 HB2 ASP1974 HB2 ASP1974 -8.399 -8.566 7.314 682 HB3 ASP1974 HB1 ASP1974 -8.462 -6.865 7.748 683 H GLY1975 HN GLY1975 -10.391 -5.973 7.832 684 HA2 GLY1975 HA2 GLY1975 -11.046 -3.686 8.057 685 HA3 GLY1975 HA1 GLY1975 -11.019 -3.544 6.289 686 H ASP1976 HN ASP1976 -12.657 -4.387 5.097 687 HA ASP1976 HA ASP1976 -15.017 -5.180 6.579 688 HB2 ASP1976 HB2 ASP1976 -16.232 -4.715 4.336 689 HB3 ASP1976 HB1 ASP1976 -15.717 -3.333 5.285 690 HA PRO1977 HA PRO1977 -14.137 -9.197 5.082 691 HB2 PRO1977 HB2 PRO1977 -16.425 -10.398 5.908 692 HB3 PRO1977 HB1 PRO1977 -15.103 -9.974 6.999 693 HG2 PRO1977 HG2 PRO1977 -17.689 -8.579 6.518 694 HG3 PRO1977 HG1 PRO1977 -16.798 -8.807 8.032 695 HD2 PRO1977 HD2 PRO1977 -16.791 -6.492 6.577 696 HD3 PRO1977 HD1 PRO1977 -15.479 -6.984 7.662 697 H CYS1978 HN CYS1978 -14.267 -9.881 3.062 698 HA CYS1978 HA CYS1978 -16.746 -9.534 1.570 699 HB2 CYS1978 HB2 CYS1978 -13.952 -10.330 0.706 700 HB3 CYS1978 HB1 CYS1978 -15.341 -10.317 -0.369 701 HA PRO1979 HA PRO1979 -17.769 -13.781 2.554 702 HB2 PRO1979 HB2 PRO1979 -19.495 -13.642 0.154 703 HB3 PRO1979 HB1 PRO1979 -19.937 -13.947 1.837 704 HG2 PRO1979 HG2 PRO1979 -20.539 -11.625 0.684 705 HG3 PRO1979 HG1 PRO1979 -19.996 -11.695 2.371 706 HD2 PRO1979 HD2 PRO1979 -18.433 -10.967 -0.085 707 HD3 PRO1979 HD1 PRO1979 -18.474 -10.156 1.496 708 H THR1980 HN THR1980 -16.143 -12.793 -0.354 709 HA THR1980 HA THR1980 -16.084 -15.217 -1.662 710 HB THR1980 HB THR1980 -14.311 -13.822 -2.767 711 HG1 THR1980 HG1 THR1980 -13.663 -12.306 -1.450 712 HG21 THR1980 HG21 THR1980 -16.636 -13.919 -3.596 713 HG22 THR1980 HG22 THR1980 -15.952 -12.308 -3.815 714 HG23 THR1980 HG23 THR1980 -17.073 -12.621 -2.488 715 H ASP1981 HN ASP1981 -14.445 -13.523 0.886 716 HA ASP1981 HA ASP1981 -12.204 -15.367 0.751 717 HB2 ASP1981 HB2 ASP1981 -12.208 -12.429 1.378 718 HB3 ASP1981 HB1 ASP1981 -10.846 -13.488 1.743 719 H LEU1982 HN LEU1982 -13.548 -16.612 2.040 720 HA LEU1982 HA LEU1982 -13.759 -15.902 4.875 721 HB2 LEU1982 HB2 LEU1982 -14.594 -18.418 3.444 722 HB3 LEU1982 HB1 LEU1982 -15.105 -17.868 5.026 723 HG LEU1982 HG LEU1982 -15.784 -16.465 2.458 724 HD11 LEU1982 HD11 LEU1982 -16.672 -18.706 2.493 725 HD12 LEU1982 HD12 LEU1982 -17.963 -17.508 2.659 726 HD13 LEU1982 HD13 LEU1982 -17.404 -18.420 4.072 727 HD21 LEU1982 HD21 LEU1982 -16.867 -16.257 5.254 728 HD22 LEU1982 HD22 LEU1982 -17.473 -15.367 3.848 729 HD23 LEU1982 HD23 LEU1982 -15.835 -15.075 4.450 730 H LYS1983 HN LYS1983 -12.638 -18.388 2.715 731 HA LYS1983 HA LYS1983 -10.919 -19.688 4.721 732 HB2 LYS1983 HB2 LYS1983 -12.085 -20.534 2.078 733 HB3 LYS1983 HB1 LYS1983 -11.073 -21.574 3.088 734 HG2 LYS1983 HG2 LYS1983 -12.762 -21.659 4.762 735 HG3 LYS1983 HG1 LYS1983 -13.670 -20.359 3.994 736 HD2 LYS1983 HD2 LYS1983 -14.707 -22.522 3.565 737 HD3 LYS1983 HD1 LYS1983 -14.117 -21.798 2.070 738 HE2 LYS1983 HE2 LYS1983 -12.110 -23.233 2.217 739 HE3 LYS1983 HE1 LYS1983 -12.781 -23.983 3.667 740 HZ1 LYS1983 HZ1 LYS1983 -13.257 -25.335 1.738 741 HZ2 LYS1983 HZ2 LYS1983 -13.986 -24.027 0.955 742 HZ3 LYS1983 HZ3 LYS1983 -14.699 -24.685 2.330 743 H MET1984 HN MET1984 -10.417 -17.220 2.937 744 HA MET1984 HA MET1984 -7.814 -17.697 2.092 745 HB2 MET1984 HB2 MET1984 -8.324 -16.957 -0.261 746 HB3 MET1984 HB1 MET1984 -9.003 -18.540 0.081 747 HG2 MET1984 HG2 MET1984 -11.198 -17.374 0.535 748 HG3 MET1984 HG1 MET1984 -10.450 -15.910 -0.090 749 HE1 MET1984 HE1 MET1984 -9.726 -15.562 -2.608 750 HE2 MET1984 HE2 MET1984 -9.774 -16.832 -3.828 751 HE3 MET1984 HE3 MET1984 -8.653 -16.956 -2.470 752 H LYS1985 HN LYS1985 -6.982 -15.553 1.977 753 HA LYS1985 HA LYS1985 -8.985 -13.543 2.710 754 HB2 LYS1985 HB2 LYS1985 -7.669 -14.476 4.685 755 HB3 LYS1985 HB1 LYS1985 -6.305 -13.566 4.048 756 HG2 LYS1985 HG2 LYS1985 -7.391 -12.278 5.747 757 HG3 LYS1985 HG1 LYS1985 -7.663 -11.512 4.178 758 HD2 LYS1985 HD2 LYS1985 -9.879 -12.518 4.048 759 HD3 LYS1985 HD1 LYS1985 -9.608 -13.344 5.581 760 HE2 LYS1985 HE2 LYS1985 -9.812 -10.375 5.120 761 HE3 LYS1985 HE1 LYS1985 -10.974 -11.402 5.955 762 HZ1 LYS1985 HZ1 LYS1985 -9.109 -11.888 7.575 763 HZ2 LYS1985 HZ2 LYS1985 -9.724 -10.324 7.611 764 HZ3 LYS1985 HZ3 LYS1985 -8.254 -10.631 6.834 765 H HIS1986 HN HIS1986 -8.941 -12.640 0.676 766 HA HIS1986 HA HIS1986 -6.457 -11.252 -0.055 767 HB2 HIS1986 HB2 HIS1986 -8.938 -11.871 -1.664 768 HB3 HIS1986 HB1 HIS1986 -7.594 -10.913 -2.244 769 HD1 HIS1986 HD1 HIS1986 -6.745 -12.339 -4.067 770 HD2 HIS1986 HD2 HIS1986 -7.343 -14.510 -0.585 771 HE1 HIS1986 HE1 HIS1986 -5.872 -14.649 -4.552 772 HE2 HIS1986 HE2 HIS1986 -6.149 -15.910 -2.399 773 H LYS1987 HN LYS1987 -6.681 -9.052 -0.768 774 HA LYS1987 HA LYS1987 -9.044 -7.635 -0.874 775 HB2 LYS1987 HB2 LYS1987 -9.060 -7.787 1.604 776 HB3 LYS1987 HB1 LYS1987 -7.479 -7.017 1.650 777 HG2 LYS1987 HG2 LYS1987 -9.229 -5.423 2.182 778 HG3 LYS1987 HG1 LYS1987 -8.433 -4.994 0.670 779 HD2 LYS1987 HD2 LYS1987 -10.756 -4.671 0.313 780 HD3 LYS1987 HD1 LYS1987 -10.340 -6.166 -0.522 781 HE2 LYS1987 HE2 LYS1987 -12.388 -6.553 0.618 782 HE3 LYS1987 HE1 LYS1987 -11.130 -7.398 1.519 783 HZ1 LYS1987 HZ1 LYS1987 -12.407 -4.806 2.222 784 HZ2 LYS1987 HZ2 LYS1987 -11.113 -5.430 3.090 785 HZ3 LYS1987 HZ3 LYS1987 -12.589 -6.238 3.015 786 H SER1988 HN SER1988 -5.574 -7.126 -0.026 787 HA SER1988 HA SER1988 -5.354 -5.731 -2.519 788 HB2 SER1988 HB2 SER1988 -6.172 -4.027 -0.915 789 HB3 SER1988 HB1 SER1988 -4.749 -4.354 0.085 790 HG SER1988 HG SER1988 -4.885 -2.580 -1.651 791 H TYR1989 HN TYR1989 -3.364 -5.828 -3.321 792 HA TYR1989 HA TYR1989 -1.215 -6.956 -1.704 793 HB2 TYR1989 HB2 TYR1989 -2.064 -7.575 -4.537 794 HB3 TYR1989 HB1 TYR1989 -0.471 -7.966 -3.917 795 HD1 TYR1989 HD2 TYR1989 -4.084 -8.512 -3.084 796 HD2 TYR1989 HD1 TYR1989 -0.142 -10.095 -3.052 797 HE1 TYR1989 HE2 TYR1989 -4.961 -10.653 -2.265 798 HE2 TYR1989 HE1 TYR1989 -1.010 -12.246 -2.231 799 HH TYR1989 HH TYR1989 -2.901 -13.192 -1.150 800 H PHE1990 HN PHE1990 0.410 -5.576 -1.608 801 HA PHE1990 HA PHE1990 0.618 -3.487 -3.633 802 HB2 PHE1990 HB2 PHE1990 1.431 -3.621 -0.756 803 HB3 PHE1990 HB1 PHE1990 2.104 -2.423 -1.847 804 HD1 PHE1990 HD1 PHE1990 -1.040 -3.657 -0.350 805 HD2 PHE1990 HD2 PHE1990 0.949 -0.486 -2.353 806 HE1 PHE1990 HE1 PHE1990 -2.937 -2.169 0.118 807 HE2 PHE1990 HE2 PHE1990 -0.941 1.001 -1.896 808 HZ PHE1990 HZ PHE1990 -2.890 0.160 -0.655 809 H SER1991 HN SER1991 2.037 -3.921 -5.074 810 HA SER1991 HA SER1991 4.449 -5.399 -4.427 811 HB2 SER1991 HB2 SER1991 3.396 -4.367 -7.073 812 HB3 SER1991 HB1 SER1991 4.791 -5.423 -6.858 813 HG SER1991 HG SER1991 2.733 -6.427 -7.433 814 H PHE1992 HN PHE1992 5.887 -4.076 -3.477 815 HA PHE1992 HA PHE1992 6.141 -1.345 -4.419 816 HB2 PHE1992 HB2 PHE1992 7.379 -2.774 -2.066 817 HB3 PHE1992 HB1 PHE1992 7.686 -1.097 -2.487 818 HD1 PHE1992 HD2 PHE1992 5.803 0.519 -2.437 819 HD2 PHE1992 HD1 PHE1992 5.506 -3.396 -0.831 820 HE1 PHE1992 HE2 PHE1992 3.864 1.221 -1.124 821 HE2 PHE1992 HE1 PHE1992 3.563 -2.705 0.495 822 HZ PHE1992 HZ PHE1992 2.735 -0.394 0.353 823 H VAL1993 HN VAL1993 7.306 -1.188 -6.114 824 HA VAL1993 HA VAL1993 9.661 -2.871 -6.363 825 HB VAL1993 HB VAL1993 8.159 -3.520 -8.088 826 HG11 VAL1993 HG11 VAL1993 7.123 -1.976 -9.668 827 HG12 VAL1993 HG12 VAL1993 7.785 -0.610 -8.759 828 HG13 VAL1993 HG13 VAL1993 6.605 -1.689 -8.008 829 HG21 VAL1993 HG21 VAL1993 10.447 -3.242 -8.872 830 HG22 VAL1993 HG22 VAL1993 10.086 -1.560 -9.291 831 HG23 VAL1993 HG23 VAL1993 9.286 -2.874 -10.155 832 H CYS1994 HN CYS1994 11.562 -1.982 -6.582 833 HA CYS1994 HA CYS1994 11.831 0.789 -6.202 834 HB2 CYS1994 HB2 CYS1994 14.327 0.113 -6.614 835 HB3 CYS1994 HB1 CYS1994 13.493 -0.343 -5.135 836 H LYS1995 HN LYS1995 11.816 2.225 -7.853 837 HA LYS1995 HA LYS1995 13.073 1.444 -10.335 838 HB2 LYS1995 HB2 LYS1995 10.580 1.114 -10.511 839 HB3 LYS1995 HB1 LYS1995 10.395 2.838 -10.214 840 HG2 LYS1995 HG2 LYS1995 11.605 3.352 -12.229 841 HG3 LYS1995 HG1 LYS1995 11.917 1.638 -12.510 842 HD2 LYS1995 HD2 LYS1995 9.452 1.286 -12.601 843 HD3 LYS1995 HD1 LYS1995 9.256 3.039 -12.511 844 HE2 LYS1995 HE2 LYS1995 9.138 2.259 -14.822 845 HE3 LYS1995 HE1 LYS1995 10.546 3.292 -14.569 846 HZ1 LYS1995 HZ1 LYS1995 11.948 1.372 -14.473 847 HZ2 LYS1995 HZ2 LYS1995 11.032 1.269 -15.890 848 HZ3 LYS1995 HZ3 LYS1995 10.636 0.319 -14.559 849 H SER1996 HN SER1996 14.688 2.827 -10.425 850 HA SER1996 HA SER1996 15.002 5.216 -9.060 851 HB2 SER1996 HB2 SER1996 16.849 3.957 -10.115 852 HB3 SER1996 HB1 SER1996 16.240 4.378 -11.709 853 HG SER1996 HG SER1996 17.984 5.691 -10.289 854 H ASP1997 HN ASP1997 13.450 4.615 -12.105 855 HA ASP1997 HA ASP1997 13.147 7.188 -13.162 856 HB2 ASP1997 HB2 ASP1997 12.641 5.326 -14.542 857 HB3 ASP1997 HB1 ASP1997 11.475 4.694 -13.390 858 H ALA1998 HN ALA1998 11.501 5.655 -10.522 859 HA ALA1998 HA ALA1998 9.664 7.946 -10.314 860 HB1 ALA1998 HB1 ALA1998 9.174 5.095 -9.521 861 HB2 ALA1998 HB2 ALA1998 8.505 5.869 -10.963 862 HB3 ALA1998 HB3 ALA1998 8.035 6.427 -9.347 863 H GLY1999 HN GLY1999 12.351 7.445 -9.236 864 HA2 GLY1999 HA2 GLY1999 12.337 6.604 -6.564 865 HA3 GLY1999 HA1 GLY1999 13.552 7.629 -7.306 866 H ASP2000 HN ASP2000 11.553 9.702 -7.960 867 HA ASP2000 HA ASP2000 11.419 10.860 -5.278 868 HB2 ASP2000 HB2 ASP2000 12.601 12.239 -6.865 869 HB3 ASP2000 HB1 ASP2000 11.257 12.160 -8.000 870 H ASP2001 HN ASP2001 9.536 10.213 -8.138 871 HA ASP2001 HA ASP2001 7.138 11.439 -7.392 872 HB2 ASP2001 HB2 ASP2001 7.556 9.015 -9.138 873 HB3 ASP2001 HB1 ASP2001 6.005 9.802 -8.927 874 H SER2002 HN SER2002 8.129 8.064 -6.956 875 HA SER2002 HA SER2002 7.291 6.367 -5.755 876 HB2 SER2002 HB2 SER2002 8.069 7.938 -3.899 877 HB3 SER2002 HB1 SER2002 6.410 8.519 -3.788 878 HG SER2002 HG SER2002 6.770 6.933 -2.248 879 H GLN2003 HN GLN2003 5.787 6.117 -7.480 880 HA GLN2003 HA GLN2003 3.128 7.169 -6.898 881 HB2 GLN2003 HB2 GLN2003 2.612 6.921 -9.298 882 HB3 GLN2003 HB1 GLN2003 3.933 8.032 -8.980 883 HG2 GLN2003 HG2 GLN2003 5.541 6.352 -9.665 884 HG3 GLN2003 HG1 GLN2003 4.244 5.181 -9.898 885 HE21 GLN2003 HE21 GLN2003 2.844 5.437 -11.649 886 HE22 GLN2003 HE22 GLN2003 3.254 6.400 -13.003 887 HA PRO2004 HA PRO2004 1.784 2.964 -6.467 888 HB2 PRO2004 HB2 PRO2004 -0.677 3.624 -5.494 889 HB3 PRO2004 HB1 PRO2004 0.772 3.589 -4.491 890 HG2 PRO2004 HG2 PRO2004 -0.721 5.889 -5.573 891 HG3 PRO2004 HG1 PRO2004 0.260 5.819 -4.112 892 HD2 PRO2004 HD2 PRO2004 0.984 6.923 -6.588 893 HD3 PRO2004 HD1 PRO2004 2.074 6.581 -5.233 894 H VAL2005 HN VAL2005 1.430 2.209 -8.488 895 HA VAL2005 HA VAL2005 -0.604 3.424 -10.188 896 HB VAL2005 HB VAL2005 1.326 1.153 -10.763 897 HG11 VAL2005 HG11 VAL2005 -0.388 2.771 -12.641 898 HG12 VAL2005 HG12 VAL2005 -0.627 1.081 -12.200 899 HG13 VAL2005 HG13 VAL2005 0.798 1.557 -13.121 900 HG21 VAL2005 HG21 VAL2005 2.550 3.217 -10.343 901 HG22 VAL2005 HG22 VAL2005 1.542 4.069 -11.514 902 HG23 VAL2005 HG23 VAL2005 2.627 2.787 -12.053 903 H PHE2006 HN PHE2006 -2.611 2.612 -10.052 904 HA PHE2006 HA PHE2006 -2.986 0.063 -8.822 905 HB2 PHE2006 HB2 PHE2006 -5.378 0.349 -9.095 906 HB3 PHE2006 HB1 PHE2006 -4.719 1.886 -8.580 907 HD1 PHE2006 HD2 PHE2006 -4.384 3.673 -10.377 908 HD2 PHE2006 HD1 PHE2006 -6.723 0.176 -10.988 909 HE1 PHE2006 HE2 PHE2006 -5.514 4.767 -12.264 910 HE2 PHE2006 HE1 PHE2006 -7.852 1.262 -12.878 911 HZ PHE2006 HZ PHE2006 -7.360 3.526 -13.471 912 H LEU2007 HN LEU2007 -2.815 -1.790 -9.707 913 HA LEU2007 HA LEU2007 -2.240 -2.044 -12.504 914 HB2 LEU2007 HB2 LEU2007 -1.407 -3.382 -10.387 915 HB3 LEU2007 HB1 LEU2007 -2.864 -4.288 -10.640 916 HG LEU2007 HG LEU2007 -2.133 -4.865 -12.931 917 HD11 LEU2007 HD11 LEU2007 0.214 -4.492 -13.544 918 HD12 LEU2007 HD12 LEU2007 0.433 -3.559 -12.060 919 HD13 LEU2007 HD13 LEU2007 -0.657 -2.971 -13.309 920 HD21 LEU2007 HD21 LEU2007 -0.227 -5.628 -10.716 921 HD22 LEU2007 HD22 LEU2007 -0.447 -6.500 -12.233 922 HD23 LEU2007 HD23 LEU2007 -1.773 -6.402 -11.071 923 H SER2008 HN SER2008 -4.574 -3.360 -10.251 924 HA SER2008 HA SER2008 -6.801 -2.715 -11.855 925 HB2 SER2008 HB2 SER2008 -7.566 -5.039 -12.239 926 HB3 SER2008 HB1 SER2008 -6.083 -4.683 -13.119 927 HG SER2008 HG SER2008 -6.605 -6.511 -11.200 928 H PHE2009 HN PHE2009 -8.734 -3.130 -10.727 929 HA PHE2009 HA PHE2009 -8.395 -4.002 -7.942 930 HB2 PHE2009 HB2 PHE2009 -9.161 -1.566 -8.437 931 HB3 PHE2009 HB1 PHE2009 -10.625 -2.284 -9.086 932 HD1 PHE2009 HD2 PHE2009 -11.903 -3.910 -7.409 933 HD2 PHE2009 HD1 PHE2009 -9.088 -0.936 -6.251 934 HE1 PHE2009 HE2 PHE2009 -12.850 -3.891 -5.128 935 HE2 PHE2009 HE1 PHE2009 -10.036 -0.917 -3.988 936 HZ PHE2009 HZ PHE2009 -11.921 -2.392 -3.430 937 H ASP2010 HN ASP2010 -9.225 -6.034 -7.809 938 HA ASP2010 HA ASP2010 -11.409 -6.683 -9.638 939 HB2 ASP2010 HB2 ASP2010 -9.021 -8.351 -8.866 940 HB3 ASP2010 HB1 ASP2010 -10.501 -9.102 -9.443 941 H GLU2011 HN GLU2011 -13.092 -6.423 -8.365 942 HA GLU2011 HA GLU2011 -12.931 -7.283 -5.639 943 HB2 GLU2011 HB2 GLU2011 -15.186 -6.348 -5.333 944 HB3 GLU2011 HB1 GLU2011 -14.039 -5.202 -5.988 945 HG2 GLU2011 HG2 GLU2011 -15.016 -5.473 -8.199 946 HG3 GLU2011 HG1 GLU2011 -16.155 -6.654 -7.549 947 H GLN2012 HN GLN2012 -13.421 -9.040 -8.269 948 HA GLN2012 HA GLN2012 -15.538 -10.762 -7.698 949 HB2 GLN2012 HB2 GLN2012 -14.238 -10.914 -9.759 950 HB3 GLN2012 HB1 GLN2012 -12.817 -11.411 -8.852 951 HG2 GLN2012 HG2 GLN2012 -13.912 -13.484 -8.234 952 HG3 GLN2012 HG1 GLN2012 -15.377 -12.976 -9.075 953 HE21 GLN2012 HE21 GLN2012 -15.391 -12.935 -11.262 954 HE22 GLN2012 HE22 GLN2012 -14.233 -13.752 -12.249 955 H THR2013 HN THR2013 -12.235 -10.763 -6.473 956 HA THR2013 HA THR2013 -13.234 -12.154 -4.115 957 HB THR2013 HB THR2013 -11.920 -13.773 -5.487 958 HG1 THR2013 HG1 THR2013 -11.142 -13.084 -2.880 959 HG21 THR2013 HG21 THR2013 -10.360 -12.245 -6.590 960 HG22 THR2013 HG22 THR2013 -9.483 -13.520 -5.745 961 HG23 THR2013 HG23 THR2013 -9.585 -11.906 -5.043 962 H CYS2014 HN CYS2014 -13.006 -9.452 -4.808 963 HA CYS2014 HA CYS2014 -12.419 -7.419 -4.023 964 HB2 CYS2014 HB2 CYS2014 -12.097 -9.094 -1.548 965 HB3 CYS2014 HB1 CYS2014 -12.033 -7.335 -1.537 966 H THR2015 HN THR2015 -10.159 -8.738 -5.295 967 HA THR2015 HA THR2015 -7.930 -8.027 -3.539 968 HB THR2015 HB THR2015 -7.874 -9.510 -6.177 969 HG1 THR2015 HG1 THR2015 -8.911 -10.404 -4.046 970 HG21 THR2015 HG21 THR2015 -5.639 -10.164 -5.443 971 HG22 THR2015 HG22 THR2015 -5.827 -9.195 -3.978 972 HG23 THR2015 HG23 THR2015 -5.768 -8.410 -5.557 973 H SER2016 HN SER2016 -7.159 -6.110 -3.710 974 HA SER2016 HA SER2016 -7.298 -4.620 -6.198 975 HB2 SER2016 HB2 SER2016 -6.291 -3.763 -3.489 976 HB3 SER2016 HB1 SER2016 -6.871 -2.740 -4.805 977 HG SER2016 HG SER2016 -8.326 -4.437 -3.097 978 H TYR2017 HN TYR2017 -5.451 -4.508 -7.453 979 HA TYR2017 HA TYR2017 -2.922 -5.422 -6.252 980 HB2 TYR2017 HB2 TYR2017 -3.791 -5.333 -9.153 981 HB3 TYR2017 HB1 TYR2017 -2.187 -5.797 -8.608 982 HD1 TYR2017 HD2 TYR2017 -1.889 -7.904 -7.345 983 HD2 TYR2017 HD1 TYR2017 -5.619 -6.853 -9.091 984 HE1 TYR2017 HE2 TYR2017 -2.624 -10.241 -7.158 985 HE2 TYR2017 HE1 TYR2017 -6.368 -9.187 -8.910 986 HH TYR2017 HH TYR2017 -4.684 -11.497 -7.036 987 H PHE2018 HN PHE2018 -1.510 -3.826 -5.810 988 HA PHE2018 HA PHE2018 -1.581 -1.479 -7.564 989 HB2 PHE2018 HB2 PHE2018 -1.086 -1.455 -4.575 990 HB3 PHE2018 HB1 PHE2018 -1.007 -0.053 -5.636 991 HD1 PHE2018 HD2 PHE2018 -3.289 0.116 -7.152 992 HD2 PHE2018 HD1 PHE2018 -2.954 -1.582 -3.274 993 HE1 PHE2018 HE2 PHE2018 -5.691 0.490 -6.790 994 HE2 PHE2018 HE1 PHE2018 -5.352 -1.205 -2.899 995 HZ PHE2018 HZ PHE2018 -6.725 -0.162 -4.652 996 H SER2019 HN SER2019 0.284 -0.929 -8.437 997 HA SER2019 HA SER2019 2.702 -2.288 -7.496 998 HB2 SER2019 HB2 SER2019 1.984 -2.787 -9.850 999 HB3 SER2019 HB1 SER2019 2.111 -1.071 -10.221 1000 HG SER2019 HG SER2019 4.031 -2.988 -10.016 1001 H TRP2020 HN TRP2020 3.872 -0.970 -6.305 1002 HA TRP2020 HA TRP2020 3.529 1.915 -6.648 1003 HB2 TRP2020 HB2 TRP2020 3.224 0.594 -4.401 1004 HB3 TRP2020 HB1 TRP2020 4.986 0.658 -4.357 1005 HD1 TRP2020 HD1 TRP2020 5.784 3.511 -4.911 1006 HE1 TRP2020 HE1 TRP2020 4.912 5.514 -3.583 1007 HE3 TRP2020 HE3 TRP2020 1.583 1.376 -2.950 1008 HZ2 TRP2020 HZ2 TRP2020 2.713 6.105 -1.903 1009 HZ3 TRP2020 HZ3 TRP2020 0.155 2.729 -1.479 1010 HH2 TRP2020 HH2 TRP2020 0.715 5.042 -0.965 1011 H HIS2021 HN HIS2021 4.957 2.659 -7.993 1012 HA HIS2021 HA HIS2021 7.609 1.480 -8.281 1013 HB2 HIS2021 HB2 HIS2021 6.350 3.874 -9.675 1014 HB3 HIS2021 HB1 HIS2021 7.932 3.220 -10.042 1015 HD1 HIS2021 HD1 HIS2021 6.814 3.133 -12.515 1016 HD2 HIS2021 HD2 HIS2021 5.329 0.412 -9.728 1017 HE1 HIS2021 HE1 HIS2021 5.578 1.403 -13.833 1018 HE2 HIS2021 HE2 HIS2021 4.417 0.014 -12.112 1019 H THR2022 HN THR2022 8.702 1.979 -6.399 1020 HA THR2022 HA THR2022 9.374 4.767 -6.133 1021 HB THR2022 HB THR2022 7.478 4.614 -4.637 1022 HG1 THR2022 HG1 THR2022 8.413 5.688 -3.217 1023 HG21 THR2022 HG21 THR2022 7.483 3.149 -2.676 1024 HG22 THR2022 HG22 THR2022 8.983 2.407 -3.240 1025 HG23 THR2022 HG23 THR2022 7.500 2.219 -4.176 1026 H SER2023 HN SER2023 11.427 5.119 -5.489 1027 HA SER2023 HA SER2023 13.112 2.832 -4.956 1028 HB2 SER2023 HB2 SER2023 13.817 5.780 -5.035 1029 HB3 SER2023 HB1 SER2023 14.968 4.441 -4.953 1030 HG SER2023 HG SER2023 14.759 4.182 -7.008 1031 H LEU2024 HN LEU2024 11.039 4.385 -3.034 1032 HA LEU2024 HA LEU2024 12.687 4.506 -0.651 1033 HB2 LEU2024 HB2 LEU2024 10.725 6.078 -1.181 1034 HB3 LEU2024 HB1 LEU2024 9.677 4.697 -0.972 1035 HG LEU2024 HG LEU2024 9.820 6.412 0.918 1036 HD11 LEU2024 HD11 LEU2024 9.547 4.722 2.638 1037 HD12 LEU2024 HD12 LEU2024 10.237 3.513 1.544 1038 HD13 LEU2024 HD13 LEU2024 8.708 4.288 1.143 1039 HD21 LEU2024 HD21 LEU2024 12.234 6.625 1.015 1040 HD22 LEU2024 HD22 LEU2024 12.384 4.922 1.439 1041 HD23 LEU2024 HD23 LEU2024 11.600 6.042 2.555 1042 H ALA2025 HN ALA2025 10.864 2.339 -2.447 1043 HA ALA2025 HA ALA2025 10.076 0.454 -0.414 1044 HB1 ALA2025 HB1 ALA2025 10.191 0.237 -3.406 1045 HB2 ALA2025 HB2 ALA2025 8.798 0.755 -2.452 1046 HB3 ALA2025 HB3 ALA2025 9.395 -0.903 -2.316 1047 H CYS2026 HN CYS2026 12.517 0.686 -2.876 1048 HA CYS2026 HA CYS2026 14.047 -1.452 -1.748 1049 HB2 CYS2026 HB2 CYS2026 12.654 -2.803 -3.078 1050 HB3 CYS2026 HB1 CYS2026 12.464 -1.575 -4.311 1051 H GLU2027 HN GLU2027 16.067 -1.580 -3.504 1052 HA GLU2027 HA GLU2027 16.891 1.190 -3.488 1053 HB2 GLU2027 HB2 GLU2027 18.356 -1.420 -3.552 1054 HB3 GLU2027 HB1 GLU2027 19.198 0.122 -3.775 1055 HG2 GLU2027 HG2 GLU2027 17.592 -0.729 -1.359 1056 HG3 GLU2027 HG1 GLU2027 19.345 -0.779 -1.486 1057 H GLU2028 HN GLU2028 17.459 -1.633 -5.587 1058 HA GLU2028 HA GLU2028 17.834 -1.910 -7.774 1059 HB2 GLU2028 HB2 GLU2028 15.586 -0.988 -8.209 1060 HB3 GLU2028 HB1 GLU2028 16.224 0.652 -8.151 1061 HG2 GLU2028 HG2 GLU2028 17.684 0.085 -10.071 1062 HG3 GLU2028 HG1 GLU2028 16.868 -1.473 -10.149 1063 H GLU2029 HN GLU2029 17.910 1.586 -7.666 1064 HA GLU2029 HA GLU2029 20.736 1.726 -7.792 1065 HB2 GLU2029 HB2 GLU2029 20.024 1.304 -10.183 1066 HB3 GLU2029 HB1 GLU2029 19.099 2.798 -10.098 1067 HG2 GLU2029 HG2 GLU2029 21.132 4.053 -9.684 1068 HG3 GLU2029 HG1 GLU2029 22.069 2.559 -9.725 1069 H VAL2030 HN VAL2030 21.042 3.281 -6.433 1070 HA VAL2030 HA VAL2030 18.901 5.174 -5.841 1071 HB VAL2030 HB VAL2030 21.589 4.781 -4.483 1072 HG11 VAL2030 HG11 VAL2030 20.598 6.016 -2.617 1073 HG12 VAL2030 HG12 VAL2030 19.139 6.279 -3.568 1074 HG13 VAL2030 HG13 VAL2030 20.671 6.994 -4.083 1075 HG21 VAL2030 HG21 VAL2030 20.227 2.778 -4.307 1076 HG22 VAL2030 HG22 VAL2030 18.869 3.734 -3.715 1077 HG23 VAL2030 HG23 VAL2030 20.336 3.591 -2.745 1078 HA PRO2031 HA PRO2031 20.842 8.028 -8.708 1079 HB2 PRO2031 HB2 PRO2031 18.798 9.829 -7.543 1080 HB3 PRO2031 HB1 PRO2031 19.111 9.430 -9.232 1081 HG2 PRO2031 HG2 PRO2031 16.978 8.469 -7.930 1082 HG3 PRO2031 HG1 PRO2031 17.832 7.522 -9.159 1083 HD2 PRO2031 HD2 PRO2031 17.908 7.255 -6.184 1084 HD3 PRO2031 HD1 PRO2031 18.007 6.017 -7.444 1085 H ARG2032 HN ARG2032 19.695 9.213 -5.519 1086 HA ARG2032 HA ARG2032 22.352 10.347 -5.073 1087 HB2 ARG2032 HB2 ARG2032 19.788 11.793 -4.278 1088 HB3 ARG2032 HB1 ARG2032 21.422 12.344 -3.975 1089 HG2 ARG2032 HG2 ARG2032 20.731 13.670 -5.735 1090 HG3 ARG2032 HG1 ARG2032 21.624 12.388 -6.561 1091 HD2 ARG2032 HD2 ARG2032 19.420 11.197 -6.808 1092 HD3 ARG2032 HD1 ARG2032 18.652 12.679 -6.263 1093 HE ARG2032 HE ARG2032 20.380 13.235 -8.398 1094 HH11 ARG2032 HH11 ARG2032 17.233 11.731 -7.665 1095 HH12 ARG2032 HH12 ARG2032 16.606 11.899 -9.235 1096 HH21 ARG2032 HH21 ARG2032 19.513 13.411 -10.650 1097 HH22 ARG2032 HH22 ARG2032 17.975 12.787 -10.990 Start of MODEL 13 1 H1 MET1885 HT1 MET1885 17.579 8.020 2.151 2 H2 MET1885 HT2 MET1885 16.189 7.066 2.193 3 H3 MET1885 HT3 MET1885 17.188 7.107 3.514 4 HA MET1885 HA MET1885 16.727 9.391 3.933 5 HB2 MET1885 HB2 MET1885 14.922 10.567 2.707 6 HB3 MET1885 HB1 MET1885 16.274 10.181 1.661 7 HG2 MET1885 HG2 MET1885 13.794 8.491 1.795 8 HG3 MET1885 HG1 MET1885 13.942 9.879 0.721 9 HE1 MET1885 HE1 MET1885 16.728 8.812 -1.750 10 HE2 MET1885 HE2 MET1885 16.855 9.837 -0.320 11 HE3 MET1885 HE3 MET1885 15.459 9.983 -1.385 12 H LYS1886 HN LYS1886 14.654 10.159 4.943 13 HA LYS1886 HA LYS1886 12.770 8.023 5.617 14 HB2 LYS1886 HB2 LYS1886 14.557 7.742 7.235 15 HB3 LYS1886 HB1 LYS1886 14.553 9.459 7.594 16 HG2 LYS1886 HG2 LYS1886 12.254 9.204 8.509 17 HG3 LYS1886 HG1 LYS1886 12.390 7.465 8.249 18 HD2 LYS1886 HD2 LYS1886 12.917 8.050 10.560 19 HD3 LYS1886 HD1 LYS1886 14.336 7.394 9.736 20 HE2 LYS1886 HE2 LYS1886 15.149 9.681 9.342 21 HE3 LYS1886 HE1 LYS1886 13.741 10.318 10.187 22 HZ1 LYS1886 HZ1 LYS1886 14.481 9.213 12.183 23 HZ2 LYS1886 HZ2 LYS1886 15.680 10.250 11.610 24 HZ3 LYS1886 HZ3 LYS1886 15.824 8.578 11.366 25 H SER1887 HN SER1887 10.736 8.923 5.954 26 HA SER1887 HA SER1887 10.677 11.805 6.232 27 HB2 SER1887 HB2 SER1887 8.472 9.940 5.336 28 HB3 SER1887 HB1 SER1887 8.369 11.702 5.392 29 HG SER1887 HG SER1887 9.443 11.823 3.597 30 H ASN1888 HN ASN1888 9.346 8.790 7.538 31 HA ASN1888 HA ASN1888 9.420 9.816 10.163 32 HB2 ASN1888 HB2 ASN1888 7.136 10.647 9.362 33 HB3 ASN1888 HB1 ASN1888 6.689 8.975 9.057 34 HD21 ASN1888 HD21 ASN1888 4.874 9.576 10.626 35 HD22 ASN1888 HD22 ASN1888 5.267 9.432 12.293 36 H VAL1889 HN VAL1889 8.079 7.597 11.437 37 HA VAL1889 HA VAL1889 9.200 5.253 10.180 38 HB VAL1889 HB VAL1889 11.113 6.404 11.372 39 HG11 VAL1889 HG11 VAL1889 9.522 5.873 13.853 40 HG12 VAL1889 HG12 VAL1889 9.972 7.443 13.183 41 HG13 VAL1889 HG13 VAL1889 11.218 6.362 13.811 42 HG21 VAL1889 HG21 VAL1889 11.926 4.404 12.575 43 HG22 VAL1889 HG22 VAL1889 11.218 4.005 11.007 44 HG23 VAL1889 HG23 VAL1889 10.304 3.717 12.487 45 H GLN1890 HN GLN1890 8.603 3.408 11.301 46 HA GLN1890 HA GLN1890 6.280 3.744 13.060 47 HB2 GLN1890 HB2 GLN1890 6.659 1.887 10.729 48 HB3 GLN1890 HB1 GLN1890 5.411 1.658 11.944 49 HG2 GLN1890 HG2 GLN1890 5.687 4.138 10.243 50 HG3 GLN1890 HG1 GLN1890 4.638 2.795 9.897 51 HE21 GLN1890 HE21 GLN1890 2.784 2.508 11.118 52 HE22 GLN1890 HE22 GLN1890 2.199 3.736 12.188 53 H ASN1891 HN ASN1891 5.815 1.247 13.812 54 HA ASN1891 HA ASN1891 7.778 0.406 15.596 55 HB2 ASN1891 HB2 ASN1891 5.472 -0.331 15.795 56 HB3 ASN1891 HB1 ASN1891 5.568 -1.174 14.256 57 HD21 ASN1891 HD21 ASN1891 6.513 -3.209 14.173 58 HD22 ASN1891 HD22 ASN1891 6.975 -4.075 15.572 59 H ASP1892 HN ASP1892 7.021 -0.767 12.396 60 HA ASP1892 HA ASP1892 9.734 -1.720 12.242 61 HB2 ASP1892 HB2 ASP1892 8.915 -3.637 10.738 62 HB3 ASP1892 HB1 ASP1892 8.627 -3.794 12.461 63 H CYS1893 HN CYS1893 7.386 -1.988 9.642 64 HA CYS1893 HA CYS1893 7.246 -1.046 7.609 65 HB2 CYS1893 HB2 CYS1893 6.916 1.053 8.993 66 HB3 CYS1893 HB1 CYS1893 8.625 1.395 8.753 67 H ARG1894 HN ARG1894 9.758 -2.330 8.676 68 HA ARG1894 HA ARG1894 11.260 -2.011 6.269 69 HB2 ARG1894 HB2 ARG1894 13.417 -1.749 7.459 70 HB3 ARG1894 HB1 ARG1894 12.367 -0.363 7.645 71 HG2 ARG1894 HG2 ARG1894 11.797 -1.041 9.894 72 HG3 ARG1894 HG1 ARG1894 12.746 -2.517 9.717 73 HD2 ARG1894 HD2 ARG1894 13.942 -0.762 10.972 74 HD3 ARG1894 HD1 ARG1894 14.776 -1.219 9.486 75 HE ARG1894 HE ARG1894 13.402 0.867 8.620 76 HH11 ARG1894 HH11 ARG1894 15.184 0.627 11.677 77 HH12 ARG1894 HH12 ARG1894 15.625 2.275 11.686 78 HH21 ARG1894 HH21 ARG1894 13.968 2.964 8.614 79 HH22 ARG1894 HH22 ARG1894 14.942 3.676 9.844 80 H VAL1895 HN VAL1895 11.722 -3.911 5.579 81 HA VAL1895 HA VAL1895 12.009 -6.031 7.558 82 HB VAL1895 HB VAL1895 9.855 -6.330 6.366 83 HG11 VAL1895 HG11 VAL1895 10.329 -5.309 4.265 84 HG12 VAL1895 HG12 VAL1895 9.801 -6.972 4.007 85 HG13 VAL1895 HG13 VAL1895 11.513 -6.561 3.878 86 HG21 VAL1895 HG21 VAL1895 10.152 -8.670 5.675 87 HG22 VAL1895 HG22 VAL1895 10.989 -8.313 7.186 88 HG23 VAL1895 HG23 VAL1895 11.899 -8.439 5.680 89 H THR1896 HN THR1896 13.739 -7.170 7.456 90 HA THR1896 HA THR1896 15.675 -6.546 5.378 91 HB THR1896 HB THR1896 16.034 -8.259 7.861 92 HG1 THR1896 HG1 THR1896 15.347 -6.033 8.324 93 HG21 THR1896 HG21 THR1896 18.405 -7.683 7.570 94 HG22 THR1896 HG22 THR1896 18.001 -6.738 6.136 95 HG23 THR1896 HG23 THR1896 17.768 -8.486 6.136 96 H ASN1897 HN ASN1897 15.752 -7.932 3.682 97 HA ASN1897 HA ASN1897 14.545 -10.574 4.042 98 HB2 ASN1897 HB2 ASN1897 13.855 -9.320 2.018 99 HB3 ASN1897 HB1 ASN1897 15.532 -9.262 1.484 100 HD21 ASN1897 HD21 ASN1897 15.055 -10.409 -0.446 101 HD22 ASN1897 HD22 ASN1897 14.658 -12.064 -0.454 102 HA PRO1898 HA PRO1898 18.673 -12.014 4.927 103 HB2 PRO1898 HB2 PRO1898 17.950 -14.695 4.897 104 HB3 PRO1898 HB1 PRO1898 17.856 -13.629 6.303 105 HG2 PRO1898 HG2 PRO1898 15.711 -14.449 4.395 106 HG3 PRO1898 HG1 PRO1898 15.634 -14.237 6.152 107 HD2 PRO1898 HD2 PRO1898 14.649 -12.403 4.478 108 HD3 PRO1898 HD1 PRO1898 15.454 -11.935 5.990 109 H ALA1899 HN ALA1899 16.649 -13.242 2.350 110 HA ALA1899 HA ALA1899 18.687 -14.660 0.986 111 HB1 ALA1899 HB1 ALA1899 16.312 -15.117 0.648 112 HB2 ALA1899 HB2 ALA1899 17.131 -14.756 -0.873 113 HB3 ALA1899 HB3 ALA1899 16.117 -13.533 -0.104 114 H THR1900 HN THR1900 17.306 -11.430 0.501 115 HA THR1900 HA THR1900 19.141 -10.816 -1.609 116 HB THR1900 HB THR1900 17.381 -8.874 -0.049 117 HG1 THR1900 HG1 THR1900 16.752 -10.217 -2.471 118 HG21 THR1900 HG21 THR1900 17.492 -7.580 -2.112 119 HG22 THR1900 HG22 THR1900 18.513 -8.814 -2.849 120 HG23 THR1900 HG23 THR1900 19.115 -7.867 -1.486 121 H GLY1901 HN GLY1901 18.861 -10.039 1.852 122 HA2 GLY1901 HA2 GLY1901 20.700 -9.619 3.248 123 HA3 GLY1901 HA1 GLY1901 21.639 -9.122 1.842 124 H HIS1902 HN HIS1902 19.139 -7.692 1.000 125 HA HIS1902 HA HIS1902 19.903 -5.142 2.159 126 HB2 HIS1902 HB2 HIS1902 18.178 -5.845 -0.197 127 HB3 HIS1902 HB1 HIS1902 18.274 -4.211 0.435 128 HD1 HIS1902 HD1 HIS1902 19.845 -2.820 -0.812 129 HD2 HIS1902 HD2 HIS1902 20.978 -6.819 -0.904 130 HE1 HIS1902 HE1 HIS1902 21.849 -2.923 -2.309 131 HE2 HIS1902 HE2 HIS1902 22.184 -5.364 -2.674 132 H LEU1903 HN LEU1903 18.303 -3.564 2.656 133 HA LEU1903 HA LEU1903 16.112 -4.677 4.260 134 HB2 LEU1903 HB2 LEU1903 17.844 -3.553 5.539 135 HB3 LEU1903 HB1 LEU1903 17.732 -2.142 4.509 136 HG LEU1903 HG LEU1903 15.381 -1.830 5.344 137 HD11 LEU1903 HD11 LEU1903 14.774 -2.927 7.444 138 HD12 LEU1903 HD12 LEU1903 16.204 -3.950 7.296 139 HD13 LEU1903 HD13 LEU1903 14.918 -4.058 6.097 140 HD21 LEU1903 HD21 LEU1903 17.228 -0.510 6.210 141 HD22 LEU1903 HD22 LEU1903 17.582 -1.769 7.396 142 HD23 LEU1903 HD23 LEU1903 16.063 -0.874 7.484 143 H PHE1904 HN PHE1904 14.113 -4.139 3.611 144 HA PHE1904 HA PHE1904 13.724 -1.956 1.689 145 HB2 PHE1904 HB2 PHE1904 11.703 -3.860 2.914 146 HB3 PHE1904 HB1 PHE1904 11.427 -2.714 1.617 147 HD1 PHE1904 HD2 PHE1904 12.887 -5.944 2.522 148 HD2 PHE1904 HD1 PHE1904 12.066 -3.223 -0.641 149 HE1 PHE1904 HE2 PHE1904 13.311 -7.727 0.887 150 HE2 PHE1904 HE1 PHE1904 12.481 -5.000 -2.280 151 HZ PHE1904 HZ PHE1904 13.109 -7.253 -1.522 152 H ASP1905 HN ASP1905 13.345 0.013 2.610 153 HA ASP1905 HA ASP1905 12.103 0.061 5.282 154 HB2 ASP1905 HB2 ASP1905 14.522 0.366 5.575 155 HB3 ASP1905 HB1 ASP1905 14.521 1.659 4.389 156 H LEU1906 HN LEU1906 10.205 1.041 5.002 157 HA LEU1906 HA LEU1906 9.946 3.003 2.834 158 HB2 LEU1906 HB2 LEU1906 7.829 1.503 4.356 159 HB3 LEU1906 HB1 LEU1906 7.517 2.656 3.081 160 HG LEU1906 HG LEU1906 8.855 -0.027 2.808 161 HD11 LEU1906 HD11 LEU1906 6.448 -0.105 3.077 162 HD12 LEU1906 HD12 LEU1906 6.912 -0.523 1.425 163 HD13 LEU1906 HD13 LEU1906 6.255 1.074 1.777 164 HD21 LEU1906 HD21 LEU1906 8.323 2.070 0.696 165 HD22 LEU1906 HD22 LEU1906 8.920 0.437 0.402 166 HD23 LEU1906 HD23 LEU1906 9.911 1.589 1.296 167 H THR1907 HN THR1907 11.168 3.879 5.169 168 HA THR1907 HA THR1907 9.465 5.125 6.993 169 HB THR1907 HB THR1907 11.593 6.591 7.274 170 HG1 THR1907 HG1 THR1907 13.056 4.551 6.134 171 HG21 THR1907 HG21 THR1907 11.621 3.593 7.716 172 HG22 THR1907 HG22 THR1907 10.900 4.784 8.794 173 HG23 THR1907 HG23 THR1907 12.647 4.763 8.546 174 H SER1908 HN SER1908 10.713 6.206 3.898 175 HA SER1908 HA SER1908 9.521 8.797 4.173 176 HB2 SER1908 HB2 SER1908 10.846 7.461 1.822 177 HB3 SER1908 HB1 SER1908 10.272 9.130 1.838 178 HG SER1908 HG SER1908 11.627 9.565 3.489 179 H LEU1909 HN LEU1909 8.182 5.778 3.531 180 HA LEU1909 HA LEU1909 6.385 6.776 1.573 181 HB2 LEU1909 HB2 LEU1909 7.309 4.222 2.559 182 HB3 LEU1909 HB1 LEU1909 5.603 4.279 2.235 183 HG LEU1909 HG LEU1909 6.776 3.404 0.293 184 HD11 LEU1909 HD11 LEU1909 4.902 4.843 -0.229 185 HD12 LEU1909 HD12 LEU1909 6.165 4.989 -1.452 186 HD13 LEU1909 HD13 LEU1909 5.967 6.249 -0.234 187 HD21 LEU1909 HD21 LEU1909 8.972 4.285 0.786 188 HD22 LEU1909 HD22 LEU1909 8.425 5.916 0.384 189 HD23 LEU1909 HD23 LEU1909 8.499 4.674 -0.868 190 H LYS1910 HN LYS1910 6.387 5.563 4.964 191 HA LYS1910 HA LYS1910 3.578 5.791 5.118 192 HB2 LYS1910 HB2 LYS1910 3.813 5.390 7.496 193 HB3 LYS1910 HB1 LYS1910 4.925 4.341 6.648 194 HG2 LYS1910 HG2 LYS1910 6.649 5.135 7.734 195 HG3 LYS1910 HG1 LYS1910 6.255 6.784 7.244 196 HD2 LYS1910 HD2 LYS1910 5.152 5.268 9.637 197 HD3 LYS1910 HD1 LYS1910 6.293 6.606 9.698 198 HE2 LYS1910 HE2 LYS1910 4.614 8.140 8.896 199 HE3 LYS1910 HE1 LYS1910 3.483 6.827 8.602 200 HZ1 LYS1910 HZ1 LYS1910 4.504 7.543 11.313 201 HZ2 LYS1910 HZ2 LYS1910 3.229 6.510 10.982 202 HZ3 LYS1910 HZ3 LYS1910 3.116 8.165 10.644 203 H ARG1911 HN ARG1911 2.374 7.443 5.742 204 HA ARG1911 HA ARG1911 3.708 9.865 6.593 205 HB2 ARG1911 HB2 ARG1911 2.332 11.172 4.968 206 HB3 ARG1911 HB1 ARG1911 3.533 10.140 4.216 207 HG2 ARG1911 HG2 ARG1911 1.495 8.468 4.080 208 HG3 ARG1911 HG1 ARG1911 0.577 9.975 4.156 209 HD2 ARG1911 HD2 ARG1911 2.688 9.213 2.137 210 HD3 ARG1911 HD1 ARG1911 0.966 9.430 1.854 211 HE ARG1911 HE ARG1911 1.763 11.839 2.813 212 HH11 ARG1911 HH11 ARG1911 2.861 9.827 0.101 213 HH12 ARG1911 HH12 ARG1911 3.469 11.127 -0.805 214 HH21 ARG1911 HH21 ARG1911 2.559 13.606 1.591 215 HH22 ARG1911 HH22 ARG1911 3.213 13.403 0.049 216 H GLU1912 HN GLU1912 1.946 11.488 7.316 217 HA GLU1912 HA GLU1912 0.549 9.961 9.274 218 HB2 GLU1912 HB2 GLU1912 0.648 12.948 8.877 219 HB3 GLU1912 HB1 GLU1912 -0.036 12.128 10.274 220 HG2 GLU1912 HG2 GLU1912 2.848 12.083 9.399 221 HG3 GLU1912 HG1 GLU1912 2.180 12.907 10.810 222 H SER1913 HN SER1913 -0.380 11.668 6.395 223 HA SER1913 HA SER1913 -3.168 11.353 7.005 224 HB2 SER1913 HB2 SER1913 -3.328 12.384 4.663 225 HB3 SER1913 HB1 SER1913 -2.625 13.384 5.939 226 HG SER1913 HG SER1913 -1.330 13.450 4.065 227 H GLY1914 HN GLY1914 -1.431 10.651 4.036 228 HA2 GLY1914 HA2 GLY1914 -1.346 7.995 3.796 229 HA3 GLY1914 HA1 GLY1914 -3.066 8.341 3.523 230 H TYR1915 HN TYR1915 -2.304 7.373 1.398 231 HA TYR1915 HA TYR1915 -1.105 9.394 -0.353 232 HB2 TYR1915 HB2 TYR1915 -1.780 6.544 -1.055 233 HB3 TYR1915 HB1 TYR1915 -0.736 7.651 -1.925 234 HD1 TYR1915 HD2 TYR1915 1.551 8.159 -0.960 235 HD2 TYR1915 HD1 TYR1915 -1.011 5.179 0.620 236 HE1 TYR1915 HE2 TYR1915 3.463 7.086 0.171 237 HE2 TYR1915 HE1 TYR1915 0.854 4.123 1.726 238 HH TYR1915 HH TYR1915 3.738 5.616 2.146 239 H THR1916 HN THR1916 -2.292 10.119 -2.021 240 HA THR1916 HA THR1916 -5.094 9.265 -2.108 241 HB THR1916 HB THR1916 -4.921 11.542 -1.214 242 HG1 THR1916 HG1 THR1916 -6.684 11.308 -2.452 243 HG21 THR1916 HG21 THR1916 -3.932 13.379 -2.543 244 HG22 THR1916 HG22 THR1916 -3.417 12.191 -3.753 245 HG23 THR1916 HG23 THR1916 -2.737 12.137 -2.136 246 H ILE1917 HN ILE1917 -5.645 8.233 -3.634 247 HA ILE1917 HA ILE1917 -4.615 8.866 -6.250 248 HB ILE1917 HB ILE1917 -5.152 6.133 -6.167 249 HG12 ILE1917 HG12 ILE1917 -3.120 6.854 -4.033 250 HG13 ILE1917 HG11 ILE1917 -4.686 6.108 -3.758 251 HG21 ILE1917 HG21 ILE1917 -2.759 5.925 -6.918 252 HG22 ILE1917 HG22 ILE1917 -2.510 7.608 -6.468 253 HG23 ILE1917 HG23 ILE1917 -3.640 7.199 -7.759 254 HD11 ILE1917 HD11 ILE1917 -2.895 4.476 -3.603 255 HD12 ILE1917 HD12 ILE1917 -2.374 4.876 -5.240 256 HD13 ILE1917 HD13 ILE1917 -3.943 4.116 -4.976 257 H THR1918 HN THR1918 -6.048 7.429 -7.813 258 HA THR1918 HA THR1918 -8.804 7.736 -6.885 259 HB THR1918 HB THR1918 -7.804 8.165 -9.719 260 HG1 THR1918 HG1 THR1918 -6.872 9.754 -8.576 261 HG21 THR1918 HG21 THR1918 -9.944 9.349 -9.979 262 HG22 THR1918 HG22 THR1918 -10.344 9.017 -8.294 263 HG23 THR1918 HG23 THR1918 -10.222 7.689 -9.448 264 H ASP1919 HN ASP1919 -10.247 6.184 -7.697 265 HA ASP1919 HA ASP1919 -9.051 3.683 -8.494 266 HB2 ASP1919 HB2 ASP1919 -10.705 3.641 -6.651 267 HB3 ASP1919 HB1 ASP1919 -11.840 4.535 -7.623 268 H SER1920 HN SER1920 -11.159 2.713 -10.123 269 HA SER1920 HA SER1920 -10.392 2.985 -12.601 270 HB2 SER1920 HB2 SER1920 -13.208 2.747 -11.594 271 HB3 SER1920 HB1 SER1920 -12.669 2.236 -13.217 272 HG SER1920 HG SER1920 -12.635 0.835 -10.995 273 H HIS1921 HN HIS1921 -13.031 5.153 -11.400 274 HA HIS1921 HA HIS1921 -12.137 7.509 -12.718 275 HB2 HIS1921 HB2 HIS1921 -13.658 7.760 -14.605 276 HB3 HIS1921 HB1 HIS1921 -12.682 6.321 -14.838 277 HD1 HIS1921 HD1 HIS1921 -16.081 7.520 -14.884 278 HD2 HIS1921 HD2 HIS1921 -14.221 3.862 -14.273 279 HE1 HIS1921 HE1 HIS1921 -17.882 5.767 -15.211 280 HE2 HIS1921 HE2 HIS1921 -16.646 3.559 -15.022 281 H ASN1922 HN ASN1922 -13.645 6.322 -10.383 282 HA ASN1922 HA ASN1922 -15.437 8.599 -10.183 283 HB2 ASN1922 HB2 ASN1922 -16.711 6.657 -11.109 284 HB3 ASN1922 HB1 ASN1922 -16.335 5.777 -9.658 285 HD21 ASN1922 HD21 ASN1922 -17.958 8.524 -10.897 286 HD22 ASN1922 HD22 ASN1922 -19.090 8.724 -9.600 287 H ARG1923 HN ARG1923 -14.636 5.587 -8.648 288 HA ARG1923 HA ARG1923 -14.821 6.636 -6.007 289 HB2 ARG1923 HB2 ARG1923 -13.575 4.057 -6.990 290 HB3 ARG1923 HB1 ARG1923 -13.677 4.501 -5.300 291 HG2 ARG1923 HG2 ARG1923 -15.363 2.963 -5.756 292 HG3 ARG1923 HG1 ARG1923 -16.200 4.520 -5.562 293 HD2 ARG1923 HD2 ARG1923 -17.221 3.412 -7.366 294 HD3 ARG1923 HD1 ARG1923 -16.112 4.550 -8.136 295 HE ARG1923 HE ARG1923 -14.540 2.470 -8.083 296 HH11 ARG1923 HH11 ARG1923 -17.968 2.566 -9.009 297 HH12 ARG1923 HH12 ARG1923 -17.900 1.051 -9.810 298 HH21 ARG1923 HH21 ARG1923 -14.473 0.446 -9.255 299 HH22 ARG1923 HH22 ARG1923 -15.871 -0.129 -10.013 300 H LYS1924 HN LYS1924 -13.148 6.928 -4.516 301 HA LYS1924 HA LYS1924 -10.585 7.679 -5.753 302 HB2 LYS1924 HB2 LYS1924 -11.866 8.617 -3.177 303 HB3 LYS1924 HB1 LYS1924 -10.250 9.058 -3.694 304 HG2 LYS1924 HG2 LYS1924 -12.775 9.711 -5.203 305 HG3 LYS1924 HG1 LYS1924 -11.940 10.806 -4.103 306 HD2 LYS1924 HD2 LYS1924 -10.772 9.616 -6.623 307 HD3 LYS1924 HD1 LYS1924 -11.386 11.261 -6.459 308 HE2 LYS1924 HE2 LYS1924 -9.688 11.651 -4.677 309 HE3 LYS1924 HE1 LYS1924 -9.032 10.049 -5.009 310 HZ1 LYS1924 HZ1 LYS1924 -9.150 12.329 -6.918 311 HZ2 LYS1924 HZ2 LYS1924 -8.568 10.797 -7.307 312 HZ3 LYS1924 HZ3 LYS1924 -7.766 11.726 -6.166 313 H ILE1925 HN ILE1925 -8.687 6.876 -4.832 314 HA ILE1925 HA ILE1925 -9.180 4.758 -2.909 315 HB ILE1925 HB ILE1925 -6.904 4.966 -4.920 316 HG12 ILE1925 HG12 ILE1925 -9.216 3.034 -4.651 317 HG13 ILE1925 HG11 ILE1925 -9.053 4.272 -5.877 318 HG21 ILE1925 HG21 ILE1925 -6.197 2.777 -4.040 319 HG22 ILE1925 HG22 ILE1925 -7.472 2.861 -2.824 320 HG23 ILE1925 HG23 ILE1925 -6.143 4.020 -2.787 321 HD11 ILE1925 HD11 ILE1925 -8.500 2.047 -6.781 322 HD12 ILE1925 HD12 ILE1925 -7.250 1.859 -5.563 323 HD13 ILE1925 HD13 ILE1925 -7.084 3.096 -6.803 324 H GLU1926 HN GLU1926 -8.807 5.386 -1.084 325 HA GLU1926 HA GLU1926 -6.617 7.283 -0.510 326 HB2 GLU1926 HB2 GLU1926 -9.121 7.814 0.007 327 HB3 GLU1926 HB1 GLU1926 -8.953 6.635 1.290 328 HG2 GLU1926 HG2 GLU1926 -7.212 9.073 1.059 329 HG3 GLU1926 HG1 GLU1926 -8.742 9.070 1.909 330 H LEU1927 HN LEU1927 -4.901 6.241 0.342 331 HA LEU1927 HA LEU1927 -5.376 4.174 2.258 332 HB2 LEU1927 HB2 LEU1927 -3.894 2.488 1.078 333 HB3 LEU1927 HB1 LEU1927 -5.519 2.684 0.495 334 HG LEU1927 HG LEU1927 -4.670 3.926 -1.466 335 HD11 LEU1927 HD11 LEU1927 -1.935 3.269 -0.384 336 HD12 LEU1927 HD12 LEU1927 -2.642 4.886 -0.527 337 HD13 LEU1927 HD13 LEU1927 -2.296 3.942 -1.975 338 HD21 LEU1927 HD21 LEU1927 -3.621 2.032 -2.543 339 HD22 LEU1927 HD22 LEU1927 -5.006 1.557 -1.562 340 HD23 LEU1927 HD23 LEU1927 -3.365 1.284 -0.968 341 H ASN1928 HN ASN1928 -3.435 3.371 3.300 342 HA ASN1928 HA ASN1928 -1.110 5.056 2.862 343 HB2 ASN1928 HB2 ASN1928 -2.562 6.180 4.597 344 HB3 ASN1928 HB1 ASN1928 -2.353 4.762 5.610 345 HD21 ASN1928 HD21 ASN1928 -1.474 6.112 7.169 346 HD22 ASN1928 HD22 ASN1928 0.142 6.727 7.079 347 H VAL1929 HN VAL1929 0.810 4.134 3.572 348 HA VAL1929 HA VAL1929 0.603 1.257 4.072 349 HB VAL1929 HB VAL1929 2.659 2.818 2.470 350 HG11 VAL1929 HG11 VAL1929 3.815 1.073 3.759 351 HG12 VAL1929 HG12 VAL1929 3.798 0.704 2.038 352 HG13 VAL1929 HG13 VAL1929 2.691 -0.135 3.129 353 HG21 VAL1929 HG21 VAL1929 0.593 2.346 1.297 354 HG22 VAL1929 HG22 VAL1929 0.727 0.637 1.712 355 HG23 VAL1929 HG23 VAL1929 1.912 1.378 0.632 356 H CYS1930 HN CYS1930 1.829 0.362 5.564 357 HA CYS1930 HA CYS1930 3.083 0.054 7.469 358 HB2 CYS1930 HB2 CYS1930 4.275 2.755 6.802 359 HB3 CYS1930 HB1 CYS1930 4.765 1.799 8.187 360 H ALA1931 HN ALA1931 1.232 2.879 7.082 361 HA ALA1931 HA ALA1931 0.534 2.755 9.881 362 HB1 ALA1931 HB1 ALA1931 1.047 5.260 8.268 363 HB2 ALA1931 HB2 ALA1931 2.036 4.657 9.599 364 HB3 ALA1931 HB3 ALA1931 0.387 5.212 9.904 365 H GLU1932 HN GLU1932 -1.472 3.699 10.171 366 HA GLU1932 HA GLU1932 -3.360 2.740 8.253 367 HB2 GLU1932 HB2 GLU1932 -5.139 3.425 9.932 368 HB3 GLU1932 HB1 GLU1932 -3.926 2.322 10.528 369 HG2 GLU1932 HG2 GLU1932 -3.909 5.289 11.062 370 HG3 GLU1932 HG1 GLU1932 -4.635 4.093 12.128 371 H ALA1933 HN ALA1933 -5.059 3.838 7.234 372 HA ALA1933 HA ALA1933 -4.177 6.293 6.012 373 HB1 ALA1933 HB1 ALA1933 -6.668 4.658 5.535 374 HB2 ALA1933 HB2 ALA1933 -5.142 4.487 4.668 375 HB3 ALA1933 HB3 ALA1933 -6.080 5.971 4.516 376 H LYS1934 HN LYS1934 -4.738 8.249 6.589 377 HA LYS1934 HA LYS1934 -7.124 8.589 8.296 378 HB2 LYS1934 HB2 LYS1934 -4.512 10.064 8.576 379 HB3 LYS1934 HB1 LYS1934 -5.921 10.200 9.618 380 HG2 LYS1934 HG2 LYS1934 -5.620 7.901 10.342 381 HG3 LYS1934 HG1 LYS1934 -4.229 7.741 9.266 382 HD2 LYS1934 HD2 LYS1934 -3.177 9.637 10.523 383 HD3 LYS1934 HD1 LYS1934 -4.502 9.510 11.687 384 HE2 LYS1934 HE2 LYS1934 -2.595 8.263 12.481 385 HE3 LYS1934 HE1 LYS1934 -3.903 7.155 12.061 386 HZ1 LYS1934 HZ1 LYS1934 -1.875 6.275 11.199 387 HZ2 LYS1934 HZ2 LYS1934 -1.442 7.715 10.481 388 HZ3 LYS1934 HZ3 LYS1934 -2.740 6.837 9.863 389 H SER1935 HN SER1935 -6.122 9.256 5.282 390 HA SER1935 HA SER1935 -6.360 12.111 5.253 391 HB2 SER1935 HB2 SER1935 -6.862 10.395 2.835 392 HB3 SER1935 HB1 SER1935 -6.124 11.990 2.923 393 HG SER1935 HG SER1935 -5.079 9.485 3.258 394 H SER1936 HN SER1936 -8.440 9.419 4.343 395 HA SER1936 HA SER1936 -10.797 11.078 4.860 396 HB2 SER1936 HB2 SER1936 -10.433 9.463 2.331 397 HB3 SER1936 HB1 SER1936 -11.878 10.374 2.784 398 HG SER1936 HG SER1936 -9.652 11.885 2.952 399 H CYS1937 HN CYS1937 -9.285 7.885 4.896 400 HA CYS1937 HA CYS1937 -11.674 6.463 5.278 401 HB2 CYS1937 HB2 CYS1937 -9.449 5.566 4.437 402 HB3 CYS1937 HB1 CYS1937 -8.883 5.629 6.103 403 H ALA1938 HN ALA1938 -11.342 4.913 7.570 404 HA ALA1938 HA ALA1938 -12.273 6.887 9.456 405 HB1 ALA1938 HB1 ALA1938 -13.175 5.095 10.751 406 HB2 ALA1938 HB2 ALA1938 -12.285 3.912 9.828 407 HB3 ALA1938 HB3 ALA1938 -13.592 4.825 9.052 408 H ASN1939 HN ASN1939 -10.609 3.947 10.528 409 HA ASN1939 HA ASN1939 -9.051 5.714 12.108 410 HB2 ASN1939 HB2 ASN1939 -10.717 5.107 13.599 411 HB3 ASN1939 HB1 ASN1939 -10.737 3.439 13.057 412 HD21 ASN1939 HD21 ASN1939 -9.392 2.005 13.973 413 HD22 ASN1939 HD22 ASN1939 -8.378 2.325 15.322 414 H GLY1940 HN GLY1940 -9.178 2.163 11.812 415 HA2 GLY1940 HA2 GLY1940 -6.243 2.164 11.835 416 HA3 GLY1940 HA1 GLY1940 -7.277 0.869 12.422 417 H ALA1941 HN ALA1941 -8.323 2.250 9.602 418 HA ALA1941 HA ALA1941 -7.801 -0.168 8.200 419 HB1 ALA1941 HB1 ALA1941 -9.165 0.805 6.441 420 HB2 ALA1941 HB2 ALA1941 -9.172 2.341 7.306 421 HB3 ALA1941 HB3 ALA1941 -9.945 0.922 8.017 422 H ALA1942 HN ALA1942 -6.854 -0.102 5.932 423 HA ALA1942 HA ALA1942 -4.792 1.970 5.782 424 HB1 ALA1942 HB1 ALA1942 -4.463 -0.907 4.979 425 HB2 ALA1942 HB2 ALA1942 -3.814 -0.167 6.442 426 HB3 ALA1942 HB3 ALA1942 -3.244 0.360 4.861 427 H VAL1943 HN VAL1943 -6.493 -0.476 3.788 428 HA VAL1943 HA VAL1943 -6.232 1.423 1.557 429 HB VAL1943 HB VAL1943 -6.958 -1.536 1.481 430 HG11 VAL1943 HG11 VAL1943 -6.768 -1.338 -0.960 431 HG12 VAL1943 HG12 VAL1943 -6.495 0.398 -0.798 432 HG13 VAL1943 HG13 VAL1943 -8.045 -0.299 -0.328 433 HG21 VAL1943 HG21 VAL1943 -4.609 -1.168 2.018 434 HG22 VAL1943 HG22 VAL1943 -4.445 -0.115 0.611 435 HG23 VAL1943 HG23 VAL1943 -4.786 -1.836 0.395 436 H CYS1944 HN CYS1944 -7.952 2.664 1.209 437 HA CYS1944 HA CYS1944 -10.566 1.552 1.824 438 HB2 CYS1944 HB2 CYS1944 -9.543 4.290 2.573 439 HB3 CYS1944 HB1 CYS1944 -11.179 3.687 2.848 440 H ILE1945 HN ILE1945 -11.781 1.566 0.130 441 HA ILE1945 HA ILE1945 -11.219 3.298 -2.141 442 HB ILE1945 HB ILE1945 -13.345 1.153 -1.797 443 HG12 ILE1945 HG12 ILE1945 -11.139 0.133 -1.537 444 HG13 ILE1945 HG11 ILE1945 -11.864 -0.362 -3.057 445 HG21 ILE1945 HG21 ILE1945 -13.857 2.707 -3.583 446 HG22 ILE1945 HG22 ILE1945 -13.433 1.129 -4.246 447 HG23 ILE1945 HG23 ILE1945 -12.264 2.449 -4.297 448 HD11 ILE1945 HD11 ILE1945 -9.728 1.728 -2.702 449 HD12 ILE1945 HD12 ILE1945 -10.445 1.238 -4.242 450 HD13 ILE1945 HD13 ILE1945 -9.494 0.085 -3.306 451 H THR1946 HN THR1946 -12.223 5.254 -2.084 452 HA THR1946 HA THR1946 -14.542 5.503 -0.351 453 HB THR1946 HB THR1946 -13.224 7.795 -1.816 454 HG1 THR1946 HG1 THR1946 -11.981 6.180 -0.170 455 HG21 THR1946 HG21 THR1946 -15.376 8.155 -0.643 456 HG22 THR1946 HG22 THR1946 -14.054 9.041 0.117 457 HG23 THR1946 HG23 THR1946 -14.643 7.548 0.844 458 H ASP1947 HN ASP1947 -16.336 5.012 -1.286 459 HA ASP1947 HA ASP1947 -16.776 5.503 -4.126 460 HB2 ASP1947 HB2 ASP1947 -17.172 3.211 -3.231 461 HB3 ASP1947 HB1 ASP1947 -18.345 3.874 -2.103 462 H GLY1948 HN GLY1948 -17.325 7.610 -4.232 463 HA2 GLY1948 HA2 GLY1948 -18.653 9.463 -4.022 464 HA3 GLY1948 HA1 GLY1948 -19.807 8.478 -3.115 465 HA PRO1949 HA PRO1949 -17.884 10.541 0.398 466 HB2 PRO1949 HB2 PRO1949 -20.059 10.730 1.897 467 HB3 PRO1949 HB1 PRO1949 -19.877 11.743 0.459 468 HG2 PRO1949 HG2 PRO1949 -21.600 9.361 0.884 469 HG3 PRO1949 HG1 PRO1949 -21.866 10.772 -0.152 470 HD2 PRO1949 HD2 PRO1949 -20.855 8.216 -0.918 471 HD3 PRO1949 HD1 PRO1949 -21.000 9.666 -1.932 472 H LYS1950 HN LYS1950 -18.958 7.422 -0.086 473 HA LYS1950 HA LYS1950 -18.889 6.682 2.734 474 HB2 LYS1950 HB2 LYS1950 -20.936 6.146 1.465 475 HB3 LYS1950 HB1 LYS1950 -19.983 5.202 0.339 476 HG2 LYS1950 HG2 LYS1950 -19.511 3.567 2.000 477 HG3 LYS1950 HG1 LYS1950 -20.207 4.581 3.269 478 HD2 LYS1950 HD2 LYS1950 -22.401 4.424 2.210 479 HD3 LYS1950 HD1 LYS1950 -21.714 3.442 0.917 480 HE2 LYS1950 HE2 LYS1950 -21.180 1.689 2.460 481 HE3 LYS1950 HE1 LYS1950 -21.669 2.690 3.827 482 HZ1 LYS1950 HZ1 LYS1950 -23.488 1.726 1.675 483 HZ2 LYS1950 HZ2 LYS1950 -23.926 2.645 3.017 484 HZ3 LYS1950 HZ3 LYS1950 -23.359 1.078 3.236 485 H THR1951 HN THR1951 -17.370 5.310 3.479 486 HA THR1951 HA THR1951 -15.173 4.786 1.645 487 HB THR1951 HB THR1951 -15.258 4.622 4.659 488 HG1 THR1951 HG1 THR1951 -15.437 6.689 3.067 489 HG21 THR1951 HG21 THR1951 -13.411 3.381 3.599 490 HG22 THR1951 HG22 THR1951 -12.817 4.802 4.457 491 HG23 THR1951 HG23 THR1951 -12.964 4.827 2.698 492 H LEU1952 HN LEU1952 -14.911 2.795 0.846 493 HA LEU1952 HA LEU1952 -16.011 0.470 2.234 494 HB2 LEU1952 HB2 LEU1952 -16.602 0.665 -0.115 495 HB3 LEU1952 HB1 LEU1952 -14.929 0.915 -0.558 496 HG LEU1952 HG LEU1952 -14.426 -1.417 0.100 497 HD11 LEU1952 HD11 LEU1952 -17.399 -1.648 0.498 498 HD12 LEU1952 HD12 LEU1952 -16.158 -1.749 1.750 499 HD13 LEU1952 HD13 LEU1952 -16.245 -2.984 0.492 500 HD21 LEU1952 HD21 LEU1952 -16.653 -1.114 -1.912 501 HD22 LEU1952 HD22 LEU1952 -15.549 -2.485 -1.799 502 HD23 LEU1952 HD23 LEU1952 -14.931 -0.891 -2.224 503 H ASN1953 HN ASN1953 -14.608 -0.619 3.497 504 HA ASN1953 HA ASN1953 -11.781 -0.020 3.168 505 HB2 ASN1953 HB2 ASN1953 -12.801 0.167 5.432 506 HB3 ASN1953 HB1 ASN1953 -13.182 -1.548 5.380 507 HD21 ASN1953 HD21 ASN1953 -10.178 -0.153 4.139 508 HD22 ASN1953 HD22 ASN1953 -9.185 -0.891 5.325 509 H ALA1954 HN ALA1954 -10.644 -1.293 1.890 510 HA ALA1954 HA ALA1954 -11.578 -3.978 1.303 511 HB1 ALA1954 HB1 ALA1954 -10.808 -2.544 -0.534 512 HB2 ALA1954 HB2 ALA1954 -9.812 -3.992 -0.398 513 HB3 ALA1954 HB3 ALA1954 -9.210 -2.448 0.207 514 H GLY1955 HN GLY1955 -9.196 -2.373 3.197 515 HA2 GLY1955 HA2 GLY1955 -8.516 -4.795 4.524 516 HA3 GLY1955 HA1 GLY1955 -7.209 -4.204 3.508 517 H LYS1956 HN LYS1956 -7.810 -4.366 6.521 518 HA LYS1956 HA LYS1956 -7.640 -1.610 7.255 519 HB2 LYS1956 HB2 LYS1956 -7.516 -2.395 9.564 520 HB3 LYS1956 HB1 LYS1956 -8.823 -3.217 8.726 521 HG2 LYS1956 HG2 LYS1956 -7.442 -5.209 8.481 522 HG3 LYS1956 HG1 LYS1956 -6.090 -4.379 9.247 523 HD2 LYS1956 HD2 LYS1956 -8.752 -4.930 10.559 524 HD3 LYS1956 HD1 LYS1956 -7.294 -5.897 10.788 525 HE2 LYS1956 HE2 LYS1956 -7.564 -2.963 11.458 526 HE3 LYS1956 HE1 LYS1956 -7.686 -4.281 12.618 527 HZ1 LYS1956 HZ1 LYS1956 -5.233 -3.587 11.038 528 HZ2 LYS1956 HZ2 LYS1956 -5.376 -4.891 12.051 529 HZ3 LYS1956 HZ3 LYS1956 -5.498 -3.316 12.678 530 H LEU1957 HN LEU1957 -5.761 -1.148 8.965 531 HA LEU1957 HA LEU1957 -3.365 -1.462 7.540 532 HB2 LEU1957 HB2 LEU1957 -3.617 0.487 8.876 533 HB3 LEU1957 HB1 LEU1957 -3.918 -0.466 10.321 534 HG LEU1957 HG LEU1957 -1.595 -1.358 10.130 535 HD11 LEU1957 HD11 LEU1957 0.032 -0.147 8.793 536 HD12 LEU1957 HD12 LEU1957 -1.276 0.770 8.044 537 HD13 LEU1957 HD13 LEU1957 -1.171 -0.977 7.804 538 HD21 LEU1957 HD21 LEU1957 -1.871 1.618 10.444 539 HD22 LEU1957 HD22 LEU1957 -0.522 0.638 11.023 540 HD23 LEU1957 HD23 LEU1957 -2.135 0.402 11.691 541 H SER1958 HN SER1958 -2.328 -3.199 7.422 542 HA SER1958 HA SER1958 -1.593 -4.523 9.876 543 HB2 SER1958 HB2 SER1958 -3.220 -5.987 8.571 544 HB3 SER1958 HB1 SER1958 -2.126 -5.891 7.196 545 HG SER1958 HG SER1958 -0.690 -7.149 8.207 546 H LYS1959 HN LYS1959 0.318 -3.647 10.040 547 HA LYS1959 HA LYS1959 1.753 -2.937 7.679 548 HB2 LYS1959 HB2 LYS1959 3.501 -2.034 9.251 549 HB3 LYS1959 HB1 LYS1959 1.905 -1.358 9.544 550 HG2 LYS1959 HG2 LYS1959 1.631 -2.962 11.409 551 HG3 LYS1959 HG1 LYS1959 3.295 -3.499 11.158 552 HD2 LYS1959 HD2 LYS1959 3.318 -1.921 12.941 553 HD3 LYS1959 HD1 LYS1959 3.985 -1.106 11.529 554 HE2 LYS1959 HE2 LYS1959 2.467 0.387 12.676 555 HE3 LYS1959 HE1 LYS1959 1.777 -0.069 11.122 556 HZ1 LYS1959 HZ1 LYS1959 0.149 -0.091 12.948 557 HZ2 LYS1959 HZ2 LYS1959 1.004 -1.270 13.750 558 HZ3 LYS1959 HZ3 LYS1959 0.297 -1.635 12.280 559 H THR1960 HN THR1960 1.682 -5.052 6.894 560 HA THR1960 HA THR1960 3.702 -6.882 7.927 561 HB THR1960 HB THR1960 1.609 -7.390 5.798 562 HG1 THR1960 HG1 THR1960 1.513 -7.772 8.623 563 HG21 THR1960 HG21 THR1960 3.188 -9.250 7.599 564 HG22 THR1960 HG22 THR1960 3.486 -8.994 5.879 565 HG23 THR1960 HG23 THR1960 1.983 -9.748 6.412 566 H LEU1961 HN LEU1961 5.539 -6.081 7.093 567 HA LEU1961 HA LEU1961 5.793 -5.393 4.271 568 HB2 LEU1961 HB2 LEU1961 7.650 -5.223 6.672 569 HB3 LEU1961 HB1 LEU1961 8.203 -4.920 5.046 570 HG LEU1961 HG LEU1961 7.841 -2.862 6.366 571 HD11 LEU1961 HD11 LEU1961 6.597 -1.623 4.691 572 HD12 LEU1961 HD12 LEU1961 6.037 -3.146 3.999 573 HD13 LEU1961 HD13 LEU1961 7.755 -2.748 3.982 574 HD21 LEU1961 HD21 LEU1961 5.478 -2.075 6.741 575 HD22 LEU1961 HD22 LEU1961 5.957 -3.442 7.751 576 HD23 LEU1961 HD23 LEU1961 4.947 -3.707 6.339 577 H THR1962 HN THR1962 6.000 -7.246 3.031 578 HA THR1962 HA THR1962 7.840 -9.206 4.108 579 HB THR1962 HB THR1962 5.786 -10.094 4.776 580 HG1 THR1962 HG1 THR1962 6.991 -11.698 3.918 581 HG21 THR1962 HG21 THR1962 4.293 -8.738 3.522 582 HG22 THR1962 HG22 THR1962 3.840 -10.432 3.283 583 HG23 THR1962 HG23 THR1962 4.705 -9.552 2.009 584 H TYR1963 HN TYR1963 8.871 -10.508 2.661 585 HA TYR1963 HA TYR1963 9.233 -9.287 0.045 586 HB2 TYR1963 HB2 TYR1963 11.264 -10.936 0.064 587 HB3 TYR1963 HB1 TYR1963 11.373 -9.479 1.029 588 HD1 TYR1963 HD1 TYR1963 10.837 -13.155 1.162 589 HD2 TYR1963 HD2 TYR1963 11.482 -9.603 3.419 590 HE1 TYR1963 HE1 TYR1963 11.279 -14.511 3.168 591 HE2 TYR1963 HE2 TYR1963 11.922 -10.944 5.418 592 HH TYR1963 HH TYR1963 12.423 -14.315 5.387 593 H GLU1964 HN GLU1964 8.599 -10.209 -1.784 594 HA GLU1964 HA GLU1964 8.396 -13.078 -2.025 595 HB2 GLU1964 HB2 GLU1964 6.162 -11.928 -1.113 596 HB3 GLU1964 HB1 GLU1964 5.972 -11.450 -2.785 597 HG2 GLU1964 HG2 GLU1964 6.258 -14.302 -1.863 598 HG3 GLU1964 HG1 GLU1964 4.719 -13.487 -2.101 599 H ASP1965 HN ASP1965 9.115 -13.549 -4.029 600 HA ASP1965 HA ASP1965 10.444 -13.244 -5.781 601 HB2 ASP1965 HB2 ASP1965 9.488 -12.338 -7.875 602 HB3 ASP1965 HB1 ASP1965 8.312 -13.312 -7.038 603 H GLN1966 HN GLN1966 11.143 -11.661 -3.697 604 HA GLN1966 HA GLN1966 12.435 -10.167 -3.022 605 HB2 GLN1966 HB2 GLN1966 13.778 -11.070 -5.013 606 HB3 GLN1966 HB1 GLN1966 13.369 -9.552 -5.811 607 HG2 GLN1966 HG2 GLN1966 14.422 -8.291 -4.087 608 HG3 GLN1966 HG1 GLN1966 14.569 -9.795 -3.152 609 HE21 GLN1966 HE21 GLN1966 15.830 -7.958 -5.867 610 HE22 GLN1966 HE22 GLN1966 17.281 -8.868 -6.042 611 H VAL1967 HN VAL1967 9.795 -9.419 -4.439 612 HA VAL1967 HA VAL1967 10.189 -6.537 -4.404 613 HB VAL1967 HB VAL1967 7.806 -8.225 -5.289 614 HG11 VAL1967 HG11 VAL1967 7.055 -6.051 -4.435 615 HG12 VAL1967 HG12 VAL1967 6.847 -6.155 -6.182 616 HG13 VAL1967 HG13 VAL1967 8.193 -5.234 -5.507 617 HG21 VAL1967 HG21 VAL1967 9.801 -6.632 -6.873 618 HG22 VAL1967 HG22 VAL1967 8.391 -7.464 -7.531 619 HG23 VAL1967 HG23 VAL1967 9.693 -8.388 -6.784 620 H LEU1968 HN LEU1968 8.995 -5.275 -2.961 621 HA LEU1968 HA LEU1968 8.454 -6.607 -0.484 622 HB2 LEU1968 HB2 LEU1968 9.682 -4.497 -0.535 623 HB3 LEU1968 HB1 LEU1968 8.320 -3.712 -1.308 624 HG LEU1968 HG LEU1968 6.974 -4.125 0.720 625 HD11 LEU1968 HD11 LEU1968 8.153 -6.061 1.576 626 HD12 LEU1968 HD12 LEU1968 8.094 -4.774 2.779 627 HD13 LEU1968 HD13 LEU1968 9.582 -5.074 1.877 628 HD21 LEU1968 HD21 LEU1968 9.541 -2.606 1.079 629 HD22 LEU1968 HD22 LEU1968 8.112 -2.444 2.097 630 HD23 LEU1968 HD23 LEU1968 8.036 -2.002 0.392 631 H LYS1969 HN LYS1969 6.583 -7.434 -0.160 632 HA LYS1969 HA LYS1969 4.269 -6.406 -1.601 633 HB2 LYS1969 HB2 LYS1969 4.587 -8.997 -0.074 634 HB3 LYS1969 HB1 LYS1969 3.199 -8.530 -1.043 635 HG2 LYS1969 HG2 LYS1969 5.981 -9.021 -2.101 636 HG3 LYS1969 HG1 LYS1969 4.644 -10.162 -2.173 637 HD2 LYS1969 HD2 LYS1969 3.395 -8.661 -3.606 638 HD3 LYS1969 HD1 LYS1969 4.648 -7.427 -3.452 639 HE2 LYS1969 HE2 LYS1969 4.881 -8.587 -5.574 640 HE3 LYS1969 HE1 LYS1969 6.256 -8.938 -4.536 641 HZ1 LYS1969 HZ1 LYS1969 5.564 -10.908 -5.616 642 HZ2 LYS1969 HZ2 LYS1969 3.962 -10.760 -5.132 643 HZ3 LYS1969 HZ3 LYS1969 5.166 -11.107 -4.001 644 H LEU1970 HN LEU1970 2.928 -5.196 -0.560 645 HA LEU1970 HA LEU1970 2.674 -5.443 2.340 646 HB2 LEU1970 HB2 LEU1970 2.346 -3.148 0.447 647 HB3 LEU1970 HB1 LEU1970 1.326 -3.198 1.862 648 HG LEU1970 HG LEU1970 3.285 -1.757 2.169 649 HD11 LEU1970 HD11 LEU1970 3.301 -4.219 3.892 650 HD12 LEU1970 HD12 LEU1970 2.268 -2.803 4.098 651 HD13 LEU1970 HD13 LEU1970 4.012 -2.662 4.313 652 HD21 LEU1970 HD21 LEU1970 4.880 -4.301 1.937 653 HD22 LEU1970 HD22 LEU1970 5.514 -2.713 2.374 654 HD23 LEU1970 HD23 LEU1970 4.875 -2.996 0.757 655 H VAL1971 HN VAL1971 1.067 -6.621 2.848 656 HA VAL1971 HA VAL1971 -1.180 -6.809 1.005 657 HB VAL1971 HB VAL1971 -1.740 -8.942 2.163 658 HG11 VAL1971 HG11 VAL1971 0.096 -10.255 1.212 659 HG12 VAL1971 HG12 VAL1971 1.062 -8.786 1.069 660 HG13 VAL1971 HG13 VAL1971 -0.419 -8.962 0.128 661 HG21 VAL1971 HG21 VAL1971 -0.071 -10.007 3.629 662 HG22 VAL1971 HG22 VAL1971 -0.711 -8.528 4.339 663 HG23 VAL1971 HG23 VAL1971 0.892 -8.527 3.603 664 H TYR1972 HN TYR1972 -2.947 -5.847 1.559 665 HA TYR1972 HA TYR1972 -3.416 -5.378 4.395 666 HB2 TYR1972 HB2 TYR1972 -4.120 -3.534 2.089 667 HB3 TYR1972 HB1 TYR1972 -4.743 -3.332 3.729 668 HD1 TYR1972 HD2 TYR1972 -2.940 -3.320 5.606 669 HD2 TYR1972 HD1 TYR1972 -2.095 -2.421 1.537 670 HE1 TYR1972 HE2 TYR1972 -0.906 -2.160 6.299 671 HE2 TYR1972 HE1 TYR1972 -0.026 -1.256 2.231 672 HH TYR1972 HH TYR1972 1.292 -1.681 5.248 673 H GLU1973 HN GLU1973 -5.123 -6.171 5.267 674 HA GLU1973 HA GLU1973 -7.162 -7.381 3.554 675 HB2 GLU1973 HB2 GLU1973 -6.926 -9.429 4.942 676 HB3 GLU1973 HB1 GLU1973 -5.545 -9.090 3.909 677 HG2 GLU1973 HG2 GLU1973 -4.372 -8.114 5.854 678 HG3 GLU1973 HG1 GLU1973 -5.726 -8.572 6.876 679 H ASP1974 HN ASP1974 -9.038 -7.968 4.694 680 HA ASP1974 HA ASP1974 -10.678 -8.002 6.221 681 HB2 ASP1974 HB2 ASP1974 -8.988 -8.832 7.855 682 HB3 ASP1974 HB1 ASP1974 -8.649 -7.168 8.313 683 H GLY1975 HN GLY1975 -11.897 -6.455 5.368 684 HA2 GLY1975 HA2 GLY1975 -11.860 -3.936 6.838 685 HA3 GLY1975 HA1 GLY1975 -11.953 -3.932 5.077 686 H ASP1976 HN ASP1976 -13.831 -4.191 4.146 687 HA ASP1976 HA ASP1976 -16.099 -4.942 5.834 688 HB2 ASP1976 HB2 ASP1976 -16.043 -3.499 3.161 689 HB3 ASP1976 HB1 ASP1976 -17.515 -4.021 3.965 690 HA PRO1977 HA PRO1977 -15.926 -8.846 3.828 691 HB2 PRO1977 HB2 PRO1977 -18.447 -9.697 4.520 692 HB3 PRO1977 HB1 PRO1977 -17.050 -9.772 5.598 693 HG2 PRO1977 HG2 PRO1977 -19.261 -7.772 5.498 694 HG3 PRO1977 HG1 PRO1977 -18.437 -8.473 6.905 695 HD2 PRO1977 HD2 PRO1977 -17.892 -5.990 5.981 696 HD3 PRO1977 HD1 PRO1977 -16.665 -7.015 6.752 697 H CYS1978 HN CYS1978 -15.968 -8.674 1.713 698 HA CYS1978 HA CYS1978 -18.014 -7.412 0.206 699 HB2 CYS1978 HB2 CYS1978 -15.787 -9.276 -0.646 700 HB3 CYS1978 HB1 CYS1978 -16.760 -8.282 -1.728 701 HA PRO1979 HA PRO1979 -21.161 -10.459 -0.189 702 HB2 PRO1979 HB2 PRO1979 -21.378 -10.619 -2.986 703 HB3 PRO1979 HB1 PRO1979 -22.252 -9.511 -1.928 704 HG2 PRO1979 HG2 PRO1979 -19.774 -9.050 -3.518 705 HG3 PRO1979 HG1 PRO1979 -21.119 -7.943 -3.190 706 HD2 PRO1979 HD2 PRO1979 -18.804 -7.673 -1.913 707 HD3 PRO1979 HD1 PRO1979 -20.341 -7.444 -1.050 708 H THR1980 HN THR1980 -18.343 -11.010 -2.387 709 HA THR1980 HA THR1980 -18.849 -13.770 -2.637 710 HB THR1980 HB THR1980 -16.617 -13.195 -3.834 711 HG1 THR1980 HG1 THR1980 -16.141 -11.213 -3.380 712 HG21 THR1980 HG21 THR1980 -18.708 -13.838 -4.979 713 HG22 THR1980 HG22 THR1980 -17.916 -12.498 -5.816 714 HG23 THR1980 HG23 THR1980 -19.309 -12.191 -4.780 715 H ASP1981 HN ASP1981 -17.241 -11.624 -0.472 716 HA ASP1981 HA ASP1981 -15.167 -13.596 0.080 717 HB2 ASP1981 HB2 ASP1981 -14.704 -10.612 -0.177 718 HB3 ASP1981 HB1 ASP1981 -13.504 -11.788 0.339 719 H LEU1982 HN LEU1982 -17.382 -13.561 1.677 720 HA LEU1982 HA LEU1982 -16.404 -12.229 4.093 721 HB2 LEU1982 HB2 LEU1982 -18.794 -14.087 3.845 722 HB3 LEU1982 HB1 LEU1982 -18.367 -13.141 5.247 723 HG LEU1982 HG LEU1982 -18.748 -11.145 3.556 724 HD11 LEU1982 HD11 LEU1982 -20.425 -13.343 2.431 725 HD12 LEU1982 HD12 LEU1982 -19.172 -12.415 1.604 726 HD13 LEU1982 HD13 LEU1982 -20.678 -11.629 2.091 727 HD21 LEU1982 HD21 LEU1982 -21.055 -10.982 4.376 728 HD22 LEU1982 HD22 LEU1982 -19.934 -11.449 5.656 729 HD23 LEU1982 HD23 LEU1982 -20.971 -12.662 4.908 730 H LYS1983 HN LYS1983 -16.872 -15.293 2.591 731 HA LYS1983 HA LYS1983 -15.898 -16.853 4.825 732 HB2 LYS1983 HB2 LYS1983 -16.522 -18.763 3.476 733 HB3 LYS1983 HB1 LYS1983 -17.791 -17.534 3.439 734 HG2 LYS1983 HG2 LYS1983 -17.009 -16.755 1.306 735 HG3 LYS1983 HG1 LYS1983 -15.753 -17.995 1.306 736 HD2 LYS1983 HD2 LYS1983 -17.639 -18.729 -0.070 737 HD3 LYS1983 HD1 LYS1983 -17.517 -19.742 1.367 738 HE2 LYS1983 HE2 LYS1983 -19.301 -18.460 2.432 739 HE3 LYS1983 HE1 LYS1983 -19.397 -17.406 1.023 740 HZ1 LYS1983 HZ1 LYS1983 -21.130 -19.140 1.005 741 HZ2 LYS1983 HZ2 LYS1983 -19.943 -20.326 1.016 742 HZ3 LYS1983 HZ3 LYS1983 -20.084 -19.281 -0.307 743 H MET1984 HN MET1984 -14.343 -15.066 2.529 744 HA MET1984 HA MET1984 -11.898 -16.418 2.718 745 HB2 MET1984 HB2 MET1984 -11.579 -16.478 0.244 746 HB3 MET1984 HB1 MET1984 -12.808 -17.620 0.764 747 HG2 MET1984 HG2 MET1984 -14.566 -16.184 -0.015 748 HG3 MET1984 HG1 MET1984 -13.427 -14.886 -0.353 749 HE1 MET1984 HE1 MET1984 -11.023 -16.208 -1.760 750 HE2 MET1984 HE2 MET1984 -11.847 -14.787 -2.402 751 HE3 MET1984 HE3 MET1984 -11.505 -16.157 -3.457 752 H LYS1985 HN LYS1985 -10.430 -14.860 2.428 753 HA LYS1985 HA LYS1985 -11.383 -12.255 1.461 754 HB2 LYS1985 HB2 LYS1985 -9.619 -12.665 3.884 755 HB3 LYS1985 HB1 LYS1985 -9.889 -11.113 3.114 756 HG2 LYS1985 HG2 LYS1985 -12.293 -11.300 3.650 757 HG3 LYS1985 HG1 LYS1985 -11.962 -12.826 4.477 758 HD2 LYS1985 HD2 LYS1985 -10.757 -10.150 5.205 759 HD3 LYS1985 HD1 LYS1985 -12.108 -10.915 6.040 760 HE2 LYS1985 HE2 LYS1985 -9.335 -12.089 5.782 761 HE3 LYS1985 HE1 LYS1985 -9.945 -11.236 7.199 762 HZ1 LYS1985 HZ1 LYS1985 -10.102 -13.662 7.436 763 HZ2 LYS1985 HZ2 LYS1985 -11.167 -13.742 6.113 764 HZ3 LYS1985 HZ3 LYS1985 -11.609 -12.933 7.490 765 H HIS1986 HN HIS1986 -10.392 -12.270 -0.503 766 HA HIS1986 HA HIS1986 -7.542 -12.839 -0.488 767 HB2 HIS1986 HB2 HIS1986 -9.068 -13.591 -2.408 768 HB3 HIS1986 HB1 HIS1986 -9.190 -11.891 -2.849 769 HD1 HIS1986 HD1 HIS1986 -7.336 -10.954 -4.243 770 HD2 HIS1986 HD2 HIS1986 -6.407 -14.675 -2.682 771 HE1 HIS1986 HE1 HIS1986 -5.187 -11.633 -5.346 772 HE2 HIS1986 HE2 HIS1986 -4.559 -13.795 -4.264 773 H LYS1987 HN LYS1987 -6.243 -11.306 0.000 774 HA LYS1987 HA LYS1987 -7.385 -8.737 0.537 775 HB2 LYS1987 HB2 LYS1987 -5.242 -8.334 1.704 776 HB3 LYS1987 HB1 LYS1987 -6.196 -9.684 2.284 777 HG2 LYS1987 HG2 LYS1987 -4.682 -11.130 0.806 778 HG3 LYS1987 HG1 LYS1987 -3.618 -9.711 0.777 779 HD2 LYS1987 HD2 LYS1987 -3.570 -9.667 3.182 780 HD3 LYS1987 HD1 LYS1987 -4.696 -11.016 3.257 781 HE2 LYS1987 HE2 LYS1987 -2.987 -12.380 2.060 782 HE3 LYS1987 HE1 LYS1987 -1.866 -11.025 2.256 783 HZ1 LYS1987 HZ1 LYS1987 -1.411 -12.217 4.164 784 HZ2 LYS1987 HZ2 LYS1987 -2.940 -12.867 4.211 785 HZ3 LYS1987 HZ3 LYS1987 -2.716 -11.293 4.763 786 H SER1988 HN SER1988 -5.683 -6.882 0.413 787 HA SER1988 HA SER1988 -5.336 -6.514 -2.441 788 HB2 SER1988 HB2 SER1988 -5.300 -4.586 -0.119 789 HB3 SER1988 HB1 SER1988 -5.179 -4.137 -1.832 790 HG SER1988 HG SER1988 -7.339 -5.648 -0.786 791 H TYR1989 HN TYR1989 -3.390 -5.952 -3.340 792 HA TYR1989 HA TYR1989 -1.038 -6.482 -1.685 793 HB2 TYR1989 HB2 TYR1989 -1.742 -7.246 -4.466 794 HB3 TYR1989 HB1 TYR1989 -0.066 -7.272 -3.914 795 HD1 TYR1989 HD2 TYR1989 -3.408 -8.805 -3.578 796 HD2 TYR1989 HD1 TYR1989 0.692 -9.041 -2.490 797 HE1 TYR1989 HE2 TYR1989 -3.771 -11.077 -2.718 798 HE2 TYR1989 HE1 TYR1989 0.339 -11.310 -1.626 799 HH TYR1989 HH TYR1989 -1.486 -12.640 -0.766 800 H PHE1990 HN PHE1990 0.081 -4.714 -1.462 801 HA PHE1990 HA PHE1990 0.247 -2.855 -3.718 802 HB2 PHE1990 HB2 PHE1990 -0.442 -2.139 -1.271 803 HB3 PHE1990 HB1 PHE1990 1.278 -2.305 -0.939 804 HD1 PHE1990 HD2 PHE1990 2.436 -1.275 -3.432 805 HD2 PHE1990 HD1 PHE1990 -0.836 0.169 -1.130 806 HE1 PHE1990 HE2 PHE1990 2.828 0.991 -4.289 807 HE2 PHE1990 HE1 PHE1990 -0.446 2.428 -1.981 808 HZ PHE1990 HZ PHE1990 1.333 2.870 -3.513 809 H SER1991 HN SER1991 2.001 -3.280 -4.899 810 HA SER1991 HA SER1991 4.213 -4.739 -3.681 811 HB2 SER1991 HB2 SER1991 3.657 -4.145 -6.588 812 HB3 SER1991 HB1 SER1991 4.852 -5.279 -5.948 813 HG SER1991 HG SER1991 2.172 -5.493 -5.213 814 H PHE1992 HN PHE1992 5.818 -3.552 -2.924 815 HA PHE1992 HA PHE1992 6.511 -1.045 -4.244 816 HB2 PHE1992 HB2 PHE1992 7.209 -2.165 -1.530 817 HB3 PHE1992 HB1 PHE1992 8.014 -0.760 -2.212 818 HD1 PHE1992 HD1 PHE1992 4.836 -2.087 -0.968 819 HD2 PHE1992 HD2 PHE1992 6.965 1.350 -2.225 820 HE1 PHE1992 HE1 PHE1992 3.038 -0.673 -0.089 821 HE2 PHE1992 HE2 PHE1992 5.164 2.786 -1.358 822 HZ PHE1992 HZ PHE1992 3.272 1.828 -0.235 823 H VAL1993 HN VAL1993 8.207 -0.968 -5.453 824 HA VAL1993 HA VAL1993 10.203 -3.074 -5.245 825 HB VAL1993 HB VAL1993 8.620 -3.808 -6.945 826 HG11 VAL1993 HG11 VAL1993 9.091 -1.187 -8.319 827 HG12 VAL1993 HG12 VAL1993 7.607 -1.735 -7.542 828 HG13 VAL1993 HG13 VAL1993 8.198 -2.551 -8.991 829 HG21 VAL1993 HG21 VAL1993 10.941 -4.343 -7.386 830 HG22 VAL1993 HG22 VAL1993 11.153 -2.802 -8.219 831 HG23 VAL1993 HG23 VAL1993 10.089 -4.032 -8.901 832 H CYS1994 HN CYS1994 12.246 -2.474 -6.171 833 HA CYS1994 HA CYS1994 13.117 0.002 -5.403 834 HB2 CYS1994 HB2 CYS1994 14.625 -1.889 -5.593 835 HB3 CYS1994 HB1 CYS1994 14.423 -1.921 -7.340 836 H LYS1995 HN LYS1995 13.471 1.919 -6.334 837 HA LYS1995 HA LYS1995 13.452 2.283 -9.220 838 HB2 LYS1995 HB2 LYS1995 11.173 2.897 -8.192 839 HB3 LYS1995 HB1 LYS1995 12.018 4.109 -7.263 840 HG2 LYS1995 HG2 LYS1995 10.987 5.221 -9.078 841 HG3 LYS1995 HG1 LYS1995 12.705 5.156 -9.450 842 HD2 LYS1995 HD2 LYS1995 12.277 3.207 -10.917 843 HD3 LYS1995 HD1 LYS1995 10.556 3.349 -10.567 844 HE2 LYS1995 HE2 LYS1995 12.267 5.454 -11.902 845 HE3 LYS1995 HE1 LYS1995 11.170 4.361 -12.730 846 HZ1 LYS1995 HZ1 LYS1995 10.151 6.469 -12.486 847 HZ2 LYS1995 HZ2 LYS1995 10.415 6.593 -10.871 848 HZ3 LYS1995 HZ3 LYS1995 9.302 5.452 -11.467 849 H SER1996 HN SER1996 14.681 4.355 -9.669 850 HA SER1996 HA SER1996 16.377 5.212 -7.410 851 HB2 SER1996 HB2 SER1996 16.784 5.499 -10.411 852 HB3 SER1996 HB1 SER1996 17.942 5.958 -9.160 853 HG SER1996 HG SER1996 17.694 3.619 -8.523 854 H ASP1997 HN ASP1997 13.698 5.994 -7.811 855 HA ASP1997 HA ASP1997 13.903 8.796 -8.474 856 HB2 ASP1997 HB2 ASP1997 13.421 8.066 -10.626 857 HB3 ASP1997 HB1 ASP1997 12.324 6.816 -10.068 858 H ALA1998 HN ALA1998 10.828 6.894 -8.264 859 HA ALA1998 HA ALA1998 9.147 6.878 -6.886 860 HB1 ALA1998 HB1 ALA1998 9.459 7.198 -4.494 861 HB2 ALA1998 HB2 ALA1998 11.027 7.964 -4.802 862 HB3 ALA1998 HB3 ALA1998 10.785 6.259 -5.200 863 H GLY1999 HN GLY1999 10.063 9.314 -8.406 864 HA2 GLY1999 HA2 GLY1999 9.303 11.411 -8.828 865 HA3 GLY1999 HA1 GLY1999 7.924 11.020 -7.807 866 H ASP2000 HN ASP2000 7.747 12.772 -6.557 867 HA ASP2000 HA ASP2000 10.064 13.418 -4.845 868 HB2 ASP2000 HB2 ASP2000 9.636 15.249 -6.416 869 HB3 ASP2000 HB1 ASP2000 7.949 15.298 -5.923 870 H ASP2001 HN ASP2001 6.631 13.026 -5.180 871 HA ASP2001 HA ASP2001 6.114 13.545 -2.345 872 HB2 ASP2001 HB2 ASP2001 4.226 13.017 -4.635 873 HB3 ASP2001 HB1 ASP2001 3.759 13.438 -2.997 874 H SER2002 HN SER2002 7.025 10.918 -4.099 875 HA SER2002 HA SER2002 6.655 8.724 -4.153 876 HB2 SER2002 HB2 SER2002 5.817 9.191 -1.273 877 HB3 SER2002 HB1 SER2002 6.151 7.601 -1.970 878 HG SER2002 HG SER2002 7.852 9.538 -1.091 879 H GLN2003 HN GLN2003 5.146 8.863 -5.698 880 HA GLN2003 HA GLN2003 2.363 8.921 -4.881 881 HB2 GLN2003 HB2 GLN2003 1.957 9.589 -7.274 882 HB3 GLN2003 HB1 GLN2003 2.814 10.751 -6.270 883 HG2 GLN2003 HG2 GLN2003 4.968 9.987 -7.251 884 HG3 GLN2003 HG1 GLN2003 4.091 8.877 -8.276 885 HE21 GLN2003 HE21 GLN2003 2.792 9.697 -9.906 886 HE22 GLN2003 HE22 GLN2003 3.058 11.284 -10.550 887 HA PRO2004 HA PRO2004 2.449 4.472 -5.759 888 HB2 PRO2004 HB2 PRO2004 -0.421 4.933 -5.146 889 HB3 PRO2004 HB1 PRO2004 0.696 3.726 -4.496 890 HG2 PRO2004 HG2 PRO2004 0.029 5.820 -3.011 891 HG3 PRO2004 HG1 PRO2004 1.728 5.242 -3.095 892 HD2 PRO2004 HD2 PRO2004 0.419 7.554 -4.466 893 HD3 PRO2004 HD1 PRO2004 1.981 7.484 -3.618 894 H VAL2005 HN VAL2005 1.950 3.267 -7.525 895 HA VAL2005 HA VAL2005 0.252 4.475 -9.560 896 HB VAL2005 HB VAL2005 2.252 2.189 -9.754 897 HG11 VAL2005 HG11 VAL2005 0.670 3.528 -11.948 898 HG12 VAL2005 HG12 VAL2005 0.442 1.883 -11.347 899 HG13 VAL2005 HG13 VAL2005 1.936 2.319 -12.177 900 HG21 VAL2005 HG21 VAL2005 3.599 3.746 -11.081 901 HG22 VAL2005 HG22 VAL2005 3.335 4.342 -9.441 902 HG23 VAL2005 HG23 VAL2005 2.413 5.017 -10.785 903 H PHE2006 HN PHE2006 -1.722 3.729 -9.703 904 HA PHE2006 HA PHE2006 -2.374 1.232 -8.379 905 HB2 PHE2006 HB2 PHE2006 -4.717 1.901 -8.567 906 HB3 PHE2006 HB1 PHE2006 -3.782 3.196 -7.847 907 HD1 PHE2006 HD2 PHE2006 -3.216 5.208 -9.272 908 HD2 PHE2006 HD1 PHE2006 -5.976 2.214 -10.521 909 HE1 PHE2006 HE2 PHE2006 -4.153 6.760 -10.932 910 HE2 PHE2006 HE1 PHE2006 -6.914 3.763 -12.180 911 HZ PHE2006 HZ PHE2006 -6.001 6.037 -12.389 912 H LEU2007 HN LEU2007 -2.973 -0.552 -9.437 913 HA LEU2007 HA LEU2007 -2.826 -0.428 -12.334 914 HB2 LEU2007 HB2 LEU2007 -2.888 -2.765 -10.414 915 HB3 LEU2007 HB1 LEU2007 -3.051 -2.974 -12.140 916 HG LEU2007 HG LEU2007 -0.765 -1.982 -12.420 917 HD11 LEU2007 HD11 LEU2007 -0.640 -2.184 -9.423 918 HD12 LEU2007 HD12 LEU2007 -0.598 -0.702 -10.376 919 HD13 LEU2007 HD13 LEU2007 0.727 -1.859 -10.485 920 HD21 LEU2007 HD21 LEU2007 0.437 -3.973 -11.657 921 HD22 LEU2007 HD22 LEU2007 -1.093 -4.381 -12.434 922 HD23 LEU2007 HD23 LEU2007 -0.958 -4.431 -10.678 923 H SER2008 HN SER2008 -4.935 -2.032 -9.949 924 HA SER2008 HA SER2008 -7.274 -0.858 -10.931 925 HB2 SER2008 HB2 SER2008 -8.231 -3.111 -11.751 926 HB3 SER2008 HB1 SER2008 -7.137 -2.253 -12.839 927 HG SER2008 HG SER2008 -5.762 -3.789 -12.690 928 H PHE2009 HN PHE2009 -9.010 -1.356 -9.606 929 HA PHE2009 HA PHE2009 -8.440 -3.082 -7.315 930 HB2 PHE2009 HB2 PHE2009 -9.020 -0.871 -6.589 931 HB3 PHE2009 HB1 PHE2009 -10.360 -0.778 -7.723 932 HD1 PHE2009 HD1 PHE2009 -9.201 -2.819 -4.825 933 HD2 PHE2009 HD2 PHE2009 -12.490 -1.120 -6.905 934 HE1 PHE2009 HE1 PHE2009 -10.710 -3.586 -3.047 935 HE2 PHE2009 HE2 PHE2009 -14.011 -1.882 -5.138 936 HZ PHE2009 HZ PHE2009 -13.166 -3.189 -3.265 937 H ASP2010 HN ASP2010 -9.304 -5.021 -7.447 938 HA ASP2010 HA ASP2010 -11.478 -5.498 -9.303 939 HB2 ASP2010 HB2 ASP2010 -9.690 -7.106 -9.395 940 HB3 ASP2010 HB1 ASP2010 -9.770 -7.368 -7.653 941 H GLU2011 HN GLU2011 -13.515 -5.744 -8.718 942 HA GLU2011 HA GLU2011 -14.179 -5.545 -5.867 943 HB2 GLU2011 HB2 GLU2011 -16.448 -5.025 -6.572 944 HB3 GLU2011 HB1 GLU2011 -15.300 -3.981 -7.394 945 HG2 GLU2011 HG2 GLU2011 -15.513 -5.236 -9.422 946 HG3 GLU2011 HG1 GLU2011 -16.485 -6.461 -8.614 947 H GLN2012 HN GLN2012 -13.613 -8.051 -7.911 948 HA GLN2012 HA GLN2012 -15.997 -9.576 -7.347 949 HB2 GLN2012 HB2 GLN2012 -15.000 -9.636 -9.586 950 HB3 GLN2012 HB1 GLN2012 -13.512 -10.280 -8.914 951 HG2 GLN2012 HG2 GLN2012 -14.661 -12.312 -8.267 952 HG3 GLN2012 HG1 GLN2012 -16.187 -11.654 -8.854 953 HE21 GLN2012 HE21 GLN2012 -14.952 -10.409 -11.180 954 HE22 GLN2012 HE22 GLN2012 -14.576 -11.682 -12.274 955 H THR2013 HN THR2013 -12.583 -9.596 -6.518 956 HA THR2013 HA THR2013 -13.378 -11.189 -4.208 957 HB THR2013 HB THR2013 -12.123 -12.594 -5.842 958 HG1 THR2013 HG1 THR2013 -11.788 -12.510 -3.315 959 HG21 THR2013 HG21 THR2013 -10.663 -10.907 -6.829 960 HG22 THR2013 HG22 THR2013 -9.708 -12.242 -6.188 961 HG23 THR2013 HG23 THR2013 -9.809 -10.724 -5.297 962 H CYS2014 HN CYS2014 -12.922 -8.327 -4.962 963 HA CYS2014 HA CYS2014 -12.183 -6.386 -4.116 964 HB2 CYS2014 HB2 CYS2014 -12.513 -7.991 -1.597 965 HB3 CYS2014 HB1 CYS2014 -12.192 -6.254 -1.597 966 H THR2015 HN THR2015 -10.182 -7.460 -5.250 967 HA THR2015 HA THR2015 -7.945 -7.184 -3.400 968 HB THR2015 HB THR2015 -8.031 -8.444 -6.134 969 HG1 THR2015 HG1 THR2015 -8.861 -9.275 -3.772 970 HG21 THR2015 HG21 THR2015 -5.854 -8.415 -4.021 971 HG22 THR2015 HG22 THR2015 -5.802 -7.533 -5.549 972 HG23 THR2015 HG23 THR2015 -5.797 -9.296 -5.549 973 H SER2016 HN SER2016 -7.118 -5.254 -3.381 974 HA SER2016 HA SER2016 -7.240 -3.502 -5.667 975 HB2 SER2016 HB2 SER2016 -5.827 -3.067 -3.043 976 HB3 SER2016 HB1 SER2016 -6.487 -1.859 -4.141 977 HG SER2016 HG SER2016 -7.776 -3.519 -2.304 978 H TYR2017 HN TYR2017 -5.583 -3.448 -7.139 979 HA TYR2017 HA TYR2017 -3.028 -4.717 -6.452 980 HB2 TYR2017 HB2 TYR2017 -4.205 -4.022 -9.149 981 HB3 TYR2017 HB1 TYR2017 -2.660 -4.814 -8.882 982 HD1 TYR2017 HD2 TYR2017 -2.580 -7.130 -8.108 983 HD2 TYR2017 HD1 TYR2017 -6.274 -5.218 -8.974 984 HE1 TYR2017 HE2 TYR2017 -3.689 -9.314 -8.190 985 HE2 TYR2017 HE1 TYR2017 -7.395 -7.401 -9.062 986 HH TYR2017 HH TYR2017 -5.860 -10.264 -7.978 987 H PHE2018 HN PHE2018 -1.519 -3.299 -5.828 988 HA PHE2018 HA PHE2018 -1.291 -0.805 -7.362 989 HB2 PHE2018 HB2 PHE2018 -0.859 -1.088 -4.388 990 HB3 PHE2018 HB1 PHE2018 -0.582 0.367 -5.336 991 HD1 PHE2018 HD2 PHE2018 -2.566 1.359 -6.550 992 HD2 PHE2018 HD1 PHE2018 -2.903 -1.515 -3.452 993 HE1 PHE2018 HE2 PHE2018 -4.874 2.052 -6.161 994 HE2 PHE2018 HE1 PHE2018 -5.220 -0.825 -3.056 995 HZ PHE2018 HZ PHE2018 -6.238 0.890 -4.472 996 H SER2019 HN SER2019 0.796 -0.071 -7.649 997 HA SER2019 HA SER2019 2.952 -1.659 -6.581 998 HB2 SER2019 HB2 SER2019 2.482 -1.223 -9.541 999 HB3 SER2019 HB1 SER2019 3.970 -1.879 -8.869 1000 HG SER2019 HG SER2019 1.773 -3.155 -7.932 1001 H TRP2020 HN TRP2020 4.617 -0.382 -6.052 1002 HA TRP2020 HA TRP2020 4.741 2.189 -7.357 1003 HB2 TRP2020 HB2 TRP2020 3.545 2.510 -5.211 1004 HB3 TRP2020 HB1 TRP2020 4.952 1.894 -4.358 1005 HD1 TRP2020 HD1 TRP2020 5.356 4.176 -3.064 1006 HE1 TRP2020 HE1 TRP2020 6.288 6.469 -3.795 1007 HE3 TRP2020 HE3 TRP2020 5.102 3.644 -8.167 1008 HZ2 TRP2020 HZ2 TRP2020 6.875 7.833 -6.165 1009 HZ3 TRP2020 HZ3 TRP2020 5.881 5.496 -9.575 1010 HH2 TRP2020 HH2 TRP2020 6.744 7.546 -8.592 1011 H HIS2021 HN HIS2021 6.510 2.194 -8.338 1012 HA HIS2021 HA HIS2021 8.902 0.898 -7.455 1013 HB2 HIS2021 HB2 HIS2021 8.295 2.867 -9.673 1014 HB3 HIS2021 HB1 HIS2021 9.928 2.341 -9.324 1015 HD1 HIS2021 HD1 HIS2021 6.604 0.943 -10.525 1016 HD2 HIS2021 HD2 HIS2021 10.647 -0.010 -10.520 1017 HE1 HIS2021 HE1 HIS2021 6.845 -1.021 -12.060 1018 HE2 HIS2021 HE2 HIS2021 9.175 -1.789 -11.682 1019 H THR2022 HN THR2022 9.771 1.681 -5.669 1020 HA THR2022 HA THR2022 10.282 4.522 -5.555 1021 HB THR2022 HB THR2022 8.318 4.295 -4.171 1022 HG1 THR2022 HG1 THR2022 9.217 5.583 -2.814 1023 HG21 THR2022 HG21 THR2022 8.418 1.903 -3.696 1024 HG22 THR2022 HG22 THR2022 8.249 2.827 -2.202 1025 HG23 THR2022 HG23 THR2022 9.816 2.157 -2.653 1026 H SER2023 HN SER2023 12.141 5.094 -4.476 1027 HA SER2023 HA SER2023 14.289 3.337 -4.668 1028 HB2 SER2023 HB2 SER2023 14.032 5.884 -3.157 1029 HB3 SER2023 HB1 SER2023 15.523 5.240 -3.880 1030 HG SER2023 HG SER2023 14.554 6.880 -5.150 1031 H LEU2024 HN LEU2024 12.092 4.079 -2.097 1032 HA LEU2024 HA LEU2024 13.752 3.309 0.111 1033 HB2 LEU2024 HB2 LEU2024 10.778 3.750 -0.140 1034 HB3 LEU2024 HB1 LEU2024 11.552 3.318 1.361 1035 HG LEU2024 HG LEU2024 11.077 5.636 1.399 1036 HD11 LEU2024 HD11 LEU2024 13.265 6.623 1.739 1037 HD12 LEU2024 HD12 LEU2024 14.000 5.224 0.953 1038 HD13 LEU2024 HD13 LEU2024 13.103 5.022 2.459 1039 HD21 LEU2024 HD21 LEU2024 12.630 5.933 -1.176 1040 HD22 LEU2024 HD22 LEU2024 11.976 7.258 -0.211 1041 HD23 LEU2024 HD23 LEU2024 10.886 6.109 -0.986 1042 H ALA2025 HN ALA2025 12.202 1.604 -2.251 1043 HA ALA2025 HA ALA2025 11.796 -0.805 -0.604 1044 HB1 ALA2025 HB1 ALA2025 10.233 -1.454 -2.353 1045 HB2 ALA2025 HB2 ALA2025 10.654 0.017 -3.231 1046 HB3 ALA2025 HB3 ALA2025 9.800 0.136 -1.687 1047 H CYS2026 HN CYS2026 14.372 0.084 -1.682 1048 HA CYS2026 HA CYS2026 14.572 -1.401 -4.135 1049 HB2 CYS2026 HB2 CYS2026 15.684 0.849 -3.830 1050 HB3 CYS2026 HB1 CYS2026 16.840 0.030 -2.776 1051 H GLU2027 HN GLU2027 15.394 -3.340 -4.378 1052 HA GLU2027 HA GLU2027 16.343 -4.608 -1.985 1053 HB2 GLU2027 HB2 GLU2027 15.907 -6.691 -3.609 1054 HB3 GLU2027 HB1 GLU2027 14.658 -5.992 -2.596 1055 HG2 GLU2027 HG2 GLU2027 13.791 -6.431 -4.804 1056 HG3 GLU2027 HG1 GLU2027 13.838 -4.696 -4.521 1057 H GLU2028 HN GLU2028 17.135 -3.885 -5.281 1058 HA GLU2028 HA GLU2028 19.883 -3.774 -4.624 1059 HB2 GLU2028 HB2 GLU2028 19.614 -6.248 -4.847 1060 HB3 GLU2028 HB1 GLU2028 19.058 -6.006 -6.499 1061 HG2 GLU2028 HG2 GLU2028 21.368 -6.660 -6.467 1062 HG3 GLU2028 HG1 GLU2028 21.166 -5.003 -7.065 1063 H GLU2029 HN GLU2029 17.700 -4.415 -7.329 1064 HA GLU2029 HA GLU2029 18.237 -1.953 -8.591 1065 HB2 GLU2029 HB2 GLU2029 19.186 -3.037 -10.691 1066 HB3 GLU2029 HB1 GLU2029 20.300 -2.977 -9.334 1067 HG2 GLU2029 HG2 GLU2029 19.848 -5.311 -8.847 1068 HG3 GLU2029 HG1 GLU2029 18.686 -5.377 -10.168 1069 H VAL2030 HN VAL2030 16.669 -1.549 -10.025 1070 HA VAL2030 HA VAL2030 14.156 -2.590 -9.620 1071 HB VAL2030 HB VAL2030 15.013 -1.397 -12.262 1072 HG11 VAL2030 HG11 VAL2030 12.784 -2.325 -12.320 1073 HG12 VAL2030 HG12 VAL2030 12.714 -0.564 -12.383 1074 HG13 VAL2030 HG13 VAL2030 12.338 -1.409 -10.880 1075 HG21 VAL2030 HG21 VAL2030 14.394 0.792 -11.300 1076 HG22 VAL2030 HG22 VAL2030 15.786 0.078 -10.502 1077 HG23 VAL2030 HG23 VAL2030 14.201 0.026 -9.727 1078 HA PRO2031 HA PRO2031 14.512 -6.389 -12.041 1079 HB2 PRO2031 HB2 PRO2031 12.531 -7.710 -10.640 1080 HB3 PRO2031 HB1 PRO2031 14.242 -7.734 -10.212 1081 HG2 PRO2031 HG2 PRO2031 12.013 -6.391 -8.886 1082 HG3 PRO2031 HG1 PRO2031 13.640 -6.725 -8.277 1083 HD2 PRO2031 HD2 PRO2031 12.586 -4.240 -9.246 1084 HD3 PRO2031 HD1 PRO2031 14.222 -4.574 -8.659 1085 H ARG2032 HN ARG2032 11.397 -5.180 -10.856 1086 HA ARG2032 HA ARG2032 10.330 -5.411 -13.533 1087 HB2 ARG2032 HB2 ARG2032 8.140 -6.094 -12.474 1088 HB3 ARG2032 HB1 ARG2032 9.413 -7.298 -12.343 1089 HG2 ARG2032 HG2 ARG2032 9.836 -6.466 -10.017 1090 HG3 ARG2032 HG1 ARG2032 8.399 -5.461 -10.186 1091 HD2 ARG2032 HD2 ARG2032 8.471 -8.466 -10.437 1092 HD3 ARG2032 HD1 ARG2032 7.975 -7.580 -9.002 1093 HE ARG2032 HE ARG2032 6.489 -6.879 -11.352 1094 HH11 ARG2032 HH11 ARG2032 6.704 -9.281 -8.681 1095 HH12 ARG2032 HH12 ARG2032 5.064 -9.684 -8.781 1096 HH21 ARG2032 HH21 ARG2032 4.262 -7.445 -11.418 1097 HH22 ARG2032 HH22 ARG2032 3.627 -8.628 -10.337 Start of MODEL 14 1 H1 MET1885 HT1 MET1885 16.267 12.000 3.019 2 H2 MET1885 HT2 MET1885 16.485 11.245 1.512 3 H3 MET1885 HT3 MET1885 16.331 10.333 2.946 4 HA MET1885 HA MET1885 14.292 12.216 2.015 5 HB2 MET1885 HB2 MET1885 14.548 10.454 0.292 6 HB3 MET1885 HB1 MET1885 14.315 9.225 1.523 7 HG2 MET1885 HG2 MET1885 12.042 10.116 1.921 8 HG3 MET1885 HG1 MET1885 12.294 11.248 0.593 9 HE1 MET1885 HE1 MET1885 13.891 9.539 -1.539 10 HE2 MET1885 HE2 MET1885 12.499 10.537 -1.956 11 HE3 MET1885 HE3 MET1885 12.576 8.860 -2.498 12 H LYS1886 HN LYS1886 14.138 8.939 3.481 13 HA LYS1886 HA LYS1886 12.694 8.231 5.173 14 HB2 LYS1886 HB2 LYS1886 14.871 9.768 6.611 15 HB3 LYS1886 HB1 LYS1886 13.878 8.511 7.328 16 HG2 LYS1886 HG2 LYS1886 15.720 8.083 4.978 17 HG3 LYS1886 HG1 LYS1886 16.166 7.774 6.654 18 HD2 LYS1886 HD2 LYS1886 14.458 6.074 6.830 19 HD3 LYS1886 HD1 LYS1886 13.866 6.454 5.212 20 HE2 LYS1886 HE2 LYS1886 15.934 5.679 4.224 21 HE3 LYS1886 HE1 LYS1886 16.652 5.444 5.816 22 HZ1 LYS1886 HZ1 LYS1886 15.822 3.326 4.784 23 HZ2 LYS1886 HZ2 LYS1886 14.234 3.926 4.926 24 HZ3 LYS1886 HZ3 LYS1886 15.174 3.706 6.272 25 H SER1887 HN SER1887 10.662 9.162 5.095 26 HA SER1887 HA SER1887 10.293 11.860 5.880 27 HB2 SER1887 HB2 SER1887 8.982 10.822 4.067 28 HB3 SER1887 HB1 SER1887 8.188 9.789 5.248 29 HG SER1887 HG SER1887 8.093 12.604 5.045 30 H ASN1888 HN ASN1888 8.954 8.814 7.288 31 HA ASN1888 HA ASN1888 8.892 10.090 9.913 32 HB2 ASN1888 HB2 ASN1888 6.801 10.722 8.916 33 HB3 ASN1888 HB1 ASN1888 6.517 9.080 8.370 34 HD21 ASN1888 HD21 ASN1888 4.650 8.862 9.375 35 HD22 ASN1888 HD22 ASN1888 4.471 8.740 11.100 36 H VAL1889 HN VAL1889 9.217 8.692 11.479 37 HA VAL1889 HA VAL1889 9.047 5.829 10.838 38 HB VAL1889 HB VAL1889 10.599 5.424 12.774 39 HG11 VAL1889 HG11 VAL1889 12.659 6.175 11.696 40 HG12 VAL1889 HG12 VAL1889 11.717 7.251 10.665 41 HG13 VAL1889 HG13 VAL1889 11.513 5.503 10.536 42 HG21 VAL1889 HG21 VAL1889 10.191 7.468 14.045 43 HG22 VAL1889 HG22 VAL1889 10.943 8.421 12.765 44 HG23 VAL1889 HG23 VAL1889 11.910 7.279 13.698 45 H GLN1890 HN GLN1890 7.512 4.779 11.675 46 HA GLN1890 HA GLN1890 5.920 5.982 13.819 47 HB2 GLN1890 HB2 GLN1890 5.322 3.629 11.998 48 HB3 GLN1890 HB1 GLN1890 4.253 4.177 13.283 49 HG2 GLN1890 HG2 GLN1890 5.131 5.865 10.964 50 HG3 GLN1890 HG1 GLN1890 3.649 4.913 11.000 51 HE21 GLN1890 HE21 GLN1890 1.976 5.575 12.309 52 HE22 GLN1890 HE22 GLN1890 1.898 7.189 12.925 53 H ASN1891 HN ASN1891 6.616 2.603 13.078 54 HA ASN1891 HA ASN1891 7.760 2.198 15.735 55 HB2 ASN1891 HB2 ASN1891 5.497 0.473 14.653 56 HB3 ASN1891 HB1 ASN1891 6.359 0.222 16.158 57 HD21 ASN1891 HD21 ASN1891 5.894 1.568 17.913 58 HD22 ASN1891 HD22 ASN1891 4.454 2.508 17.982 59 H ASP1892 HN ASP1892 6.497 0.391 12.989 60 HA ASP1892 HA ASP1892 9.135 -0.411 12.302 61 HB2 ASP1892 HB2 ASP1892 8.510 -2.884 12.258 62 HB3 ASP1892 HB1 ASP1892 8.797 -2.169 13.836 63 H CYS1893 HN CYS1893 6.599 -2.472 11.153 64 HA CYS1893 HA CYS1893 6.337 -3.109 9.006 65 HB2 CYS1893 HB2 CYS1893 4.587 -1.355 9.252 66 HB3 CYS1893 HB1 CYS1893 5.724 -0.156 8.647 67 H ARG1894 HN ARG1894 8.560 -3.583 8.968 68 HA ARG1894 HA ARG1894 9.921 -2.624 6.708 69 HB2 ARG1894 HB2 ARG1894 12.004 -1.939 8.039 70 HB3 ARG1894 HB1 ARG1894 10.673 -0.792 8.046 71 HG2 ARG1894 HG2 ARG1894 9.998 -1.843 10.263 72 HG3 ARG1894 HG1 ARG1894 11.588 -2.612 10.242 73 HD2 ARG1894 HD2 ARG1894 11.293 0.344 9.862 74 HD3 ARG1894 HD1 ARG1894 11.276 -0.356 11.470 75 HE ARG1894 HE ARG1894 13.508 -1.374 10.546 76 HH11 ARG1894 HH11 ARG1894 12.465 1.832 9.639 77 HH12 ARG1894 HH12 ARG1894 13.808 2.688 10.247 78 HH21 ARG1894 HH21 ARG1894 15.480 -0.237 11.399 79 HH22 ARG1894 HH22 ARG1894 15.579 1.467 11.268 80 H VAL1895 HN VAL1895 11.539 -4.074 6.128 81 HA VAL1895 HA VAL1895 12.032 -6.317 7.897 82 HB VAL1895 HB VAL1895 10.021 -6.986 6.600 83 HG11 VAL1895 HG11 VAL1895 10.122 -7.398 4.201 84 HG12 VAL1895 HG12 VAL1895 11.715 -6.651 4.145 85 HG13 VAL1895 HG13 VAL1895 10.298 -5.692 4.606 86 HG21 VAL1895 HG21 VAL1895 11.537 -8.749 7.281 87 HG22 VAL1895 HG22 VAL1895 12.493 -8.512 5.815 88 HG23 VAL1895 HG23 VAL1895 10.844 -9.120 5.697 89 H THR1896 HN THR1896 14.001 -7.298 7.525 90 HA THR1896 HA THR1896 15.832 -5.697 5.960 91 HB THR1896 HB THR1896 16.478 -8.086 7.678 92 HG1 THR1896 HG1 THR1896 15.311 -6.793 8.970 93 HG21 THR1896 HG21 THR1896 18.607 -6.883 7.970 94 HG22 THR1896 HG22 THR1896 17.998 -5.558 6.979 95 HG23 THR1896 HG23 THR1896 18.270 -7.142 6.256 96 H ASN1897 HN ASN1897 16.749 -6.422 4.084 97 HA ASN1897 HA ASN1897 16.388 -9.249 3.491 98 HB2 ASN1897 HB2 ASN1897 15.021 -7.866 2.004 99 HB3 ASN1897 HB1 ASN1897 16.453 -6.959 1.529 100 HD21 ASN1897 HD21 ASN1897 16.145 -7.518 -0.587 101 HD22 ASN1897 HD22 ASN1897 16.405 -9.088 -1.207 102 HA PRO1898 HA PRO1898 20.811 -8.714 4.012 103 HB2 PRO1898 HB2 PRO1898 21.330 -11.326 4.453 104 HB3 PRO1898 HB1 PRO1898 20.632 -10.278 5.692 105 HG2 PRO1898 HG2 PRO1898 19.257 -12.204 3.859 106 HG3 PRO1898 HG1 PRO1898 19.036 -11.976 5.604 107 HD2 PRO1898 HD2 PRO1898 17.351 -10.910 3.794 108 HD3 PRO1898 HD1 PRO1898 17.742 -10.087 5.320 109 H ALA1899 HN ALA1899 19.038 -10.376 1.639 110 HA ALA1899 HA ALA1899 21.193 -11.480 0.169 111 HB1 ALA1899 HB1 ALA1899 18.880 -12.226 -0.158 112 HB2 ALA1899 HB2 ALA1899 19.588 -11.666 -1.673 113 HB3 ALA1899 HB3 ALA1899 18.456 -10.636 -0.797 114 H THR1900 HN THR1900 19.390 -8.433 -0.053 115 HA THR1900 HA THR1900 21.204 -7.425 -2.090 116 HB THR1900 HB THR1900 19.060 -5.835 -0.666 117 HG1 THR1900 HG1 THR1900 18.789 -7.746 -2.759 118 HG21 THR1900 HG21 THR1900 18.888 -4.719 -2.838 119 HG22 THR1900 HG22 THR1900 20.115 -5.798 -3.500 120 HG23 THR1900 HG23 THR1900 20.543 -4.646 -2.233 121 H GLY1901 HN GLY1901 20.687 -7.297 1.340 122 HA2 GLY1901 HA2 GLY1901 22.041 -6.373 2.993 123 HA3 GLY1901 HA1 GLY1901 22.987 -5.567 1.734 124 H HIS1902 HN HIS1902 19.687 -5.364 1.407 125 HA HIS1902 HA HIS1902 19.706 -2.558 2.230 126 HB2 HIS1902 HB2 HIS1902 19.485 -2.807 -0.191 127 HB3 HIS1902 HB1 HIS1902 18.142 -3.915 0.020 128 HD1 HIS1902 HD1 HIS1902 16.064 -2.782 -0.647 129 HD2 HIS1902 HD2 HIS1902 18.656 -0.162 1.245 130 HE1 HIS1902 HE1 HIS1902 14.829 -0.607 -0.474 131 HE2 HIS1902 HE2 HIS1902 16.306 0.845 0.900 132 H LEU1903 HN LEU1903 18.355 -1.991 3.706 133 HA LEU1903 HA LEU1903 16.449 -3.860 4.832 134 HB2 LEU1903 HB2 LEU1903 17.783 -2.489 6.329 135 HB3 LEU1903 HB1 LEU1903 17.272 -1.032 5.512 136 HG LEU1903 HG LEU1903 14.963 -1.419 6.345 137 HD11 LEU1903 HD11 LEU1903 14.601 -3.026 8.139 138 HD12 LEU1903 HD12 LEU1903 16.239 -3.640 7.918 139 HD13 LEU1903 HD13 LEU1903 15.047 -3.819 6.628 140 HD21 LEU1903 HD21 LEU1903 16.472 0.072 7.523 141 HD22 LEU1903 HD22 LEU1903 17.108 -1.282 8.454 142 HD23 LEU1903 HD23 LEU1903 15.429 -0.782 8.659 143 H PHE1904 HN PHE1904 14.279 -3.798 4.337 144 HA PHE1904 HA PHE1904 13.429 -1.680 2.541 145 HB2 PHE1904 HB2 PHE1904 12.061 -4.203 3.473 146 HB3 PHE1904 HB1 PHE1904 11.311 -3.020 2.421 147 HD1 PHE1904 HD2 PHE1904 12.938 -2.469 0.293 148 HD2 PHE1904 HD1 PHE1904 12.767 -6.108 2.481 149 HE1 PHE1904 HE2 PHE1904 13.763 -3.685 -1.673 150 HE2 PHE1904 HE1 PHE1904 13.574 -7.332 0.520 151 HZ PHE1904 HZ PHE1904 14.083 -6.121 -1.567 152 H ASP1905 HN ASP1905 13.021 0.008 3.657 153 HA ASP1905 HA ASP1905 11.150 -0.168 5.869 154 HB2 ASP1905 HB2 ASP1905 13.140 0.199 7.044 155 HB3 ASP1905 HB1 ASP1905 13.789 1.259 5.801 156 H LEU1906 HN LEU1906 9.469 0.775 5.245 157 HA LEU1906 HA LEU1906 9.627 2.836 3.211 158 HB2 LEU1906 HB2 LEU1906 7.224 1.350 4.275 159 HB3 LEU1906 HB1 LEU1906 7.244 2.420 2.887 160 HG LEU1906 HG LEU1906 8.765 -0.188 3.071 161 HD11 LEU1906 HD11 LEU1906 6.242 0.478 1.593 162 HD12 LEU1906 HD12 LEU1906 6.393 -0.613 2.979 163 HD13 LEU1906 HD13 LEU1906 7.168 -1.010 1.438 164 HD21 LEU1906 HD21 LEU1906 9.124 0.119 0.667 165 HD22 LEU1906 HD22 LEU1906 9.851 1.410 1.621 166 HD23 LEU1906 HD23 LEU1906 8.339 1.699 0.758 167 H THR1907 HN THR1907 10.511 4.321 4.852 168 HA THR1907 HA THR1907 8.785 5.295 6.894 169 HB THR1907 HB THR1907 10.830 7.030 6.739 170 HG1 THR1907 HG1 THR1907 12.182 4.712 6.161 171 HG21 THR1907 HG21 THR1907 11.921 5.588 8.380 172 HG22 THR1907 HG22 THR1907 10.918 4.241 7.824 173 HG23 THR1907 HG23 THR1907 10.169 5.613 8.650 174 H SER1908 HN SER1908 9.701 6.273 3.641 175 HA SER1908 HA SER1908 8.609 8.869 3.757 176 HB2 SER1908 HB2 SER1908 8.977 7.113 1.351 177 HB3 SER1908 HB1 SER1908 9.090 8.876 1.448 178 HG SER1908 HG SER1908 11.117 8.126 1.451 179 H LEU1909 HN LEU1909 7.317 5.666 3.297 180 HA LEU1909 HA LEU1909 4.959 6.460 2.023 181 HB2 LEU1909 HB2 LEU1909 6.276 4.035 2.988 182 HB3 LEU1909 HB1 LEU1909 4.569 3.979 2.680 183 HG LEU1909 HG LEU1909 5.185 4.813 0.302 184 HD11 LEU1909 HD11 LEU1909 7.940 4.005 1.198 185 HD12 LEU1909 HD12 LEU1909 7.406 5.633 0.787 186 HD13 LEU1909 HD13 LEU1909 7.459 4.383 -0.456 187 HD21 LEU1909 HD21 LEU1909 5.817 2.602 -0.483 188 HD22 LEU1909 HD22 LEU1909 4.528 2.534 0.720 189 HD23 LEU1909 HD23 LEU1909 6.186 2.122 1.173 190 H LYS1910 HN LYS1910 5.990 5.287 5.199 191 HA LYS1910 HA LYS1910 3.355 5.555 6.250 192 HB2 LYS1910 HB2 LYS1910 4.361 5.162 8.490 193 HB3 LYS1910 HB1 LYS1910 4.791 3.929 7.322 194 HG2 LYS1910 HG2 LYS1910 6.995 4.814 7.109 195 HG3 LYS1910 HG1 LYS1910 6.571 6.231 8.068 196 HD2 LYS1910 HD2 LYS1910 7.759 4.791 9.511 197 HD3 LYS1910 HD1 LYS1910 6.052 4.695 9.938 198 HE2 LYS1910 HE2 LYS1910 6.945 2.464 9.981 199 HE3 LYS1910 HE1 LYS1910 5.855 2.615 8.610 200 HZ1 LYS1910 HZ1 LYS1910 7.880 1.415 8.006 201 HZ2 LYS1910 HZ2 LYS1910 8.801 2.677 8.576 202 HZ3 LYS1910 HZ3 LYS1910 7.848 2.910 7.177 203 H ARG1911 HN ARG1911 2.476 7.379 6.297 204 HA ARG1911 HA ARG1911 3.917 9.655 7.411 205 HB2 ARG1911 HB2 ARG1911 2.766 11.026 5.606 206 HB3 ARG1911 HB1 ARG1911 4.085 9.985 5.083 207 HG2 ARG1911 HG2 ARG1911 2.124 8.280 4.691 208 HG3 ARG1911 HG1 ARG1911 1.178 9.762 4.571 209 HD2 ARG1911 HD2 ARG1911 3.687 9.213 3.013 210 HD3 ARG1911 HD1 ARG1911 2.070 8.897 2.411 211 HE ARG1911 HE ARG1911 1.829 11.411 2.990 212 HH11 ARG1911 HH11 ARG1911 4.704 9.862 1.606 213 HH12 ARG1911 HH12 ARG1911 5.053 11.095 0.504 214 HH21 ARG1911 HH21 ARG1911 2.268 13.144 1.452 215 HH22 ARG1911 HH22 ARG1911 3.601 13.031 0.394 216 H GLU1912 HN GLU1912 2.288 11.486 7.806 217 HA GLU1912 HA GLU1912 0.483 10.350 9.693 218 HB2 GLU1912 HB2 GLU1912 1.845 12.410 10.079 219 HB3 GLU1912 HB1 GLU1912 0.786 13.256 8.958 220 HG2 GLU1912 HG2 GLU1912 0.153 13.715 11.240 221 HG3 GLU1912 HG1 GLU1912 -1.116 12.809 10.417 222 H SER1913 HN SER1913 0.089 11.767 6.510 223 HA SER1913 HA SER1913 -2.787 11.586 6.925 224 HB2 SER1913 HB2 SER1913 -1.907 13.741 6.018 225 HB3 SER1913 HB1 SER1913 -1.307 12.869 4.610 226 HG SER1913 HG SER1913 -3.953 13.290 5.455 227 H GLY1914 HN GLY1914 -0.518 10.850 4.244 228 HA2 GLY1914 HA2 GLY1914 -0.464 8.309 3.913 229 HA3 GLY1914 HA1 GLY1914 -2.205 8.511 3.680 230 H TYR1915 HN TYR1915 -1.718 7.512 1.605 231 HA TYR1915 HA TYR1915 -0.705 9.406 -0.370 232 HB2 TYR1915 HB2 TYR1915 -0.696 6.408 -0.281 233 HB3 TYR1915 HB1 TYR1915 -0.630 7.269 -1.807 234 HD1 TYR1915 HD1 TYR1915 1.081 6.783 1.404 235 HD2 TYR1915 HD2 TYR1915 1.427 8.134 -2.601 236 HE1 TYR1915 HE1 TYR1915 3.521 6.973 1.691 237 HE2 TYR1915 HE2 TYR1915 3.863 8.331 -2.330 238 HH TYR1915 HH TYR1915 5.509 6.952 0.270 239 H THR1916 HN THR1916 -1.842 9.448 -2.365 240 HA THR1916 HA THR1916 -4.513 8.325 -2.432 241 HB THR1916 HB THR1916 -4.766 10.526 -1.262 242 HG1 THR1916 HG1 THR1916 -6.504 10.140 -2.332 243 HG21 THR1916 HG21 THR1916 -2.841 11.671 -2.206 244 HG22 THR1916 HG22 THR1916 -4.306 12.605 -2.531 245 HG23 THR1916 HG23 THR1916 -3.567 11.624 -3.806 246 H ILE1917 HN ILE1917 -5.215 7.873 -4.072 247 HA ILE1917 HA ILE1917 -4.028 8.672 -6.561 248 HB ILE1917 HB ILE1917 -4.296 6.211 -7.160 249 HG12 ILE1917 HG12 ILE1917 -3.692 5.940 -4.220 250 HG13 ILE1917 HG11 ILE1917 -5.090 5.319 -5.083 251 HG21 ILE1917 HG21 ILE1917 -1.841 7.255 -5.764 252 HG22 ILE1917 HG22 ILE1917 -2.231 7.385 -7.478 253 HG23 ILE1917 HG23 ILE1917 -1.857 5.809 -6.774 254 HD11 ILE1917 HD11 ILE1917 -3.547 3.545 -4.541 255 HD12 ILE1917 HD12 ILE1917 -2.247 4.404 -5.359 256 HD13 ILE1917 HD13 ILE1917 -3.607 3.765 -6.296 257 H THR1918 HN THR1918 -5.396 7.798 -8.356 258 HA THR1918 HA THR1918 -8.173 8.120 -7.569 259 HB THR1918 HB THR1918 -7.002 7.891 -10.358 260 HG1 THR1918 HG1 THR1918 -6.542 9.729 -8.541 261 HG21 THR1918 HG21 THR1918 -9.027 9.158 -10.987 262 HG22 THR1918 HG22 THR1918 -9.534 9.176 -9.295 263 HG23 THR1918 HG23 THR1918 -9.461 7.650 -10.174 264 H ASP1919 HN ASP1919 -9.734 6.560 -8.061 265 HA ASP1919 HA ASP1919 -8.774 3.842 -8.078 266 HB2 ASP1919 HB2 ASP1919 -10.933 3.238 -7.376 267 HB3 ASP1919 HB1 ASP1919 -10.744 4.818 -6.642 268 H SER1920 HN SER1920 -11.109 2.829 -9.419 269 HA SER1920 HA SER1920 -10.386 2.288 -11.955 270 HB2 SER1920 HB2 SER1920 -12.159 1.179 -10.661 271 HB3 SER1920 HB1 SER1920 -13.180 2.597 -10.849 272 HG SER1920 HG SER1920 -13.822 1.246 -12.316 273 H HIS1921 HN HIS1921 -12.204 5.276 -10.876 274 HA HIS1921 HA HIS1921 -11.495 6.658 -13.276 275 HB2 HIS1921 HB2 HIS1921 -13.211 5.013 -14.157 276 HB3 HIS1921 HB1 HIS1921 -14.414 5.897 -13.237 277 HD1 HIS1921 HD1 HIS1921 -12.113 6.239 -16.171 278 HD2 HIS1921 HD2 HIS1921 -15.319 8.232 -14.458 279 HE1 HIS1921 HE1 HIS1921 -12.783 7.998 -17.833 280 HE2 HIS1921 HE2 HIS1921 -14.922 8.905 -16.916 281 H ASN1922 HN ASN1922 -12.789 6.841 -10.111 282 HA ASN1922 HA ASN1922 -13.433 9.670 -10.581 283 HB2 ASN1922 HB2 ASN1922 -15.501 8.305 -10.863 284 HB3 ASN1922 HB1 ASN1922 -15.309 7.803 -9.204 285 HD21 ASN1922 HD21 ASN1922 -16.022 10.463 -11.243 286 HD22 ASN1922 HD22 ASN1922 -16.696 11.483 -10.000 287 H ARG1923 HN ARG1923 -13.570 7.087 -8.336 288 HA ARG1923 HA ARG1923 -13.478 8.792 -6.032 289 HB2 ARG1923 HB2 ARG1923 -13.194 5.800 -6.101 290 HB3 ARG1923 HB1 ARG1923 -13.637 6.800 -4.727 291 HG2 ARG1923 HG2 ARG1923 -15.267 6.230 -7.185 292 HG3 ARG1923 HG1 ARG1923 -15.595 5.726 -5.529 293 HD2 ARG1923 HD2 ARG1923 -15.768 8.168 -4.943 294 HD3 ARG1923 HD1 ARG1923 -15.697 8.510 -6.671 295 HE ARG1923 HE ARG1923 -17.665 6.572 -5.977 296 HH11 ARG1923 HH11 ARG1923 -17.139 9.973 -6.674 297 HH12 ARG1923 HH12 ARG1923 -18.741 10.468 -6.416 298 HH21 ARG1923 HH21 ARG1923 -19.859 7.144 -5.633 299 HH22 ARG1923 HH22 ARG1923 -20.389 8.754 -5.792 300 H LYS1924 HN LYS1924 -11.943 8.346 -4.285 301 HA LYS1924 HA LYS1924 -9.286 8.024 -5.390 302 HB2 LYS1924 HB2 LYS1924 -10.310 9.446 -2.970 303 HB3 LYS1924 HB1 LYS1924 -8.611 9.046 -3.174 304 HG2 LYS1924 HG2 LYS1924 -8.547 10.362 -5.222 305 HG3 LYS1924 HG1 LYS1924 -10.258 10.763 -5.009 306 HD2 LYS1924 HD2 LYS1924 -9.833 11.941 -3.023 307 HD3 LYS1924 HD1 LYS1924 -8.200 11.292 -2.902 308 HE2 LYS1924 HE2 LYS1924 -7.584 12.544 -4.922 309 HE3 LYS1924 HE1 LYS1924 -9.218 13.215 -4.976 310 HZ1 LYS1924 HZ1 LYS1924 -7.420 13.492 -2.657 311 HZ2 LYS1924 HZ2 LYS1924 -8.865 14.316 -2.915 312 HZ3 LYS1924 HZ3 LYS1924 -7.518 14.660 -3.867 313 H ILE1925 HN ILE1925 -7.936 6.652 -4.643 314 HA ILE1925 HA ILE1925 -8.867 4.646 -2.750 315 HB ILE1925 HB ILE1925 -6.276 4.639 -4.348 316 HG12 ILE1925 HG12 ILE1925 -8.894 3.289 -5.021 317 HG13 ILE1925 HG11 ILE1925 -8.219 4.688 -5.847 318 HG21 ILE1925 HG21 ILE1925 -6.318 3.201 -2.370 319 HG22 ILE1925 HG22 ILE1925 -6.314 2.231 -3.845 320 HG23 ILE1925 HG23 ILE1925 -7.811 2.448 -2.939 321 HD11 ILE1925 HD11 ILE1925 -6.965 1.932 -5.757 322 HD12 ILE1925 HD12 ILE1925 -6.299 3.324 -6.590 323 HD13 ILE1925 HD13 ILE1925 -7.815 2.617 -7.138 324 H GLU1926 HN GLU1926 -8.663 5.649 -0.956 325 HA GLU1926 HA GLU1926 -6.334 7.258 -0.286 326 HB2 GLU1926 HB2 GLU1926 -8.793 6.529 1.312 327 HB3 GLU1926 HB1 GLU1926 -7.551 7.657 1.836 328 HG2 GLU1926 HG2 GLU1926 -9.138 8.044 -0.687 329 HG3 GLU1926 HG1 GLU1926 -9.670 8.648 0.876 330 H LEU1927 HN LEU1927 -4.585 6.175 0.271 331 HA LEU1927 HA LEU1927 -4.834 3.977 2.127 332 HB2 LEU1927 HB2 LEU1927 -3.008 2.812 0.631 333 HB3 LEU1927 HB1 LEU1927 -4.714 2.549 0.382 334 HG LEU1927 HG LEU1927 -4.660 4.160 -1.513 335 HD11 LEU1927 HD11 LEU1927 -1.682 4.184 -1.106 336 HD12 LEU1927 HD12 LEU1927 -2.789 5.540 -0.853 337 HD13 LEU1927 HD13 LEU1927 -2.570 4.869 -2.470 338 HD21 LEU1927 HD21 LEU1927 -2.696 1.903 -1.685 339 HD22 LEU1927 HD22 LEU1927 -3.443 2.722 -3.057 340 HD23 LEU1927 HD23 LEU1927 -4.438 1.804 -1.925 341 H ASN1928 HN ASN1928 -2.994 3.490 3.297 342 HA ASN1928 HA ASN1928 -0.736 5.293 2.964 343 HB2 ASN1928 HB2 ASN1928 -2.347 6.321 4.627 344 HB3 ASN1928 HB1 ASN1928 -2.089 4.914 5.649 345 HD21 ASN1928 HD21 ASN1928 -1.299 6.275 7.263 346 HD22 ASN1928 HD22 ASN1928 0.269 6.989 7.190 347 H VAL1929 HN VAL1929 1.121 4.314 3.424 348 HA VAL1929 HA VAL1929 0.834 1.475 4.080 349 HB VAL1929 HB VAL1929 3.019 2.853 2.488 350 HG11 VAL1929 HG11 VAL1929 3.901 0.605 2.067 351 HG12 VAL1929 HG12 VAL1929 2.691 -0.076 3.152 352 HG13 VAL1929 HG13 VAL1929 3.943 0.993 3.788 353 HG21 VAL1929 HG21 VAL1929 0.926 2.606 1.280 354 HG22 VAL1929 HG22 VAL1929 0.880 0.891 1.684 355 HG23 VAL1929 HG23 VAL1929 2.154 1.516 0.634 356 H CYS1930 HN CYS1930 1.634 0.717 5.779 357 HA CYS1930 HA CYS1930 2.923 0.257 7.564 358 HB2 CYS1930 HB2 CYS1930 4.716 2.408 6.469 359 HB3 CYS1930 HB1 CYS1930 5.097 1.458 7.898 360 H ALA1931 HN ALA1931 0.996 2.702 7.322 361 HA ALA1931 HA ALA1931 0.954 3.183 10.128 362 HB1 ALA1931 HB1 ALA1931 1.396 5.489 8.194 363 HB2 ALA1931 HB2 ALA1931 2.551 4.932 9.403 364 HB3 ALA1931 HB3 ALA1931 1.020 5.650 9.910 365 H GLU1932 HN GLU1932 -1.115 3.950 10.712 366 HA GLU1932 HA GLU1932 -3.298 3.101 9.288 367 HB2 GLU1932 HB2 GLU1932 -3.359 5.500 11.121 368 HB3 GLU1932 HB1 GLU1932 -4.696 4.437 10.727 369 HG2 GLU1932 HG2 GLU1932 -4.134 3.705 12.815 370 HG3 GLU1932 HG1 GLU1932 -3.188 2.607 11.811 371 H ALA1933 HN ALA1933 -4.743 3.958 7.797 372 HA ALA1933 HA ALA1933 -3.705 6.150 6.253 373 HB1 ALA1933 HB1 ALA1933 -6.178 4.496 5.765 374 HB2 ALA1933 HB2 ALA1933 -4.577 4.168 5.099 375 HB3 ALA1933 HB3 ALA1933 -5.443 5.634 4.636 376 H LYS1934 HN LYS1934 -3.956 7.912 7.373 377 HA LYS1934 HA LYS1934 -6.550 8.609 8.485 378 HB2 LYS1934 HB2 LYS1934 -4.415 8.832 9.777 379 HB3 LYS1934 HB1 LYS1934 -3.876 10.029 8.619 380 HG2 LYS1934 HG2 LYS1934 -5.630 11.547 9.336 381 HG3 LYS1934 HG1 LYS1934 -6.272 10.314 10.429 382 HD2 LYS1934 HD2 LYS1934 -3.488 11.475 10.591 383 HD3 LYS1934 HD1 LYS1934 -4.856 12.003 11.575 384 HE2 LYS1934 HE2 LYS1934 -5.032 9.830 12.599 385 HE3 LYS1934 HE1 LYS1934 -3.809 9.173 11.514 386 HZ1 LYS1934 HZ1 LYS1934 -3.040 9.748 13.810 387 HZ2 LYS1934 HZ2 LYS1934 -3.208 11.391 13.397 388 HZ3 LYS1934 HZ3 LYS1934 -2.140 10.415 12.549 389 H SER1935 HN SER1935 -5.862 8.484 5.583 390 HA SER1935 HA SER1935 -5.921 11.168 4.612 391 HB2 SER1935 HB2 SER1935 -6.524 8.590 3.142 392 HB3 SER1935 HB1 SER1935 -6.154 10.148 2.404 393 HG SER1935 HG SER1935 -4.226 9.452 4.183 394 H SER1936 HN SER1936 -8.367 8.755 3.574 395 HA SER1936 HA SER1936 -10.412 10.550 4.652 396 HB2 SER1936 HB2 SER1936 -10.553 8.922 2.100 397 HB3 SER1936 HB1 SER1936 -11.874 9.884 2.767 398 HG SER1936 HG SER1936 -9.376 10.747 1.757 399 H CYS1937 HN CYS1937 -8.968 7.836 5.306 400 HA CYS1937 HA CYS1937 -11.352 6.295 5.924 401 HB2 CYS1937 HB2 CYS1937 -8.495 5.572 6.653 402 HB3 CYS1937 HB1 CYS1937 -9.856 4.488 6.405 403 H ALA1938 HN ALA1938 -10.544 5.287 8.532 404 HA ALA1938 HA ALA1938 -10.181 7.819 9.927 405 HB1 ALA1938 HB1 ALA1938 -11.513 5.337 11.013 406 HB2 ALA1938 HB2 ALA1938 -12.355 6.754 10.385 407 HB3 ALA1938 HB3 ALA1938 -11.360 6.889 11.836 408 H ASN1939 HN ASN1939 -9.786 4.626 11.399 409 HA ASN1939 HA ASN1939 -7.022 5.298 11.677 410 HB2 ASN1939 HB2 ASN1939 -8.809 4.083 13.774 411 HB3 ASN1939 HB1 ASN1939 -7.056 4.103 13.907 412 HD21 ASN1939 HD21 ASN1939 -6.042 5.970 14.468 413 HD22 ASN1939 HD22 ASN1939 -6.860 7.430 14.883 414 H GLY1940 HN GLY1940 -9.327 2.648 11.888 415 HA2 GLY1940 HA2 GLY1940 -7.432 0.570 11.927 416 HA3 GLY1940 HA1 GLY1940 -9.141 0.395 11.597 417 H ALA1941 HN ALA1941 -9.052 2.117 9.219 418 HA ALA1941 HA ALA1941 -8.279 0.013 7.402 419 HB1 ALA1941 HB1 ALA1941 -9.273 1.388 5.666 420 HB2 ALA1941 HB2 ALA1941 -9.408 2.740 6.785 421 HB3 ALA1941 HB3 ALA1941 -10.360 1.276 7.054 422 H ALA1942 HN ALA1942 -6.668 0.051 5.902 423 HA ALA1942 HA ALA1942 -4.839 2.351 6.039 424 HB1 ALA1942 HB1 ALA1942 -3.804 0.295 6.925 425 HB2 ALA1942 HB2 ALA1942 -3.000 0.870 5.460 426 HB3 ALA1942 HB3 ALA1942 -4.109 -0.502 5.382 427 H VAL1943 HN VAL1943 -6.997 0.675 4.188 428 HA VAL1943 HA VAL1943 -6.366 2.384 2.005 429 HB VAL1943 HB VAL1943 -5.007 0.340 1.500 430 HG11 VAL1943 HG11 VAL1943 -7.535 -1.175 1.567 431 HG12 VAL1943 HG12 VAL1943 -6.150 -1.299 2.659 432 HG13 VAL1943 HG13 VAL1943 -5.981 -1.751 0.961 433 HG21 VAL1943 HG21 VAL1943 -7.377 0.659 -0.333 434 HG22 VAL1943 HG22 VAL1943 -5.847 -0.112 -0.756 435 HG23 VAL1943 HG23 VAL1943 -5.892 1.611 -0.379 436 H CYS1944 HN CYS1944 -8.218 3.319 1.613 437 HA CYS1944 HA CYS1944 -10.601 1.637 1.573 438 HB2 CYS1944 HB2 CYS1944 -11.930 3.278 2.777 439 HB3 CYS1944 HB1 CYS1944 -10.564 2.778 3.757 440 H ILE1945 HN ILE1945 -12.037 2.037 0.052 441 HA ILE1945 HA ILE1945 -11.351 3.968 -2.035 442 HB ILE1945 HB ILE1945 -13.620 1.944 -1.934 443 HG12 ILE1945 HG12 ILE1945 -11.480 0.750 -1.811 444 HG13 ILE1945 HG11 ILE1945 -12.258 0.472 -3.362 445 HG21 ILE1945 HG21 ILE1945 -12.447 3.438 -4.276 446 HG22 ILE1945 HG22 ILE1945 -14.016 3.730 -3.526 447 HG23 ILE1945 HG23 ILE1945 -13.712 2.211 -4.371 448 HD11 ILE1945 HD11 ILE1945 -10.742 2.086 -4.398 449 HD12 ILE1945 HD12 ILE1945 -9.865 0.776 -3.605 450 HD13 ILE1945 HD13 ILE1945 -9.970 2.360 -2.835 451 H THR1946 HN THR1946 -12.226 6.000 -1.720 452 HA THR1946 HA THR1946 -14.507 6.156 0.074 453 HB THR1946 HB THR1946 -13.139 8.547 -1.165 454 HG1 THR1946 HG1 THR1946 -11.952 6.606 0.278 455 HG21 THR1946 HG21 THR1946 -15.145 8.829 0.299 456 HG22 THR1946 HG22 THR1946 -13.682 9.547 0.985 457 HG23 THR1946 HG23 THR1946 -14.262 8.001 1.590 458 H ASP1947 HN ASP1947 -16.345 5.667 -1.035 459 HA ASP1947 HA ASP1947 -16.695 6.854 -3.697 460 HB2 ASP1947 HB2 ASP1947 -16.913 4.376 -3.611 461 HB3 ASP1947 HB1 ASP1947 -18.230 4.549 -2.452 462 H GLY1948 HN GLY1948 -17.380 8.839 -3.125 463 HA2 GLY1948 HA2 GLY1948 -18.968 10.424 -2.639 464 HA3 GLY1948 HA1 GLY1948 -20.151 9.119 -2.554 465 HA PRO1949 HA PRO1949 -19.860 10.094 1.839 466 HB2 PRO1949 HB2 PRO1949 -22.379 8.816 2.253 467 HB3 PRO1949 HB1 PRO1949 -22.069 10.548 2.141 468 HG2 PRO1949 HG2 PRO1949 -23.524 9.052 0.297 469 HG3 PRO1949 HG1 PRO1949 -22.826 10.652 0.001 470 HD2 PRO1949 HD2 PRO1949 -21.805 7.957 -0.777 471 HD3 PRO1949 HD1 PRO1949 -21.711 9.498 -1.657 472 H LYS1950 HN LYS1950 -19.771 7.226 0.170 473 HA LYS1950 HA LYS1950 -19.905 5.483 2.508 474 HB2 LYS1950 HB2 LYS1950 -19.790 4.838 -0.443 475 HB3 LYS1950 HB1 LYS1950 -19.950 3.666 0.855 476 HG2 LYS1950 HG2 LYS1950 -22.105 4.580 1.455 477 HG3 LYS1950 HG1 LYS1950 -21.948 5.827 0.217 478 HD2 LYS1950 HD2 LYS1950 -23.378 4.050 -0.597 479 HD3 LYS1950 HD1 LYS1950 -21.872 4.058 -1.509 480 HE2 LYS1950 HE2 LYS1950 -22.496 1.782 -0.986 481 HE3 LYS1950 HE1 LYS1950 -21.037 2.215 -0.099 482 HZ1 LYS1950 HZ1 LYS1950 -22.640 0.997 1.263 483 HZ2 LYS1950 HZ2 LYS1950 -23.788 2.210 1.020 484 HZ3 LYS1950 HZ3 LYS1950 -22.379 2.546 1.887 485 H THR1951 HN THR1951 -18.162 4.100 2.942 486 HA THR1951 HA THR1951 -15.705 4.681 1.489 487 HB THR1951 HB THR1951 -15.889 4.471 4.506 488 HG1 THR1951 HG1 THR1951 -16.402 6.511 2.802 489 HG21 THR1951 HG21 THR1951 -13.604 5.354 4.433 490 HG22 THR1951 HG22 THR1951 -13.667 5.395 2.670 491 HG23 THR1951 HG23 THR1951 -13.715 3.848 3.520 492 H LEU1952 HN LEU1952 -15.291 2.816 0.560 493 HA LEU1952 HA LEU1952 -16.055 0.297 1.782 494 HB2 LEU1952 HB2 LEU1952 -16.416 0.848 -0.662 495 HB3 LEU1952 HB1 LEU1952 -14.686 0.880 -0.866 496 HG LEU1952 HG LEU1952 -15.777 -1.162 -1.761 497 HD11 LEU1952 HD11 LEU1952 -14.274 -2.836 -0.844 498 HD12 LEU1952 HD12 LEU1952 -13.857 -1.738 0.472 499 HD13 LEU1952 HD13 LEU1952 -13.445 -1.318 -1.187 500 HD21 LEU1952 HD21 LEU1952 -16.605 -2.879 -0.229 501 HD22 LEU1952 HD22 LEU1952 -17.568 -1.400 -0.156 502 HD23 LEU1952 HD23 LEU1952 -16.404 -1.761 1.121 503 H ASN1953 HN ASN1953 -14.699 -0.488 3.252 504 HA ASN1953 HA ASN1953 -11.915 0.216 3.325 505 HB2 ASN1953 HB2 ASN1953 -13.134 -0.159 5.427 506 HB3 ASN1953 HB1 ASN1953 -13.554 -1.790 4.922 507 HD21 ASN1953 HD21 ASN1953 -12.580 -2.693 6.757 508 HD22 ASN1953 HD22 ASN1953 -10.861 -2.804 6.892 509 H ALA1954 HN ALA1954 -10.406 -0.777 2.131 510 HA ALA1954 HA ALA1954 -11.155 -3.309 0.871 511 HB1 ALA1954 HB1 ALA1954 -9.423 -2.821 -0.778 512 HB2 ALA1954 HB2 ALA1954 -8.982 -1.355 0.103 513 HB3 ALA1954 HB3 ALA1954 -10.573 -1.493 -0.649 514 H GLY1955 HN GLY1955 -9.205 -2.019 3.298 515 HA2 GLY1955 HA2 GLY1955 -8.202 -4.450 4.146 516 HA3 GLY1955 HA1 GLY1955 -6.951 -3.646 3.196 517 H LYS1956 HN LYS1956 -6.887 -4.165 5.954 518 HA LYS1956 HA LYS1956 -7.301 -1.488 7.108 519 HB2 LYS1956 HB2 LYS1956 -7.546 -2.455 9.278 520 HB3 LYS1956 HB1 LYS1956 -8.576 -3.370 8.193 521 HG2 LYS1956 HG2 LYS1956 -6.944 -5.172 8.142 522 HG3 LYS1956 HG1 LYS1956 -5.857 -4.231 9.167 523 HD2 LYS1956 HD2 LYS1956 -7.602 -4.196 10.914 524 HD3 LYS1956 HD1 LYS1956 -8.596 -5.242 9.900 525 HE2 LYS1956 HE2 LYS1956 -5.868 -5.894 10.994 526 HE3 LYS1956 HE1 LYS1956 -7.400 -6.512 11.607 527 HZ1 LYS1956 HZ1 LYS1956 -6.218 -7.071 8.917 528 HZ2 LYS1956 HZ2 LYS1956 -7.742 -7.569 9.425 529 HZ3 LYS1956 HZ3 LYS1956 -6.361 -8.119 10.218 530 H LEU1957 HN LEU1957 -5.723 -1.151 9.038 531 HA LEU1957 HA LEU1957 -3.142 -1.138 7.914 532 HB2 LEU1957 HB2 LEU1957 -3.905 0.664 9.382 533 HB3 LEU1957 HB1 LEU1957 -4.086 -0.445 10.710 534 HG LEU1957 HG LEU1957 -2.118 1.184 10.777 535 HD11 LEU1957 HD11 LEU1957 -2.215 -0.671 12.308 536 HD12 LEU1957 HD12 LEU1957 -0.561 -0.403 11.764 537 HD13 LEU1957 HD13 LEU1957 -1.504 -1.737 11.097 538 HD21 LEU1957 HD21 LEU1957 -0.994 -0.734 8.740 539 HD22 LEU1957 HD22 LEU1957 -0.074 0.476 9.631 540 HD23 LEU1957 HD23 LEU1957 -1.331 0.988 8.499 541 H SER1958 HN SER1958 -2.454 -3.102 7.479 542 HA SER1958 HA SER1958 -1.888 -4.930 9.667 543 HB2 SER1958 HB2 SER1958 -1.224 -5.259 6.726 544 HB3 SER1958 HB1 SER1958 -1.458 -6.522 7.934 545 HG SER1958 HG SER1958 -3.647 -6.371 7.673 546 H LYS1959 HN LYS1959 -0.084 -4.146 10.740 547 HA LYS1959 HA LYS1959 1.926 -2.730 9.189 548 HB2 LYS1959 HB2 LYS1959 1.093 -1.662 11.223 549 HB3 LYS1959 HB1 LYS1959 1.647 -3.017 12.211 550 HG2 LYS1959 HG2 LYS1959 3.970 -2.389 11.570 551 HG3 LYS1959 HG1 LYS1959 3.310 -1.017 10.674 552 HD2 LYS1959 HD2 LYS1959 3.009 -1.501 13.652 553 HD3 LYS1959 HD1 LYS1959 4.094 -0.334 12.902 554 HE2 LYS1959 HE2 LYS1959 2.168 0.885 11.993 555 HE3 LYS1959 HE1 LYS1959 1.074 -0.302 12.673 556 HZ1 LYS1959 HZ1 LYS1959 1.820 0.365 14.921 557 HZ2 LYS1959 HZ2 LYS1959 1.108 1.565 14.066 558 HZ3 LYS1959 HZ3 LYS1959 2.770 1.597 14.258 559 H THR1960 HN THR1960 2.496 -4.587 8.109 560 HA THR1960 HA THR1960 4.666 -6.009 9.331 561 HB THR1960 HB THR1960 2.671 -7.452 9.751 562 HG1 THR1960 HG1 THR1960 3.428 -9.323 8.665 563 HG21 THR1960 HG21 THR1960 1.244 -6.718 7.909 564 HG22 THR1960 HG22 THR1960 1.449 -8.469 7.862 565 HG23 THR1960 HG23 THR1960 2.350 -7.446 6.742 566 H LEU1961 HN LEU1961 6.046 -6.926 7.543 567 HA LEU1961 HA LEU1961 5.355 -5.971 4.904 568 HB2 LEU1961 HB2 LEU1961 6.653 -4.153 6.082 569 HB3 LEU1961 HB1 LEU1961 7.986 -5.277 6.233 570 HG LEU1961 HG LEU1961 8.172 -5.381 3.779 571 HD11 LEU1961 HD11 LEU1961 5.856 -4.905 3.206 572 HD12 LEU1961 HD12 LEU1961 6.949 -3.778 2.402 573 HD13 LEU1961 HD13 LEU1961 6.031 -3.260 3.817 574 HD21 LEU1961 HD21 LEU1961 9.040 -3.114 3.454 575 HD22 LEU1961 HD22 LEU1961 9.527 -3.798 5.000 576 HD23 LEU1961 HD23 LEU1961 8.231 -2.597 4.936 577 H THR1962 HN THR1962 6.399 -7.206 3.283 578 HA THR1962 HA THR1962 8.120 -9.353 4.137 579 HB THR1962 HB THR1962 6.047 -10.423 4.525 580 HG1 THR1962 HG1 THR1962 7.396 -11.652 3.170 581 HG21 THR1962 HG21 THR1962 4.116 -10.390 2.980 582 HG22 THR1962 HG22 THR1962 4.995 -9.247 1.953 583 HG23 THR1962 HG23 THR1962 4.560 -8.802 3.610 584 H TYR1963 HN TYR1963 8.797 -10.610 2.047 585 HA TYR1963 HA TYR1963 8.538 -8.956 -0.297 586 HB2 TYR1963 HB2 TYR1963 11.023 -9.154 -0.780 587 HB3 TYR1963 HB1 TYR1963 10.593 -8.087 0.545 588 HD1 TYR1963 HD1 TYR1963 12.172 -11.261 -0.374 589 HD2 TYR1963 HD2 TYR1963 11.289 -8.605 2.826 590 HE1 TYR1963 HE1 TYR1963 13.749 -12.472 1.059 591 HE2 TYR1963 HE2 TYR1963 12.873 -9.812 4.264 592 HH TYR1963 HH TYR1963 15.071 -12.097 2.994 593 H GLU1964 HN GLU1964 8.444 -10.017 -2.172 594 HA GLU1964 HA GLU1964 9.124 -12.777 -2.410 595 HB2 GLU1964 HB2 GLU1964 6.961 -12.935 -1.204 596 HB3 GLU1964 HB1 GLU1964 6.203 -11.941 -2.438 597 HG2 GLU1964 HG2 GLU1964 5.678 -14.308 -2.720 598 HG3 GLU1964 HG1 GLU1964 6.580 -13.671 -4.096 599 H ASP1965 HN ASP1965 8.829 -13.463 -4.608 600 HA ASP1965 HA ASP1965 8.956 -13.254 -6.868 601 HB2 ASP1965 HB2 ASP1965 7.255 -10.779 -6.433 602 HB3 ASP1965 HB1 ASP1965 7.709 -11.375 -8.022 603 H GLN1966 HN GLN1966 10.678 -11.773 -4.883 604 HA GLN1966 HA GLN1966 12.542 -10.567 -4.809 605 HB2 GLN1966 HB2 GLN1966 12.456 -10.626 -7.836 606 HB3 GLN1966 HB1 GLN1966 13.860 -10.225 -6.851 607 HG2 GLN1966 HG2 GLN1966 13.781 -12.511 -5.895 608 HG3 GLN1966 HG1 GLN1966 12.470 -12.892 -7.008 609 HE21 GLN1966 HE21 GLN1966 15.818 -12.387 -6.627 610 HE22 GLN1966 HE22 GLN1966 16.295 -12.859 -8.225 611 H VAL1967 HN VAL1967 9.986 -9.493 -4.814 612 HA VAL1967 HA VAL1967 10.484 -6.651 -5.348 613 HB VAL1967 HB VAL1967 7.825 -8.164 -5.696 614 HG11 VAL1967 HG11 VAL1967 6.900 -6.126 -6.565 615 HG12 VAL1967 HG12 VAL1967 8.410 -5.284 -6.214 616 HG13 VAL1967 HG13 VAL1967 7.439 -5.946 -4.896 617 HG21 VAL1967 HG21 VAL1967 7.983 -7.644 -8.074 618 HG22 VAL1967 HG22 VAL1967 9.322 -8.661 -7.543 619 HG23 VAL1967 HG23 VAL1967 9.577 -6.936 -7.813 620 H LEU1968 HN LEU1968 9.262 -5.347 -3.705 621 HA LEU1968 HA LEU1968 9.186 -6.729 -1.168 622 HB2 LEU1968 HB2 LEU1968 10.221 -4.500 -1.387 623 HB3 LEU1968 HB1 LEU1968 8.696 -3.843 -1.933 624 HG LEU1968 HG LEU1968 7.721 -4.294 0.280 625 HD11 LEU1968 HD11 LEU1968 10.518 -5.147 0.996 626 HD12 LEU1968 HD12 LEU1968 9.102 -6.196 0.902 627 HD13 LEU1968 HD13 LEU1968 9.181 -4.929 2.125 628 HD21 LEU1968 HD21 LEU1968 10.286 -2.725 0.324 629 HD22 LEU1968 HD22 LEU1968 8.957 -2.563 1.479 630 HD23 LEU1968 HD23 LEU1968 8.716 -2.133 -0.218 631 H LYS1969 HN LYS1969 7.244 -7.120 -0.031 632 HA LYS1969 HA LYS1969 4.799 -6.554 -1.569 633 HB2 LYS1969 HB2 LYS1969 5.463 -9.150 -0.186 634 HB3 LYS1969 HB1 LYS1969 3.916 -8.753 -0.901 635 HG2 LYS1969 HG2 LYS1969 6.530 -9.114 -2.348 636 HG3 LYS1969 HG1 LYS1969 5.166 -10.230 -2.331 637 HD2 LYS1969 HD2 LYS1969 3.794 -8.380 -3.367 638 HD3 LYS1969 HD1 LYS1969 5.309 -7.495 -3.586 639 HE2 LYS1969 HE2 LYS1969 4.895 -8.629 -5.626 640 HE3 LYS1969 HE1 LYS1969 6.181 -9.517 -4.807 641 HZ1 LYS1969 HZ1 LYS1969 4.712 -11.181 -5.521 642 HZ2 LYS1969 HZ2 LYS1969 3.369 -10.233 -5.183 643 HZ3 LYS1969 HZ3 LYS1969 4.195 -10.956 -3.914 644 H LEU1970 HN LEU1970 2.935 -6.287 -0.383 645 HA LEU1970 HA LEU1970 2.875 -6.780 2.436 646 HB2 LEU1970 HB2 LEU1970 3.928 -4.427 1.947 647 HB3 LEU1970 HB1 LEU1970 2.295 -3.962 1.522 648 HG LEU1970 HG LEU1970 3.245 -4.916 4.230 649 HD11 LEU1970 HD11 LEU1970 2.890 -2.606 4.923 650 HD12 LEU1970 HD12 LEU1970 2.513 -2.174 3.256 651 HD13 LEU1970 HD13 LEU1970 4.124 -2.751 3.673 652 HD21 LEU1970 HD21 LEU1970 1.065 -4.192 5.066 653 HD22 LEU1970 HD22 LEU1970 0.882 -5.471 3.862 654 HD23 LEU1970 HD23 LEU1970 0.563 -3.793 3.424 655 H VAL1971 HN VAL1971 0.773 -7.208 2.956 656 HA VAL1971 HA VAL1971 -1.248 -6.517 0.972 657 HB VAL1971 HB VAL1971 -2.497 -8.579 1.677 658 HG11 VAL1971 HG11 VAL1971 -1.180 -10.110 0.231 659 HG12 VAL1971 HG12 VAL1971 0.185 -8.996 0.334 660 HG13 VAL1971 HG13 VAL1971 -1.308 -8.489 -0.455 661 HG21 VAL1971 HG21 VAL1971 0.171 -9.393 2.855 662 HG22 VAL1971 HG22 VAL1971 -1.212 -10.466 2.637 663 HG23 VAL1971 HG23 VAL1971 -1.320 -9.101 3.750 664 H TYR1972 HN TYR1972 -2.622 -5.123 1.730 665 HA TYR1972 HA TYR1972 -3.050 -5.106 4.586 666 HB2 TYR1972 HB2 TYR1972 -3.952 -3.170 2.433 667 HB3 TYR1972 HB1 TYR1972 -4.558 -3.094 4.088 668 HD1 TYR1972 HD2 TYR1972 -2.575 -3.342 5.863 669 HD2 TYR1972 HD1 TYR1972 -2.193 -1.704 1.979 670 HE1 TYR1972 HE2 TYR1972 -0.593 -2.141 6.589 671 HE2 TYR1972 HE1 TYR1972 -0.172 -0.489 2.697 672 HH TYR1972 HH TYR1972 1.424 -1.313 5.489 673 H GLU1973 HN GLU1973 -4.212 -6.570 5.258 674 HA GLU1973 HA GLU1973 -6.373 -7.516 3.590 675 HB2 GLU1973 HB2 GLU1973 -6.342 -9.545 5.117 676 HB3 GLU1973 HB1 GLU1973 -4.982 -9.327 4.037 677 HG2 GLU1973 HG2 GLU1973 -4.207 -10.121 6.172 678 HG3 GLU1973 HG1 GLU1973 -3.655 -8.466 5.938 679 H ASP1974 HN ASP1974 -8.266 -8.319 4.573 680 HA ASP1974 HA ASP1974 -10.129 -8.173 5.718 681 HB2 ASP1974 HB2 ASP1974 -8.967 -8.776 7.722 682 HB3 ASP1974 HB1 ASP1974 -8.407 -7.126 7.955 683 H GLY1975 HN GLY1975 -11.237 -6.959 4.510 684 HA2 GLY1975 HA2 GLY1975 -11.553 -4.177 5.352 685 HA3 GLY1975 HA1 GLY1975 -11.546 -4.628 3.644 686 H ASP1976 HN ASP1976 -13.708 -3.717 3.592 687 HA ASP1976 HA ASP1976 -15.845 -4.972 5.016 688 HB2 ASP1976 HB2 ASP1976 -15.823 -3.245 2.533 689 HB3 ASP1976 HB1 ASP1976 -17.295 -3.992 3.123 690 HA PRO1977 HA PRO1977 -15.717 -8.686 2.616 691 HB2 PRO1977 HB2 PRO1977 -18.307 -9.188 3.958 692 HB3 PRO1977 HB1 PRO1977 -16.832 -10.162 3.966 693 HG2 PRO1977 HG2 PRO1977 -17.560 -8.798 6.127 694 HG3 PRO1977 HG1 PRO1977 -15.852 -8.893 5.646 695 HD2 PRO1977 HD2 PRO1977 -17.820 -6.672 5.205 696 HD3 PRO1977 HD1 PRO1977 -16.139 -6.587 5.783 697 H CYS1978 HN CYS1978 -16.382 -8.931 0.611 698 HA CYS1978 HA CYS1978 -18.801 -7.594 -0.256 699 HB2 CYS1978 HB2 CYS1978 -16.414 -8.741 -1.764 700 HB3 CYS1978 HB1 CYS1978 -17.737 -7.826 -2.493 701 HA PRO1979 HA PRO1979 -21.030 -11.433 -0.996 702 HB2 PRO1979 HB2 PRO1979 -21.256 -11.845 -3.698 703 HB3 PRO1979 HB1 PRO1979 -22.238 -10.687 -2.790 704 HG2 PRO1979 HG2 PRO1979 -19.726 -10.237 -4.340 705 HG3 PRO1979 HG1 PRO1979 -21.241 -9.305 -4.401 706 HD2 PRO1979 HD2 PRO1979 -19.195 -8.380 -3.011 707 HD3 PRO1979 HD1 PRO1979 -20.828 -8.310 -2.309 708 H THR1980 HN THR1980 -17.811 -11.274 -2.182 709 HA THR1980 HA THR1980 -17.577 -13.981 -2.881 710 HB THR1980 HB THR1980 -15.233 -12.908 -2.958 711 HG1 THR1980 HG1 THR1980 -15.469 -10.931 -2.039 712 HG21 THR1980 HG21 THR1980 -16.566 -13.598 -4.936 713 HG22 THR1980 HG22 THR1980 -15.769 -12.051 -5.229 714 HG23 THR1980 HG23 THR1980 -17.480 -12.095 -4.827 715 H ASP1981 HN ASP1981 -17.198 -11.791 -0.163 716 HA ASP1981 HA ASP1981 -15.058 -13.304 1.123 717 HB2 ASP1981 HB2 ASP1981 -16.461 -10.756 1.882 718 HB3 ASP1981 HB1 ASP1981 -15.152 -11.494 2.797 719 H LEU1982 HN LEU1982 -17.510 -14.532 0.873 720 HA LEU1982 HA LEU1982 -18.894 -14.497 3.389 721 HB2 LEU1982 HB2 LEU1982 -18.876 -16.626 1.266 722 HB3 LEU1982 HB1 LEU1982 -20.127 -16.304 2.451 723 HG LEU1982 HG LEU1982 -19.387 -14.423 0.227 724 HD11 LEU1982 HD11 LEU1982 -21.677 -16.362 0.394 725 HD12 LEU1982 HD12 LEU1982 -20.220 -16.559 -0.571 726 HD13 LEU1982 HD13 LEU1982 -21.330 -15.223 -0.925 727 HD21 LEU1982 HD21 LEU1982 -20.414 -13.373 2.151 728 HD22 LEU1982 HD22 LEU1982 -21.727 -14.550 2.100 729 HD23 LEU1982 HD23 LEU1982 -21.530 -13.388 0.779 730 H LYS1983 HN LYS1983 -16.540 -16.466 1.692 731 HA LYS1983 HA LYS1983 -15.831 -17.880 4.167 732 HB2 LYS1983 HB2 LYS1983 -16.385 -18.986 1.420 733 HB3 LYS1983 HB1 LYS1983 -15.677 -19.955 2.733 734 HG2 LYS1983 HG2 LYS1983 -17.702 -19.583 4.036 735 HG3 LYS1983 HG1 LYS1983 -18.331 -18.550 2.757 736 HD2 LYS1983 HD2 LYS1983 -18.327 -20.479 1.232 737 HD3 LYS1983 HD1 LYS1983 -17.754 -21.504 2.553 738 HE2 LYS1983 HE2 LYS1983 -20.320 -19.921 2.573 739 HE3 LYS1983 HE1 LYS1983 -20.199 -21.636 2.205 740 HZ1 LYS1983 HZ1 LYS1983 -20.831 -21.030 4.561 741 HZ2 LYS1983 HZ2 LYS1983 -19.195 -20.579 4.799 742 HZ3 LYS1983 HZ3 LYS1983 -19.584 -22.132 4.355 743 H MET1984 HN MET1984 -14.488 -15.547 2.891 744 HA MET1984 HA MET1984 -11.879 -16.428 2.841 745 HB2 MET1984 HB2 MET1984 -11.314 -15.644 0.590 746 HB3 MET1984 HB1 MET1984 -12.492 -16.941 0.441 747 HG2 MET1984 HG2 MET1984 -14.255 -15.350 0.036 748 HG3 MET1984 HG1 MET1984 -13.159 -14.007 0.330 749 HE1 MET1984 HE1 MET1984 -10.526 -14.858 -1.165 750 HE2 MET1984 HE2 MET1984 -11.254 -13.257 -1.320 751 HE3 MET1984 HE3 MET1984 -10.791 -14.157 -2.763 752 H LYS1985 HN LYS1985 -10.661 -14.473 2.679 753 HA LYS1985 HA LYS1985 -12.202 -12.001 3.013 754 HB2 LYS1985 HB2 LYS1985 -11.557 -12.673 5.263 755 HB3 LYS1985 HB1 LYS1985 -9.883 -12.849 4.769 756 HG2 LYS1985 HG2 LYS1985 -10.252 -10.807 6.073 757 HG3 LYS1985 HG1 LYS1985 -9.691 -10.446 4.445 758 HD2 LYS1985 HD2 LYS1985 -11.444 -8.886 5.069 759 HD3 LYS1985 HD1 LYS1985 -12.026 -9.945 3.788 760 HE2 LYS1985 HE2 LYS1985 -13.745 -9.604 5.477 761 HE3 LYS1985 HE1 LYS1985 -13.226 -11.284 5.457 762 HZ1 LYS1985 HZ1 LYS1985 -12.267 -9.258 7.434 763 HZ2 LYS1985 HZ2 LYS1985 -11.950 -10.903 7.479 764 HZ3 LYS1985 HZ3 LYS1985 -13.531 -10.327 7.676 765 H HIS1986 HN HIS1986 -11.750 -10.728 1.424 766 HA HIS1986 HA HIS1986 -9.434 -10.863 -0.192 767 HB2 HIS1986 HB2 HIS1986 -10.215 -8.905 -1.341 768 HB3 HIS1986 HB1 HIS1986 -11.610 -9.894 -0.958 769 HD1 HIS1986 HD1 HIS1986 -10.408 -6.455 -0.768 770 HD2 HIS1986 HD2 HIS1986 -13.123 -8.777 1.347 771 HE1 HIS1986 HE1 HIS1986 -11.840 -4.842 0.485 772 HE2 HIS1986 HE2 HIS1986 -13.703 -6.301 1.367 773 H LYS1987 HN LYS1987 -7.952 -9.028 -0.648 774 HA LYS1987 HA LYS1987 -7.383 -7.241 1.493 775 HB2 LYS1987 HB2 LYS1987 -5.077 -7.923 1.816 776 HB3 LYS1987 HB1 LYS1987 -6.115 -9.279 2.187 777 HG2 LYS1987 HG2 LYS1987 -4.686 -8.979 -0.451 778 HG3 LYS1987 HG1 LYS1987 -3.970 -9.771 0.943 779 HD2 LYS1987 HD2 LYS1987 -6.526 -10.603 -0.431 780 HD3 LYS1987 HD1 LYS1987 -4.951 -11.365 -0.661 781 HE2 LYS1987 HE2 LYS1987 -4.939 -11.831 1.810 782 HE3 LYS1987 HE1 LYS1987 -6.612 -11.274 1.852 783 HZ1 LYS1987 HZ1 LYS1987 -7.133 -13.055 0.195 784 HZ2 LYS1987 HZ2 LYS1987 -6.538 -13.644 1.667 785 HZ3 LYS1987 HZ3 LYS1987 -5.527 -13.565 0.332 786 H SER1988 HN SER1988 -5.295 -6.022 0.741 787 HA SER1988 HA SER1988 -5.505 -5.640 -2.136 788 HB2 SER1988 HB2 SER1988 -4.487 -3.368 -1.493 789 HB3 SER1988 HB1 SER1988 -6.177 -3.658 -1.032 790 HG SER1988 HG SER1988 -5.568 -3.946 1.043 791 H TYR1989 HN TYR1989 -3.714 -6.014 -3.342 792 HA TYR1989 HA TYR1989 -1.361 -7.027 -1.960 793 HB2 TYR1989 HB2 TYR1989 -2.257 -7.248 -4.841 794 HB3 TYR1989 HB1 TYR1989 -0.740 -7.878 -4.228 795 HD1 TYR1989 HD2 TYR1989 -0.715 -9.893 -2.833 796 HD2 TYR1989 HD1 TYR1989 -4.367 -8.330 -4.342 797 HE1 TYR1989 HE2 TYR1989 -1.840 -12.013 -2.289 798 HE2 TYR1989 HE1 TYR1989 -5.499 -10.441 -3.809 799 HH TYR1989 HH TYR1989 -4.945 -12.791 -3.466 800 H PHE1990 HN PHE1990 0.183 -5.606 -1.625 801 HA PHE1990 HA PHE1990 0.617 -3.481 -3.585 802 HB2 PHE1990 HB2 PHE1990 1.393 -3.742 -0.677 803 HB3 PHE1990 HB1 PHE1990 1.993 -2.473 -1.729 804 HD1 PHE1990 HD1 PHE1990 -1.094 -3.934 -0.348 805 HD2 PHE1990 HD2 PHE1990 0.768 -0.497 -1.991 806 HE1 PHE1990 HE1 PHE1990 -3.069 -2.612 0.208 807 HE2 PHE1990 HE2 PHE1990 -1.211 0.844 -1.432 808 HZ PHE1990 HZ PHE1990 -3.083 -0.127 -0.336 809 H SER1991 HN SER1991 2.210 -3.839 -4.931 810 HA SER1991 HA SER1991 4.461 -5.492 -4.055 811 HB2 SER1991 HB2 SER1991 3.537 -4.837 -6.869 812 HB3 SER1991 HB1 SER1991 4.803 -5.986 -6.417 813 HG SER1991 HG SER1991 2.292 -6.240 -5.292 814 H PHE1992 HN PHE1992 6.010 -4.196 -3.376 815 HA PHE1992 HA PHE1992 6.230 -1.476 -4.378 816 HB2 PHE1992 HB2 PHE1992 7.694 -2.840 -2.113 817 HB3 PHE1992 HB1 PHE1992 7.753 -1.128 -2.502 818 HD1 PHE1992 HD2 PHE1992 5.863 0.311 -2.010 819 HD2 PHE1992 HD1 PHE1992 5.814 -3.809 -1.009 820 HE1 PHE1992 HE2 PHE1992 3.944 0.695 -0.533 821 HE2 PHE1992 HE1 PHE1992 3.904 -3.430 0.466 822 HZ PHE1992 HZ PHE1992 2.963 -1.176 0.711 823 H VAL1993 HN VAL1993 7.525 -1.062 -5.897 824 HA VAL1993 HA VAL1993 9.889 -2.733 -6.387 825 HB VAL1993 HB VAL1993 9.502 -1.816 -8.867 826 HG11 VAL1993 HG11 VAL1993 7.763 -3.916 -7.640 827 HG12 VAL1993 HG12 VAL1993 9.437 -4.180 -8.199 828 HG13 VAL1993 HG13 VAL1993 8.149 -3.745 -9.352 829 HG21 VAL1993 HG21 VAL1993 7.609 -0.400 -8.242 830 HG22 VAL1993 HG22 VAL1993 6.756 -1.855 -7.695 831 HG23 VAL1993 HG23 VAL1993 7.154 -1.660 -9.399 832 H CYS1994 HN CYS1994 11.766 -1.723 -6.785 833 HA CYS1994 HA CYS1994 12.090 0.921 -5.831 834 HB2 CYS1994 HB2 CYS1994 13.825 -0.801 -5.612 835 HB3 CYS1994 HB1 CYS1994 14.038 -0.801 -7.356 836 H LYS1995 HN LYS1995 12.095 2.779 -6.846 837 HA LYS1995 HA LYS1995 12.309 2.794 -9.745 838 HB2 LYS1995 HB2 LYS1995 9.908 2.733 -9.065 839 HB3 LYS1995 HB1 LYS1995 10.158 4.238 -8.202 840 HG2 LYS1995 HG2 LYS1995 9.108 4.756 -10.260 841 HG3 LYS1995 HG1 LYS1995 10.787 5.284 -10.383 842 HD2 LYS1995 HD2 LYS1995 11.356 3.347 -11.668 843 HD3 LYS1995 HD1 LYS1995 9.730 2.668 -11.444 844 HE2 LYS1995 HE2 LYS1995 8.839 4.587 -12.694 845 HE3 LYS1995 HE1 LYS1995 10.488 5.180 -12.916 846 HZ1 LYS1995 HZ1 LYS1995 9.346 2.651 -13.950 847 HZ2 LYS1995 HZ2 LYS1995 10.977 3.025 -14.010 848 HZ3 LYS1995 HZ3 LYS1995 9.863 3.998 -14.854 849 H SER1996 HN SER1996 13.782 4.274 -10.268 850 HA SER1996 HA SER1996 14.814 6.130 -8.377 851 HB2 SER1996 HB2 SER1996 15.284 6.059 -11.363 852 HB3 SER1996 HB1 SER1996 16.371 6.666 -10.109 853 HG SER1996 HG SER1996 17.139 4.716 -9.958 854 H ASP1997 HN ASP1997 12.822 6.308 -11.293 855 HA ASP1997 HA ASP1997 12.553 9.085 -11.487 856 HB2 ASP1997 HB2 ASP1997 11.939 7.672 -13.335 857 HB3 ASP1997 HB1 ASP1997 10.681 6.894 -12.381 858 H ALA1998 HN ALA1998 10.751 6.810 -9.555 859 HA ALA1998 HA ALA1998 8.794 8.799 -8.716 860 HB1 ALA1998 HB1 ALA1998 8.097 6.456 -9.014 861 HB2 ALA1998 HB2 ALA1998 7.835 7.012 -7.363 862 HB3 ALA1998 HB3 ALA1998 9.207 5.974 -7.728 863 H GLY1999 HN GLY1999 11.799 8.739 -8.102 864 HA2 GLY1999 HA2 GLY1999 11.964 8.535 -5.249 865 HA3 GLY1999 HA1 GLY1999 13.219 9.114 -6.332 866 H ASP2000 HN ASP2000 10.165 10.673 -6.594 867 HA ASP2000 HA ASP2000 11.222 13.114 -5.431 868 HB2 ASP2000 HB2 ASP2000 9.088 14.139 -6.148 869 HB3 ASP2000 HB1 ASP2000 9.856 13.283 -7.474 870 H ASP2001 HN ASP2001 9.383 10.456 -4.569 871 HA ASP2001 HA ASP2001 9.171 11.110 -1.831 872 HB2 ASP2001 HB2 ASP2001 7.275 12.525 -2.657 873 HB3 ASP2001 HB1 ASP2001 6.584 11.123 -3.455 874 H SER2002 HN SER2002 7.112 9.506 -4.147 875 HA SER2002 HA SER2002 7.933 7.110 -4.692 876 HB2 SER2002 HB2 SER2002 6.474 6.985 -1.996 877 HB3 SER2002 HB1 SER2002 6.619 5.603 -3.082 878 HG SER2002 HG SER2002 8.772 7.065 -2.011 879 H GLN2003 HN GLN2003 6.023 5.911 -5.644 880 HA GLN2003 HA GLN2003 3.507 7.250 -5.281 881 HB2 GLN2003 HB2 GLN2003 3.086 7.890 -7.545 882 HB3 GLN2003 HB1 GLN2003 4.610 8.601 -7.054 883 HG2 GLN2003 HG2 GLN2003 5.787 6.823 -8.293 884 HG3 GLN2003 HG1 GLN2003 4.222 6.205 -8.828 885 HE21 GLN2003 HE21 GLN2003 2.937 7.527 -10.204 886 HE22 GLN2003 HE22 GLN2003 3.663 8.763 -11.155 887 HA PRO2004 HA PRO2004 2.176 3.140 -6.064 888 HB2 PRO2004 HB2 PRO2004 -0.459 3.603 -5.539 889 HB3 PRO2004 HB1 PRO2004 0.765 3.394 -4.290 890 HG2 PRO2004 HG2 PRO2004 -0.641 5.822 -5.132 891 HG3 PRO2004 HG1 PRO2004 0.218 5.519 -3.621 892 HD2 PRO2004 HD2 PRO2004 1.099 6.990 -5.904 893 HD3 PRO2004 HD1 PRO2004 1.994 6.662 -4.410 894 H VAL2005 HN VAL2005 1.732 2.218 -7.988 895 HA VAL2005 HA VAL2005 0.115 3.729 -9.883 896 HB VAL2005 HB VAL2005 2.037 1.430 -10.387 897 HG11 VAL2005 HG11 VAL2005 0.504 3.144 -12.346 898 HG12 VAL2005 HG12 VAL2005 0.193 1.444 -11.990 899 HG13 VAL2005 HG13 VAL2005 1.702 1.920 -12.769 900 HG21 VAL2005 HG21 VAL2005 3.200 3.479 -9.783 901 HG22 VAL2005 HG22 VAL2005 2.299 4.367 -11.012 902 HG23 VAL2005 HG23 VAL2005 3.437 3.108 -11.490 903 H PHE2006 HN PHE2006 -1.892 3.119 -9.825 904 HA PHE2006 HA PHE2006 -2.650 0.587 -8.817 905 HB2 PHE2006 HB2 PHE2006 -4.991 1.291 -9.432 906 HB3 PHE2006 HB1 PHE2006 -4.164 2.405 -8.364 907 HD1 PHE2006 HD2 PHE2006 -3.308 4.577 -9.297 908 HD2 PHE2006 HD1 PHE2006 -5.796 1.959 -11.552 909 HE1 PHE2006 HE2 PHE2006 -3.831 6.413 -10.844 910 HE2 PHE2006 HE1 PHE2006 -6.314 3.788 -13.110 911 HZ PHE2006 HZ PHE2006 -5.401 6.040 -12.709 912 H LEU2007 HN LEU2007 -2.572 -1.234 -9.819 913 HA LEU2007 HA LEU2007 -2.149 -1.357 -12.622 914 HB2 LEU2007 HB2 LEU2007 -2.650 -3.448 -10.515 915 HB3 LEU2007 HB1 LEU2007 -2.197 -3.785 -12.169 916 HG LEU2007 HG LEU2007 -0.495 -2.313 -10.151 917 HD11 LEU2007 HD11 LEU2007 0.905 -4.309 -10.181 918 HD12 LEU2007 HD12 LEU2007 -0.253 -5.111 -11.244 919 HD13 LEU2007 HD13 LEU2007 -0.720 -4.668 -9.600 920 HD21 LEU2007 HD21 LEU2007 -0.077 -1.574 -12.443 921 HD22 LEU2007 HD22 LEU2007 0.142 -3.249 -12.952 922 HD23 LEU2007 HD23 LEU2007 1.283 -2.513 -11.825 923 H SER2008 HN SER2008 -4.544 -2.738 -10.410 924 HA SER2008 HA SER2008 -6.722 -1.769 -11.865 925 HB2 SER2008 HB2 SER2008 -7.606 -4.049 -12.514 926 HB3 SER2008 HB1 SER2008 -6.250 -3.462 -13.470 927 HG SER2008 HG SER2008 -6.385 -5.722 -12.487 928 H PHE2009 HN PHE2009 -8.625 -2.067 -10.797 929 HA PHE2009 HA PHE2009 -8.426 -3.249 -8.133 930 HB2 PHE2009 HB2 PHE2009 -9.115 -0.881 -8.160 931 HB3 PHE2009 HB1 PHE2009 -10.421 -1.258 -9.275 932 HD1 PHE2009 HD1 PHE2009 -9.179 -1.931 -5.842 933 HD2 PHE2009 HD2 PHE2009 -12.531 -1.882 -8.462 934 HE1 PHE2009 HE1 PHE2009 -10.676 -2.321 -3.929 935 HE2 PHE2009 HE2 PHE2009 -14.034 -2.278 -6.555 936 HZ PHE2009 HZ PHE2009 -13.108 -2.498 -4.286 937 H ASP2010 HN ASP2010 -9.491 -5.047 -7.759 938 HA ASP2010 HA ASP2010 -11.173 -6.179 -9.842 939 HB2 ASP2010 HB2 ASP2010 -9.443 -7.633 -9.022 940 HB3 ASP2010 HB1 ASP2010 -9.859 -7.290 -7.348 941 H GLU2011 HN GLU2011 -13.285 -5.854 -9.664 942 HA GLU2011 HA GLU2011 -14.385 -4.826 -7.164 943 HB2 GLU2011 HB2 GLU2011 -16.417 -4.413 -8.436 944 HB3 GLU2011 HB1 GLU2011 -15.026 -3.783 -9.314 945 HG2 GLU2011 HG2 GLU2011 -15.033 -5.745 -10.743 946 HG3 GLU2011 HG1 GLU2011 -16.391 -6.403 -9.841 947 H GLN2012 HN GLN2012 -14.051 -7.696 -8.810 948 HA GLN2012 HA GLN2012 -16.245 -9.239 -8.123 949 HB2 GLN2012 HB2 GLN2012 -14.838 -10.213 -9.655 950 HB3 GLN2012 HB1 GLN2012 -13.390 -9.747 -8.781 951 HG2 GLN2012 HG2 GLN2012 -13.860 -11.419 -7.121 952 HG3 GLN2012 HG1 GLN2012 -15.282 -11.965 -8.018 953 HE21 GLN2012 HE21 GLN2012 -12.250 -10.922 -9.481 954 HE22 GLN2012 HE22 GLN2012 -11.846 -12.481 -10.116 955 H THR2013 HN THR2013 -13.118 -9.212 -6.490 956 HA THR2013 HA THR2013 -14.458 -10.140 -4.060 957 HB THR2013 HB THR2013 -12.033 -10.651 -3.379 958 HG1 THR2013 HG1 THR2013 -11.645 -9.942 -6.031 959 HG21 THR2013 HG21 THR2013 -13.685 -12.394 -3.828 960 HG22 THR2013 HG22 THR2013 -12.079 -12.864 -4.356 961 HG23 THR2013 HG23 THR2013 -13.274 -12.373 -5.543 962 H CYS2014 HN CYS2014 -13.527 -7.371 -5.416 963 HA CYS2014 HA CYS2014 -13.028 -5.288 -4.725 964 HB2 CYS2014 HB2 CYS2014 -13.492 -6.354 -1.920 965 HB3 CYS2014 HB1 CYS2014 -13.501 -4.658 -2.398 966 H THR2015 HN THR2015 -11.047 -7.193 -5.143 967 HA THR2015 HA THR2015 -8.946 -6.764 -3.194 968 HB THR2015 HB THR2015 -9.091 -8.425 -5.724 969 HG1 THR2015 HG1 THR2015 -10.095 -9.692 -4.375 970 HG21 THR2015 HG21 THR2015 -6.912 -8.343 -3.622 971 HG22 THR2015 HG22 THR2015 -6.765 -7.742 -5.273 972 HG23 THR2015 HG23 THR2015 -6.993 -9.466 -4.980 973 H SER2016 HN SER2016 -7.106 -5.561 -3.625 974 HA SER2016 HA SER2016 -7.242 -3.882 -6.030 975 HB2 SER2016 HB2 SER2016 -6.004 -3.260 -3.353 976 HB3 SER2016 HB1 SER2016 -6.243 -2.147 -4.703 977 HG SER2016 HG SER2016 -8.547 -3.357 -4.025 978 H TYR2017 HN TYR2017 -5.407 -3.824 -7.338 979 HA TYR2017 HA TYR2017 -3.003 -5.238 -6.376 980 HB2 TYR2017 HB2 TYR2017 -3.936 -4.854 -9.240 981 HB3 TYR2017 HB1 TYR2017 -2.522 -5.757 -8.719 982 HD1 TYR2017 HD2 TYR2017 -2.842 -7.937 -7.510 983 HD2 TYR2017 HD1 TYR2017 -6.090 -5.828 -9.272 984 HE1 TYR2017 HE2 TYR2017 -4.213 -9.981 -7.431 985 HE2 TYR2017 HE1 TYR2017 -7.460 -7.858 -9.198 986 HH TYR2017 HH TYR2017 -7.200 -10.221 -9.094 987 H PHE2018 HN PHE2018 -1.409 -3.779 -5.927 988 HA PHE2018 HA PHE2018 -1.284 -1.394 -7.643 989 HB2 PHE2018 HB2 PHE2018 -0.727 -1.463 -4.674 990 HB3 PHE2018 HB1 PHE2018 -0.541 -0.068 -5.724 991 HD1 PHE2018 HD2 PHE2018 -2.802 0.343 -7.180 992 HD2 PHE2018 HD1 PHE2018 -2.556 -1.449 -3.346 993 HE1 PHE2018 HE2 PHE2018 -5.134 0.966 -6.746 994 HE2 PHE2018 HE1 PHE2018 -4.888 -0.823 -2.890 995 HZ PHE2018 HZ PHE2018 -6.181 0.389 -4.596 996 H SER2019 HN SER2019 0.596 -1.013 -8.555 997 HA SER2019 HA SER2019 2.959 -2.427 -7.599 998 HB2 SER2019 HB2 SER2019 2.410 -2.593 -10.055 999 HB3 SER2019 HB1 SER2019 2.507 -0.838 -10.167 1000 HG SER2019 HG SER2019 4.458 -2.604 -10.396 1001 H TRP2020 HN TRP2020 3.971 -1.253 -6.130 1002 HA TRP2020 HA TRP2020 3.520 1.627 -6.156 1003 HB2 TRP2020 HB2 TRP2020 2.940 0.173 -4.155 1004 HB3 TRP2020 HB1 TRP2020 4.677 -0.003 -3.911 1005 HD1 TRP2020 HD1 TRP2020 5.903 2.683 -3.784 1006 HE1 TRP2020 HE1 TRP2020 5.041 4.596 -2.287 1007 HE3 TRP2020 HE3 TRP2020 1.140 1.045 -3.031 1008 HZ2 TRP2020 HZ2 TRP2020 2.676 5.295 -0.975 1009 HZ3 TRP2020 HZ3 TRP2020 -0.362 2.395 -1.633 1010 HH2 TRP2020 HH2 TRP2020 0.395 4.477 -0.630 1011 H HIS2021 HN HIS2021 5.024 2.451 -7.382 1012 HA HIS2021 HA HIS2021 7.719 1.492 -7.376 1013 HB2 HIS2021 HB2 HIS2021 6.649 4.069 -8.622 1014 HB3 HIS2021 HB1 HIS2021 8.243 3.333 -8.803 1015 HD1 HIS2021 HD1 HIS2021 5.780 3.903 -11.020 1016 HD2 HIS2021 HD2 HIS2021 7.440 0.341 -9.673 1017 HE1 HIS2021 HE1 HIS2021 5.356 2.243 -12.800 1018 HE2 HIS2021 HE2 HIS2021 6.225 0.074 -11.933 1019 H THR2022 HN THR2022 8.904 1.824 -5.662 1020 HA THR2022 HA THR2022 9.083 4.481 -4.571 1021 HB THR2022 HB THR2022 7.530 3.572 -3.022 1022 HG1 THR2022 HG1 THR2022 8.900 4.589 -1.817 1023 HG21 THR2022 HG21 THR2022 7.734 1.198 -3.566 1024 HG22 THR2022 HG22 THR2022 7.861 1.448 -1.824 1025 HG23 THR2022 HG23 THR2022 9.312 1.144 -2.781 1026 H SER2023 HN SER2023 11.025 4.956 -3.695 1027 HA SER2023 HA SER2023 13.216 3.438 -4.777 1028 HB2 SER2023 HB2 SER2023 12.929 5.844 -4.959 1029 HB3 SER2023 HB1 SER2023 13.160 6.044 -3.224 1030 HG SER2023 HG SER2023 14.989 6.196 -4.985 1031 H LEU2024 HN LEU2024 11.494 3.125 -1.997 1032 HA LEU2024 HA LEU2024 13.820 2.465 -0.347 1033 HB2 LEU2024 HB2 LEU2024 10.887 2.659 0.377 1034 HB3 LEU2024 HB1 LEU2024 12.141 2.187 1.499 1035 HG LEU2024 HG LEU2024 11.567 4.400 2.017 1036 HD11 LEU2024 HD11 LEU2024 13.909 4.037 2.130 1037 HD12 LEU2024 HD12 LEU2024 13.579 5.700 1.632 1038 HD13 LEU2024 HD13 LEU2024 14.105 4.509 0.440 1039 HD21 LEU2024 HD21 LEU2024 11.567 6.272 0.420 1040 HD22 LEU2024 HD22 LEU2024 10.376 5.041 0.000 1041 HD23 LEU2024 HD23 LEU2024 11.894 5.139 -0.892 1042 H ALA2025 HN ALA2025 12.161 1.052 -2.629 1043 HA ALA2025 HA ALA2025 11.802 -1.593 -1.357 1044 HB1 ALA2025 HB1 ALA2025 10.254 -1.967 -3.231 1045 HB2 ALA2025 HB2 ALA2025 10.617 -0.313 -3.773 1046 HB3 ALA2025 HB3 ALA2025 9.820 -0.570 -2.233 1047 H CYS2026 HN CYS2026 14.371 -0.585 -2.413 1048 HA CYS2026 HA CYS2026 14.668 -1.779 -4.992 1049 HB2 CYS2026 HB2 CYS2026 16.861 -0.739 -3.244 1050 HB3 CYS2026 HB1 CYS2026 16.873 -0.965 -4.993 1051 H GLU2027 HN GLU2027 15.053 -3.714 -5.453 1052 HA GLU2027 HA GLU2027 17.097 -5.240 -4.135 1053 HB2 GLU2027 HB2 GLU2027 15.181 -6.151 -2.920 1054 HB3 GLU2027 HB1 GLU2027 14.298 -6.403 -4.424 1055 HG2 GLU2027 HG2 GLU2027 15.926 -8.061 -5.137 1056 HG3 GLU2027 HG1 GLU2027 16.874 -7.777 -3.687 1057 H GLU2028 HN GLU2028 14.602 -6.357 -6.411 1058 HA GLU2028 HA GLU2028 16.741 -6.859 -8.317 1059 HB2 GLU2028 HB2 GLU2028 13.978 -7.919 -7.998 1060 HB3 GLU2028 HB1 GLU2028 14.821 -8.089 -9.537 1061 HG2 GLU2028 HG2 GLU2028 15.952 -8.985 -6.907 1062 HG3 GLU2028 HG1 GLU2028 15.034 -10.029 -7.994 1063 H GLU2029 HN GLU2029 15.073 -4.380 -7.689 1064 HA GLU2029 HA GLU2029 14.822 -3.504 -10.459 1065 HB2 GLU2029 HB2 GLU2029 13.429 -2.567 -7.924 1066 HB3 GLU2029 HB1 GLU2029 13.411 -1.658 -9.424 1067 HG2 GLU2029 HG2 GLU2029 12.335 -4.450 -9.137 1068 HG3 GLU2029 HG1 GLU2029 11.359 -2.984 -8.989 1069 H VAL2030 HN VAL2030 16.628 -2.466 -10.870 1070 HA VAL2030 HA VAL2030 18.309 -1.761 -8.679 1071 HB VAL2030 HB VAL2030 19.246 -2.895 -10.636 1072 HG11 VAL2030 HG11 VAL2030 18.646 -0.391 -12.163 1073 HG12 VAL2030 HG12 VAL2030 17.931 -1.987 -12.402 1074 HG13 VAL2030 HG13 VAL2030 19.644 -1.728 -12.738 1075 HG21 VAL2030 HG21 VAL2030 21.246 -1.508 -10.956 1076 HG22 VAL2030 HG22 VAL2030 20.753 -1.602 -9.265 1077 HG23 VAL2030 HG23 VAL2030 20.406 -0.151 -10.207 1078 HA PRO2031 HA PRO2031 17.026 2.458 -8.468 1079 HB2 PRO2031 HB2 PRO2031 19.177 3.061 -6.715 1080 HB3 PRO2031 HB1 PRO2031 17.501 2.737 -6.283 1081 HG2 PRO2031 HG2 PRO2031 19.798 1.066 -5.861 1082 HG3 PRO2031 HG1 PRO2031 18.117 0.765 -5.404 1083 HD2 PRO2031 HD2 PRO2031 19.640 -0.457 -7.498 1084 HD3 PRO2031 HD1 PRO2031 17.991 -0.787 -6.970 1085 H ARG2032 HN ARG2032 20.278 1.378 -9.178 1086 HA ARG2032 HA ARG2032 20.737 3.899 -10.612 1087 HB2 ARG2032 HB2 ARG2032 22.736 2.169 -9.145 1088 HB3 ARG2032 HB1 ARG2032 23.135 3.589 -10.105 1089 HG2 ARG2032 HG2 ARG2032 22.063 5.036 -8.583 1090 HG3 ARG2032 HG1 ARG2032 21.291 3.689 -7.740 1091 HD2 ARG2032 HD2 ARG2032 24.251 4.205 -7.862 1092 HD3 ARG2032 HD1 ARG2032 23.201 4.624 -6.507 1093 HE ARG2032 HE ARG2032 22.747 1.980 -6.919 1094 HH11 ARG2032 HH11 ARG2032 25.734 3.816 -6.472 1095 HH12 ARG2032 HH12 ARG2032 26.520 2.641 -5.520 1096 HH21 ARG2032 HH21 ARG2032 23.806 0.321 -5.592 1097 HH22 ARG2032 HH22 ARG2032 25.406 0.571 -5.065 Start of MODEL 15 1 H1 MET1885 HT1 MET1885 16.335 9.319 3.582 2 H2 MET1885 HT2 MET1885 16.391 9.440 1.896 3 H3 MET1885 HT3 MET1885 15.948 7.970 2.643 4 HA MET1885 HA MET1885 14.441 10.504 2.821 5 HB2 MET1885 HB2 MET1885 13.783 7.882 1.451 6 HB3 MET1885 HB1 MET1885 12.663 9.216 1.639 7 HG2 MET1885 HG2 MET1885 14.117 10.609 0.241 8 HG3 MET1885 HG1 MET1885 15.206 9.238 0.040 9 HE1 MET1885 HE1 MET1885 11.655 10.713 -0.730 10 HE2 MET1885 HE2 MET1885 11.259 9.240 0.155 11 HE3 MET1885 HE3 MET1885 10.875 9.368 -1.560 12 H LYS1886 HN LYS1886 12.814 10.523 4.328 13 HA LYS1886 HA LYS1886 12.016 8.188 5.800 14 HB2 LYS1886 HB2 LYS1886 14.177 8.517 6.824 15 HB3 LYS1886 HB1 LYS1886 13.868 10.228 7.037 16 HG2 LYS1886 HG2 LYS1886 12.090 9.667 8.652 17 HG3 LYS1886 HG1 LYS1886 12.501 7.958 8.466 18 HD2 LYS1886 HD2 LYS1886 14.759 8.391 9.242 19 HD3 LYS1886 HD1 LYS1886 14.409 10.115 9.352 20 HE2 LYS1886 HE2 LYS1886 12.757 9.682 11.080 21 HE3 LYS1886 HE1 LYS1886 13.046 7.946 10.940 22 HZ1 LYS1886 HZ1 LYS1886 14.266 8.867 12.806 23 HZ2 LYS1886 HZ2 LYS1886 15.066 9.962 11.780 24 HZ3 LYS1886 HZ3 LYS1886 15.302 8.299 11.605 25 H SER1887 HN SER1887 9.851 8.667 6.051 26 HA SER1887 HA SER1887 9.235 11.388 6.840 27 HB2 SER1887 HB2 SER1887 8.078 10.676 4.755 28 HB3 SER1887 HB1 SER1887 7.331 9.343 5.632 29 HG SER1887 HG SER1887 5.946 10.708 6.553 30 H ASN1888 HN ASN1888 7.369 8.351 7.402 31 HA ASN1888 HA ASN1888 7.264 9.108 10.255 32 HB2 ASN1888 HB2 ASN1888 5.078 8.727 8.990 33 HB3 ASN1888 HB1 ASN1888 5.597 7.053 8.823 34 HD21 ASN1888 HD21 ASN1888 3.240 8.153 10.133 35 HD22 ASN1888 HD22 ASN1888 3.290 7.604 11.765 36 H VAL1889 HN VAL1889 8.544 8.140 11.524 37 HA VAL1889 HA VAL1889 9.779 5.679 10.647 38 HB VAL1889 HB VAL1889 11.331 7.397 11.380 39 HG11 VAL1889 HG11 VAL1889 11.491 8.143 13.703 40 HG12 VAL1889 HG12 VAL1889 9.996 7.280 14.066 41 HG13 VAL1889 HG13 VAL1889 9.982 8.629 12.931 42 HG21 VAL1889 HG21 VAL1889 12.660 6.111 13.016 43 HG22 VAL1889 HG22 VAL1889 12.033 5.095 11.717 44 HG23 VAL1889 HG23 VAL1889 11.266 5.068 13.305 45 H GLN1890 HN GLN1890 7.944 4.582 10.765 46 HA GLN1890 HA GLN1890 7.078 3.618 13.340 47 HB2 GLN1890 HB2 GLN1890 6.571 2.602 10.520 48 HB3 GLN1890 HB1 GLN1890 5.848 1.912 11.963 49 HG2 GLN1890 HG2 GLN1890 5.472 4.765 11.089 50 HG3 GLN1890 HG1 GLN1890 4.358 3.466 10.687 51 HE21 GLN1890 HE21 GLN1890 2.647 4.393 11.811 52 HE22 GLN1890 HE22 GLN1890 2.616 4.494 13.526 53 H ASN1891 HN ASN1891 8.014 1.982 14.413 54 HA ASN1891 HA ASN1891 10.549 1.041 13.441 55 HB2 ASN1891 HB2 ASN1891 9.955 1.590 15.887 56 HB3 ASN1891 HB1 ASN1891 9.134 0.036 15.918 57 HD21 ASN1891 HD21 ASN1891 10.388 -1.874 15.961 58 HD22 ASN1891 HD22 ASN1891 12.096 -1.823 16.177 59 H ASP1892 HN ASP1892 7.403 0.041 13.077 60 HA ASP1892 HA ASP1892 8.249 -2.680 12.383 61 HB2 ASP1892 HB2 ASP1892 5.443 -1.578 12.659 62 HB3 ASP1892 HB1 ASP1892 5.852 -3.247 12.303 63 H CYS1893 HN CYS1893 6.558 -3.297 10.416 64 HA CYS1893 HA CYS1893 6.492 -3.193 8.147 65 HB2 CYS1893 HB2 CYS1893 4.783 -1.513 8.608 66 HB3 CYS1893 HB1 CYS1893 6.009 -0.276 8.813 67 H ARG1894 HN ARG1894 8.843 -3.653 8.719 68 HA ARG1894 HA ARG1894 10.510 -2.555 6.779 69 HB2 ARG1894 HB2 ARG1894 12.297 -1.678 8.396 70 HB3 ARG1894 HB1 ARG1894 10.908 -0.641 8.136 71 HG2 ARG1894 HG2 ARG1894 9.962 -1.630 10.273 72 HG3 ARG1894 HG1 ARG1894 11.568 -2.311 10.541 73 HD2 ARG1894 HD2 ARG1894 11.118 0.613 10.004 74 HD3 ARG1894 HD1 ARG1894 11.038 -0.065 11.624 75 HE ARG1894 HE ARG1894 13.352 -0.824 11.202 76 HH11 ARG1894 HH11 ARG1894 12.172 1.913 9.268 77 HH12 ARG1894 HH12 ARG1894 13.586 2.852 9.432 78 HH21 ARG1894 HH21 ARG1894 15.344 0.445 11.361 79 HH22 ARG1894 HH22 ARG1894 15.422 2.018 10.693 80 H VAL1895 HN VAL1895 11.737 -4.159 6.196 81 HA VAL1895 HA VAL1895 12.570 -6.115 8.184 82 HB VAL1895 HB VAL1895 10.408 -6.947 7.296 83 HG11 VAL1895 HG11 VAL1895 10.170 -7.681 4.977 84 HG12 VAL1895 HG12 VAL1895 11.724 -6.938 4.594 85 HG13 VAL1895 HG13 VAL1895 10.375 -5.936 5.123 86 HG21 VAL1895 HG21 VAL1895 12.778 -8.585 6.386 87 HG22 VAL1895 HG22 VAL1895 11.141 -9.200 6.627 88 HG23 VAL1895 HG23 VAL1895 12.063 -8.583 7.997 89 H THR1896 HN THR1896 14.501 -7.106 7.682 90 HA THR1896 HA THR1896 16.016 -5.805 5.578 91 HB THR1896 HB THR1896 17.004 -7.936 7.480 92 HG1 THR1896 HG1 THR1896 16.058 -6.491 8.776 93 HG21 THR1896 HG21 THR1896 19.122 -6.704 7.253 94 HG22 THR1896 HG22 THR1896 18.331 -5.526 6.206 95 HG23 THR1896 HG23 THR1896 18.514 -7.195 5.674 96 H ASN1897 HN ASN1897 16.445 -6.816 3.681 97 HA ASN1897 HA ASN1897 15.738 -9.652 3.495 98 HB2 ASN1897 HB2 ASN1897 14.588 -8.231 1.851 99 HB3 ASN1897 HB1 ASN1897 16.142 -7.609 1.293 100 HD21 ASN1897 HD21 ASN1897 15.844 -8.358 -0.812 101 HD22 ASN1897 HD22 ASN1897 15.877 -10.036 -1.194 102 HA PRO1898 HA PRO1898 20.212 -9.930 3.804 103 HB2 PRO1898 HB2 PRO1898 20.267 -12.661 4.027 104 HB3 PRO1898 HB1 PRO1898 19.990 -11.560 5.382 105 HG2 PRO1898 HG2 PRO1898 18.033 -13.131 3.778 106 HG3 PRO1898 HG1 PRO1898 18.049 -12.801 5.518 107 HD2 PRO1898 HD2 PRO1898 16.440 -11.486 3.786 108 HD3 PRO1898 HD1 PRO1898 17.076 -10.740 5.264 109 H ALA1899 HN ALA1899 18.103 -11.379 1.506 110 HA ALA1899 HA ALA1899 20.024 -12.570 -0.184 111 HB1 ALA1899 HB1 ALA1899 17.338 -11.399 -0.901 112 HB2 ALA1899 HB2 ALA1899 17.633 -13.054 -0.364 113 HB3 ALA1899 HB3 ALA1899 18.287 -12.497 -1.904 114 H THR1900 HN THR1900 18.840 -9.316 0.168 115 HA THR1900 HA THR1900 20.541 -8.389 -2.039 116 HB THR1900 HB THR1900 18.744 -6.658 -0.323 117 HG1 THR1900 HG1 THR1900 18.109 -8.361 -2.515 118 HG21 THR1900 HG21 THR1900 18.666 -5.296 -2.353 119 HG22 THR1900 HG22 THR1900 19.683 -6.472 -3.186 120 HG23 THR1900 HG23 THR1900 20.333 -5.547 -1.828 121 H GLY1901 HN GLY1901 19.949 -8.088 1.433 122 HA2 GLY1901 HA2 GLY1901 21.593 -7.743 3.053 123 HA3 GLY1901 HA1 GLY1901 22.619 -6.995 1.828 124 H HIS1902 HN HIS1902 19.487 -6.008 1.502 125 HA HIS1902 HA HIS1902 20.116 -3.422 2.772 126 HB2 HIS1902 HB2 HIS1902 19.935 -3.429 0.263 127 HB3 HIS1902 HB1 HIS1902 18.267 -3.952 0.424 128 HD1 HIS1902 HD1 HIS1902 16.497 -2.083 0.768 129 HD2 HIS1902 HD2 HIS1902 20.422 -0.722 1.160 130 HE1 HIS1902 HE1 HIS1902 16.350 0.390 0.816 131 HE2 HIS1902 HE2 HIS1902 18.699 1.210 0.924 132 H LEU1903 HN LEU1903 18.577 -2.451 4.019 133 HA LEU1903 HA LEU1903 16.461 -4.072 5.129 134 HB2 LEU1903 HB2 LEU1903 17.750 -2.619 6.597 135 HB3 LEU1903 HB1 LEU1903 17.355 -1.225 5.619 136 HG LEU1903 HG LEU1903 14.971 -1.476 6.307 137 HD11 LEU1903 HD11 LEU1903 14.431 -2.865 8.231 138 HD12 LEU1903 HD12 LEU1903 16.060 -3.543 8.196 139 HD13 LEU1903 HD13 LEU1903 14.955 -3.829 6.850 140 HD21 LEU1903 HD21 LEU1903 15.286 -0.609 8.572 141 HD22 LEU1903 HD22 LEU1903 16.430 0.104 7.434 142 HD23 LEU1903 HD23 LEU1903 16.962 -1.159 8.546 143 H PHE1904 HN PHE1904 14.426 -4.073 4.375 144 HA PHE1904 HA PHE1904 13.701 -2.057 2.432 145 HB2 PHE1904 HB2 PHE1904 12.422 -4.695 3.218 146 HB3 PHE1904 HB1 PHE1904 11.712 -3.576 2.069 147 HD1 PHE1904 HD2 PHE1904 15.137 -3.363 1.473 148 HD2 PHE1904 HD1 PHE1904 11.874 -6.056 0.965 149 HE1 PHE1904 HE2 PHE1904 16.334 -4.477 -0.367 150 HE2 PHE1904 HE1 PHE1904 13.036 -7.150 -0.857 151 HZ PHE1904 HZ PHE1904 15.289 -6.372 -1.543 152 H ASP1905 HN ASP1905 13.002 -0.330 3.383 153 HA ASP1905 HA ASP1905 10.887 -0.481 5.353 154 HB2 ASP1905 HB2 ASP1905 12.733 -0.170 6.818 155 HB3 ASP1905 HB1 ASP1905 13.510 0.966 5.725 156 H LEU1906 HN LEU1906 9.465 1.091 5.117 157 HA LEU1906 HA LEU1906 9.858 2.781 2.743 158 HB2 LEU1906 HB2 LEU1906 7.317 1.635 3.877 159 HB3 LEU1906 HB1 LEU1906 7.453 2.599 2.425 160 HG LEU1906 HG LEU1906 8.642 -0.148 2.811 161 HD11 LEU1906 HD11 LEU1906 6.265 0.751 1.210 162 HD12 LEU1906 HD12 LEU1906 6.222 -0.196 2.698 163 HD13 LEU1906 HD13 LEU1906 6.940 -0.877 1.238 164 HD21 LEU1906 HD21 LEU1906 8.525 1.619 0.360 165 HD22 LEU1906 HD22 LEU1906 9.091 -0.047 0.402 166 HD23 LEU1906 HD23 LEU1906 9.965 1.203 1.287 167 H THR1907 HN THR1907 10.718 3.756 5.272 168 HA THR1907 HA THR1907 8.914 5.103 6.834 169 HB THR1907 HB THR1907 10.909 6.894 6.905 170 HG1 THR1907 HG1 THR1907 12.220 4.522 6.222 171 HG21 THR1907 HG21 THR1907 11.038 4.125 8.115 172 HG22 THR1907 HG22 THR1907 10.157 5.498 8.778 173 HG23 THR1907 HG23 THR1907 11.920 5.543 8.690 174 H SER1908 HN SER1908 10.262 6.272 3.792 175 HA SER1908 HA SER1908 9.224 8.848 3.774 176 HB2 SER1908 HB2 SER1908 9.530 7.121 1.367 177 HB3 SER1908 HB1 SER1908 9.961 8.825 1.593 178 HG SER1908 HG SER1908 11.719 7.185 1.651 179 H LEU1909 HN LEU1909 7.751 5.706 2.827 180 HA LEU1909 HA LEU1909 5.627 6.865 1.407 181 HB2 LEU1909 HB2 LEU1909 6.626 4.209 2.178 182 HB3 LEU1909 HB1 LEU1909 4.993 4.404 1.618 183 HG LEU1909 HG LEU1909 5.983 5.378 -0.520 184 HD11 LEU1909 HD11 LEU1909 8.567 4.334 0.624 185 HD12 LEU1909 HD12 LEU1909 8.165 6.028 0.339 186 HD13 LEU1909 HD13 LEU1909 8.320 4.921 -1.024 187 HD21 LEU1909 HD21 LEU1909 6.602 3.212 -1.432 188 HD22 LEU1909 HD22 LEU1909 5.177 3.121 -0.399 189 HD23 LEU1909 HD23 LEU1909 6.734 2.566 0.206 190 H LYS1910 HN LYS1910 6.132 5.108 4.436 191 HA LYS1910 HA LYS1910 3.423 5.432 5.215 192 HB2 LYS1910 HB2 LYS1910 4.273 4.736 7.537 193 HB3 LYS1910 HB1 LYS1910 4.491 3.566 6.250 194 HG2 LYS1910 HG2 LYS1910 6.855 4.310 6.059 195 HG3 LYS1910 HG1 LYS1910 6.592 5.364 7.444 196 HD2 LYS1910 HD2 LYS1910 6.269 3.591 8.893 197 HD3 LYS1910 HD1 LYS1910 6.063 2.386 7.609 198 HE2 LYS1910 HE2 LYS1910 8.463 2.927 6.928 199 HE3 LYS1910 HE1 LYS1910 8.591 3.856 8.408 200 HZ1 LYS1910 HZ1 LYS1910 8.353 1.765 9.691 201 HZ2 LYS1910 HZ2 LYS1910 9.558 1.648 8.514 202 HZ3 LYS1910 HZ3 LYS1910 8.112 0.905 8.246 203 H ARG1911 HN ARG1911 2.497 7.163 5.861 204 HA ARG1911 HA ARG1911 4.024 9.267 7.125 205 HB2 ARG1911 HB2 ARG1911 3.027 10.905 5.483 206 HB3 ARG1911 HB1 ARG1911 4.283 9.855 4.842 207 HG2 ARG1911 HG2 ARG1911 2.490 8.391 3.922 208 HG3 ARG1911 HG1 ARG1911 1.315 9.602 4.433 209 HD2 ARG1911 HD2 ARG1911 1.882 9.867 2.088 210 HD3 ARG1911 HD1 ARG1911 2.407 11.262 3.030 211 HE ARG1911 HE ARG1911 4.551 9.504 2.889 212 HH11 ARG1911 HH11 ARG1911 2.611 11.412 0.602 213 HH12 ARG1911 HH12 ARG1911 3.891 11.726 -0.457 214 HH21 ARG1911 HH21 ARG1911 6.313 9.884 1.420 215 HH22 ARG1911 HH22 ARG1911 6.065 10.793 -0.005 216 H GLU1912 HN GLU1912 2.626 10.930 7.957 217 HA GLU1912 HA GLU1912 0.688 9.861 9.628 218 HB2 GLU1912 HB2 GLU1912 1.092 12.740 8.870 219 HB3 GLU1912 HB1 GLU1912 0.093 12.184 10.205 220 HG2 GLU1912 HG2 GLU1912 2.073 11.175 11.246 221 HG3 GLU1912 HG1 GLU1912 3.058 11.769 9.909 222 H SER1913 HN SER1913 0.021 11.858 6.725 223 HA SER1913 HA SER1913 -2.809 11.513 7.116 224 HB2 SER1913 HB2 SER1913 -1.945 13.614 6.148 225 HB3 SER1913 HB1 SER1913 -1.231 12.724 4.812 226 HG SER1913 HG SER1913 -4.016 12.598 5.326 227 H GLY1914 HN GLY1914 -0.566 10.678 4.521 228 HA2 GLY1914 HA2 GLY1914 -0.554 8.259 3.892 229 HA3 GLY1914 HA1 GLY1914 -2.321 8.423 3.850 230 H TYR1915 HN TYR1915 -2.022 7.747 1.578 231 HA TYR1915 HA TYR1915 -1.482 10.096 -0.011 232 HB2 TYR1915 HB2 TYR1915 -0.424 8.632 -1.762 233 HB3 TYR1915 HB1 TYR1915 0.530 8.850 -0.302 234 HD1 TYR1915 HD1 TYR1915 0.760 6.985 1.304 235 HD2 TYR1915 HD2 TYR1915 -1.244 6.505 -2.409 236 HE1 TYR1915 HE1 TYR1915 0.932 4.551 1.528 237 HE2 TYR1915 HE2 TYR1915 -1.071 4.076 -2.197 238 HH TYR1915 HH TYR1915 0.323 2.384 -1.011 239 H THR1916 HN THR1916 -2.406 9.967 -2.157 240 HA THR1916 HA THR1916 -4.748 8.239 -2.353 241 HB THR1916 HB THR1916 -5.434 10.335 -1.075 242 HG1 THR1916 HG1 THR1916 -7.219 9.852 -2.041 243 HG21 THR1916 HG21 THR1916 -3.874 11.903 -2.101 244 HG22 THR1916 HG22 THR1916 -5.535 12.448 -2.353 245 HG23 THR1916 HG23 THR1916 -4.646 11.670 -3.666 246 H ILE1917 HN ILE1917 -5.470 7.923 -4.037 247 HA ILE1917 HA ILE1917 -4.256 8.943 -6.452 248 HB ILE1917 HB ILE1917 -4.318 6.547 -7.234 249 HG12 ILE1917 HG12 ILE1917 -4.053 6.005 -4.275 250 HG13 ILE1917 HG11 ILE1917 -5.371 5.504 -5.325 251 HG21 ILE1917 HG21 ILE1917 -2.267 7.790 -7.150 252 HG22 ILE1917 HG22 ILE1917 -1.951 6.155 -6.566 253 HG23 ILE1917 HG23 ILE1917 -2.106 7.484 -5.419 254 HD11 ILE1917 HD11 ILE1917 -2.519 4.545 -5.465 255 HD12 ILE1917 HD12 ILE1917 -3.821 4.063 -6.544 256 HD13 ILE1917 HD13 ILE1917 -3.902 3.646 -4.830 257 H THR1918 HN THR1918 -5.549 7.944 -8.341 258 HA THR1918 HA THR1918 -8.362 8.218 -7.654 259 HB THR1918 HB THR1918 -7.164 7.874 -10.411 260 HG1 THR1918 HG1 THR1918 -6.048 9.549 -9.543 261 HG21 THR1918 HG21 THR1918 -9.629 7.783 -10.193 262 HG22 THR1918 HG22 THR1918 -9.113 9.219 -11.081 263 HG23 THR1918 HG23 THR1918 -9.607 9.356 -9.394 264 H ASP1919 HN ASP1919 -9.872 6.588 -8.116 265 HA ASP1919 HA ASP1919 -8.832 3.904 -8.231 266 HB2 ASP1919 HB2 ASP1919 -10.665 4.325 -6.678 267 HB3 ASP1919 HB1 ASP1919 -11.628 5.076 -7.936 268 H SER1920 HN SER1920 -10.373 2.466 -9.766 269 HA SER1920 HA SER1920 -9.785 3.199 -12.462 270 HB2 SER1920 HB2 SER1920 -11.564 1.032 -11.363 271 HB3 SER1920 HB1 SER1920 -10.811 1.061 -12.964 272 HG SER1920 HG SER1920 -8.967 1.435 -11.072 273 H HIS1921 HN HIS1921 -12.050 4.312 -10.395 274 HA HIS1921 HA HIS1921 -14.040 4.929 -12.470 275 HB2 HIS1921 HB2 HIS1921 -14.530 4.495 -9.499 276 HB3 HIS1921 HB1 HIS1921 -15.746 4.978 -10.672 277 HD1 HIS1921 HD1 HIS1921 -13.857 2.071 -9.399 278 HD2 HIS1921 HD2 HIS1921 -16.664 2.868 -12.344 279 HE1 HIS1921 HE1 HIS1921 -14.720 -0.183 -10.150 280 HE2 HIS1921 HE2 HIS1921 -16.269 0.315 -12.034 281 H ASN1922 HN ASN1922 -15.414 6.846 -11.006 282 HA ASN1922 HA ASN1922 -13.778 9.158 -11.159 283 HB2 ASN1922 HB2 ASN1922 -16.275 8.948 -11.371 284 HB3 ASN1922 HB1 ASN1922 -16.339 8.820 -9.649 285 HD21 ASN1922 HD21 ASN1922 -14.072 11.010 -11.276 286 HD22 ASN1922 HD22 ASN1922 -14.811 12.443 -10.675 287 H ARG1923 HN ARG1923 -14.988 7.263 -8.626 288 HA ARG1923 HA ARG1923 -14.248 8.672 -6.332 289 HB2 ARG1923 HB2 ARG1923 -14.300 6.560 -5.098 290 HB3 ARG1923 HB1 ARG1923 -15.670 6.740 -6.180 291 HG2 ARG1923 HG2 ARG1923 -14.530 5.242 -7.796 292 HG3 ARG1923 HG1 ARG1923 -13.240 5.031 -6.612 293 HD2 ARG1923 HD2 ARG1923 -14.822 4.128 -5.011 294 HD3 ARG1923 HD1 ARG1923 -16.140 4.369 -6.155 295 HE ARG1923 HE ARG1923 -13.980 2.749 -7.135 296 HH11 ARG1923 HH11 ARG1923 -17.042 2.734 -5.328 297 HH12 ARG1923 HH12 ARG1923 -17.444 1.130 -5.730 298 HH21 ARG1923 HH21 ARG1923 -14.431 0.448 -7.499 299 HH22 ARG1923 HH22 ARG1923 -15.902 -0.232 -6.974 300 H LYS1924 HN LYS1924 -12.549 8.250 -4.714 301 HA LYS1924 HA LYS1924 -9.968 7.930 -6.062 302 HB2 LYS1924 HB2 LYS1924 -10.707 9.430 -3.552 303 HB3 LYS1924 HB1 LYS1924 -9.077 9.269 -4.184 304 HG2 LYS1924 HG2 LYS1924 -9.601 10.572 -6.099 305 HG3 LYS1924 HG1 LYS1924 -11.327 10.541 -5.722 306 HD2 LYS1924 HD2 LYS1924 -10.331 12.695 -5.113 307 HD3 LYS1924 HD1 LYS1924 -10.911 11.834 -3.691 308 HE2 LYS1924 HE2 LYS1924 -8.579 11.053 -3.293 309 HE3 LYS1924 HE1 LYS1924 -8.053 12.074 -4.633 310 HZ1 LYS1924 HZ1 LYS1924 -8.897 14.006 -3.432 311 HZ2 LYS1924 HZ2 LYS1924 -7.779 13.198 -2.457 312 HZ3 LYS1924 HZ3 LYS1924 -9.420 13.027 -2.181 313 H ILE1925 HN ILE1925 -8.286 6.950 -4.868 314 HA ILE1925 HA ILE1925 -9.227 4.926 -2.986 315 HB ILE1925 HB ILE1925 -6.733 4.874 -4.724 316 HG12 ILE1925 HG12 ILE1925 -9.297 3.300 -4.967 317 HG13 ILE1925 HG11 ILE1925 -8.793 4.601 -6.035 318 HG21 ILE1925 HG21 ILE1925 -6.470 3.682 -2.618 319 HG22 ILE1925 HG22 ILE1925 -6.540 2.553 -3.968 320 HG23 ILE1925 HG23 ILE1925 -7.950 2.780 -2.932 321 HD11 ILE1925 HD11 ILE1925 -8.357 2.402 -7.066 322 HD12 ILE1925 HD12 ILE1925 -7.353 1.958 -5.690 323 HD13 ILE1925 HD13 ILE1925 -6.848 3.258 -6.754 324 H GLU1926 HN GLU1926 -8.774 5.466 -1.041 325 HA GLU1926 HA GLU1926 -6.531 7.228 -0.380 326 HB2 GLU1926 HB2 GLU1926 -8.716 6.048 1.349 327 HB3 GLU1926 HB1 GLU1926 -7.555 7.268 1.847 328 HG2 GLU1926 HG2 GLU1926 -9.603 7.655 -0.321 329 HG3 GLU1926 HG1 GLU1926 -9.824 8.125 1.363 330 H LEU1927 HN LEU1927 -4.614 6.190 0.106 331 HA LEU1927 HA LEU1927 -4.819 3.625 1.541 332 HB2 LEU1927 HB2 LEU1927 -2.678 4.113 -0.549 333 HB3 LEU1927 HB1 LEU1927 -3.076 2.638 0.314 334 HG LEU1927 HG LEU1927 -4.920 3.840 -1.709 335 HD11 LEU1927 HD11 LEU1927 -4.029 2.182 -3.236 336 HD12 LEU1927 HD12 LEU1927 -2.890 1.636 -2.012 337 HD13 LEU1927 HD13 LEU1927 -2.729 3.255 -2.709 338 HD21 LEU1927 HD21 LEU1927 -5.816 1.586 -1.676 339 HD22 LEU1927 HD22 LEU1927 -5.909 2.367 -0.100 340 HD23 LEU1927 HD23 LEU1927 -4.666 1.149 -0.410 341 H ASN1928 HN ASN1928 -3.183 3.289 2.984 342 HA ASN1928 HA ASN1928 -0.977 5.186 3.054 343 HB2 ASN1928 HB2 ASN1928 -2.711 5.905 4.776 344 HB3 ASN1928 HB1 ASN1928 -2.468 4.357 5.570 345 HD21 ASN1928 HD21 ASN1928 -1.979 7.143 6.452 346 HD22 ASN1928 HD22 ASN1928 -0.350 7.201 6.953 347 H VAL1929 HN VAL1929 0.854 4.159 3.222 348 HA VAL1929 HA VAL1929 0.909 1.440 2.839 349 HB VAL1929 HB VAL1929 3.230 3.205 3.673 350 HG11 VAL1929 HG11 VAL1929 3.707 0.882 4.325 351 HG12 VAL1929 HG12 VAL1929 4.702 1.378 2.956 352 HG13 VAL1929 HG13 VAL1929 3.298 0.342 2.698 353 HG21 VAL1929 HG21 VAL1929 3.851 2.801 1.278 354 HG22 VAL1929 HG22 VAL1929 2.388 3.757 1.526 355 HG23 VAL1929 HG23 VAL1929 2.268 2.060 1.072 356 H CYS1930 HN CYS1930 1.931 2.995 5.805 357 HA CYS1930 HA CYS1930 0.794 0.933 7.407 358 HB2 CYS1930 HB2 CYS1930 3.020 0.085 8.320 359 HB3 CYS1930 HB1 CYS1930 2.563 -0.465 6.713 360 H ALA1931 HN ALA1931 0.679 3.727 7.374 361 HA ALA1931 HA ALA1931 1.742 4.238 10.049 362 HB1 ALA1931 HB1 ALA1931 3.094 5.412 8.435 363 HB2 ALA1931 HB2 ALA1931 2.140 6.552 9.406 364 HB3 ALA1931 HB3 ALA1931 1.636 6.146 7.756 365 H GLU1932 HN GLU1932 -0.746 3.296 8.992 366 HA GLU1932 HA GLU1932 -2.899 3.344 9.254 367 HB2 GLU1932 HB2 GLU1932 -2.313 5.391 11.399 368 HB3 GLU1932 HB1 GLU1932 -3.843 4.581 11.077 369 HG2 GLU1932 HG2 GLU1932 -2.815 3.495 12.945 370 HG3 GLU1932 HG1 GLU1932 -2.802 2.415 11.569 371 H ALA1933 HN ALA1933 -4.477 4.009 7.980 372 HA ALA1933 HA ALA1933 -4.203 6.480 6.595 373 HB1 ALA1933 HB1 ALA1933 -6.530 4.543 6.634 374 HB2 ALA1933 HB2 ALA1933 -5.182 4.504 5.501 375 HB3 ALA1933 HB3 ALA1933 -6.304 5.862 5.486 376 H LYS1934 HN LYS1934 -4.405 8.185 7.721 377 HA LYS1934 HA LYS1934 -6.288 8.432 9.904 378 HB2 LYS1934 HB2 LYS1934 -3.891 9.098 9.981 379 HB3 LYS1934 HB1 LYS1934 -4.245 10.340 8.804 380 HG2 LYS1934 HG2 LYS1934 -5.615 11.510 10.383 381 HG3 LYS1934 HG1 LYS1934 -5.449 10.193 11.557 382 HD2 LYS1934 HD2 LYS1934 -2.981 10.520 11.459 383 HD3 LYS1934 HD1 LYS1934 -3.260 11.942 10.462 384 HE2 LYS1934 HE2 LYS1934 -4.414 13.033 12.257 385 HE3 LYS1934 HE1 LYS1934 -4.355 11.564 13.239 386 HZ1 LYS1934 HZ1 LYS1934 -1.942 11.692 13.175 387 HZ2 LYS1934 HZ2 LYS1934 -2.565 13.054 13.931 388 HZ3 LYS1934 HZ3 LYS1934 -1.988 13.152 12.355 389 H SER1935 HN SER1935 -5.807 9.524 6.652 390 HA SER1935 HA SER1935 -7.922 11.496 6.871 391 HB2 SER1935 HB2 SER1935 -6.013 10.859 4.623 392 HB3 SER1935 HB1 SER1935 -7.119 12.237 4.689 393 HG SER1935 HG SER1935 -6.018 12.632 6.802 394 H SER1936 HN SER1936 -9.852 11.319 5.859 395 HA SER1936 HA SER1936 -11.647 10.533 4.837 396 HB2 SER1936 HB2 SER1936 -9.803 8.659 3.344 397 HB3 SER1936 HB1 SER1936 -11.485 9.000 2.931 398 HG SER1936 HG SER1936 -9.301 10.314 2.249 399 H CYS1937 HN CYS1937 -9.523 7.940 5.831 400 HA CYS1937 HA CYS1937 -11.725 6.275 6.569 401 HB2 CYS1937 HB2 CYS1937 -8.794 5.878 7.238 402 HB3 CYS1937 HB1 CYS1937 -10.033 4.640 7.061 403 H ALA1938 HN ALA1938 -10.778 5.273 9.130 404 HA ALA1938 HA ALA1938 -10.673 7.728 10.726 405 HB1 ALA1938 HB1 ALA1938 -11.479 4.980 11.611 406 HB2 ALA1938 HB2 ALA1938 -12.608 6.317 11.278 407 HB3 ALA1938 HB3 ALA1938 -11.427 6.415 12.610 408 H ASN1939 HN ASN1939 -9.710 4.428 11.639 409 HA ASN1939 HA ASN1939 -7.279 5.662 12.411 410 HB2 ASN1939 HB2 ASN1939 -8.716 5.417 14.331 411 HB3 ASN1939 HB1 ASN1939 -8.857 3.691 14.033 412 HD21 ASN1939 HD21 ASN1939 -5.865 5.570 13.767 413 HD22 ASN1939 HD22 ASN1939 -5.125 4.781 15.107 414 H GLY1940 HN GLY1940 -8.571 2.356 12.431 415 HA2 GLY1940 HA2 GLY1940 -5.934 1.295 11.883 416 HA3 GLY1940 HA1 GLY1940 -7.348 0.392 12.385 417 H ALA1941 HN ALA1941 -8.016 2.421 9.785 418 HA ALA1941 HA ALA1941 -8.015 0.124 8.004 419 HB1 ALA1941 HB1 ALA1941 -9.032 2.933 7.551 420 HB2 ALA1941 HB2 ALA1941 -10.011 1.551 8.048 421 HB3 ALA1941 HB3 ALA1941 -9.252 1.571 6.454 422 H ALA1942 HN ALA1942 -7.128 0.414 5.777 423 HA ALA1942 HA ALA1942 -4.968 2.369 5.705 424 HB1 ALA1942 HB1 ALA1942 -4.602 -0.535 5.003 425 HB2 ALA1942 HB2 ALA1942 -3.938 0.303 6.410 426 HB3 ALA1942 HB3 ALA1942 -3.403 0.740 4.790 427 H VAL1943 HN VAL1943 -7.137 0.185 4.001 428 HA VAL1943 HA VAL1943 -6.678 1.735 1.556 429 HB VAL1943 HB VAL1943 -7.767 -1.079 1.846 430 HG11 VAL1943 HG11 VAL1943 -7.618 -1.189 -0.593 431 HG12 VAL1943 HG12 VAL1943 -7.104 0.496 -0.635 432 HG13 VAL1943 HG13 VAL1943 -8.722 0.088 -0.070 433 HG21 VAL1943 HG21 VAL1943 -5.411 -1.019 2.321 434 HG22 VAL1943 HG22 VAL1943 -5.103 -0.135 0.823 435 HG23 VAL1943 HG23 VAL1943 -5.697 -1.797 0.766 436 H CYS1944 HN CYS1944 -8.271 3.118 1.289 437 HA CYS1944 HA CYS1944 -10.987 2.197 1.872 438 HB2 CYS1944 HB2 CYS1944 -9.898 4.974 2.305 439 HB3 CYS1944 HB1 CYS1944 -11.579 4.495 2.485 440 H ILE1945 HN ILE1945 -11.795 1.849 -0.037 441 HA ILE1945 HA ILE1945 -11.275 3.638 -2.271 442 HB ILE1945 HB ILE1945 -13.404 1.467 -2.083 443 HG12 ILE1945 HG12 ILE1945 -11.231 0.428 -1.566 444 HG13 ILE1945 HG11 ILE1945 -11.828 -0.104 -3.129 445 HG21 ILE1945 HG21 ILE1945 -13.641 3.020 -3.933 446 HG22 ILE1945 HG22 ILE1945 -13.189 1.423 -4.536 447 HG23 ILE1945 HG23 ILE1945 -11.981 2.708 -4.431 448 HD11 ILE1945 HD11 ILE1945 -9.684 1.956 -2.647 449 HD12 ILE1945 HD12 ILE1945 -10.282 1.455 -4.225 450 HD13 ILE1945 HD13 ILE1945 -9.439 0.297 -3.194 451 H THR1946 HN THR1946 -12.305 5.607 -2.094 452 HA THR1946 HA THR1946 -14.706 5.576 -0.444 453 HB THR1946 HB THR1946 -12.819 7.929 -0.756 454 HG1 THR1946 HG1 THR1946 -11.624 6.119 0.025 455 HG21 THR1946 HG21 THR1946 -15.050 8.329 0.333 456 HG22 THR1946 HG22 THR1946 -13.699 8.498 1.477 457 HG23 THR1946 HG23 THR1946 -14.659 7.049 1.492 458 H ASP1947 HN ASP1947 -16.410 5.790 -1.698 459 HA ASP1947 HA ASP1947 -16.284 7.744 -3.835 460 HB2 ASP1947 HB2 ASP1947 -18.185 6.525 -4.972 461 HB3 ASP1947 HB1 ASP1947 -16.648 5.695 -4.985 462 H GLY1948 HN GLY1948 -16.909 9.416 -3.027 463 HA2 GLY1948 HA2 GLY1948 -18.374 11.023 -2.214 464 HA3 GLY1948 HA1 GLY1948 -19.663 9.844 -2.440 465 HA PRO1949 HA PRO1949 -19.496 9.884 2.031 466 HB2 PRO1949 HB2 PRO1949 -21.925 8.842 2.481 467 HB3 PRO1949 HB1 PRO1949 -21.721 10.503 1.913 468 HG2 PRO1949 HG2 PRO1949 -22.527 8.068 0.395 469 HG3 PRO1949 HG1 PRO1949 -23.093 9.737 0.227 470 HD2 PRO1949 HD2 PRO1949 -21.192 8.505 -1.394 471 HD3 PRO1949 HD1 PRO1949 -21.436 10.255 -1.242 472 H LYS1950 HN LYS1950 -19.480 7.239 -0.103 473 HA LYS1950 HA LYS1950 -19.551 5.279 2.047 474 HB2 LYS1950 HB2 LYS1950 -20.857 4.726 0.065 475 HB3 LYS1950 HB1 LYS1950 -19.429 4.887 -0.946 476 HG2 LYS1950 HG2 LYS1950 -18.399 2.985 0.186 477 HG3 LYS1950 HG1 LYS1950 -19.814 2.834 1.228 478 HD2 LYS1950 HD2 LYS1950 -21.205 2.382 -0.724 479 HD3 LYS1950 HD1 LYS1950 -19.802 2.572 -1.773 480 HE2 LYS1950 HE2 LYS1950 -20.293 0.215 -1.380 481 HE3 LYS1950 HE1 LYS1950 -18.728 0.664 -0.715 482 HZ1 LYS1950 HZ1 LYS1950 -20.070 -0.775 0.751 483 HZ2 LYS1950 HZ2 LYS1950 -21.233 0.438 0.874 484 HZ3 LYS1950 HZ3 LYS1950 -19.667 0.693 1.483 485 H THR1951 HN THR1951 -17.808 4.591 2.933 486 HA THR1951 HA THR1951 -15.253 4.918 1.554 487 HB THR1951 HB THR1951 -15.787 4.703 4.534 488 HG1 THR1951 HG1 THR1951 -16.171 6.717 2.749 489 HG21 THR1951 HG21 THR1951 -13.552 5.742 4.708 490 HG22 THR1951 HG22 THR1951 -13.442 5.808 2.954 491 HG23 THR1951 HG23 THR1951 -13.460 4.247 3.774 492 H LEU1952 HN LEU1952 -14.815 2.952 0.699 493 HA LEU1952 HA LEU1952 -15.789 0.557 2.031 494 HB2 LEU1952 HB2 LEU1952 -16.266 0.837 -0.349 495 HB3 LEU1952 HB1 LEU1952 -14.555 0.972 -0.687 496 HG LEU1952 HG LEU1952 -14.242 -1.369 0.033 497 HD11 LEU1952 HD11 LEU1952 -17.245 -1.396 0.253 498 HD12 LEU1952 HD12 LEU1952 -16.101 -1.552 1.585 499 HD13 LEU1952 HD13 LEU1952 -16.191 -2.806 0.346 500 HD21 LEU1952 HD21 LEU1952 -15.322 -2.398 -1.917 501 HD22 LEU1952 HD22 LEU1952 -14.581 -0.850 -2.325 502 HD23 LEU1952 HD23 LEU1952 -16.326 -0.961 -2.107 503 H ASN1953 HN ASN1953 -14.488 -0.218 3.511 504 HA ASN1953 HA ASN1953 -11.648 0.095 3.468 505 HB2 ASN1953 HB2 ASN1953 -12.866 -0.092 5.610 506 HB3 ASN1953 HB1 ASN1953 -13.438 -1.689 5.167 507 HD21 ASN1953 HD21 ASN1953 -11.889 -0.769 7.481 508 HD22 ASN1953 HD22 ASN1953 -10.456 -1.733 7.502 509 H ALA1954 HN ALA1954 -10.548 -0.873 1.941 510 HA ALA1954 HA ALA1954 -11.328 -3.593 1.196 511 HB1 ALA1954 HB1 ALA1954 -9.620 -1.663 -0.372 512 HB2 ALA1954 HB2 ALA1954 -11.332 -1.985 -0.657 513 HB3 ALA1954 HB3 ALA1954 -10.141 -3.261 -0.902 514 H GLY1955 HN GLY1955 -9.565 -2.419 3.402 515 HA2 GLY1955 HA2 GLY1955 -7.968 -4.533 3.904 516 HA3 GLY1955 HA1 GLY1955 -6.968 -3.452 2.933 517 H LYS1956 HN LYS1956 -7.374 -4.255 5.971 518 HA LYS1956 HA LYS1956 -7.549 -1.543 6.976 519 HB2 LYS1956 HB2 LYS1956 -7.559 -2.449 9.196 520 HB3 LYS1956 HB1 LYS1956 -8.679 -3.392 8.235 521 HG2 LYS1956 HG2 LYS1956 -7.086 -5.200 8.091 522 HG3 LYS1956 HG1 LYS1956 -5.875 -4.223 8.925 523 HD2 LYS1956 HD2 LYS1956 -7.356 -4.087 10.891 524 HD3 LYS1956 HD1 LYS1956 -8.511 -5.134 10.069 525 HE2 LYS1956 HE2 LYS1956 -7.128 -6.360 11.677 526 HE3 LYS1956 HE1 LYS1956 -6.891 -6.932 10.026 527 HZ1 LYS1956 HZ1 LYS1956 -5.070 -5.003 11.386 528 HZ2 LYS1956 HZ2 LYS1956 -4.803 -5.835 9.909 529 HZ3 LYS1956 HZ3 LYS1956 -4.840 -6.674 11.335 530 H LEU1957 HN LEU1957 -5.844 -1.157 8.803 531 HA LEU1957 HA LEU1957 -3.444 -0.812 7.451 532 HB2 LEU1957 HB2 LEU1957 -4.224 0.696 9.197 533 HB3 LEU1957 HB1 LEU1957 -4.111 -0.562 10.394 534 HG LEU1957 HG LEU1957 -2.333 1.228 10.452 535 HD11 LEU1957 HD11 LEU1957 -0.490 -0.271 10.932 536 HD12 LEU1957 HD12 LEU1957 -1.333 -1.589 10.127 537 HD13 LEU1957 HD13 LEU1957 -2.000 -0.885 11.600 538 HD21 LEU1957 HD21 LEU1957 -1.967 1.493 8.074 539 HD22 LEU1957 HD22 LEU1957 -1.386 -0.167 7.952 540 HD23 LEU1957 HD23 LEU1957 -0.462 1.023 8.868 541 H SER1958 HN SER1958 -2.129 -2.223 6.893 542 HA SER1958 HA SER1958 -1.593 -4.505 8.611 543 HB2 SER1958 HB2 SER1958 -1.332 -4.272 5.596 544 HB3 SER1958 HB1 SER1958 -1.128 -5.737 6.563 545 HG SER1958 HG SER1958 -3.537 -4.225 6.403 546 H LYS1959 HN LYS1959 0.272 -4.018 9.644 547 HA LYS1959 HA LYS1959 2.250 -2.329 8.348 548 HB2 LYS1959 HB2 LYS1959 1.179 -1.802 10.545 549 HB3 LYS1959 HB1 LYS1959 1.896 -3.252 11.202 550 HG2 LYS1959 HG2 LYS1959 4.021 -2.389 11.060 551 HG3 LYS1959 HG1 LYS1959 3.496 -1.054 10.010 552 HD2 LYS1959 HD2 LYS1959 2.484 -1.387 12.862 553 HD3 LYS1959 HD1 LYS1959 3.892 -0.395 12.489 554 HE2 LYS1959 HE2 LYS1959 2.640 1.088 11.184 555 HE3 LYS1959 HE1 LYS1959 1.231 0.062 11.160 556 HZ1 LYS1959 HZ1 LYS1959 2.288 1.514 13.566 557 HZ2 LYS1959 HZ2 LYS1959 0.982 0.438 13.530 558 HZ3 LYS1959 HZ3 LYS1959 0.905 1.844 12.624 559 H THR1960 HN THR1960 1.475 -5.403 8.266 560 HA THR1960 HA THR1960 3.929 -6.726 8.937 561 HB THR1960 HB THR1960 1.710 -7.760 7.169 562 HG1 THR1960 HG1 THR1960 0.415 -7.852 8.762 563 HG21 THR1960 HG21 THR1960 3.532 -9.074 9.190 564 HG22 THR1960 HG22 THR1960 3.705 -9.152 7.435 565 HG23 THR1960 HG23 THR1960 2.312 -9.900 8.220 566 H LEU1961 HN LEU1961 5.620 -6.756 7.538 567 HA LEU1961 HA LEU1961 5.123 -5.988 4.752 568 HB2 LEU1961 HB2 LEU1961 6.203 -4.221 6.246 569 HB3 LEU1961 HB1 LEU1961 7.557 -5.315 6.391 570 HG LEU1961 HG LEU1961 7.858 -5.251 3.971 571 HD11 LEU1961 HD11 LEU1961 5.741 -3.103 4.083 572 HD12 LEU1961 HD12 LEU1961 5.610 -4.665 3.275 573 HD13 LEU1961 HD13 LEU1961 6.750 -3.456 2.682 574 HD21 LEU1961 HD21 LEU1961 9.185 -3.813 5.413 575 HD22 LEU1961 HD22 LEU1961 7.930 -2.576 5.356 576 HD23 LEU1961 HD23 LEU1961 8.826 -2.991 3.894 577 H THR1962 HN THR1962 6.176 -7.300 3.250 578 HA THR1962 HA THR1962 8.093 -9.175 4.295 579 HB THR1962 HB THR1962 6.247 -10.484 4.673 580 HG1 THR1962 HG1 THR1962 6.399 -11.523 2.139 581 HG21 THR1962 HG21 THR1962 4.551 -9.093 3.721 582 HG22 THR1962 HG22 THR1962 4.306 -10.746 3.151 583 HG23 THR1962 HG23 THR1962 5.017 -9.531 2.076 584 H TYR1963 HN TYR1963 9.619 -9.754 2.874 585 HA TYR1963 HA TYR1963 9.506 -8.444 0.293 586 HB2 TYR1963 HB2 TYR1963 11.914 -9.116 0.094 587 HB3 TYR1963 HB1 TYR1963 11.583 -8.095 1.482 588 HD1 TYR1963 HD1 TYR1963 12.369 -11.541 0.410 589 HD2 TYR1963 HD2 TYR1963 12.023 -8.877 3.703 590 HE1 TYR1963 HE1 TYR1963 13.513 -13.172 1.839 591 HE2 TYR1963 HE2 TYR1963 13.166 -10.510 5.144 592 HH TYR1963 HH TYR1963 14.752 -13.264 3.830 593 H GLU1964 HN GLU1964 9.478 -9.513 -1.634 594 HA GLU1964 HA GLU1964 9.349 -12.424 -1.553 595 HB2 GLU1964 HB2 GLU1964 7.103 -11.517 -1.250 596 HB3 GLU1964 HB1 GLU1964 7.293 -10.573 -2.714 597 HG2 GLU1964 HG2 GLU1964 7.468 -12.662 -3.989 598 HG3 GLU1964 HG1 GLU1964 7.177 -13.562 -2.494 599 H ASP1965 HN ASP1965 11.050 -12.773 -2.805 600 HA ASP1965 HA ASP1965 12.434 -12.907 -4.601 601 HB2 ASP1965 HB2 ASP1965 9.939 -12.021 -6.079 602 HB3 ASP1965 HB1 ASP1965 11.437 -12.441 -6.899 603 H GLN1966 HN GLN1966 12.565 -10.778 -3.038 604 HA GLN1966 HA GLN1966 13.542 -8.864 -2.719 605 HB2 GLN1966 HB2 GLN1966 14.434 -9.090 -5.586 606 HB3 GLN1966 HB1 GLN1966 14.905 -7.737 -4.558 607 HG2 GLN1966 HG2 GLN1966 15.829 -9.366 -2.930 608 HG3 GLN1966 HG1 GLN1966 15.465 -10.653 -4.069 609 HE21 GLN1966 HE21 GLN1966 16.302 -9.148 -6.417 610 HE22 GLN1966 HE22 GLN1966 18.028 -9.036 -6.326 611 H VAL1967 HN VAL1967 10.922 -8.958 -4.744 612 HA VAL1967 HA VAL1967 10.560 -6.074 -4.681 613 HB VAL1967 HB VAL1967 8.598 -8.279 -5.506 614 HG11 VAL1967 HG11 VAL1967 7.402 -6.314 -4.702 615 HG12 VAL1967 HG12 VAL1967 7.220 -6.493 -6.448 616 HG13 VAL1967 HG13 VAL1967 8.334 -5.291 -5.796 617 HG21 VAL1967 HG21 VAL1967 10.461 -8.066 -7.038 618 HG22 VAL1967 HG22 VAL1967 10.164 -6.332 -7.174 619 HG23 VAL1967 HG23 VAL1967 8.968 -7.484 -7.773 620 H LEU1968 HN LEU1968 9.387 -5.063 -3.143 621 HA LEU1968 HA LEU1968 8.968 -6.590 -0.740 622 HB2 LEU1968 HB2 LEU1968 10.066 -4.345 -0.844 623 HB3 LEU1968 HB1 LEU1968 8.525 -3.666 -1.323 624 HG LEU1968 HG LEU1968 7.571 -4.305 0.833 625 HD11 LEU1968 HD11 LEU1968 9.082 -5.133 2.604 626 HD12 LEU1968 HD12 LEU1968 10.379 -5.214 1.429 627 HD13 LEU1968 HD13 LEU1968 8.981 -6.281 1.263 628 HD21 LEU1968 HD21 LEU1968 10.156 -2.770 1.016 629 HD22 LEU1968 HD22 LEU1968 8.834 -2.709 2.182 630 HD23 LEU1968 HD23 LEU1968 8.592 -2.113 0.540 631 H LYS1969 HN LYS1969 6.993 -7.273 -0.067 632 HA LYS1969 HA LYS1969 4.678 -6.286 -1.583 633 HB2 LYS1969 HB2 LYS1969 5.019 -9.059 -0.427 634 HB3 LYS1969 HB1 LYS1969 3.588 -8.458 -1.224 635 HG2 LYS1969 HG2 LYS1969 6.267 -9.048 -2.461 636 HG3 LYS1969 HG1 LYS1969 4.758 -9.920 -2.699 637 HD2 LYS1969 HD2 LYS1969 3.860 -7.709 -3.644 638 HD3 LYS1969 HD1 LYS1969 5.548 -7.202 -3.702 639 HE2 LYS1969 HE2 LYS1969 4.190 -9.416 -5.223 640 HE3 LYS1969 HE1 LYS1969 5.108 -8.057 -5.853 641 HZ1 LYS1969 HZ1 LYS1969 6.532 -9.894 -6.093 642 HZ2 LYS1969 HZ2 LYS1969 5.998 -10.567 -4.687 643 HZ3 LYS1969 HZ3 LYS1969 7.093 -9.271 -4.604 644 H LEU1970 HN LEU1970 2.873 -5.823 -0.487 645 HA LEU1970 HA LEU1970 2.643 -6.514 2.312 646 HB2 LEU1970 HB2 LEU1970 3.720 -4.151 1.925 647 HB3 LEU1970 HB1 LEU1970 2.130 -3.686 1.370 648 HG LEU1970 HG LEU1970 2.790 -4.681 4.152 649 HD11 LEU1970 HD11 LEU1970 2.423 -2.377 4.855 650 HD12 LEU1970 HD12 LEU1970 2.233 -1.897 3.170 651 HD13 LEU1970 HD13 LEU1970 3.781 -2.526 3.738 652 HD21 LEU1970 HD21 LEU1970 0.239 -3.479 3.075 653 HD22 LEU1970 HD22 LEU1970 0.550 -3.904 4.757 654 HD23 LEU1970 HD23 LEU1970 0.473 -5.167 3.527 655 H VAL1971 HN VAL1971 0.690 -7.402 2.439 656 HA VAL1971 HA VAL1971 -1.358 -6.638 0.458 657 HB VAL1971 HB VAL1971 -2.471 -8.812 1.086 658 HG11 VAL1971 HG11 VAL1971 -1.132 -8.608 -0.930 659 HG12 VAL1971 HG12 VAL1971 -0.941 -10.214 -0.223 660 HG13 VAL1971 HG13 VAL1971 0.327 -9.002 -0.020 661 HG21 VAL1971 HG21 VAL1971 -1.389 -9.194 3.261 662 HG22 VAL1971 HG22 VAL1971 0.168 -9.388 2.454 663 HG23 VAL1971 HG23 VAL1971 -1.124 -10.555 2.172 664 H TYR1972 HN TYR1972 -2.741 -5.320 1.109 665 HA TYR1972 HA TYR1972 -3.216 -4.872 3.929 666 HB2 TYR1972 HB2 TYR1972 -4.418 -3.427 1.494 667 HB3 TYR1972 HB1 TYR1972 -4.645 -3.003 3.188 668 HD1 TYR1972 HD1 TYR1972 -2.278 -3.203 0.410 669 HD2 TYR1972 HD2 TYR1972 -2.989 -1.857 4.366 670 HE1 TYR1972 HE1 TYR1972 -0.269 -1.811 0.287 671 HE2 TYR1972 HE2 TYR1972 -0.988 -0.463 4.251 672 HH TYR1972 HH TYR1972 0.985 -0.319 3.097 673 H GLU1973 HN GLU1973 -4.372 -6.328 4.833 674 HA GLU1973 HA GLU1973 -6.575 -7.466 3.295 675 HB2 GLU1973 HB2 GLU1973 -6.146 -9.530 4.630 676 HB3 GLU1973 HB1 GLU1973 -4.919 -9.066 3.468 677 HG2 GLU1973 HG2 GLU1973 -3.566 -8.146 5.273 678 HG3 GLU1973 HG1 GLU1973 -4.801 -8.638 6.436 679 H ASP1974 HN ASP1974 -7.781 -8.979 5.109 680 HA ASP1974 HA ASP1974 -9.492 -9.013 6.566 681 HB2 ASP1974 HB2 ASP1974 -7.562 -8.424 8.180 682 HB3 ASP1974 HB1 ASP1974 -8.124 -6.763 8.084 683 H GLY1975 HN GLY1975 -9.548 -7.376 4.251 684 HA2 GLY1975 HA2 GLY1975 -10.708 -4.853 4.683 685 HA3 GLY1975 HA1 GLY1975 -10.878 -5.816 3.221 686 H ASP1976 HN ASP1976 -12.938 -4.252 4.102 687 HA ASP1976 HA ASP1976 -14.775 -5.569 5.824 688 HB2 ASP1976 HB2 ASP1976 -14.747 -3.114 5.402 689 HB3 ASP1976 HB1 ASP1976 -15.238 -3.414 3.742 690 HA PRO1977 HA PRO1977 -15.943 -8.789 2.978 691 HB2 PRO1977 HB2 PRO1977 -18.372 -8.830 4.703 692 HB3 PRO1977 HB1 PRO1977 -17.299 -10.156 4.234 693 HG2 PRO1977 HG2 PRO1977 -17.161 -9.145 6.671 694 HG3 PRO1977 HG1 PRO1977 -15.681 -9.577 5.793 695 HD2 PRO1977 HD2 PRO1977 -16.885 -6.880 6.263 696 HD3 PRO1977 HD1 PRO1977 -15.179 -7.377 6.295 697 H CYS1978 HN CYS1978 -16.615 -8.318 1.081 698 HA CYS1978 HA CYS1978 -18.805 -6.459 0.527 699 HB2 CYS1978 HB2 CYS1978 -17.094 -8.096 -1.359 700 HB3 CYS1978 HB1 CYS1978 -18.132 -6.746 -1.788 701 HA PRO1979 HA PRO1979 -21.855 -9.694 -0.124 702 HB2 PRO1979 HB2 PRO1979 -22.715 -9.153 -2.731 703 HB3 PRO1979 HB1 PRO1979 -23.368 -8.422 -1.265 704 HG2 PRO1979 HG2 PRO1979 -21.345 -7.354 -3.179 705 HG3 PRO1979 HG1 PRO1979 -22.636 -6.501 -2.316 706 HD2 PRO1979 HD2 PRO1979 -20.085 -6.320 -1.532 707 HD3 PRO1979 HD1 PRO1979 -21.405 -6.386 -0.342 708 H THR1980 HN THR1980 -19.333 -9.239 -2.659 709 HA THR1980 HA THR1980 -19.668 -11.823 -3.718 710 HB THR1980 HB THR1980 -17.621 -10.664 -4.884 711 HG1 THR1980 HG1 THR1980 -17.734 -8.459 -4.796 712 HG21 THR1980 HG21 THR1980 -19.210 -9.679 -6.502 713 HG22 THR1980 HG22 THR1980 -20.503 -9.836 -5.312 714 HG23 THR1980 HG23 THR1980 -19.749 -11.279 -5.988 715 H ASP1981 HN ASP1981 -18.120 -10.538 -0.979 716 HA ASP1981 HA ASP1981 -16.068 -12.575 -0.886 717 HB2 ASP1981 HB2 ASP1981 -15.072 -10.732 -2.155 718 HB3 ASP1981 HB1 ASP1981 -15.361 -9.617 -0.818 719 H LEU1982 HN LEU1982 -17.782 -12.986 0.604 720 HA LEU1982 HA LEU1982 -17.923 -11.421 3.089 721 HB2 LEU1982 HB2 LEU1982 -19.443 -13.823 2.131 722 HB3 LEU1982 HB1 LEU1982 -19.744 -12.953 3.613 723 HG LEU1982 HG LEU1982 -19.965 -11.611 0.946 724 HD11 LEU1982 HD11 LEU1982 -21.290 -13.640 0.997 725 HD12 LEU1982 HD12 LEU1982 -22.314 -12.194 0.984 726 HD13 LEU1982 HD13 LEU1982 -22.071 -13.116 2.486 727 HD21 LEU1982 HD21 LEU1982 -21.458 -10.160 2.214 728 HD22 LEU1982 HD22 LEU1982 -19.854 -10.221 2.952 729 HD23 LEU1982 HD23 LEU1982 -21.186 -11.139 3.658 730 H LYS1983 HN LYS1983 -17.447 -14.633 1.872 731 HA LYS1983 HA LYS1983 -16.610 -15.655 4.517 732 HB2 LYS1983 HB2 LYS1983 -17.690 -16.986 2.048 733 HB3 LYS1983 HB1 LYS1983 -17.108 -17.907 3.449 734 HG2 LYS1983 HG2 LYS1983 -19.382 -15.946 3.345 735 HG3 LYS1983 HG1 LYS1983 -19.532 -17.704 3.393 736 HD2 LYS1983 HD2 LYS1983 -18.457 -17.726 5.604 737 HD3 LYS1983 HD1 LYS1983 -18.314 -15.968 5.552 738 HE2 LYS1983 HE2 LYS1983 -20.891 -17.531 5.502 739 HE3 LYS1983 HE1 LYS1983 -20.228 -16.683 6.896 740 HZ1 LYS1983 HZ1 LYS1983 -21.916 -15.365 5.824 741 HZ2 LYS1983 HZ2 LYS1983 -21.154 -15.460 4.350 742 HZ3 LYS1983 HZ3 LYS1983 -20.420 -14.598 5.641 743 H MET1984 HN MET1984 -15.071 -14.133 2.623 744 HA MET1984 HA MET1984 -12.691 -15.538 2.634 745 HB2 MET1984 HB2 MET1984 -12.349 -15.041 0.159 746 HB3 MET1984 HB1 MET1984 -13.501 -16.332 0.453 747 HG2 MET1984 HG2 MET1984 -15.334 -14.621 0.137 748 HG3 MET1984 HG1 MET1984 -14.078 -13.489 -0.350 749 HE1 MET1984 HE1 MET1984 -12.659 -15.186 -3.593 750 HE2 MET1984 HE2 MET1984 -12.071 -15.391 -1.941 751 HE3 MET1984 HE3 MET1984 -12.562 -13.797 -2.512 752 H LYS1985 HN LYS1985 -11.189 -13.864 2.693 753 HA LYS1985 HA LYS1985 -12.422 -11.223 2.890 754 HB2 LYS1985 HB2 LYS1985 -10.545 -12.474 4.894 755 HB3 LYS1985 HB1 LYS1985 -10.960 -10.763 4.883 756 HG2 LYS1985 HG2 LYS1985 -13.269 -11.246 5.320 757 HG3 LYS1985 HG1 LYS1985 -12.997 -12.974 5.100 758 HD2 LYS1985 HD2 LYS1985 -13.185 -12.420 7.458 759 HD3 LYS1985 HD1 LYS1985 -11.562 -12.993 7.080 760 HE2 LYS1985 HE2 LYS1985 -10.809 -10.636 6.988 761 HE3 LYS1985 HE1 LYS1985 -12.429 -10.132 7.473 762 HZ1 LYS1985 HZ1 LYS1985 -10.874 -10.264 9.341 763 HZ2 LYS1985 HZ2 LYS1985 -10.665 -11.916 9.042 764 HZ3 LYS1985 HZ3 LYS1985 -12.174 -11.339 9.538 765 H HIS1986 HN HIS1986 -11.744 -10.434 1.174 766 HA HIS1986 HA HIS1986 -9.490 -10.550 -0.251 767 HB2 HIS1986 HB2 HIS1986 -9.953 -8.286 -1.095 768 HB3 HIS1986 HB1 HIS1986 -11.345 -9.348 -1.064 769 HD1 HIS1986 HD1 HIS1986 -10.556 -5.990 -0.495 770 HD2 HIS1986 HD2 HIS1986 -12.922 -8.724 1.528 771 HE1 HIS1986 HE1 HIS1986 -12.196 -4.624 0.836 772 HE2 HIS1986 HE2 HIS1986 -13.786 -6.318 1.778 773 H LYS1987 HN LYS1987 -7.508 -9.819 -0.416 774 HA LYS1987 HA LYS1987 -6.511 -7.886 1.494 775 HB2 LYS1987 HB2 LYS1987 -4.311 -9.052 1.282 776 HB3 LYS1987 HB1 LYS1987 -5.529 -10.078 2.017 777 HG2 LYS1987 HG2 LYS1987 -5.787 -11.324 -0.025 778 HG3 LYS1987 HG1 LYS1987 -4.739 -10.208 -0.891 779 HD2 LYS1987 HD2 LYS1987 -3.389 -12.087 -0.466 780 HD3 LYS1987 HD1 LYS1987 -2.907 -10.909 0.740 781 HE2 LYS1987 HE2 LYS1987 -4.814 -13.205 1.243 782 HE3 LYS1987 HE1 LYS1987 -3.090 -13.262 1.573 783 HZ1 LYS1987 HZ1 LYS1987 -5.129 -11.555 2.909 784 HZ2 LYS1987 HZ2 LYS1987 -3.472 -11.406 3.224 785 HZ3 LYS1987 HZ3 LYS1987 -4.269 -12.812 3.579 786 H SER1988 HN SER1988 -5.596 -6.180 0.494 787 HA SER1988 HA SER1988 -5.562 -6.205 -2.410 788 HB2 SER1988 HB2 SER1988 -5.199 -3.943 -0.423 789 HB3 SER1988 HB1 SER1988 -5.293 -3.760 -2.188 790 HG SER1988 HG SER1988 -7.301 -4.365 -0.332 791 H TYR1989 HN TYR1989 -3.794 -6.467 -3.499 792 HA TYR1989 HA TYR1989 -1.300 -6.971 -2.130 793 HB2 TYR1989 HB2 TYR1989 -2.173 -7.180 -4.971 794 HB3 TYR1989 HB1 TYR1989 -0.531 -7.557 -4.459 795 HD1 TYR1989 HD2 TYR1989 -4.086 -8.567 -4.174 796 HD2 TYR1989 HD1 TYR1989 -0.037 -9.667 -3.520 797 HE1 TYR1989 HE2 TYR1989 -4.790 -10.872 -3.716 798 HE2 TYR1989 HE1 TYR1989 -0.728 -11.969 -3.062 799 HH TYR1989 HH TYR1989 -2.664 -13.157 -2.333 800 H PHE1990 HN PHE1990 0.100 -5.360 -1.775 801 HA PHE1990 HA PHE1990 0.309 -3.350 -3.873 802 HB2 PHE1990 HB2 PHE1990 -0.324 -2.803 -1.333 803 HB3 PHE1990 HB1 PHE1990 1.425 -2.891 -1.149 804 HD1 PHE1990 HD2 PHE1990 2.488 -1.696 -3.516 805 HD2 PHE1990 HD1 PHE1990 -0.980 -0.624 -1.319 806 HE1 PHE1990 HE2 PHE1990 2.645 0.585 -4.381 807 HE2 PHE1990 HE1 PHE1990 -0.824 1.664 -2.192 808 HZ PHE1990 HZ PHE1990 0.993 2.271 -3.724 809 H SER1991 HN SER1991 2.038 -3.675 -5.051 810 HA SER1991 HA SER1991 4.290 -5.098 -3.910 811 HB2 SER1991 HB2 SER1991 4.883 -5.132 -6.478 812 HB3 SER1991 HB1 SER1991 3.707 -6.264 -5.808 813 HG SER1991 HG SER1991 2.172 -5.316 -6.827 814 H PHE1992 HN PHE1992 6.011 -4.020 -3.371 815 HA PHE1992 HA PHE1992 6.407 -1.336 -4.434 816 HB2 PHE1992 HB2 PHE1992 7.516 -2.645 -1.936 817 HB3 PHE1992 HB1 PHE1992 7.843 -0.998 -2.455 818 HD1 PHE1992 HD2 PHE1992 6.030 0.692 -2.405 819 HD2 PHE1992 HD1 PHE1992 5.525 -3.221 -0.833 820 HE1 PHE1992 HE2 PHE1992 4.052 1.453 -1.161 821 HE2 PHE1992 HE1 PHE1992 3.559 -2.491 0.407 822 HZ PHE1992 HZ PHE1992 2.829 -0.071 0.253 823 H VAL1993 HN VAL1993 7.751 -1.315 -6.016 824 HA VAL1993 HA VAL1993 10.054 -3.127 -6.007 825 HB VAL1993 HB VAL1993 8.575 -3.879 -7.759 826 HG11 VAL1993 HG11 VAL1993 7.756 -2.444 -9.551 827 HG12 VAL1993 HG12 VAL1993 8.428 -1.036 -8.717 828 HG13 VAL1993 HG13 VAL1993 7.142 -1.989 -7.964 829 HG21 VAL1993 HG21 VAL1993 10.919 -3.849 -8.426 830 HG22 VAL1993 HG22 VAL1993 10.725 -2.194 -9.018 831 HG23 VAL1993 HG23 VAL1993 9.872 -3.515 -9.814 832 H CYS1994 HN CYS1994 12.033 -2.210 -6.745 833 HA CYS1994 HA CYS1994 12.172 0.588 -6.171 834 HB2 CYS1994 HB2 CYS1994 14.698 0.033 -6.436 835 HB3 CYS1994 HB1 CYS1994 13.804 -0.513 -5.024 836 H LYS1995 HN LYS1995 11.996 2.067 -7.622 837 HA LYS1995 HA LYS1995 13.435 1.746 -10.122 838 HB2 LYS1995 HB2 LYS1995 10.530 2.332 -9.924 839 HB3 LYS1995 HB1 LYS1995 11.471 3.016 -11.234 840 HG2 LYS1995 HG2 LYS1995 12.182 0.836 -11.886 841 HG3 LYS1995 HG1 LYS1995 11.201 0.087 -10.605 842 HD2 LYS1995 HD2 LYS1995 9.220 1.118 -11.609 843 HD3 LYS1995 HD1 LYS1995 10.233 1.809 -12.873 844 HE2 LYS1995 HE2 LYS1995 10.890 -0.451 -13.596 845 HE3 LYS1995 HE1 LYS1995 9.868 -1.151 -12.341 846 HZ1 LYS1995 HZ1 LYS1995 8.929 0.487 -14.635 847 HZ2 LYS1995 HZ2 LYS1995 7.949 -0.111 -13.419 848 HZ3 LYS1995 HZ3 LYS1995 8.713 -1.177 -14.464 849 H SER1996 HN SER1996 14.555 3.346 -10.690 850 HA SER1996 HA SER1996 14.647 5.793 -9.251 851 HB2 SER1996 HB2 SER1996 15.895 5.101 -11.919 852 HB3 SER1996 HB1 SER1996 16.442 6.323 -10.766 853 HG SER1996 HG SER1996 17.043 4.736 -9.349 854 H ASP1997 HN ASP1997 12.666 4.599 -11.720 855 HA ASP1997 HA ASP1997 12.063 6.817 -13.312 856 HB2 ASP1997 HB2 ASP1997 10.232 4.615 -12.338 857 HB3 ASP1997 HB1 ASP1997 9.852 5.739 -13.634 858 H ALA1998 HN ALA1998 11.233 6.020 -10.080 859 HA ALA1998 HA ALA1998 9.606 8.465 -9.911 860 HB1 ALA1998 HB1 ALA1998 8.334 6.447 -9.320 861 HB2 ALA1998 HB2 ALA1998 8.539 7.521 -7.933 862 HB3 ALA1998 HB3 ALA1998 9.534 6.071 -8.083 863 H GLY1999 HN GLY1999 11.898 6.406 -8.131 864 HA2 GLY1999 HA2 GLY1999 13.542 6.964 -6.625 865 HA3 GLY1999 HA1 GLY1999 13.593 8.530 -7.427 866 H ASP2000 HN ASP2000 13.416 10.097 -5.989 867 HA ASP2000 HA ASP2000 12.096 9.676 -3.467 868 HB2 ASP2000 HB2 ASP2000 12.879 11.781 -2.751 869 HB3 ASP2000 HB1 ASP2000 14.145 11.184 -3.804 870 H ASP2001 HN ASP2001 11.093 10.793 -6.506 871 HA ASP2001 HA ASP2001 8.985 12.570 -5.870 872 HB2 ASP2001 HB2 ASP2001 9.771 12.188 -8.193 873 HB3 ASP2001 HB1 ASP2001 9.170 10.536 -8.095 874 H SER2002 HN SER2002 8.865 9.142 -6.589 875 HA SER2002 HA SER2002 7.636 7.421 -5.882 876 HB2 SER2002 HB2 SER2002 7.732 9.080 -3.401 877 HB3 SER2002 HB1 SER2002 6.939 7.508 -3.398 878 HG SER2002 HG SER2002 9.641 8.023 -4.189 879 H GLN2003 HN GLN2003 5.849 6.969 -6.927 880 HA GLN2003 HA GLN2003 3.396 8.012 -5.883 881 HB2 GLN2003 HB2 GLN2003 2.531 8.312 -8.266 882 HB3 GLN2003 HB1 GLN2003 3.678 9.513 -7.703 883 HG2 GLN2003 HG2 GLN2003 4.382 9.090 -9.857 884 HG3 GLN2003 HG1 GLN2003 5.446 8.081 -8.891 885 HE21 GLN2003 HE21 GLN2003 2.092 7.354 -9.718 886 HE22 GLN2003 HE22 GLN2003 2.477 6.025 -10.741 887 HA PRO2004 HA PRO2004 2.382 3.745 -6.234 888 HB2 PRO2004 HB2 PRO2004 -0.291 4.182 -5.453 889 HB3 PRO2004 HB1 PRO2004 1.079 3.850 -4.391 890 HG2 PRO2004 HG2 PRO2004 -0.376 6.258 -4.531 891 HG3 PRO2004 HG1 PRO2004 1.167 6.001 -3.707 892 HD2 PRO2004 HD2 PRO2004 0.605 7.204 -6.361 893 HD3 PRO2004 HD1 PRO2004 1.897 7.574 -5.197 894 H VAL2005 HN VAL2005 1.964 2.671 -8.074 895 HA VAL2005 HA VAL2005 0.182 3.780 -10.064 896 HB VAL2005 HB VAL2005 1.764 1.195 -10.109 897 HG11 VAL2005 HG11 VAL2005 0.522 2.756 -12.363 898 HG12 VAL2005 HG12 VAL2005 -0.033 1.209 -11.725 899 HG13 VAL2005 HG13 VAL2005 1.525 1.314 -12.543 900 HG21 VAL2005 HG21 VAL2005 3.294 3.054 -9.831 901 HG22 VAL2005 HG22 VAL2005 2.552 3.896 -11.192 902 HG23 VAL2005 HG23 VAL2005 3.433 2.392 -11.459 903 H PHE2006 HN PHE2006 -1.882 3.237 -10.057 904 HA PHE2006 HA PHE2006 -2.698 0.865 -8.604 905 HB2 PHE2006 HB2 PHE2006 -5.039 1.672 -8.942 906 HB3 PHE2006 HB1 PHE2006 -4.030 2.817 -8.085 907 HD1 PHE2006 HD2 PHE2006 -3.229 4.867 -9.294 908 HD2 PHE2006 HD1 PHE2006 -6.106 2.222 -10.987 909 HE1 PHE2006 HE2 PHE2006 -3.879 6.607 -10.904 910 HE2 PHE2006 HE1 PHE2006 -6.756 3.957 -12.602 911 HZ PHE2006 HZ PHE2006 -5.724 6.166 -12.512 912 H LEU2007 HN LEU2007 -3.165 -0.981 -9.536 913 HA LEU2007 HA LEU2007 -3.006 -1.068 -12.415 914 HB2 LEU2007 HB2 LEU2007 -3.014 -3.242 -10.314 915 HB3 LEU2007 HB1 LEU2007 -3.144 -3.603 -12.018 916 HG LEU2007 HG LEU2007 -0.893 -2.628 -12.392 917 HD11 LEU2007 HD11 LEU2007 -0.780 -1.022 -10.580 918 HD12 LEU2007 HD12 LEU2007 0.580 -2.143 -10.474 919 HD13 LEU2007 HD13 LEU2007 -0.800 -2.324 -9.399 920 HD21 LEU2007 HD21 LEU2007 0.386 -4.403 -11.297 921 HD22 LEU2007 HD22 LEU2007 -1.111 -5.005 -12.011 922 HD23 LEU2007 HD23 LEU2007 -1.002 -4.758 -10.268 923 H SER2008 HN SER2008 -5.164 -2.806 -10.146 924 HA SER2008 HA SER2008 -7.489 -1.703 -11.400 925 HB2 SER2008 HB2 SER2008 -6.889 -4.663 -11.738 926 HB3 SER2008 HB1 SER2008 -8.406 -3.870 -12.154 927 HG SER2008 HG SER2008 -6.337 -2.607 -13.316 928 H PHE2009 HN PHE2009 -9.260 -1.911 -10.067 929 HA PHE2009 HA PHE2009 -8.920 -3.537 -7.660 930 HB2 PHE2009 HB2 PHE2009 -9.420 -1.125 -7.251 931 HB3 PHE2009 HB1 PHE2009 -10.867 -1.268 -8.242 932 HD1 PHE2009 HD1 PHE2009 -9.322 -2.205 -5.039 933 HD2 PHE2009 HD2 PHE2009 -12.895 -2.224 -7.339 934 HE1 PHE2009 HE1 PHE2009 -10.607 -2.811 -3.035 935 HE2 PHE2009 HE2 PHE2009 -14.183 -2.832 -5.330 936 HZ PHE2009 HZ PHE2009 -13.039 -3.127 -3.181 937 H ASP2010 HN ASP2010 -9.911 -5.422 -7.779 938 HA ASP2010 HA ASP2010 -12.010 -5.813 -9.758 939 HB2 ASP2010 HB2 ASP2010 -10.265 -7.492 -9.718 940 HB3 ASP2010 HB1 ASP2010 -10.506 -7.746 -7.990 941 H GLU2011 HN GLU2011 -14.074 -5.657 -9.151 942 HA GLU2011 HA GLU2011 -14.671 -5.470 -6.323 943 HB2 GLU2011 HB2 GLU2011 -16.539 -5.141 -8.671 944 HB3 GLU2011 HB1 GLU2011 -16.862 -4.690 -7.000 945 HG2 GLU2011 HG2 GLU2011 -14.920 -3.108 -7.167 946 HG3 GLU2011 HG1 GLU2011 -14.886 -3.478 -8.887 947 H GLN2012 HN GLN2012 -14.407 -7.987 -8.367 948 HA GLN2012 HA GLN2012 -16.782 -9.397 -7.600 949 HB2 GLN2012 HB2 GLN2012 -15.746 -9.783 -9.814 950 HB3 GLN2012 HB1 GLN2012 -14.314 -10.425 -9.025 951 HG2 GLN2012 HG2 GLN2012 -15.562 -12.292 -8.169 952 HG3 GLN2012 HG1 GLN2012 -17.063 -11.588 -8.776 953 HE21 GLN2012 HE21 GLN2012 -17.505 -11.683 -10.931 954 HE22 GLN2012 HE22 GLN2012 -16.660 -12.711 -12.033 955 H THR2013 HN THR2013 -13.405 -9.379 -6.664 956 HA THR2013 HA THR2013 -14.295 -10.755 -4.219 957 HB THR2013 HB THR2013 -12.835 -12.261 -5.492 958 HG1 THR2013 HG1 THR2013 -12.455 -11.716 -2.972 959 HG21 THR2013 HG21 THR2013 -10.746 -10.088 -5.310 960 HG22 THR2013 HG22 THR2013 -11.573 -10.622 -6.774 961 HG23 THR2013 HG23 THR2013 -10.477 -11.717 -5.930 962 H CYS2014 HN CYS2014 -13.717 -7.855 -5.248 963 HA CYS2014 HA CYS2014 -13.011 -5.866 -4.453 964 HB2 CYS2014 HB2 CYS2014 -13.483 -7.305 -1.849 965 HB3 CYS2014 HB1 CYS2014 -13.104 -5.588 -1.940 966 H THR2015 HN THR2015 -10.975 -7.647 -5.172 967 HA THR2015 HA THR2015 -8.817 -7.018 -3.304 968 HB THR2015 HB THR2015 -9.011 -9.038 -5.556 969 HG1 THR2015 HG1 THR2015 -10.140 -9.483 -3.517 970 HG21 THR2015 HG21 THR2015 -6.824 -9.879 -4.788 971 HG22 THR2015 HG22 THR2015 -6.737 -8.573 -3.605 972 HG23 THR2015 HG23 THR2015 -6.698 -8.203 -5.328 973 H SER2016 HN SER2016 -7.223 -5.620 -3.962 974 HA SER2016 HA SER2016 -7.412 -4.701 -6.722 975 HB2 SER2016 HB2 SER2016 -8.230 -3.079 -4.967 976 HB3 SER2016 HB1 SER2016 -6.578 -3.031 -4.351 977 HG SER2016 HG SER2016 -7.470 -1.489 -6.132 978 H TYR2017 HN TYR2017 -5.395 -3.755 -7.458 979 HA TYR2017 HA TYR2017 -3.000 -5.025 -6.305 980 HB2 TYR2017 HB2 TYR2017 -3.582 -4.705 -9.260 981 HB3 TYR2017 HB1 TYR2017 -2.153 -5.433 -8.545 982 HD1 TYR2017 HD2 TYR2017 -2.394 -7.632 -7.337 983 HD2 TYR2017 HD1 TYR2017 -5.523 -5.942 -9.668 984 HE1 TYR2017 HE2 TYR2017 -3.479 -9.834 -7.472 985 HE2 TYR2017 HE1 TYR2017 -6.611 -8.129 -9.813 986 HH TYR2017 HH TYR2017 -5.687 -10.796 -7.891 987 H PHE2018 HN PHE2018 -1.534 -3.525 -5.848 988 HA PHE2018 HA PHE2018 -1.447 -1.086 -7.472 989 HB2 PHE2018 HB2 PHE2018 -1.034 -1.236 -4.478 990 HB3 PHE2018 HB1 PHE2018 -0.911 0.202 -5.476 991 HD1 PHE2018 HD2 PHE2018 -3.101 0.782 -6.822 992 HD2 PHE2018 HD1 PHE2018 -2.953 -1.628 -3.322 993 HE1 PHE2018 HE2 PHE2018 -5.471 1.253 -6.404 994 HE2 PHE2018 HE1 PHE2018 -5.327 -1.157 -2.890 995 HZ PHE2018 HZ PHE2018 -6.587 0.295 -4.431 996 H SER2019 HN SER2019 0.607 -0.350 -7.857 997 HA SER2019 HA SER2019 2.820 -1.893 -6.730 998 HB2 SER2019 HB2 SER2019 2.399 -1.171 -9.634 999 HB3 SER2019 HB1 SER2019 3.905 -1.817 -9.007 1000 HG SER2019 HG SER2019 2.472 -3.574 -8.186 1001 H TRP2020 HN TRP2020 4.213 -0.575 -5.805 1002 HA TRP2020 HA TRP2020 4.295 2.219 -6.716 1003 HB2 TRP2020 HB2 TRP2020 3.511 1.794 -4.327 1004 HB3 TRP2020 HB1 TRP2020 5.127 1.196 -3.994 1005 HD1 TRP2020 HD1 TRP2020 6.783 3.499 -5.478 1006 HE1 TRP2020 HE1 TRP2020 6.875 5.826 -4.445 1007 HE3 TRP2020 HE3 TRP2020 2.612 3.243 -2.562 1008 HZ2 TRP2020 HZ2 TRP2020 5.374 7.386 -2.636 1009 HZ3 TRP2020 HZ3 TRP2020 2.017 5.204 -1.206 1010 HH2 TRP2020 HH2 TRP2020 3.367 7.227 -1.241 1011 H HIS2021 HN HIS2021 5.971 2.455 -7.903 1012 HA HIS2021 HA HIS2021 8.311 0.878 -7.323 1013 HB2 HIS2021 HB2 HIS2021 9.241 1.722 -9.507 1014 HB3 HIS2021 HB1 HIS2021 7.803 0.732 -9.633 1015 HD1 HIS2021 HD1 HIS2021 8.869 4.348 -9.857 1016 HD2 HIS2021 HD2 HIS2021 5.735 1.900 -11.011 1017 HE1 HIS2021 HE1 HIS2021 7.500 5.707 -11.469 1018 HE2 HIS2021 HE2 HIS2021 5.593 4.248 -12.106 1019 H THR2022 HN THR2022 9.241 1.688 -5.631 1020 HA THR2022 HA THR2022 10.225 4.442 -5.767 1021 HB THR2022 HB THR2022 8.328 4.376 -4.172 1022 HG1 THR2022 HG1 THR2022 9.615 5.837 -3.321 1023 HG21 THR2022 HG21 THR2022 8.554 3.085 -2.062 1024 HG22 THR2022 HG22 THR2022 9.989 2.302 -2.721 1025 HG23 THR2022 HG23 THR2022 8.417 2.044 -3.480 1026 H SER2023 HN SER2023 12.212 4.785 -4.719 1027 HA SER2023 HA SER2023 14.112 2.772 -4.950 1028 HB2 SER2023 HB2 SER2023 14.269 5.317 -3.376 1029 HB3 SER2023 HB1 SER2023 15.605 4.448 -4.149 1030 HG SER2023 HG SER2023 15.113 5.965 -5.585 1031 H LEU2024 HN LEU2024 12.083 3.699 -2.250 1032 HA LEU2024 HA LEU2024 13.744 2.678 -0.147 1033 HB2 LEU2024 HB2 LEU2024 10.788 3.317 -0.193 1034 HB3 LEU2024 HB1 LEU2024 11.626 2.766 1.236 1035 HG LEU2024 HG LEU2024 11.315 5.106 1.419 1036 HD11 LEU2024 HD11 LEU2024 14.165 4.551 0.706 1037 HD12 LEU2024 HD12 LEU2024 13.393 4.322 2.276 1038 HD13 LEU2024 HD13 LEU2024 13.580 5.946 1.613 1039 HD21 LEU2024 HD21 LEU2024 12.660 5.399 -1.264 1040 HD22 LEU2024 HD22 LEU2024 12.156 6.726 -0.213 1041 HD23 LEU2024 HD23 LEU2024 10.949 5.652 -0.926 1042 H ALA2025 HN ALA2025 11.786 1.202 -2.421 1043 HA ALA2025 HA ALA2025 10.697 -0.928 -0.902 1044 HB1 ALA2025 HB1 ALA2025 9.711 -0.108 -2.952 1045 HB2 ALA2025 HB2 ALA2025 10.056 -1.838 -3.044 1046 HB3 ALA2025 HB3 ALA2025 11.111 -0.676 -3.854 1047 H CYS2026 HN CYS2026 13.319 -0.903 -3.321 1048 HA CYS2026 HA CYS2026 14.624 -2.991 -1.878 1049 HB2 CYS2026 HB2 CYS2026 14.823 -4.434 -3.962 1050 HB3 CYS2026 HB1 CYS2026 13.274 -4.445 -3.147 1051 H GLU2027 HN GLU2027 16.565 -3.715 -3.480 1052 HA GLU2027 HA GLU2027 17.809 -1.174 -4.282 1053 HB2 GLU2027 HB2 GLU2027 18.676 -2.164 -2.188 1054 HB3 GLU2027 HB1 GLU2027 19.063 -3.630 -3.063 1055 HG2 GLU2027 HG2 GLU2027 20.664 -2.375 -4.420 1056 HG3 GLU2027 HG1 GLU2027 20.287 -0.921 -3.492 1057 H GLU2028 HN GLU2028 16.935 -4.429 -5.142 1058 HA GLU2028 HA GLU2028 18.125 -4.188 -7.747 1059 HB2 GLU2028 HB2 GLU2028 19.884 -5.241 -6.393 1060 HB3 GLU2028 HB1 GLU2028 18.740 -6.447 -5.830 1061 HG2 GLU2028 HG2 GLU2028 18.440 -7.104 -8.249 1062 HG3 GLU2028 HG1 GLU2028 19.841 -6.086 -8.594 1063 H GLU2029 HN GLU2029 16.779 -5.151 -9.174 1064 HA GLU2029 HA GLU2029 15.421 -7.557 -8.718 1065 HB2 GLU2029 HB2 GLU2029 13.964 -5.331 -7.833 1066 HB3 GLU2029 HB1 GLU2029 13.326 -5.651 -9.441 1067 HG2 GLU2029 HG2 GLU2029 13.507 -7.648 -7.193 1068 HG3 GLU2029 HG1 GLU2029 12.053 -6.803 -7.702 1069 H VAL2030 HN VAL2030 14.813 -8.413 -10.664 1070 HA VAL2030 HA VAL2030 16.019 -6.996 -12.891 1071 HB VAL2030 HB VAL2030 16.789 -9.261 -12.497 1072 HG11 VAL2030 HG11 VAL2030 13.979 -10.191 -13.000 1073 HG12 VAL2030 HG12 VAL2030 14.868 -10.265 -11.479 1074 HG13 VAL2030 HG13 VAL2030 15.393 -11.237 -12.854 1075 HG21 VAL2030 HG21 VAL2030 15.218 -9.062 -15.063 1076 HG22 VAL2030 HG22 VAL2030 16.515 -10.217 -14.755 1077 HG23 VAL2030 HG23 VAL2030 16.863 -8.489 -14.787 1078 HA PRO2031 HA PRO2031 11.913 -5.967 -14.307 1079 HB2 PRO2031 HB2 PRO2031 12.638 -4.078 -16.083 1080 HB3 PRO2031 HB1 PRO2031 12.668 -3.797 -14.338 1081 HG2 PRO2031 HG2 PRO2031 14.920 -4.344 -16.211 1082 HG3 PRO2031 HG1 PRO2031 14.879 -3.306 -14.777 1083 HD2 PRO2031 HD2 PRO2031 15.942 -5.885 -14.889 1084 HD3 PRO2031 HD1 PRO2031 15.499 -5.013 -13.411 1085 H ARG2032 HN ARG2032 14.533 -7.123 -16.255 1086 HA ARG2032 HA ARG2032 12.665 -7.765 -18.411 1087 HB2 ARG2032 HB2 ARG2032 15.668 -7.472 -18.487 1088 HB3 ARG2032 HB1 ARG2032 14.709 -8.096 -19.815 1089 HG2 ARG2032 HG2 ARG2032 13.527 -5.939 -19.937 1090 HG3 ARG2032 HG1 ARG2032 14.575 -5.326 -18.650 1091 HD2 ARG2032 HD2 ARG2032 16.525 -5.702 -20.004 1092 HD3 ARG2032 HD1 ARG2032 15.553 -6.446 -21.264 1093 HE ARG2032 HE ARG2032 14.959 -3.695 -20.536 1094 HH11 ARG2032 HH11 ARG2032 16.363 -5.994 -22.832 1095 HH12 ARG2032 HH12 ARG2032 16.603 -4.880 -24.082 1096 HH21 ARG2032 HH21 ARG2032 15.261 -2.094 -22.301 1097 HH22 ARG2032 HH22 ARG2032 15.888 -2.623 -23.789 Start of MODEL 16 1 H1 MET1885 HT1 MET1885 5.902 12.735 7.903 2 H2 MET1885 HT2 MET1885 5.361 14.322 7.681 3 H3 MET1885 HT3 MET1885 7.001 13.948 7.540 4 HA MET1885 HA MET1885 4.870 12.973 5.752 5 HB2 MET1885 HB2 MET1885 5.370 15.329 5.350 6 HB3 MET1885 HB1 MET1885 7.092 14.987 5.334 7 HG2 MET1885 HG2 MET1885 6.293 15.289 3.086 8 HG3 MET1885 HG1 MET1885 6.798 13.617 3.330 9 HE1 MET1885 HE1 MET1885 5.135 14.387 0.828 10 HE2 MET1885 HE2 MET1885 3.908 13.120 0.811 11 HE3 MET1885 HE3 MET1885 5.574 12.726 1.225 12 H LYS1886 HN LYS1886 8.412 13.297 6.186 13 HA LYS1886 HA LYS1886 8.680 10.728 4.822 14 HB2 LYS1886 HB2 LYS1886 10.660 13.013 5.020 15 HB3 LYS1886 HB1 LYS1886 10.952 11.477 4.219 16 HG2 LYS1886 HG2 LYS1886 9.186 11.973 2.606 17 HG3 LYS1886 HG1 LYS1886 8.878 13.510 3.417 18 HD2 LYS1886 HD2 LYS1886 11.169 14.218 2.910 19 HD3 LYS1886 HD1 LYS1886 11.452 12.684 2.087 20 HE2 LYS1886 HE2 LYS1886 9.376 14.731 1.296 21 HE3 LYS1886 HE1 LYS1886 10.952 14.543 0.536 22 HZ1 LYS1886 HZ1 LYS1886 9.184 13.466 -0.714 23 HZ2 LYS1886 HZ2 LYS1886 8.853 12.399 0.574 24 HZ3 LYS1886 HZ3 LYS1886 10.322 12.349 -0.214 25 H SER1887 HN SER1887 9.172 9.180 6.121 26 HA SER1887 HA SER1887 9.972 7.950 7.705 27 HB2 SER1887 HB2 SER1887 12.155 9.034 7.615 28 HB3 SER1887 HB1 SER1887 11.596 10.341 8.658 29 HG SER1887 HG SER1887 12.580 9.024 10.024 30 H ASN1888 HN ASN1888 8.060 7.548 8.416 31 HA ASN1888 HA ASN1888 7.219 8.913 10.886 32 HB2 ASN1888 HB2 ASN1888 5.689 9.289 8.885 33 HB3 ASN1888 HB1 ASN1888 5.480 7.538 8.894 34 HD21 ASN1888 HD21 ASN1888 3.218 7.946 9.119 35 HD22 ASN1888 HD22 ASN1888 2.575 8.307 10.678 36 H VAL1889 HN VAL1889 7.670 7.695 12.456 37 HA VAL1889 HA VAL1889 7.718 4.830 12.109 38 HB VAL1889 HB VAL1889 9.695 5.738 13.169 39 HG11 VAL1889 HG11 VAL1889 7.923 6.767 15.367 40 HG12 VAL1889 HG12 VAL1889 8.828 7.725 14.193 41 HG13 VAL1889 HG13 VAL1889 9.688 6.760 15.392 42 HG21 VAL1889 HG21 VAL1889 8.064 4.138 15.140 43 HG22 VAL1889 HG22 VAL1889 9.817 4.331 15.187 44 HG23 VAL1889 HG23 VAL1889 9.057 3.496 13.832 45 H GLN1890 HN GLN1890 5.890 3.995 12.146 46 HA GLN1890 HA GLN1890 3.772 4.701 13.974 47 HB2 GLN1890 HB2 GLN1890 4.045 2.496 11.944 48 HB3 GLN1890 HB1 GLN1890 2.567 2.839 12.845 49 HG2 GLN1890 HG2 GLN1890 4.002 4.706 11.015 50 HG3 GLN1890 HG1 GLN1890 2.561 3.804 10.570 51 HE21 GLN1890 HE21 GLN1890 0.593 4.308 11.715 52 HE22 GLN1890 HE22 GLN1890 0.364 5.878 12.366 53 H ASN1891 HN ASN1891 6.254 2.386 13.748 54 HA ASN1891 HA ASN1891 6.436 1.527 16.314 55 HB2 ASN1891 HB2 ASN1891 4.227 0.402 16.092 56 HB3 ASN1891 HB1 ASN1891 4.778 -0.431 14.652 57 HD21 ASN1891 HD21 ASN1891 6.707 -0.010 17.648 58 HD22 ASN1891 HD22 ASN1891 6.735 -1.677 18.015 59 H ASP1892 HN ASP1892 6.169 -0.392 13.381 60 HA ASP1892 HA ASP1892 9.006 -0.170 12.951 61 HB2 ASP1892 HB2 ASP1892 7.684 -2.836 13.441 62 HB3 ASP1892 HB1 ASP1892 9.157 -2.684 12.508 63 H CYS1893 HN CYS1893 6.690 -2.581 11.629 64 HA CYS1893 HA CYS1893 6.463 -3.241 9.515 65 HB2 CYS1893 HB2 CYS1893 4.900 -1.389 9.405 66 HB3 CYS1893 HB1 CYS1893 6.209 -0.252 9.111 67 H ARG1894 HN ARG1894 8.619 -4.055 9.519 68 HA ARG1894 HA ARG1894 10.242 -2.945 7.426 69 HB2 ARG1894 HB2 ARG1894 12.272 -2.848 8.909 70 HB3 ARG1894 HB1 ARG1894 11.087 -1.575 9.167 71 HG2 ARG1894 HG2 ARG1894 10.207 -2.863 11.103 72 HG3 ARG1894 HG1 ARG1894 11.520 -4.019 10.874 73 HD2 ARG1894 HD2 ARG1894 11.961 -2.301 12.624 74 HD3 ARG1894 HD1 ARG1894 13.159 -2.328 11.329 75 HE ARG1894 HE ARG1894 11.794 -0.418 10.358 76 HH11 ARG1894 HH11 ARG1894 11.617 -0.909 13.852 77 HH12 ARG1894 HH12 ARG1894 11.710 0.726 14.239 78 HH21 ARG1894 HH21 ARG1894 11.866 1.719 10.797 79 HH22 ARG1894 HH22 ARG1894 11.895 2.379 12.388 80 H VAL1895 HN VAL1895 11.846 -4.367 6.722 81 HA VAL1895 HA VAL1895 12.317 -6.825 8.080 82 HB VAL1895 HB VAL1895 10.231 -7.332 6.797 83 HG11 VAL1895 HG11 VAL1895 10.449 -5.807 4.948 84 HG12 VAL1895 HG12 VAL1895 10.226 -7.457 4.367 85 HG13 VAL1895 HG13 VAL1895 11.828 -6.724 4.328 86 HG21 VAL1895 HG21 VAL1895 12.677 -8.757 5.766 87 HG22 VAL1895 HG22 VAL1895 11.024 -9.365 5.664 88 HG23 VAL1895 HG23 VAL1895 11.785 -9.137 7.240 89 H THR1896 HN THR1896 14.338 -7.651 7.438 90 HA THR1896 HA THR1896 15.827 -5.736 5.794 91 HB THR1896 HB THR1896 16.892 -7.892 7.629 92 HG1 THR1896 HG1 THR1896 15.548 -6.157 8.620 93 HG21 THR1896 HG21 THR1896 18.942 -6.525 7.560 94 HG22 THR1896 HG22 THR1896 18.158 -5.410 6.437 95 HG23 THR1896 HG23 THR1896 18.486 -7.072 5.946 96 H ASN1897 HN ASN1897 16.441 -6.349 3.741 97 HA ASN1897 HA ASN1897 16.475 -9.233 3.219 98 HB2 ASN1897 HB2 ASN1897 14.979 -7.943 1.708 99 HB3 ASN1897 HB1 ASN1897 16.368 -7.002 1.167 100 HD21 ASN1897 HD21 ASN1897 16.330 -7.703 -0.997 101 HD22 ASN1897 HD22 ASN1897 16.628 -9.328 -1.445 102 HA PRO1898 HA PRO1898 20.873 -8.388 3.418 103 HB2 PRO1898 HB2 PRO1898 21.579 -11.045 3.465 104 HB3 PRO1898 HB1 PRO1898 21.174 -10.091 4.893 105 HG2 PRO1898 HG2 PRO1898 19.539 -12.053 3.393 106 HG3 PRO1898 HG1 PRO1898 19.563 -11.695 5.127 107 HD2 PRO1898 HD2 PRO1898 17.622 -10.836 3.408 108 HD3 PRO1898 HD1 PRO1898 18.047 -10.007 4.917 109 H ALA1899 HN ALA1899 19.095 -10.313 1.123 110 HA ALA1899 HA ALA1899 21.167 -10.826 -0.711 111 HB1 ALA1899 HB1 ALA1899 19.398 -11.149 -2.365 112 HB2 ALA1899 HB2 ALA1899 18.243 -10.372 -1.282 113 HB3 ALA1899 HB3 ALA1899 18.967 -11.921 -0.837 114 H THR1900 HN THR1900 18.951 -8.129 -0.351 115 HA THR1900 HA THR1900 20.154 -6.595 -2.463 116 HB THR1900 HB THR1900 18.273 -5.739 -0.238 117 HG1 THR1900 HG1 THR1900 17.844 -6.777 -2.850 118 HG21 THR1900 HG21 THR1900 19.401 -3.875 -1.324 119 HG22 THR1900 HG22 THR1900 17.687 -3.914 -1.744 120 HG23 THR1900 HG23 THR1900 18.893 -4.484 -2.899 121 H GLY1901 HN GLY1901 20.135 -6.641 1.089 122 HA2 GLY1901 HA2 GLY1901 21.983 -6.095 2.436 123 HA3 GLY1901 HA1 GLY1901 22.655 -5.159 1.101 124 H HIS1902 HN HIS1902 19.525 -4.487 1.133 125 HA HIS1902 HA HIS1902 19.909 -2.077 2.773 126 HB2 HIS1902 HB2 HIS1902 19.443 -1.862 0.235 127 HB3 HIS1902 HB1 HIS1902 17.839 -2.475 0.595 128 HD1 HIS1902 HD1 HIS1902 16.077 -0.691 1.516 129 HD2 HIS1902 HD2 HIS1902 19.988 0.746 1.233 130 HE1 HIS1902 HE1 HIS1902 15.919 1.740 1.782 131 HE2 HIS1902 HE2 HIS1902 18.186 2.566 1.145 132 H LEU1903 HN LEU1903 18.777 -2.115 4.573 133 HA LEU1903 HA LEU1903 16.821 -4.055 5.197 134 HB2 LEU1903 HB2 LEU1903 18.255 -2.642 6.807 135 HB3 LEU1903 HB1 LEU1903 17.177 -1.312 6.464 136 HG LEU1903 HG LEU1903 16.303 -3.900 7.785 137 HD11 LEU1903 HD11 LEU1903 17.013 -1.249 9.025 138 HD12 LEU1903 HD12 LEU1903 17.926 -2.753 9.166 139 HD13 LEU1903 HD13 LEU1903 16.314 -2.630 9.871 140 HD21 LEU1903 HD21 LEU1903 14.338 -2.617 8.482 141 HD22 LEU1903 HD22 LEU1903 14.466 -2.653 6.722 142 HD23 LEU1903 HD23 LEU1903 14.939 -1.205 7.611 143 H PHE1904 HN PHE1904 14.623 -4.008 4.751 144 HA PHE1904 HA PHE1904 13.796 -1.830 3.044 145 HB2 PHE1904 HB2 PHE1904 12.586 -4.548 3.573 146 HB3 PHE1904 HB1 PHE1904 11.816 -3.320 2.585 147 HD1 PHE1904 HD2 PHE1904 14.913 -2.673 1.666 148 HD2 PHE1904 HD1 PHE1904 12.245 -5.974 1.469 149 HE1 PHE1904 HE2 PHE1904 16.166 -3.550 -0.228 150 HE2 PHE1904 HE1 PHE1904 13.495 -6.870 -0.449 151 HZ PHE1904 HZ PHE1904 15.232 -5.651 -1.448 152 H ASP1905 HN ASP1905 13.143 -0.256 4.177 153 HA ASP1905 HA ASP1905 10.874 -0.656 5.943 154 HB2 ASP1905 HB2 ASP1905 12.999 -0.287 7.330 155 HB3 ASP1905 HB1 ASP1905 13.111 1.298 6.569 156 H LEU1906 HN LEU1906 9.378 0.726 5.430 157 HA LEU1906 HA LEU1906 9.897 2.516 3.185 158 HB2 LEU1906 HB2 LEU1906 7.340 1.440 4.347 159 HB3 LEU1906 HB1 LEU1906 7.440 2.478 2.935 160 HG LEU1906 HG LEU1906 8.759 -0.236 3.089 161 HD11 LEU1906 HD11 LEU1906 6.317 -0.447 3.270 162 HD12 LEU1906 HD12 LEU1906 6.947 -1.063 1.744 163 HD13 LEU1906 HD13 LEU1906 6.148 0.506 1.789 164 HD21 LEU1906 HD21 LEU1906 9.736 1.311 1.483 165 HD22 LEU1906 HD22 LEU1906 8.146 1.601 0.779 166 HD23 LEU1906 HD23 LEU1906 8.885 0.002 0.665 167 H THR1907 HN THR1907 10.403 3.159 6.184 168 HA THR1907 HA THR1907 8.618 4.901 7.240 169 HB THR1907 HB THR1907 10.894 6.153 8.000 170 HG1 THR1907 HG1 THR1907 11.624 3.467 7.576 171 HG21 THR1907 HG21 THR1907 9.245 5.138 9.505 172 HG22 THR1907 HG22 THR1907 10.878 4.636 9.955 173 HG23 THR1907 HG23 THR1907 9.829 3.535 9.055 174 H SER1908 HN SER1908 11.007 5.793 4.764 175 HA SER1908 HA SER1908 10.517 8.568 5.026 176 HB2 SER1908 HB2 SER1908 12.582 7.523 4.053 177 HB3 SER1908 HB1 SER1908 11.640 7.093 2.629 178 HG SER1908 HG SER1908 12.497 8.980 2.061 179 H LEU1909 HN LEU1909 8.654 6.116 3.684 180 HA LEU1909 HA LEU1909 7.216 7.973 1.935 181 HB2 LEU1909 HB2 LEU1909 8.197 5.678 1.166 182 HB3 LEU1909 HB1 LEU1909 6.832 5.007 2.039 183 HG LEU1909 HG LEU1909 5.268 6.123 0.549 184 HD11 LEU1909 HD11 LEU1909 7.747 7.162 -0.833 185 HD12 LEU1909 HD12 LEU1909 6.617 8.136 0.109 186 HD13 LEU1909 HD13 LEU1909 6.087 7.371 -1.390 187 HD21 LEU1909 HD21 LEU1909 7.473 4.711 -0.942 188 HD22 LEU1909 HD22 LEU1909 5.817 4.928 -1.504 189 HD23 LEU1909 HD23 LEU1909 6.145 3.920 -0.098 190 H LYS1910 HN LYS1910 7.075 6.210 4.895 191 HA LYS1910 HA LYS1910 4.222 6.049 5.204 192 HB2 LYS1910 HB2 LYS1910 6.285 6.073 7.487 193 HB3 LYS1910 HB1 LYS1910 4.616 5.551 7.560 194 HG2 LYS1910 HG2 LYS1910 5.015 3.591 6.384 195 HG3 LYS1910 HG1 LYS1910 6.561 4.166 5.760 196 HD2 LYS1910 HD2 LYS1910 7.459 4.120 8.097 197 HD3 LYS1910 HD1 LYS1910 5.932 3.431 8.628 198 HE2 LYS1910 HE2 LYS1910 6.261 1.416 7.431 199 HE3 LYS1910 HE1 LYS1910 7.516 2.121 6.423 200 HZ1 LYS1910 HZ1 LYS1910 7.896 1.559 9.358 201 HZ2 LYS1910 HZ2 LYS1910 9.105 1.936 8.218 202 HZ3 LYS1910 HZ3 LYS1910 8.303 0.514 8.139 203 H ARG1911 HN ARG1911 2.866 7.571 5.876 204 HA ARG1911 HA ARG1911 3.885 9.986 7.073 205 HB2 ARG1911 HB2 ARG1911 2.570 11.332 5.352 206 HB3 ARG1911 HB1 ARG1911 4.077 10.605 4.811 207 HG2 ARG1911 HG2 ARG1911 2.754 8.735 3.843 208 HG3 ARG1911 HG1 ARG1911 1.289 9.620 4.268 209 HD2 ARG1911 HD2 ARG1911 3.471 10.756 2.551 210 HD3 ARG1911 HD1 ARG1911 2.105 9.878 1.880 211 HE ARG1911 HE ARG1911 1.412 12.085 3.605 212 HH11 ARG1911 HH11 ARG1911 2.225 11.145 0.308 213 HH12 ARG1911 HH12 ARG1911 1.360 12.380 -0.472 214 HH21 ARG1911 HH21 ARG1911 0.203 13.867 2.564 215 HH22 ARG1911 HH22 ARG1911 0.106 13.939 0.866 216 H GLU1912 HN GLU1912 1.853 11.496 7.471 217 HA GLU1912 HA GLU1912 0.336 9.941 9.281 218 HB2 GLU1912 HB2 GLU1912 -0.760 12.029 9.949 219 HB3 GLU1912 HB1 GLU1912 0.984 12.198 9.896 220 HG2 GLU1912 HG2 GLU1912 0.840 13.403 7.806 221 HG3 GLU1912 HG1 GLU1912 -0.902 13.137 7.749 222 H SER1913 HN SER1913 -0.503 11.482 6.197 223 HA SER1913 HA SER1913 -3.219 10.592 6.546 224 HB2 SER1913 HB2 SER1913 -3.535 11.718 4.293 225 HB3 SER1913 HB1 SER1913 -3.015 12.778 5.601 226 HG SER1913 HG SER1913 -1.911 12.903 3.472 227 H GLY1914 HN GLY1914 -1.045 10.350 3.777 228 HA2 GLY1914 HA2 GLY1914 -0.406 7.845 3.472 229 HA3 GLY1914 HA1 GLY1914 -2.153 7.724 3.208 230 H TYR1915 HN TYR1915 -2.033 7.185 1.109 231 HA TYR1915 HA TYR1915 -1.118 9.277 -0.664 232 HB2 TYR1915 HB2 TYR1915 -0.416 6.386 -0.779 233 HB3 TYR1915 HB1 TYR1915 -0.700 7.228 -2.305 234 HD1 TYR1915 HD1 TYR1915 1.332 7.381 0.821 235 HD2 TYR1915 HD2 TYR1915 0.899 8.611 -3.218 236 HE1 TYR1915 HE1 TYR1915 3.557 8.424 0.903 237 HE2 TYR1915 HE2 TYR1915 3.113 9.642 -3.151 238 HH TYR1915 HH TYR1915 4.542 10.603 -1.465 239 H THR1916 HN THR1916 -2.321 9.736 -2.305 240 HA THR1916 HA THR1916 -4.964 8.436 -2.452 241 HB THR1916 HB THR1916 -5.174 10.369 -0.961 242 HG1 THR1916 HG1 THR1916 -6.906 10.144 -2.225 243 HG21 THR1916 HG21 THR1916 -3.196 11.576 -1.643 244 HG22 THR1916 HG22 THR1916 -4.607 12.644 -1.727 245 HG23 THR1916 HG23 THR1916 -3.922 11.937 -3.204 246 H ILE1917 HN ILE1917 -5.554 7.803 -4.005 247 HA ILE1917 HA ILE1917 -4.849 9.027 -6.512 248 HB ILE1917 HB ILE1917 -4.650 6.696 -7.371 249 HG12 ILE1917 HG12 ILE1917 -4.202 6.026 -4.469 250 HG13 ILE1917 HG11 ILE1917 -5.487 5.426 -5.509 251 HG21 ILE1917 HG21 ILE1917 -2.444 7.728 -5.599 252 HG22 ILE1917 HG22 ILE1917 -2.709 8.118 -7.301 253 HG23 ILE1917 HG23 ILE1917 -2.226 6.488 -6.833 254 HD11 ILE1917 HD11 ILE1917 -2.553 4.834 -5.780 255 HD12 ILE1917 HD12 ILE1917 -3.822 4.252 -6.860 256 HD13 ILE1917 HD13 ILE1917 -3.793 3.736 -5.168 257 H THR1918 HN THR1918 -6.300 7.393 -8.172 258 HA THR1918 HA THR1918 -8.918 7.266 -6.877 259 HB THR1918 HB THR1918 -8.374 8.304 -9.679 260 HG1 THR1918 HG1 THR1918 -7.643 9.828 -8.311 261 HG21 THR1918 HG21 THR1918 -10.623 7.316 -9.362 262 HG22 THR1918 HG22 THR1918 -10.719 9.066 -9.570 263 HG23 THR1918 HG23 THR1918 -10.875 8.362 -7.962 264 H ASP1919 HN ASP1919 -10.315 5.655 -7.709 265 HA ASP1919 HA ASP1919 -8.968 3.379 -8.847 266 HB2 ASP1919 HB2 ASP1919 -10.506 3.061 -6.924 267 HB3 ASP1919 HB1 ASP1919 -11.779 3.876 -7.792 268 H SER1920 HN SER1920 -10.660 2.227 -10.476 269 HA SER1920 HA SER1920 -10.650 3.755 -12.877 270 HB2 SER1920 HB2 SER1920 -11.902 1.073 -12.262 271 HB3 SER1920 HB1 SER1920 -11.543 1.714 -13.867 272 HG SER1920 HG SER1920 -9.912 0.427 -12.138 273 H HIS1921 HN HIS1921 -12.587 4.239 -10.429 274 HA HIS1921 HA HIS1921 -14.995 4.930 -12.010 275 HB2 HIS1921 HB2 HIS1921 -14.892 3.759 -9.205 276 HB3 HIS1921 HB1 HIS1921 -16.331 4.441 -9.922 277 HD1 HIS1921 HD1 HIS1921 -17.716 2.936 -11.423 278 HD2 HIS1921 HD2 HIS1921 -14.146 1.201 -10.181 279 HE1 HIS1921 HE1 HIS1921 -17.904 0.522 -12.003 280 HE2 HIS1921 HE2 HIS1921 -16.030 -0.479 -10.737 281 H ASN1922 HN ASN1922 -16.322 6.300 -10.079 282 HA ASN1922 HA ASN1922 -14.993 8.772 -9.776 283 HB2 ASN1922 HB2 ASN1922 -17.466 8.351 -9.775 284 HB3 ASN1922 HB1 ASN1922 -17.268 7.609 -8.224 285 HD21 ASN1922 HD21 ASN1922 -16.806 10.676 -9.836 286 HD22 ASN1922 HD22 ASN1922 -17.007 11.664 -8.424 287 H ARG1923 HN ARG1923 -15.759 6.176 -7.698 288 HA ARG1923 HA ARG1923 -14.658 6.887 -5.284 289 HB2 ARG1923 HB2 ARG1923 -14.035 4.434 -4.930 290 HB3 ARG1923 HB1 ARG1923 -15.717 4.829 -5.242 291 HG2 ARG1923 HG2 ARG1923 -15.480 4.146 -7.518 292 HG3 ARG1923 HG1 ARG1923 -13.770 3.781 -7.259 293 HD2 ARG1923 HD2 ARG1923 -15.294 1.781 -7.182 294 HD3 ARG1923 HD1 ARG1923 -14.305 2.009 -5.742 295 HE ARG1923 HE ARG1923 -16.531 3.234 -4.985 296 HH11 ARG1923 HH11 ARG1923 -16.162 0.095 -6.548 297 HH12 ARG1923 HH12 ARG1923 -17.587 -0.563 -5.891 298 HH21 ARG1923 HH21 ARG1923 -18.383 2.418 -4.096 299 HH22 ARG1923 HH22 ARG1923 -18.979 0.850 -4.473 300 H LYS1924 HN LYS1924 -12.856 7.263 -4.434 301 HA LYS1924 HA LYS1924 -10.472 7.127 -6.107 302 HB2 LYS1924 HB2 LYS1924 -10.951 8.512 -3.474 303 HB3 LYS1924 HB1 LYS1924 -9.521 8.656 -4.484 304 HG2 LYS1924 HG2 LYS1924 -10.904 9.693 -6.238 305 HG3 LYS1924 HG1 LYS1924 -12.297 9.598 -5.162 306 HD2 LYS1924 HD2 LYS1924 -11.503 11.800 -4.921 307 HD3 LYS1924 HD1 LYS1924 -10.913 10.943 -3.502 308 HE2 LYS1924 HE2 LYS1924 -9.307 11.583 -5.989 309 HE3 LYS1924 HE1 LYS1924 -9.209 12.435 -4.455 310 HZ1 LYS1924 HZ1 LYS1924 -8.381 10.297 -3.454 311 HZ2 LYS1924 HZ2 LYS1924 -7.396 10.929 -4.669 312 HZ3 LYS1924 HZ3 LYS1924 -8.363 9.625 -5.001 313 H ILE1925 HN ILE1925 -8.575 6.155 -5.256 314 HA ILE1925 HA ILE1925 -9.175 4.291 -3.127 315 HB ILE1925 HB ILE1925 -6.803 4.219 -5.035 316 HG12 ILE1925 HG12 ILE1925 -9.307 2.523 -4.899 317 HG13 ILE1925 HG11 ILE1925 -8.938 3.695 -6.149 318 HG21 ILE1925 HG21 ILE1925 -6.363 3.292 -2.795 319 HG22 ILE1925 HG22 ILE1925 -6.397 2.021 -4.018 320 HG23 ILE1925 HG23 ILE1925 -7.780 2.253 -2.948 321 HD11 ILE1925 HD11 ILE1925 -8.514 1.398 -6.938 322 HD12 ILE1925 HD12 ILE1925 -7.391 1.145 -5.612 323 HD13 ILE1925 HD13 ILE1925 -7.008 2.318 -6.867 324 H GLU1926 HN GLU1926 -8.729 4.967 -1.376 325 HA GLU1926 HA GLU1926 -6.575 6.927 -0.902 326 HB2 GLU1926 HB2 GLU1926 -8.925 6.128 0.821 327 HB3 GLU1926 HB1 GLU1926 -7.821 7.459 1.120 328 HG2 GLU1926 HG2 GLU1926 -9.608 7.310 -1.296 329 HG3 GLU1926 HG1 GLU1926 -10.087 8.067 0.216 330 H LEU1927 HN LEU1927 -4.762 5.981 0.002 331 HA LEU1927 HA LEU1927 -5.138 3.854 1.899 332 HB2 LEU1927 HB2 LEU1927 -3.607 2.263 0.780 333 HB3 LEU1927 HB1 LEU1927 -5.078 2.515 -0.104 334 HG LEU1927 HG LEU1927 -3.272 2.211 -1.639 335 HD11 LEU1927 HD11 LEU1927 -4.895 3.724 -2.437 336 HD12 LEU1927 HD12 LEU1927 -3.297 4.196 -3.014 337 HD13 LEU1927 HD13 LEU1927 -4.056 5.083 -1.692 338 HD21 LEU1927 HD21 LEU1927 -1.371 2.802 -0.296 339 HD22 LEU1927 HD22 LEU1927 -1.840 4.504 -0.321 340 HD23 LEU1927 HD23 LEU1927 -1.335 3.702 -1.810 341 H ASN1928 HN ASN1928 -2.822 3.081 2.624 342 HA ASN1928 HA ASN1928 -0.954 5.332 2.477 343 HB2 ASN1928 HB2 ASN1928 -2.311 5.319 4.690 344 HB3 ASN1928 HB1 ASN1928 -1.454 3.838 5.080 345 HD21 ASN1928 HD21 ASN1928 -1.455 6.406 6.458 346 HD22 ASN1928 HD22 ASN1928 0.171 6.955 6.530 347 H VAL1929 HN VAL1929 1.259 4.639 2.743 348 HA VAL1929 HA VAL1929 1.757 2.290 1.315 349 HB VAL1929 HB VAL1929 3.299 4.124 1.114 350 HG11 VAL1929 HG11 VAL1929 4.037 3.733 4.002 351 HG12 VAL1929 HG12 VAL1929 3.064 5.054 3.354 352 HG13 VAL1929 HG13 VAL1929 4.749 4.883 2.872 353 HG21 VAL1929 HG21 VAL1929 4.306 2.006 0.703 354 HG22 VAL1929 HG22 VAL1929 4.534 1.747 2.428 355 HG23 VAL1929 HG23 VAL1929 5.476 2.987 1.610 356 H CYS1930 HN CYS1930 2.269 2.956 4.746 357 HA CYS1930 HA CYS1930 1.541 0.459 5.583 358 HB2 CYS1930 HB2 CYS1930 3.726 -0.301 4.634 359 HB3 CYS1930 HB1 CYS1930 4.547 0.825 5.715 360 H ALA1931 HN ALA1931 0.436 2.130 6.508 361 HA ALA1931 HA ALA1931 1.156 2.651 9.134 362 HB1 ALA1931 HB1 ALA1931 1.224 4.998 7.210 363 HB2 ALA1931 HB2 ALA1931 2.589 4.398 8.156 364 HB3 ALA1931 HB3 ALA1931 1.207 5.128 8.971 365 H GLU1932 HN GLU1932 -0.609 3.577 10.108 366 HA GLU1932 HA GLU1932 -3.109 2.947 9.142 367 HB2 GLU1932 HB2 GLU1932 -2.290 4.945 11.272 368 HB3 GLU1932 HB1 GLU1932 -3.947 4.445 10.996 369 HG2 GLU1932 HG2 GLU1932 -3.292 3.144 12.811 370 HG3 GLU1932 HG1 GLU1932 -3.131 2.059 11.456 371 H ALA1933 HN ALA1933 -4.471 3.921 7.721 372 HA ALA1933 HA ALA1933 -3.479 6.277 6.387 373 HB1 ALA1933 HB1 ALA1933 -4.272 4.377 5.056 374 HB2 ALA1933 HB2 ALA1933 -5.198 5.840 4.724 375 HB3 ALA1933 HB3 ALA1933 -5.885 4.576 5.740 376 H LYS1934 HN LYS1934 -4.161 8.202 6.672 377 HA LYS1934 HA LYS1934 -6.616 8.638 8.234 378 HB2 LYS1934 HB2 LYS1934 -4.466 9.480 9.188 379 HB3 LYS1934 HB1 LYS1934 -4.298 10.530 7.794 380 HG2 LYS1934 HG2 LYS1934 -6.288 11.739 8.430 381 HG3 LYS1934 HG1 LYS1934 -6.543 10.640 9.788 382 HD2 LYS1934 HD2 LYS1934 -4.337 11.325 10.689 383 HD3 LYS1934 HD1 LYS1934 -4.218 12.511 9.386 384 HE2 LYS1934 HE2 LYS1934 -5.027 13.514 11.468 385 HE3 LYS1934 HE1 LYS1934 -6.224 13.615 10.178 386 HZ1 LYS1934 HZ1 LYS1934 -7.451 11.841 11.128 387 HZ2 LYS1934 HZ2 LYS1934 -7.140 12.911 12.380 388 HZ3 LYS1934 HZ3 LYS1934 -6.248 11.468 12.228 389 H SER1935 HN SER1935 -5.278 8.833 5.141 390 HA SER1935 HA SER1935 -6.805 11.037 4.174 391 HB2 SER1935 HB2 SER1935 -6.055 10.001 1.941 392 HB3 SER1935 HB1 SER1935 -4.777 10.559 3.025 393 HG SER1935 HG SER1935 -5.713 7.913 2.679 394 H SER1936 HN SER1936 -8.940 10.770 4.481 395 HA SER1936 HA SER1936 -11.017 10.165 4.202 396 HB2 SER1936 HB2 SER1936 -9.995 8.160 2.187 397 HB3 SER1936 HB1 SER1936 -11.692 8.594 2.425 398 HG SER1936 HG SER1936 -9.709 9.932 1.103 399 H CYS1937 HN CYS1937 -8.820 7.553 4.830 400 HA CYS1937 HA CYS1937 -10.803 5.982 6.129 401 HB2 CYS1937 HB2 CYS1937 -7.781 5.777 6.377 402 HB3 CYS1937 HB1 CYS1937 -8.946 4.512 6.731 403 H ALA1938 HN ALA1938 -10.239 5.443 8.700 404 HA ALA1938 HA ALA1938 -9.615 8.026 9.915 405 HB1 ALA1938 HB1 ALA1938 -10.732 7.271 11.901 406 HB2 ALA1938 HB2 ALA1938 -10.975 5.684 11.205 407 HB3 ALA1938 HB3 ALA1938 -11.822 7.088 10.515 408 H ASN1939 HN ASN1939 -9.388 4.796 11.358 409 HA ASN1939 HA ASN1939 -6.708 5.488 12.059 410 HB2 ASN1939 HB2 ASN1939 -8.230 5.728 13.938 411 HB3 ASN1939 HB1 ASN1939 -8.738 4.053 13.754 412 HD21 ASN1939 HD21 ASN1939 -6.297 6.200 14.793 413 HD22 ASN1939 HD22 ASN1939 -5.340 5.038 15.638 414 H GLY1940 HN GLY1940 -8.954 2.749 11.962 415 HA2 GLY1940 HA2 GLY1940 -6.803 0.835 11.918 416 HA3 GLY1940 HA1 GLY1940 -8.520 0.484 11.930 417 H ALA1941 HN ALA1941 -8.871 2.260 9.572 418 HA ALA1941 HA ALA1941 -8.464 0.187 7.626 419 HB1 ALA1941 HB1 ALA1941 -9.676 1.695 6.121 420 HB2 ALA1941 HB2 ALA1941 -9.630 2.954 7.358 421 HB3 ALA1941 HB3 ALA1941 -10.530 1.468 7.645 422 H ALA1942 HN ALA1942 -7.004 0.190 5.957 423 HA ALA1942 HA ALA1942 -5.178 2.485 5.901 424 HB1 ALA1942 HB1 ALA1942 -4.428 -0.393 5.481 425 HB2 ALA1942 HB2 ALA1942 -4.123 0.549 6.938 426 HB3 ALA1942 HB3 ALA1942 -3.337 0.991 5.420 427 H VAL1943 HN VAL1943 -7.151 0.311 4.114 428 HA VAL1943 HA VAL1943 -6.477 1.817 1.690 429 HB VAL1943 HB VAL1943 -7.236 -1.128 1.776 430 HG11 VAL1943 HG11 VAL1943 -8.067 -0.017 -0.214 431 HG12 VAL1943 HG12 VAL1943 -6.755 -1.120 -0.635 432 HG13 VAL1943 HG13 VAL1943 -6.457 0.619 -0.554 433 HG21 VAL1943 HG21 VAL1943 -4.947 -0.841 2.551 434 HG22 VAL1943 HG22 VAL1943 -4.569 0.116 1.118 435 HG23 VAL1943 HG23 VAL1943 -4.972 -1.594 0.957 436 H CYS1944 HN CYS1944 -8.218 2.963 1.233 437 HA CYS1944 HA CYS1944 -10.852 1.797 1.767 438 HB2 CYS1944 HB2 CYS1944 -10.051 4.681 2.079 439 HB3 CYS1944 HB1 CYS1944 -11.648 4.005 2.352 440 H ILE1945 HN ILE1945 -11.883 1.557 -0.012 441 HA ILE1945 HA ILE1945 -11.290 3.184 -2.335 442 HB ILE1945 HB ILE1945 -13.478 1.093 -2.010 443 HG12 ILE1945 HG12 ILE1945 -11.376 0.008 -1.392 444 HG13 ILE1945 HG11 ILE1945 -11.913 -0.570 -2.960 445 HG21 ILE1945 HG21 ILE1945 -13.632 2.532 -3.969 446 HG22 ILE1945 HG22 ILE1945 -13.235 0.878 -4.437 447 HG23 ILE1945 HG23 ILE1945 -11.979 2.115 -4.415 448 HD11 ILE1945 HD11 ILE1945 -9.743 1.466 -2.470 449 HD12 ILE1945 HD12 ILE1945 -10.275 0.889 -4.050 450 HD13 ILE1945 HD13 ILE1945 -9.507 -0.225 -2.916 451 H THR1946 HN THR1946 -12.185 5.167 -2.178 452 HA THR1946 HA THR1946 -14.582 5.386 -0.516 453 HB THR1946 HB THR1946 -12.511 7.555 -0.885 454 HG1 THR1946 HG1 THR1946 -11.466 5.657 -0.129 455 HG21 THR1946 HG21 THR1946 -14.642 8.182 0.245 456 HG22 THR1946 HG22 THR1946 -13.271 8.179 1.385 457 HG23 THR1946 HG23 THR1946 -14.393 6.850 1.383 458 H ASP1947 HN ASP1947 -16.216 5.521 -2.023 459 HA ASP1947 HA ASP1947 -15.911 7.552 -4.072 460 HB2 ASP1947 HB2 ASP1947 -18.080 6.745 -5.064 461 HB3 ASP1947 HB1 ASP1947 -16.773 5.583 -5.131 462 H GLY1948 HN GLY1948 -16.312 9.337 -3.594 463 HA2 GLY1948 HA2 GLY1948 -17.353 11.229 -2.721 464 HA3 GLY1948 HA1 GLY1948 -18.774 10.226 -2.413 465 HA PRO1949 HA PRO1949 -17.192 10.476 1.783 466 HB2 PRO1949 HB2 PRO1949 -19.533 10.297 3.044 467 HB3 PRO1949 HB1 PRO1949 -19.073 11.782 2.202 468 HG2 PRO1949 HG2 PRO1949 -21.008 9.673 1.402 469 HG3 PRO1949 HG1 PRO1949 -21.046 11.416 1.084 470 HD2 PRO1949 HD2 PRO1949 -20.173 9.388 -0.686 471 HD3 PRO1949 HD1 PRO1949 -19.973 11.140 -0.898 472 H LYS1950 HN LYS1950 -18.681 7.992 0.022 473 HA LYS1950 HA LYS1950 -19.077 6.127 2.150 474 HB2 LYS1950 HB2 LYS1950 -20.475 5.967 0.171 475 HB3 LYS1950 HB1 LYS1950 -19.063 5.775 -0.853 476 HG2 LYS1950 HG2 LYS1950 -18.571 3.631 0.221 477 HG3 LYS1950 HG1 LYS1950 -19.994 3.825 1.246 478 HD2 LYS1950 HD2 LYS1950 -21.440 3.775 -0.673 479 HD3 LYS1950 HD1 LYS1950 -20.050 3.767 -1.760 480 HE2 LYS1950 HE2 LYS1950 -19.370 1.598 -0.885 481 HE3 LYS1950 HE1 LYS1950 -20.742 1.605 0.221 482 HZ1 LYS1950 HZ1 LYS1950 -22.241 1.503 -1.612 483 HZ2 LYS1950 HZ2 LYS1950 -21.068 0.300 -1.863 484 HZ3 LYS1950 HZ3 LYS1950 -21.000 1.764 -2.718 485 H THR1951 HN THR1951 -17.496 5.213 3.140 486 HA THR1951 HA THR1951 -14.920 4.985 1.794 487 HB THR1951 HB THR1951 -15.561 4.763 4.737 488 HG1 THR1951 HG1 THR1951 -15.996 6.806 3.280 489 HG21 THR1951 HG21 THR1951 -13.343 3.941 4.014 490 HG22 THR1951 HG22 THR1951 -13.201 5.404 4.990 491 HG23 THR1951 HG23 THR1951 -13.031 5.495 3.238 492 H LEU1952 HN LEU1952 -14.864 2.985 0.825 493 HA LEU1952 HA LEU1952 -15.908 0.670 2.255 494 HB2 LEU1952 HB2 LEU1952 -16.531 0.899 -0.091 495 HB3 LEU1952 HB1 LEU1952 -14.850 1.029 -0.555 496 HG LEU1952 HG LEU1952 -14.509 -1.328 0.152 497 HD11 LEU1952 HD11 LEU1952 -17.495 -1.323 0.521 498 HD12 LEU1952 HD12 LEU1952 -16.288 -1.498 1.793 499 HD13 LEU1952 HD13 LEU1952 -16.454 -2.745 0.556 500 HD21 LEU1952 HD21 LEU1952 -16.693 -0.882 -1.880 501 HD22 LEU1952 HD22 LEU1952 -15.694 -2.330 -1.746 502 HD23 LEU1952 HD23 LEU1952 -14.958 -0.789 -2.179 503 H ASN1953 HN ASN1953 -14.455 0.079 3.778 504 HA ASN1953 HA ASN1953 -11.637 0.261 3.334 505 HB2 ASN1953 HB2 ASN1953 -12.545 0.476 5.619 506 HB3 ASN1953 HB1 ASN1953 -13.177 -1.165 5.530 507 HD21 ASN1953 HD21 ASN1953 -11.930 -1.795 7.365 508 HD22 ASN1953 HD22 ASN1953 -10.229 -2.036 7.211 509 H ALA1954 HN ALA1954 -10.584 -1.035 2.106 510 HA ALA1954 HA ALA1954 -11.672 -3.684 1.499 511 HB1 ALA1954 HB1 ALA1954 -10.124 -3.675 -0.398 512 HB2 ALA1954 HB2 ALA1954 -9.458 -2.136 0.144 513 HB3 ALA1954 HB3 ALA1954 -11.133 -2.229 -0.402 514 H GLY1955 HN GLY1955 -9.261 -2.136 3.325 515 HA2 GLY1955 HA2 GLY1955 -8.266 -4.620 4.272 516 HA3 GLY1955 HA1 GLY1955 -7.103 -3.774 3.261 517 H LYS1956 HN LYS1956 -8.048 -4.242 6.337 518 HA LYS1956 HA LYS1956 -7.594 -1.584 7.311 519 HB2 LYS1956 HB2 LYS1956 -7.693 -2.574 9.537 520 HB3 LYS1956 HB1 LYS1956 -9.019 -3.192 8.562 521 HG2 LYS1956 HG2 LYS1956 -7.850 -5.248 8.192 522 HG3 LYS1956 HG1 LYS1956 -6.430 -4.624 9.029 523 HD2 LYS1956 HD2 LYS1956 -7.824 -4.423 11.075 524 HD3 LYS1956 HD1 LYS1956 -9.130 -5.232 10.198 525 HE2 LYS1956 HE2 LYS1956 -7.835 -6.807 11.564 526 HE3 LYS1956 HE1 LYS1956 -7.727 -7.174 9.843 527 HZ1 LYS1956 HZ1 LYS1956 -5.686 -5.648 11.366 528 HZ2 LYS1956 HZ2 LYS1956 -5.537 -6.203 9.762 529 HZ3 LYS1956 HZ3 LYS1956 -5.564 -7.300 11.035 530 H LEU1957 HN LEU1957 -5.834 -1.275 8.933 531 HA LEU1957 HA LEU1957 -3.396 -1.477 7.614 532 HB2 LEU1957 HB2 LEU1957 -3.943 0.380 9.054 533 HB3 LEU1957 HB1 LEU1957 -4.084 -0.665 10.438 534 HG LEU1957 HG LEU1957 -2.053 0.847 10.327 535 HD11 LEU1957 HD11 LEU1957 -0.490 -0.817 11.185 536 HD12 LEU1957 HD12 LEU1957 -1.577 -2.101 10.646 537 HD13 LEU1957 HD13 LEU1957 -2.098 -0.966 11.893 538 HD21 LEU1957 HD21 LEU1957 -1.487 0.572 7.984 539 HD22 LEU1957 HD22 LEU1957 -1.157 -1.143 8.246 540 HD23 LEU1957 HD23 LEU1957 -0.142 0.080 9.012 541 H SER1958 HN SER1958 -2.272 -3.221 7.294 542 HA SER1958 HA SER1958 -1.656 -4.908 9.560 543 HB2 SER1958 HB2 SER1958 -0.916 -6.459 7.552 544 HB3 SER1958 HB1 SER1958 -2.619 -6.375 8.008 545 HG SER1958 HG SER1958 -1.690 -5.950 5.643 546 H LYS1959 HN LYS1959 0.174 -4.247 10.366 547 HA LYS1959 HA LYS1959 2.009 -2.533 8.830 548 HB2 LYS1959 HB2 LYS1959 1.093 -2.102 11.187 549 HB3 LYS1959 HB1 LYS1959 2.215 -3.321 11.759 550 HG2 LYS1959 HG2 LYS1959 4.071 -1.933 11.165 551 HG3 LYS1959 HG1 LYS1959 3.021 -0.810 10.298 552 HD2 LYS1959 HD2 LYS1959 2.983 -1.316 13.299 553 HD3 LYS1959 HD1 LYS1959 3.667 0.102 12.504 554 HE2 LYS1959 HE2 LYS1959 1.359 0.619 11.596 555 HE3 LYS1959 HE1 LYS1959 0.754 -0.729 12.549 556 HZ1 LYS1959 HZ1 LYS1959 0.348 1.328 13.638 557 HZ2 LYS1959 HZ2 LYS1959 1.951 1.752 13.676 558 HZ3 LYS1959 HZ3 LYS1959 1.415 0.430 14.579 559 H THR1960 HN THR1960 1.927 -5.101 7.983 560 HA THR1960 HA THR1960 4.343 -6.456 8.956 561 HB THR1960 HB THR1960 3.310 -8.448 7.823 562 HG1 THR1960 HG1 THR1960 1.906 -6.860 6.593 563 HG21 THR1960 HG21 THR1960 1.628 -7.120 9.964 564 HG22 THR1960 HG22 THR1960 3.065 -8.111 10.247 565 HG23 THR1960 HG23 THR1960 1.610 -8.837 9.561 566 H LEU1961 HN LEU1961 6.046 -6.301 7.583 567 HA LEU1961 HA LEU1961 5.503 -5.702 4.772 568 HB2 LEU1961 HB2 LEU1961 6.547 -3.851 6.133 569 HB3 LEU1961 HB1 LEU1961 7.910 -4.906 6.414 570 HG LEU1961 HG LEU1961 8.395 -4.944 4.023 571 HD11 LEU1961 HD11 LEU1961 6.132 -4.618 3.174 572 HD12 LEU1961 HD12 LEU1961 7.225 -3.400 2.514 573 HD13 LEU1961 HD13 LEU1961 6.115 -2.974 3.816 574 HD21 LEU1961 HD21 LEU1961 9.469 -3.276 5.439 575 HD22 LEU1961 HD22 LEU1961 8.116 -2.173 5.181 576 HD23 LEU1961 HD23 LEU1961 9.158 -2.622 3.832 577 H THR1962 HN THR1962 6.539 -7.030 3.287 578 HA THR1962 HA THR1962 8.500 -8.890 4.269 579 HB THR1962 HB THR1962 6.592 -10.097 4.892 580 HG1 THR1962 HG1 THR1962 6.418 -11.759 3.068 581 HG21 THR1962 HG21 THR1962 5.319 -9.412 2.239 582 HG22 THR1962 HG22 THR1962 4.904 -8.789 3.845 583 HG23 THR1962 HG23 THR1962 4.617 -10.489 3.463 584 H TYR1963 HN TYR1963 9.576 -10.010 2.504 585 HA TYR1963 HA TYR1963 9.040 -8.732 -0.056 586 HB2 TYR1963 HB2 TYR1963 11.469 -8.985 -0.605 587 HB3 TYR1963 HB1 TYR1963 11.164 -7.866 0.711 588 HD1 TYR1963 HD1 TYR1963 12.562 -11.119 -0.219 589 HD2 TYR1963 HD2 TYR1963 11.959 -8.372 2.966 590 HE1 TYR1963 HE1 TYR1963 14.170 -12.361 1.148 591 HE2 TYR1963 HE2 TYR1963 13.579 -9.608 4.344 592 HH TYR1963 HH TYR1963 14.492 -11.868 4.474 593 H GLU1964 HN GLU1964 8.900 -9.981 -1.792 594 HA GLU1964 HA GLU1964 9.264 -12.846 -1.361 595 HB2 GLU1964 HB2 GLU1964 6.833 -12.207 -1.251 596 HB3 GLU1964 HB1 GLU1964 6.970 -11.575 -2.883 597 HG2 GLU1964 HG2 GLU1964 7.537 -13.815 -3.698 598 HG3 GLU1964 HG1 GLU1964 7.392 -14.439 -2.059 599 H ASP1965 HN ASP1965 11.046 -13.047 -2.439 600 HA ASP1965 HA ASP1965 12.648 -12.972 -4.022 601 HB2 ASP1965 HB2 ASP1965 11.297 -14.722 -4.950 602 HB3 ASP1965 HB1 ASP1965 10.246 -13.557 -5.741 603 H GLN1966 HN GLN1966 13.360 -10.932 -3.814 604 HA GLN1966 HA GLN1966 14.207 -8.990 -4.572 605 HB2 GLN1966 HB2 GLN1966 13.004 -9.789 -7.210 606 HB3 GLN1966 HB1 GLN1966 14.237 -8.558 -6.968 607 HG2 GLN1966 HG2 GLN1966 15.825 -10.184 -6.264 608 HG3 GLN1966 HG1 GLN1966 14.594 -11.444 -6.213 609 HE21 GLN1966 HE21 GLN1966 15.619 -12.736 -7.627 610 HE22 GLN1966 HE22 GLN1966 15.784 -12.391 -9.313 611 H VAL1967 HN VAL1967 10.827 -9.395 -4.717 612 HA VAL1967 HA VAL1967 10.469 -6.506 -5.121 613 HB VAL1967 HB VAL1967 8.335 -8.660 -5.381 614 HG11 VAL1967 HG11 VAL1967 7.006 -6.938 -6.481 615 HG12 VAL1967 HG12 VAL1967 8.282 -5.760 -6.168 616 HG13 VAL1967 HG13 VAL1967 7.417 -6.501 -4.821 617 HG21 VAL1967 HG21 VAL1967 9.855 -7.261 -7.583 618 HG22 VAL1967 HG22 VAL1967 8.486 -8.351 -7.812 619 HG23 VAL1967 HG23 VAL1967 9.997 -8.962 -7.140 620 H LEU1968 HN LEU1968 9.547 -5.336 -3.504 621 HA LEU1968 HA LEU1968 9.226 -6.668 -0.953 622 HB2 LEU1968 HB2 LEU1968 10.446 -4.508 -1.152 623 HB3 LEU1968 HB1 LEU1968 8.981 -3.756 -1.748 624 HG LEU1968 HG LEU1968 7.907 -4.132 0.428 625 HD11 LEU1968 HD11 LEU1968 9.266 -4.865 2.331 626 HD12 LEU1968 HD12 LEU1968 10.614 -5.166 1.239 627 HD13 LEU1968 HD13 LEU1968 9.143 -6.132 1.107 628 HD21 LEU1968 HD21 LEU1968 10.572 -2.727 0.575 629 HD22 LEU1968 HD22 LEU1968 9.221 -2.494 1.685 630 HD23 LEU1968 HD23 LEU1968 9.057 -2.035 -0.007 631 H LYS1969 HN LYS1969 7.209 -6.903 0.054 632 HA LYS1969 HA LYS1969 4.902 -5.952 -1.440 633 HB2 LYS1969 HB2 LYS1969 5.463 -8.839 -0.808 634 HB3 LYS1969 HB1 LYS1969 3.851 -8.244 -1.164 635 HG2 LYS1969 HG2 LYS1969 4.530 -7.559 -3.376 636 HG3 LYS1969 HG1 LYS1969 6.206 -7.979 -3.021 637 HD2 LYS1969 HD2 LYS1969 5.604 -10.313 -2.808 638 HD3 LYS1969 HD1 LYS1969 3.901 -9.919 -3.061 639 HE2 LYS1969 HE2 LYS1969 6.082 -9.356 -5.062 640 HE3 LYS1969 HE1 LYS1969 5.086 -10.808 -5.077 641 HZ1 LYS1969 HZ1 LYS1969 4.033 -8.013 -5.382 642 HZ2 LYS1969 HZ2 LYS1969 3.135 -9.424 -5.335 643 HZ3 LYS1969 HZ3 LYS1969 4.202 -9.167 -6.602 644 H LEU1970 HN LEU1970 2.988 -5.923 -0.338 645 HA LEU1970 HA LEU1970 2.883 -6.651 2.449 646 HB2 LEU1970 HB2 LEU1970 3.797 -4.235 2.074 647 HB3 LEU1970 HB1 LEU1970 2.168 -3.853 1.568 648 HG LEU1970 HG LEU1970 2.998 -4.818 4.310 649 HD11 LEU1970 HD11 LEU1970 2.516 -2.543 5.008 650 HD12 LEU1970 HD12 LEU1970 2.205 -2.102 3.328 651 HD13 LEU1970 HD13 LEU1970 3.818 -2.615 3.822 652 HD21 LEU1970 HD21 LEU1970 0.747 -4.194 5.023 653 HD22 LEU1970 HD22 LEU1970 0.681 -5.449 3.783 654 HD23 LEU1970 HD23 LEU1970 0.328 -3.775 3.361 655 H VAL1971 HN VAL1971 0.760 -7.230 2.879 656 HA VAL1971 HA VAL1971 -1.171 -6.607 0.795 657 HB VAL1971 HB VAL1971 -2.308 -8.780 1.228 658 HG11 VAL1971 HG11 VAL1971 0.552 -9.023 0.322 659 HG12 VAL1971 HG12 VAL1971 -0.838 -8.584 -0.673 660 HG13 VAL1971 HG13 VAL1971 -0.724 -10.204 0.014 661 HG21 VAL1971 HG21 VAL1971 -1.098 -10.593 2.394 662 HG22 VAL1971 HG22 VAL1971 -1.488 -9.257 3.475 663 HG23 VAL1971 HG23 VAL1971 0.156 -9.438 2.861 664 H TYR1972 HN TYR1972 -2.885 -5.619 1.433 665 HA TYR1972 HA TYR1972 -3.489 -5.531 4.311 666 HB2 TYR1972 HB2 TYR1972 -4.260 -3.666 2.071 667 HB3 TYR1972 HB1 TYR1972 -4.955 -3.586 3.678 668 HD1 TYR1972 HD2 TYR1972 -3.500 -2.944 5.596 669 HD2 TYR1972 HD1 TYR1972 -2.150 -2.772 1.586 670 HE1 TYR1972 HE2 TYR1972 -1.624 -1.528 6.293 671 HE2 TYR1972 HE1 TYR1972 -0.271 -1.364 2.269 672 HH TYR1972 HH TYR1972 0.459 -0.884 5.582 673 H GLU1973 HN GLU1973 -5.309 -6.467 5.000 674 HA GLU1973 HA GLU1973 -7.491 -6.757 3.159 675 HB2 GLU1973 HB2 GLU1973 -7.814 -9.143 3.607 676 HB3 GLU1973 HB1 GLU1973 -6.279 -8.847 2.813 677 HG2 GLU1973 HG2 GLU1973 -5.117 -9.142 4.918 678 HG3 GLU1973 HG1 GLU1973 -6.651 -9.368 5.755 679 H ASP1974 HN ASP1974 -9.357 -7.745 4.312 680 HA ASP1974 HA ASP1974 -10.863 -7.941 5.933 681 HB2 ASP1974 HB2 ASP1974 -9.053 -8.727 7.488 682 HB3 ASP1974 HB1 ASP1974 -8.833 -7.052 7.991 683 H GLY1975 HN GLY1975 -12.301 -6.537 5.454 684 HA2 GLY1975 HA2 GLY1975 -12.194 -3.967 6.765 685 HA3 GLY1975 HA1 GLY1975 -12.251 -3.944 5.006 686 H ASP1976 HN ASP1976 -14.139 -3.960 4.095 687 HA ASP1976 HA ASP1976 -16.488 -4.582 5.736 688 HB2 ASP1976 HB2 ASP1976 -16.416 -2.341 4.691 689 HB3 ASP1976 HB1 ASP1976 -16.271 -3.093 3.105 690 HA PRO1977 HA PRO1977 -16.688 -8.340 3.336 691 HB2 PRO1977 HB2 PRO1977 -19.152 -9.138 4.303 692 HB3 PRO1977 HB1 PRO1977 -17.611 -9.476 5.099 693 HG2 PRO1977 HG2 PRO1977 -19.645 -7.386 5.702 694 HG3 PRO1977 HG1 PRO1977 -18.603 -8.300 6.806 695 HD2 PRO1977 HD2 PRO1977 -18.132 -5.714 6.092 696 HD3 PRO1977 HD1 PRO1977 -16.848 -6.852 6.543 697 H CYS1978 HN CYS1978 -16.998 -7.834 1.299 698 HA CYS1978 HA CYS1978 -19.198 -6.394 0.222 699 HB2 CYS1978 HB2 CYS1978 -17.164 -8.191 -1.136 700 HB3 CYS1978 HB1 CYS1978 -18.201 -7.018 -1.944 701 HA PRO1979 HA PRO1979 -22.292 -9.594 -0.402 702 HB2 PRO1979 HB2 PRO1979 -22.194 -9.015 -3.329 703 HB3 PRO1979 HB1 PRO1979 -23.588 -9.064 -2.238 704 HG2 PRO1979 HG2 PRO1979 -22.665 -6.724 -3.026 705 HG3 PRO1979 HG1 PRO1979 -23.107 -6.989 -1.321 706 HD2 PRO1979 HD2 PRO1979 -20.380 -6.938 -2.575 707 HD3 PRO1979 HD1 PRO1979 -20.935 -6.193 -1.059 708 H THR1980 HN THR1980 -19.503 -9.650 -2.699 709 HA THR1980 HA THR1980 -19.831 -12.327 -3.417 710 HB THR1980 HB THR1980 -17.563 -11.524 -4.348 711 HG1 THR1980 HG1 THR1980 -17.118 -9.690 -3.397 712 HG21 THR1980 HG21 THR1980 -20.177 -10.262 -5.216 713 HG22 THR1980 HG22 THR1980 -19.613 -11.864 -5.699 714 HG23 THR1980 HG23 THR1980 -18.740 -10.424 -6.226 715 H ASP1981 HN ASP1981 -18.511 -10.532 -0.810 716 HA ASP1981 HA ASP1981 -16.455 -12.537 -0.269 717 HB2 ASP1981 HB2 ASP1981 -16.151 -9.540 -0.027 718 HB3 ASP1981 HB1 ASP1981 -14.958 -10.727 0.495 719 H LEU1982 HN LEU1982 -18.320 -13.213 0.947 720 HA LEU1982 HA LEU1982 -18.858 -11.793 3.459 721 HB2 LEU1982 HB2 LEU1982 -19.977 -14.355 2.345 722 HB3 LEU1982 HB1 LEU1982 -20.576 -13.458 3.722 723 HG LEU1982 HG LEU1982 -20.550 -12.310 0.952 724 HD11 LEU1982 HD11 LEU1982 -22.858 -13.034 0.775 725 HD12 LEU1982 HD12 LEU1982 -22.732 -13.835 2.352 726 HD13 LEU1982 HD13 LEU1982 -21.767 -14.416 0.992 727 HD21 LEU1982 HD21 LEU1982 -22.114 -11.706 3.452 728 HD22 LEU1982 HD22 LEU1982 -22.280 -10.869 1.902 729 HD23 LEU1982 HD23 LEU1982 -20.770 -10.758 2.815 730 H LYS1983 HN LYS1983 -17.846 -14.855 2.125 731 HA LYS1983 HA LYS1983 -16.918 -15.858 4.730 732 HB2 LYS1983 HB2 LYS1983 -17.754 -17.146 2.157 733 HB3 LYS1983 HB1 LYS1983 -17.046 -18.069 3.493 734 HG2 LYS1983 HG2 LYS1983 -18.989 -17.348 4.861 735 HG3 LYS1983 HG1 LYS1983 -19.645 -16.538 3.431 736 HD2 LYS1983 HD2 LYS1983 -19.715 -18.652 2.236 737 HD3 LYS1983 HD1 LYS1983 -18.985 -19.476 3.611 738 HE2 LYS1983 HE2 LYS1983 -21.341 -19.902 3.621 739 HE3 LYS1983 HE1 LYS1983 -20.954 -18.842 4.971 740 HZ1 LYS1983 HZ1 LYS1983 -21.790 -16.947 3.628 741 HZ2 LYS1983 HZ2 LYS1983 -22.925 -18.143 3.904 742 HZ3 LYS1983 HZ3 LYS1983 -22.206 -18.053 2.391 743 H MET1984 HN MET1984 -15.517 -14.032 2.661 744 HA MET1984 HA MET1984 -13.004 -15.262 2.579 745 HB2 MET1984 HB2 MET1984 -12.842 -15.157 0.077 746 HB3 MET1984 HB1 MET1984 -13.958 -16.396 0.633 747 HG2 MET1984 HG2 MET1984 -15.835 -14.782 0.193 748 HG3 MET1984 HG1 MET1984 -14.651 -13.704 -0.538 749 HE1 MET1984 HE1 MET1984 -12.727 -15.613 -2.107 750 HE2 MET1984 HE2 MET1984 -13.456 -14.188 -2.867 751 HE3 MET1984 HE3 MET1984 -13.517 -15.746 -3.679 752 H LYS1985 HN LYS1985 -11.614 -13.655 2.486 753 HA LYS1985 HA LYS1985 -12.531 -11.001 1.633 754 HB2 LYS1985 HB2 LYS1985 -11.461 -9.881 3.485 755 HB3 LYS1985 HB1 LYS1985 -12.474 -11.135 4.160 756 HG2 LYS1985 HG2 LYS1985 -10.333 -12.530 4.331 757 HG3 LYS1985 HG1 LYS1985 -9.471 -11.026 4.000 758 HD2 LYS1985 HD2 LYS1985 -10.842 -10.019 5.912 759 HD3 LYS1985 HD1 LYS1985 -11.272 -11.672 6.327 760 HE2 LYS1985 HE2 LYS1985 -8.548 -10.378 6.373 761 HE3 LYS1985 HE1 LYS1985 -9.450 -11.047 7.722 762 HZ1 LYS1985 HZ1 LYS1985 -8.047 -12.425 5.553 763 HZ2 LYS1985 HZ2 LYS1985 -9.178 -13.262 6.492 764 HZ3 LYS1985 HZ3 LYS1985 -7.781 -12.597 7.213 765 H HIS1986 HN HIS1986 -10.814 -9.680 0.691 766 HA HIS1986 HA HIS1986 -8.688 -11.487 -0.208 767 HB2 HIS1986 HB2 HIS1986 -10.115 -9.382 -1.765 768 HB3 HIS1986 HB1 HIS1986 -8.553 -10.021 -2.261 769 HD1 HIS1986 HD1 HIS1986 -8.720 -11.867 -3.837 770 HD2 HIS1986 HD2 HIS1986 -12.021 -11.633 -1.364 771 HE1 HIS1986 HE1 HIS1986 -10.311 -13.590 -4.681 772 HE2 HIS1986 HE2 HIS1986 -12.412 -12.874 -3.501 773 H LYS1987 HN LYS1987 -6.799 -10.502 -1.066 774 HA LYS1987 HA LYS1987 -5.819 -8.601 0.874 775 HB2 LYS1987 HB2 LYS1987 -4.425 -10.346 -1.152 776 HB3 LYS1987 HB1 LYS1987 -3.608 -9.160 -0.161 777 HG2 LYS1987 HG2 LYS1987 -3.211 -11.267 0.798 778 HG3 LYS1987 HG1 LYS1987 -4.362 -10.451 1.841 779 HD2 LYS1987 HD2 LYS1987 -6.172 -11.805 0.963 780 HD3 LYS1987 HD1 LYS1987 -5.082 -12.541 -0.226 781 HE2 LYS1987 HE2 LYS1987 -3.723 -13.455 1.552 782 HE3 LYS1987 HE1 LYS1987 -4.731 -12.673 2.755 783 HZ1 LYS1987 HZ1 LYS1987 -6.566 -14.131 2.088 784 HZ2 LYS1987 HZ2 LYS1987 -5.204 -14.939 2.615 785 HZ3 LYS1987 HZ3 LYS1987 -5.533 -14.919 0.969 786 H SER1988 HN SER1988 -5.288 -6.629 0.316 787 HA SER1988 HA SER1988 -5.384 -5.848 -2.467 788 HB2 SER1988 HB2 SER1988 -4.948 -4.254 0.080 789 HB3 SER1988 HB1 SER1988 -5.187 -3.576 -1.552 790 HG SER1988 HG SER1988 -7.007 -4.993 0.078 791 H TYR1989 HN TYR1989 -3.597 -6.093 -3.558 792 HA TYR1989 HA TYR1989 -1.154 -6.863 -2.205 793 HB2 TYR1989 HB2 TYR1989 -1.833 -6.835 -5.144 794 HB3 TYR1989 HB1 TYR1989 -0.404 -7.547 -4.416 795 HD1 TYR1989 HD1 TYR1989 -4.008 -7.909 -4.946 796 HD2 TYR1989 HD2 TYR1989 -0.532 -9.649 -3.236 797 HE1 TYR1989 HE1 TYR1989 -5.207 -10.036 -4.679 798 HE2 TYR1989 HE2 TYR1989 -1.716 -11.773 -2.965 799 HH TYR1989 HH TYR1989 -4.830 -12.319 -4.385 800 H PHE1990 HN PHE1990 0.215 -5.312 -1.685 801 HA PHE1990 HA PHE1990 0.660 -3.140 -3.569 802 HB2 PHE1990 HB2 PHE1990 1.234 -3.423 -0.617 803 HB3 PHE1990 HB1 PHE1990 1.930 -2.142 -1.599 804 HD1 PHE1990 HD1 PHE1990 -1.309 -3.638 -0.627 805 HD2 PHE1990 HD2 PHE1990 0.771 -0.138 -1.828 806 HE1 PHE1990 HE1 PHE1990 -3.327 -2.307 -0.225 807 HE2 PHE1990 HE2 PHE1990 -1.247 1.202 -1.428 808 HZ PHE1990 HZ PHE1990 -3.258 0.191 -0.659 809 H SER1991 HN SER1991 2.157 -3.787 -4.952 810 HA SER1991 HA SER1991 4.471 -5.239 -3.943 811 HB2 SER1991 HB2 SER1991 3.642 -4.606 -6.790 812 HB3 SER1991 HB1 SER1991 4.989 -5.639 -6.306 813 HG SER1991 HG SER1991 2.288 -6.121 -6.338 814 H PHE1992 HN PHE1992 6.113 -4.062 -3.329 815 HA PHE1992 HA PHE1992 6.387 -1.329 -4.285 816 HB2 PHE1992 HB2 PHE1992 7.759 -2.750 -1.991 817 HB3 PHE1992 HB1 PHE1992 7.902 -1.040 -2.379 818 HD1 PHE1992 HD2 PHE1992 5.904 0.434 -2.145 819 HD2 PHE1992 HD1 PHE1992 5.968 -3.567 -0.721 820 HE1 PHE1992 HE2 PHE1992 3.984 0.922 -0.701 821 HE2 PHE1992 HE1 PHE1992 4.046 -3.085 0.725 822 HZ PHE1992 HZ PHE1992 3.031 -0.852 0.717 823 H VAL1993 HN VAL1993 7.759 -0.939 -5.787 824 HA VAL1993 HA VAL1993 10.139 -2.556 -6.123 825 HB VAL1993 HB VAL1993 8.765 -3.712 -7.643 826 HG11 VAL1993 HG11 VAL1993 7.527 -1.085 -8.419 827 HG12 VAL1993 HG12 VAL1993 6.796 -2.370 -7.446 828 HG13 VAL1993 HG13 VAL1993 7.147 -2.649 -9.152 829 HG21 VAL1993 HG21 VAL1993 9.875 -1.455 -9.296 830 HG22 VAL1993 HG22 VAL1993 9.367 -3.029 -9.913 831 HG23 VAL1993 HG23 VAL1993 10.753 -2.912 -8.821 832 H CYS1994 HN CYS1994 11.894 -1.390 -6.811 833 HA CYS1994 HA CYS1994 11.943 1.358 -6.562 834 HB2 CYS1994 HB2 CYS1994 13.876 -0.460 -7.983 835 HB3 CYS1994 HB1 CYS1994 14.218 1.201 -7.523 836 H LYS1995 HN LYS1995 12.293 3.018 -8.078 837 HA LYS1995 HA LYS1995 11.819 2.412 -10.881 838 HB2 LYS1995 HB2 LYS1995 9.674 3.262 -9.962 839 HB3 LYS1995 HB1 LYS1995 10.514 4.659 -9.303 840 HG2 LYS1995 HG2 LYS1995 11.062 5.419 -11.550 841 HG3 LYS1995 HG1 LYS1995 10.287 3.994 -12.235 842 HD2 LYS1995 HD2 LYS1995 8.143 4.739 -11.271 843 HD3 LYS1995 HD1 LYS1995 8.946 6.185 -10.652 844 HE2 LYS1995 HE2 LYS1995 9.558 6.815 -12.952 845 HE3 LYS1995 HE1 LYS1995 8.721 5.387 -13.553 846 HZ1 LYS1995 HZ1 LYS1995 6.637 6.290 -12.739 847 HZ2 LYS1995 HZ2 LYS1995 7.401 7.456 -13.704 848 HZ3 LYS1995 HZ3 LYS1995 7.444 7.590 -12.037 849 H SER1996 HN SER1996 13.202 3.573 -12.144 850 HA SER1996 HA SER1996 15.128 5.171 -10.695 851 HB2 SER1996 HB2 SER1996 15.155 4.295 -13.590 852 HB3 SER1996 HB1 SER1996 16.469 5.134 -12.759 853 HG SER1996 HG SER1996 15.894 3.107 -11.215 854 H ASP1997 HN ASP1997 13.365 6.466 -10.293 855 HA ASP1997 HA ASP1997 13.596 9.011 -11.345 856 HB2 ASP1997 HB2 ASP1997 12.237 8.204 -13.266 857 HB3 ASP1997 HB1 ASP1997 11.011 7.608 -12.157 858 H ALA1998 HN ALA1998 10.497 7.648 -10.486 859 HA ALA1998 HA ALA1998 9.219 7.571 -8.698 860 HB1 ALA1998 HB1 ALA1998 11.737 7.698 -7.059 861 HB2 ALA1998 HB2 ALA1998 11.058 6.247 -7.798 862 HB3 ALA1998 HB3 ALA1998 10.153 7.094 -6.535 863 H GLY1999 HN GLY1999 10.930 10.246 -9.435 864 HA2 GLY1999 HA2 GLY1999 10.764 12.459 -8.990 865 HA3 GLY1999 HA1 GLY1999 9.134 12.061 -8.451 866 H ASP2000 HN ASP2000 8.712 12.514 -6.529 867 HA ASP2000 HA ASP2000 10.709 12.284 -4.366 868 HB2 ASP2000 HB2 ASP2000 10.414 14.693 -4.788 869 HB3 ASP2000 HB1 ASP2000 8.665 14.507 -4.684 870 H ASP2001 HN ASP2001 7.387 12.635 -5.347 871 HA ASP2001 HA ASP2001 6.412 11.240 -3.012 872 HB2 ASP2001 HB2 ASP2001 5.455 13.478 -3.871 873 HB3 ASP2001 HB1 ASP2001 4.861 12.530 -5.238 874 H SER2002 HN SER2002 7.308 9.423 -3.726 875 HA SER2002 HA SER2002 7.222 8.098 -6.125 876 HB2 SER2002 HB2 SER2002 6.946 6.843 -3.405 877 HB3 SER2002 HB1 SER2002 7.562 6.065 -4.869 878 HG SER2002 HG SER2002 8.850 8.315 -4.581 879 H GLN2003 HN GLN2003 5.656 7.522 -7.369 880 HA GLN2003 HA GLN2003 2.960 7.700 -6.531 881 HB2 GLN2003 HB2 GLN2003 2.416 7.197 -8.872 882 HB3 GLN2003 HB1 GLN2003 3.528 8.542 -8.678 883 HG2 GLN2003 HG2 GLN2003 5.384 7.167 -9.362 884 HG3 GLN2003 HG1 GLN2003 4.357 5.737 -9.395 885 HE21 GLN2003 HE21 GLN2003 2.101 7.055 -10.599 886 HE22 GLN2003 HE22 GLN2003 2.538 7.414 -12.231 887 HA PRO2004 HA PRO2004 2.222 3.342 -6.022 888 HB2 PRO2004 HB2 PRO2004 -0.351 3.654 -5.145 889 HB3 PRO2004 HB1 PRO2004 1.047 3.814 -4.078 890 HG2 PRO2004 HG2 PRO2004 -0.708 5.893 -5.214 891 HG3 PRO2004 HG1 PRO2004 0.248 5.924 -3.723 892 HD2 PRO2004 HD2 PRO2004 0.885 7.154 -6.181 893 HD3 PRO2004 HD1 PRO2004 1.964 6.952 -4.789 894 H VAL2005 HN VAL2005 2.012 2.508 -8.046 895 HA VAL2005 HA VAL2005 0.100 3.624 -9.878 896 HB VAL2005 HB VAL2005 1.986 1.261 -10.182 897 HG11 VAL2005 HG11 VAL2005 0.408 2.756 -12.266 898 HG12 VAL2005 HG12 VAL2005 0.109 1.109 -11.706 899 HG13 VAL2005 HG13 VAL2005 1.593 1.489 -12.583 900 HG21 VAL2005 HG21 VAL2005 3.376 2.783 -11.522 901 HG22 VAL2005 HG22 VAL2005 3.217 3.330 -9.854 902 HG23 VAL2005 HG23 VAL2005 2.282 4.110 -11.131 903 H PHE2006 HN PHE2006 -1.901 2.983 -9.808 904 HA PHE2006 HA PHE2006 -2.536 0.486 -8.483 905 HB2 PHE2006 HB2 PHE2006 -4.850 1.211 -8.499 906 HB3 PHE2006 HB1 PHE2006 -3.857 2.533 -7.913 907 HD1 PHE2006 HD2 PHE2006 -3.328 4.432 -9.556 908 HD2 PHE2006 HD1 PHE2006 -6.304 1.477 -10.302 909 HE1 PHE2006 HE2 PHE2006 -4.359 5.893 -11.246 910 HE2 PHE2006 HE1 PHE2006 -7.335 2.931 -11.991 911 HZ PHE2006 HZ PHE2006 -6.364 5.141 -12.467 912 H LEU2007 HN LEU2007 -3.200 -1.270 -9.535 913 HA LEU2007 HA LEU2007 -3.192 -1.195 -12.410 914 HB2 LEU2007 HB2 LEU2007 -3.809 -3.425 -10.442 915 HB3 LEU2007 HB1 LEU2007 -3.952 -3.631 -12.171 916 HG LEU2007 HG LEU2007 -1.494 -3.173 -12.376 917 HD11 LEU2007 HD11 LEU2007 -1.485 -3.366 -9.369 918 HD12 LEU2007 HD12 LEU2007 -1.112 -1.931 -10.319 919 HD13 LEU2007 HD13 LEU2007 -0.065 -3.348 -10.412 920 HD21 LEU2007 HD21 LEU2007 -0.787 -5.359 -11.557 921 HD22 LEU2007 HD22 LEU2007 -2.353 -5.441 -12.375 922 HD23 LEU2007 HD23 LEU2007 -2.270 -5.479 -10.612 923 H SER2008 HN SER2008 -5.476 -1.867 -9.808 924 HA SER2008 HA SER2008 -7.417 -0.090 -10.365 925 HB2 SER2008 HB2 SER2008 -7.765 -1.350 -12.555 926 HB3 SER2008 HB1 SER2008 -8.151 -2.782 -11.608 927 HG SER2008 HG SER2008 -9.930 -1.614 -10.716 928 H PHE2009 HN PHE2009 -9.347 -0.571 -8.993 929 HA PHE2009 HA PHE2009 -8.828 -2.682 -7.096 930 HB2 PHE2009 HB2 PHE2009 -9.486 -0.586 -6.086 931 HB3 PHE2009 HB1 PHE2009 -10.819 -0.392 -7.218 932 HD1 PHE2009 HD1 PHE2009 -9.596 -2.729 -4.585 933 HD2 PHE2009 HD2 PHE2009 -12.939 -0.973 -6.537 934 HE1 PHE2009 HE1 PHE2009 -11.089 -3.817 -2.984 935 HE2 PHE2009 HE2 PHE2009 -14.451 -2.058 -4.941 936 HZ PHE2009 HZ PHE2009 -13.533 -3.490 -3.155 937 H ASP2010 HN ASP2010 -9.868 -4.553 -7.326 938 HA ASP2010 HA ASP2010 -11.960 -4.611 -9.317 939 HB2 ASP2010 HB2 ASP2010 -10.183 -6.793 -8.260 940 HB3 ASP2010 HB1 ASP2010 -11.693 -7.164 -9.088 941 H GLU2011 HN GLU2011 -13.814 -4.477 -8.725 942 HA GLU2011 HA GLU2011 -14.585 -4.821 -5.969 943 HB2 GLU2011 HB2 GLU2011 -16.726 -3.905 -6.755 944 HB3 GLU2011 HB1 GLU2011 -15.362 -2.892 -7.204 945 HG2 GLU2011 HG2 GLU2011 -15.418 -3.967 -9.455 946 HG3 GLU2011 HG1 GLU2011 -16.915 -4.760 -8.971 947 H GLN2012 HN GLN2012 -14.439 -6.604 -8.768 948 HA GLN2012 HA GLN2012 -16.429 -8.391 -8.984 949 HB2 GLN2012 HB2 GLN2012 -14.394 -8.283 -10.344 950 HB3 GLN2012 HB1 GLN2012 -13.458 -8.913 -9.006 951 HG2 GLN2012 HG2 GLN2012 -14.645 -11.014 -9.152 952 HG3 GLN2012 HG1 GLN2012 -15.637 -10.371 -10.464 953 HE21 GLN2012 HE21 GLN2012 -14.964 -11.843 -11.908 954 HE22 GLN2012 HE22 GLN2012 -13.373 -11.910 -12.586 955 H THR2013 HN THR2013 -13.559 -8.991 -6.920 956 HA THR2013 HA THR2013 -15.298 -9.924 -4.860 957 HB THR2013 HB THR2013 -14.838 -12.010 -5.983 958 HG1 THR2013 HG1 THR2013 -14.179 -11.677 -3.493 959 HG21 THR2013 HG21 THR2013 -12.570 -12.879 -6.415 960 HG22 THR2013 HG22 THR2013 -11.896 -11.337 -5.883 961 HG23 THR2013 HG23 THR2013 -12.908 -11.406 -7.326 962 H CYS2014 HN CYS2014 -14.411 -7.634 -4.896 963 HA CYS2014 HA CYS2014 -13.027 -6.033 -4.141 964 HB2 CYS2014 HB2 CYS2014 -13.887 -7.546 -1.688 965 HB3 CYS2014 HB1 CYS2014 -13.201 -5.921 -1.639 966 H THR2015 HN THR2015 -11.149 -6.685 -5.243 967 HA THR2015 HA THR2015 -8.880 -7.251 -3.402 968 HB THR2015 HB THR2015 -9.068 -8.081 -6.306 969 HG1 THR2015 HG1 THR2015 -10.480 -9.091 -4.357 970 HG21 THR2015 HG21 THR2015 -7.305 -8.980 -4.026 971 HG22 THR2015 HG22 THR2015 -6.819 -7.919 -5.348 972 HG23 THR2015 HG23 THR2015 -7.248 -9.598 -5.676 973 H SER2016 HN SER2016 -7.284 -5.745 -3.552 974 HA SER2016 HA SER2016 -7.542 -3.743 -5.684 975 HB2 SER2016 HB2 SER2016 -6.031 -3.463 -3.091 976 HB3 SER2016 HB1 SER2016 -6.590 -2.190 -4.173 977 HG SER2016 HG SER2016 -7.866 -3.464 -2.149 978 H TYR2017 HN TYR2017 -5.804 -3.534 -7.098 979 HA TYR2017 HA TYR2017 -3.358 -5.020 -6.402 980 HB2 TYR2017 HB2 TYR2017 -4.649 -4.556 -9.083 981 HB3 TYR2017 HB1 TYR2017 -2.974 -5.055 -8.927 982 HD1 TYR2017 HD1 TYR2017 -6.466 -6.033 -8.416 983 HD2 TYR2017 HD2 TYR2017 -2.420 -7.346 -8.346 984 HE1 TYR2017 HE1 TYR2017 -7.233 -8.360 -8.284 985 HE2 TYR2017 HE2 TYR2017 -3.181 -9.684 -8.217 986 HH TYR2017 HH TYR2017 -6.523 -10.534 -8.671 987 H PHE2018 HN PHE2018 -1.586 -3.814 -6.025 988 HA PHE2018 HA PHE2018 -1.346 -1.242 -7.401 989 HB2 PHE2018 HB2 PHE2018 -0.735 -1.763 -4.491 990 HB3 PHE2018 HB1 PHE2018 -0.400 -0.273 -5.360 991 HD1 PHE2018 HD2 PHE2018 -2.296 1.084 -6.210 992 HD2 PHE2018 HD1 PHE2018 -2.830 -2.227 -3.614 993 HE1 PHE2018 HE2 PHE2018 -4.543 1.886 -5.643 994 HE2 PHE2018 HE1 PHE2018 -5.069 -1.428 -3.045 995 HZ PHE2018 HZ PHE2018 -5.927 0.628 -4.057 996 H SER2019 HN SER2019 0.638 -0.618 -7.908 997 HA SER2019 HA SER2019 2.932 -2.281 -7.239 998 HB2 SER2019 HB2 SER2019 2.157 -2.786 -9.541 999 HB3 SER2019 HB1 SER2019 2.193 -1.076 -9.938 1000 HG SER2019 HG SER2019 4.004 -1.924 -10.693 1001 H TRP2020 HN TRP2020 4.081 -0.912 -5.980 1002 HA TRP2020 HA TRP2020 3.690 1.967 -6.381 1003 HB2 TRP2020 HB2 TRP2020 3.306 0.715 -4.144 1004 HB3 TRP2020 HB1 TRP2020 5.072 0.740 -4.009 1005 HD1 TRP2020 HD1 TRP2020 5.581 3.763 -4.928 1006 HE1 TRP2020 HE1 TRP2020 4.674 5.708 -3.450 1007 HE3 TRP2020 HE3 TRP2020 2.056 1.220 -2.277 1008 HZ2 TRP2020 HZ2 TRP2020 2.796 6.060 -1.441 1009 HZ3 TRP2020 HZ3 TRP2020 0.756 2.426 -0.591 1010 HH2 TRP2020 HH2 TRP2020 1.123 4.797 -0.180 1011 H HIS2021 HN HIS2021 5.184 2.858 -7.549 1012 HA HIS2021 HA HIS2021 7.788 1.609 -7.769 1013 HB2 HIS2021 HB2 HIS2021 6.502 3.837 -9.371 1014 HB3 HIS2021 HB1 HIS2021 8.155 3.284 -9.623 1015 HD1 HIS2021 HD1 HIS2021 6.213 3.035 -11.982 1016 HD2 HIS2021 HD2 HIS2021 6.746 0.048 -9.139 1017 HE1 HIS2021 HE1 HIS2021 5.515 0.901 -13.083 1018 HE2 HIS2021 HE2 HIS2021 6.121 -0.893 -11.430 1019 H THR2022 HN THR2022 8.951 2.069 -6.108 1020 HA THR2022 HA THR2022 9.489 4.856 -5.482 1021 HB THR2022 HB THR2022 7.703 4.347 -3.946 1022 HG1 THR2022 HG1 THR2022 9.113 5.558 -2.892 1023 HG21 THR2022 HG21 THR2022 9.332 1.958 -3.048 1024 HG22 THR2022 HG22 THR2022 7.821 1.896 -3.956 1025 HG23 THR2022 HG23 THR2022 7.829 2.514 -2.305 1026 H SER2023 HN SER2023 11.498 5.204 -4.442 1027 HA SER2023 HA SER2023 13.401 3.077 -4.858 1028 HB2 SER2023 HB2 SER2023 13.798 5.413 -5.694 1029 HB3 SER2023 HB1 SER2023 13.803 5.977 -4.029 1030 HG SER2023 HG SER2023 15.602 4.102 -5.182 1031 H LEU2024 HN LEU2024 11.348 3.971 -2.410 1032 HA LEU2024 HA LEU2024 13.211 3.379 -0.265 1033 HB2 LEU2024 HB2 LEU2024 10.229 3.927 -0.184 1034 HB3 LEU2024 HB1 LEU2024 11.154 3.489 1.230 1035 HG LEU2024 HG LEU2024 10.933 5.783 1.426 1036 HD11 LEU2024 HD11 LEU2024 13.570 5.377 0.081 1037 HD12 LEU2024 HD12 LEU2024 13.193 5.159 1.789 1038 HD13 LEU2024 HD13 LEU2024 13.119 6.767 1.067 1039 HD21 LEU2024 HD21 LEU2024 11.277 7.412 -0.376 1040 HD22 LEU2024 HD22 LEU2024 9.985 6.279 -0.756 1041 HD23 LEU2024 HD23 LEU2024 11.569 6.092 -1.512 1042 H ALA2025 HN ALA2025 11.627 1.664 -2.484 1043 HA ALA2025 HA ALA2025 10.661 -0.548 -0.916 1044 HB1 ALA2025 HB1 ALA2025 10.258 -1.606 -3.085 1045 HB2 ALA2025 HB2 ALA2025 11.128 -0.289 -3.882 1046 HB3 ALA2025 HB3 ALA2025 9.621 0.036 -3.033 1047 H CYS2026 HN CYS2026 13.133 -0.405 -3.449 1048 HA CYS2026 HA CYS2026 14.648 -2.335 -1.954 1049 HB2 CYS2026 HB2 CYS2026 15.428 -3.210 -4.258 1050 HB3 CYS2026 HB1 CYS2026 13.819 -3.649 -3.718 1051 H GLU2027 HN GLU2027 17.024 -2.312 -3.482 1052 HA GLU2027 HA GLU2027 17.942 0.293 -2.644 1053 HB2 GLU2027 HB2 GLU2027 19.204 -1.728 -2.012 1054 HB3 GLU2027 HB1 GLU2027 19.411 -2.132 -3.697 1055 HG2 GLU2027 HG2 GLU2027 21.434 -1.164 -2.835 1056 HG3 GLU2027 HG1 GLU2027 20.719 -0.088 -4.033 1057 H GLU2028 HN GLU2028 18.189 -1.802 -5.474 1058 HA GLU2028 HA GLU2028 18.246 0.558 -7.201 1059 HB2 GLU2028 HB2 GLU2028 20.504 -0.332 -6.914 1060 HB3 GLU2028 HB1 GLU2028 19.940 -1.952 -7.275 1061 HG2 GLU2028 HG2 GLU2028 21.129 -1.023 -9.140 1062 HG3 GLU2028 HG1 GLU2028 19.420 -1.272 -9.523 1063 H GLU2029 HN GLU2029 17.242 0.120 -9.286 1064 HA GLU2029 HA GLU2029 15.303 -2.037 -9.216 1065 HB2 GLU2029 HB2 GLU2029 14.606 0.160 -10.151 1066 HB3 GLU2029 HB1 GLU2029 15.884 0.054 -11.354 1067 HG2 GLU2029 HG2 GLU2029 14.795 -2.004 -12.246 1068 HG3 GLU2029 HG1 GLU2029 13.466 -1.731 -11.125 1069 H VAL2030 HN VAL2030 16.203 -3.970 -9.642 1070 HA VAL2030 HA VAL2030 18.268 -4.049 -11.732 1071 HB VAL2030 HB VAL2030 17.622 -6.219 -9.714 1072 HG11 VAL2030 HG11 VAL2030 18.686 -7.027 -11.738 1073 HG12 VAL2030 HG12 VAL2030 19.797 -7.133 -10.373 1074 HG13 VAL2030 HG13 VAL2030 19.974 -5.836 -11.559 1075 HG21 VAL2030 HG21 VAL2030 19.656 -5.529 -8.515 1076 HG22 VAL2030 HG22 VAL2030 18.449 -4.242 -8.536 1077 HG23 VAL2030 HG23 VAL2030 19.837 -4.166 -9.618 1078 HA PRO2031 HA PRO2031 15.074 -6.003 -14.130 1079 HB2 PRO2031 HB2 PRO2031 15.742 -4.732 -16.414 1080 HB3 PRO2031 HB1 PRO2031 14.805 -3.937 -15.146 1081 HG2 PRO2031 HG2 PRO2031 17.601 -3.477 -15.962 1082 HG3 PRO2031 HG1 PRO2031 16.507 -2.431 -15.041 1083 HD2 PRO2031 HD2 PRO2031 18.597 -4.153 -13.988 1084 HD3 PRO2031 HD1 PRO2031 17.523 -3.036 -13.153 1085 H ARG2032 HN ARG2032 18.018 -6.747 -13.583 1086 HA ARG2032 HA ARG2032 18.511 -8.308 -16.014 1087 HB2 ARG2032 HB2 ARG2032 20.524 -7.096 -14.099 1088 HB3 ARG2032 HB1 ARG2032 20.918 -8.119 -15.472 1089 HG2 ARG2032 HG2 ARG2032 20.080 -6.452 -17.006 1090 HG3 ARG2032 HG1 ARG2032 19.537 -5.453 -15.658 1091 HD2 ARG2032 HD2 ARG2032 21.622 -4.612 -16.573 1092 HD3 ARG2032 HD1 ARG2032 21.847 -5.185 -14.924 1093 HE ARG2032 HE ARG2032 22.603 -7.329 -16.246 1094 HH11 ARG2032 HH11 ARG2032 23.376 -3.930 -16.978 1095 HH12 ARG2032 HH12 ARG2032 24.888 -4.285 -17.641 1096 HH21 ARG2032 HH21 ARG2032 24.660 -7.805 -17.147 1097 HH22 ARG2032 HH22 ARG2032 25.648 -6.561 -17.777 Start of MODEL 17 1 H1 MET1885 HT1 MET1885 15.626 5.022 3.343 2 H2 MET1885 HT2 MET1885 17.126 5.332 3.991 3 H3 MET1885 HT3 MET1885 16.802 5.783 2.384 4 HA MET1885 HA MET1885 16.782 7.641 3.991 5 HB2 MET1885 HB2 MET1885 14.144 6.922 2.699 6 HB3 MET1885 HB1 MET1885 14.434 8.471 3.466 7 HG2 MET1885 HG2 MET1885 16.201 8.956 1.891 8 HG3 MET1885 HG1 MET1885 16.003 7.368 1.156 9 HE1 MET1885 HE1 MET1885 13.134 9.753 2.435 10 HE2 MET1885 HE2 MET1885 12.773 10.673 0.974 11 HE3 MET1885 HE3 MET1885 14.326 10.876 1.785 12 H LYS1886 HN LYS1886 15.018 8.732 5.509 13 HA LYS1886 HA LYS1886 13.809 6.832 7.314 14 HB2 LYS1886 HB2 LYS1886 16.205 6.795 7.960 15 HB3 LYS1886 HB1 LYS1886 16.141 8.529 8.226 16 HG2 LYS1886 HG2 LYS1886 14.525 8.186 10.027 17 HG3 LYS1886 HG1 LYS1886 14.597 6.445 9.750 18 HD2 LYS1886 HD2 LYS1886 17.026 6.507 10.224 19 HD3 LYS1886 HD1 LYS1886 16.878 8.227 10.600 20 HE2 LYS1886 HE2 LYS1886 15.418 5.999 12.011 21 HE3 LYS1886 HE1 LYS1886 16.875 6.787 12.604 22 HZ1 LYS1886 HZ1 LYS1886 14.318 8.236 12.087 23 HZ2 LYS1886 HZ2 LYS1886 15.684 8.832 12.882 24 HZ3 LYS1886 HZ3 LYS1886 14.783 7.582 13.559 25 H SER1887 HN SER1887 11.889 7.947 7.148 26 HA SER1887 HA SER1887 12.006 10.710 8.148 27 HB2 SER1887 HB2 SER1887 9.849 9.679 6.327 28 HB3 SER1887 HB1 SER1887 10.200 11.348 6.760 29 HG SER1887 HG SER1887 11.928 11.385 5.484 30 H ASN1888 HN ASN1888 9.076 8.682 7.664 31 HA ASN1888 HA ASN1888 8.364 9.259 10.426 32 HB2 ASN1888 HB2 ASN1888 6.697 9.745 8.652 33 HB3 ASN1888 HB1 ASN1888 6.775 8.039 8.203 34 HD21 ASN1888 HD21 ASN1888 4.559 7.948 8.526 35 HD22 ASN1888 HD22 ASN1888 3.849 7.804 10.098 36 H VAL1889 HN VAL1889 8.781 7.947 11.850 37 HA VAL1889 HA VAL1889 9.375 5.227 11.067 38 HB VAL1889 HB VAL1889 10.680 5.079 13.249 39 HG11 VAL1889 HG11 VAL1889 11.737 5.289 11.058 40 HG12 VAL1889 HG12 VAL1889 12.630 6.203 12.275 41 HG13 VAL1889 HG13 VAL1889 11.575 7.044 11.140 42 HG21 VAL1889 HG21 VAL1889 9.716 7.041 14.359 43 HG22 VAL1889 HG22 VAL1889 10.382 8.086 13.104 44 HG23 VAL1889 HG23 VAL1889 11.464 7.208 14.188 45 H GLN1890 HN GLN1890 7.516 4.307 11.122 46 HA GLN1890 HA GLN1890 5.955 4.102 13.542 47 HB2 GLN1890 HB2 GLN1890 5.924 2.350 11.053 48 HB3 GLN1890 HB1 GLN1890 4.755 2.264 12.360 49 HG2 GLN1890 HG2 GLN1890 5.180 4.610 10.517 50 HG3 GLN1890 HG1 GLN1890 3.864 3.443 10.432 51 HE21 GLN1890 HE21 GLN1890 2.218 3.530 11.974 52 HE22 GLN1890 HE22 GLN1890 1.999 4.912 12.979 53 H ASN1891 HN ASN1891 5.794 2.062 14.742 54 HA ASN1891 HA ASN1891 8.341 1.133 15.518 55 HB2 ASN1891 HB2 ASN1891 6.495 1.288 17.099 56 HB3 ASN1891 HB1 ASN1891 5.585 0.080 16.204 57 HD21 ASN1891 HD21 ASN1891 8.246 0.643 18.383 58 HD22 ASN1891 HD22 ASN1891 8.470 -1.001 18.849 59 H ASP1892 HN ASP1892 6.286 0.013 13.051 60 HA ASP1892 HA ASP1892 8.076 -2.276 12.677 61 HB2 ASP1892 HB2 ASP1892 5.763 -2.925 13.633 62 HB3 ASP1892 HB1 ASP1892 5.112 -2.464 12.067 63 H CYS1893 HN CYS1893 6.990 -3.153 10.228 64 HA CYS1893 HA CYS1893 7.259 -2.879 8.076 65 HB2 CYS1893 HB2 CYS1893 5.331 -1.413 8.107 66 HB3 CYS1893 HB1 CYS1893 6.309 -0.056 8.649 67 H ARG1894 HN ARG1894 9.373 -3.382 8.501 68 HA ARG1894 HA ARG1894 11.258 -1.968 7.043 69 HB2 ARG1894 HB2 ARG1894 12.909 -1.479 8.918 70 HB3 ARG1894 HB1 ARG1894 11.529 -0.399 8.858 71 HG2 ARG1894 HG2 ARG1894 10.482 -1.697 10.685 72 HG3 ARG1894 HG1 ARG1894 11.936 -2.696 10.765 73 HD2 ARG1894 HD2 ARG1894 13.268 -0.822 11.399 74 HD3 ARG1894 HD1 ARG1894 11.940 0.296 11.092 75 HE ARG1894 HE ARG1894 11.503 -1.766 13.084 76 HH11 ARG1894 HH11 ARG1894 12.376 1.648 12.465 77 HH12 ARG1894 HH12 ARG1894 11.866 2.177 13.990 78 HH21 ARG1894 HH21 ARG1894 10.956 -1.002 15.238 79 HH22 ARG1894 HH22 ARG1894 11.081 0.647 15.637 80 H VAL1895 HN VAL1895 12.329 -3.639 6.185 81 HA VAL1895 HA VAL1895 13.152 -5.813 7.938 82 HB VAL1895 HB VAL1895 10.959 -6.512 7.041 83 HG11 VAL1895 HG11 VAL1895 10.642 -7.011 4.661 84 HG12 VAL1895 HG12 VAL1895 12.200 -6.262 4.312 85 HG13 VAL1895 HG13 VAL1895 10.884 -5.291 4.970 86 HG21 VAL1895 HG21 VAL1895 13.257 -8.087 5.891 87 HG22 VAL1895 HG22 VAL1895 11.617 -8.693 6.113 88 HG23 VAL1895 HG23 VAL1895 12.588 -8.240 7.514 89 H THR1896 HN THR1896 15.073 -6.733 7.340 90 HA THR1896 HA THR1896 16.473 -5.348 5.208 91 HB THR1896 HB THR1896 17.548 -7.375 7.198 92 HG1 THR1896 HG1 THR1896 16.600 -5.329 8.101 93 HG21 THR1896 HG21 THR1896 18.934 -5.267 5.518 94 HG22 THR1896 HG22 THR1896 18.972 -7.004 5.211 95 HG23 THR1896 HG23 THR1896 19.718 -6.347 6.671 96 H ASN1897 HN ASN1897 17.080 -6.293 3.290 97 HA ASN1897 HA ASN1897 16.248 -9.086 2.848 98 HB2 ASN1897 HB2 ASN1897 15.339 -7.322 1.305 99 HB3 ASN1897 HB1 ASN1897 16.984 -6.955 0.815 100 HD21 ASN1897 HD21 ASN1897 14.936 -7.733 -0.934 101 HD22 ASN1897 HD22 ASN1897 15.403 -9.206 -1.683 102 HA PRO1898 HA PRO1898 20.718 -9.745 3.235 103 HB2 PRO1898 HB2 PRO1898 20.591 -12.466 2.996 104 HB3 PRO1898 HB1 PRO1898 20.289 -11.595 4.505 105 HG2 PRO1898 HG2 PRO1898 18.328 -12.661 2.510 106 HG3 PRO1898 HG1 PRO1898 18.275 -12.750 4.281 107 HD2 PRO1898 HD2 PRO1898 16.825 -10.955 2.922 108 HD3 PRO1898 HD1 PRO1898 17.557 -10.563 4.490 109 H ALA1899 HN ALA1899 18.664 -10.650 0.561 110 HA ALA1899 HA ALA1899 20.868 -11.597 -1.050 111 HB1 ALA1899 HB1 ALA1899 18.011 -11.036 -1.850 112 HB2 ALA1899 HB2 ALA1899 18.637 -12.592 -1.306 113 HB3 ALA1899 HB3 ALA1899 19.217 -11.887 -2.816 114 H THR1900 HN THR1900 19.183 -8.640 -0.518 115 HA THR1900 HA THR1900 20.448 -7.399 -2.852 116 HB THR1900 HB THR1900 18.527 -6.118 -0.895 117 HG1 THR1900 HG1 THR1900 18.080 -7.597 -3.292 118 HG21 THR1900 HG21 THR1900 18.057 -4.629 -2.785 119 HG22 THR1900 HG22 THR1900 19.234 -5.501 -3.770 120 HG23 THR1900 HG23 THR1900 19.769 -4.588 -2.359 121 H GLY1901 HN GLY1901 20.436 -7.329 0.691 122 HA2 GLY1901 HA2 GLY1901 22.094 -6.528 2.092 123 HA3 GLY1901 HA1 GLY1901 22.886 -5.777 0.706 124 H HIS1902 HN HIS1902 19.618 -5.230 0.767 125 HA HIS1902 HA HIS1902 20.017 -2.489 1.784 126 HB2 HIS1902 HB2 HIS1902 19.434 -2.878 -0.715 127 HB3 HIS1902 HB1 HIS1902 17.853 -3.374 -0.140 128 HD1 HIS1902 HD1 HIS1902 19.670 -0.522 -1.282 129 HD2 HIS1902 HD2 HIS1902 16.531 -1.123 1.356 130 HE1 HIS1902 HE1 HIS1902 18.560 1.721 -1.015 131 HE2 HIS1902 HE2 HIS1902 17.024 1.354 0.912 132 H LEU1903 HN LEU1903 18.619 -1.783 3.307 133 HA LEU1903 HA LEU1903 16.800 -3.758 4.446 134 HB2 LEU1903 HB2 LEU1903 18.474 -2.434 5.867 135 HB3 LEU1903 HB1 LEU1903 17.536 -1.007 5.513 136 HG LEU1903 HG LEU1903 16.454 -3.399 7.033 137 HD11 LEU1903 HD11 LEU1903 17.560 -0.804 8.077 138 HD12 LEU1903 HD12 LEU1903 18.288 -2.400 8.257 139 HD13 LEU1903 HD13 LEU1903 16.751 -2.038 9.042 140 HD21 LEU1903 HD21 LEU1903 14.716 -2.000 6.017 141 HD22 LEU1903 HD22 LEU1903 15.418 -0.573 6.776 142 HD23 LEU1903 HD23 LEU1903 14.709 -1.845 7.774 143 H PHE1904 HN PHE1904 14.668 -3.607 4.056 144 HA PHE1904 HA PHE1904 13.794 -1.438 2.330 145 HB2 PHE1904 HB2 PHE1904 12.460 -4.052 3.066 146 HB3 PHE1904 HB1 PHE1904 11.820 -2.864 1.949 147 HD1 PHE1904 HD2 PHE1904 14.994 -2.560 0.988 148 HD2 PHE1904 HD1 PHE1904 12.027 -5.606 1.172 149 HE1 PHE1904 HE2 PHE1904 16.083 -3.728 -0.879 150 HE2 PHE1904 HE1 PHE1904 13.096 -6.775 -0.688 151 HZ PHE1904 HZ PHE1904 15.140 -5.839 -1.726 152 H ASP1905 HN ASP1905 13.124 0.223 3.496 153 HA ASP1905 HA ASP1905 10.968 -0.305 5.325 154 HB2 ASP1905 HB2 ASP1905 11.749 1.107 7.066 155 HB3 ASP1905 HB1 ASP1905 13.104 0.062 6.681 156 H LEU1906 HN LEU1906 9.424 1.025 5.119 157 HA LEU1906 HA LEU1906 9.591 2.963 2.943 158 HB2 LEU1906 HB2 LEU1906 7.262 1.661 4.337 159 HB3 LEU1906 HB1 LEU1906 7.143 2.745 2.967 160 HG LEU1906 HG LEU1906 8.608 0.106 2.859 161 HD11 LEU1906 HD11 LEU1906 6.644 -0.773 1.711 162 HD12 LEU1906 HD12 LEU1906 5.789 0.745 1.996 163 HD13 LEU1906 HD13 LEU1906 6.245 -0.277 3.356 164 HD21 LEU1906 HD21 LEU1906 7.590 1.962 0.711 165 HD22 LEU1906 HD22 LEU1906 8.393 0.413 0.444 166 HD23 LEU1906 HD23 LEU1906 9.277 1.748 1.185 167 H THR1907 HN THR1907 10.632 3.665 5.642 168 HA THR1907 HA THR1907 8.704 4.895 7.257 169 HB THR1907 HB THR1907 10.594 6.232 8.226 170 HG1 THR1907 HG1 THR1907 12.366 4.704 6.652 171 HG21 THR1907 HG21 THR1907 10.021 4.028 9.124 172 HG22 THR1907 HG22 THR1907 11.767 4.284 9.180 173 HG23 THR1907 HG23 THR1907 11.067 3.256 7.931 174 H SER1908 HN SER1908 10.575 6.245 4.614 175 HA SER1908 HA SER1908 9.725 8.895 4.971 176 HB2 SER1908 HB2 SER1908 10.759 7.488 2.526 177 HB3 SER1908 HB1 SER1908 10.710 9.238 2.783 178 HG SER1908 HG SER1908 12.027 8.994 4.539 179 H LEU1909 HN LEU1909 8.136 6.170 3.655 180 HA LEU1909 HA LEU1909 6.446 7.821 1.972 181 HB2 LEU1909 HB2 LEU1909 7.701 5.691 1.252 182 HB3 LEU1909 HB1 LEU1909 6.462 4.832 2.135 183 HG LEU1909 HG LEU1909 4.749 5.763 0.654 184 HD11 LEU1909 HD11 LEU1909 5.852 7.886 0.118 185 HD12 LEU1909 HD12 LEU1909 5.428 7.005 -1.351 186 HD13 LEU1909 HD13 LEU1909 7.095 7.017 -0.780 187 HD21 LEU1909 HD21 LEU1909 7.075 4.497 -0.774 188 HD22 LEU1909 HD22 LEU1909 5.411 4.538 -1.353 189 HD23 LEU1909 HD23 LEU1909 5.815 3.635 0.109 190 H LYS1910 HN LYS1910 6.446 5.987 4.924 191 HA LYS1910 HA LYS1910 3.626 5.666 5.343 192 HB2 LYS1910 HB2 LYS1910 5.649 6.233 7.539 193 HB3 LYS1910 HB1 LYS1910 4.130 5.348 7.657 194 HG2 LYS1910 HG2 LYS1910 5.033 3.489 6.525 195 HG3 LYS1910 HG1 LYS1910 6.487 4.383 6.076 196 HD2 LYS1910 HD2 LYS1910 7.038 4.595 8.490 197 HD3 LYS1910 HD1 LYS1910 5.650 3.571 8.861 198 HE2 LYS1910 HE2 LYS1910 6.594 1.777 7.510 199 HE3 LYS1910 HE1 LYS1910 7.978 2.788 7.116 200 HZ1 LYS1910 HZ1 LYS1910 7.274 1.774 9.831 201 HZ2 LYS1910 HZ2 LYS1910 8.615 2.753 9.467 202 HZ3 LYS1910 HZ3 LYS1910 8.477 1.205 8.820 203 H ARG1911 HN ARG1911 2.175 7.335 5.778 204 HA ARG1911 HA ARG1911 3.417 9.687 6.847 205 HB2 ARG1911 HB2 ARG1911 1.887 11.121 5.362 206 HB3 ARG1911 HB1 ARG1911 3.341 10.419 4.683 207 HG2 ARG1911 HG2 ARG1911 1.918 8.598 3.744 208 HG3 ARG1911 HG1 ARG1911 0.507 9.505 4.300 209 HD2 ARG1911 HD2 ARG1911 2.622 10.585 2.442 210 HD3 ARG1911 HD1 ARG1911 1.074 9.920 1.919 211 HE ARG1911 HE ARG1911 0.638 11.942 3.821 212 HH11 ARG1911 HH11 ARG1911 2.045 11.814 0.563 213 HH12 ARG1911 HH12 ARG1911 1.210 13.173 0.009 214 HH21 ARG1911 HH21 ARG1911 -0.512 13.851 3.028 215 HH22 ARG1911 HH22 ARG1911 -0.339 14.322 1.409 216 H GLU1912 HN GLU1912 1.641 11.424 7.267 217 HA GLU1912 HA GLU1912 0.491 10.484 9.680 218 HB2 GLU1912 HB2 GLU1912 0.100 13.160 8.321 219 HB3 GLU1912 HB1 GLU1912 -0.164 12.793 10.009 220 HG2 GLU1912 HG2 GLU1912 1.857 14.069 9.802 221 HG3 GLU1912 HG1 GLU1912 2.289 12.427 10.260 222 H SER1913 HN SER1913 -0.809 11.804 6.697 223 HA SER1913 HA SER1913 -3.529 11.290 7.584 224 HB2 SER1913 HB2 SER1913 -2.908 13.490 6.637 225 HB3 SER1913 HB1 SER1913 -2.459 12.710 5.129 226 HG SER1913 HG SER1913 -4.758 11.938 5.186 227 H GLY1914 HN GLY1914 -1.514 10.652 4.728 228 HA2 GLY1914 HA2 GLY1914 -1.581 8.159 4.123 229 HA3 GLY1914 HA1 GLY1914 -3.312 8.500 3.914 230 H TYR1915 HN TYR1915 -1.995 7.670 1.648 231 HA TYR1915 HA TYR1915 -1.657 10.205 0.235 232 HB2 TYR1915 HB2 TYR1915 0.465 8.841 0.373 233 HB3 TYR1915 HB1 TYR1915 -0.364 7.554 -0.491 234 HD1 TYR1915 HD1 TYR1915 1.111 10.904 -0.787 235 HD2 TYR1915 HD2 TYR1915 -0.822 7.748 -2.870 236 HE1 TYR1915 HE1 TYR1915 1.784 11.903 -2.920 237 HE2 TYR1915 HE2 TYR1915 -0.149 8.749 -5.020 238 HH TYR1915 HH TYR1915 2.191 11.180 -5.203 239 H THR1916 HN THR1916 -2.678 10.352 -1.764 240 HA THR1916 HA THR1916 -4.529 8.144 -2.449 241 HB THR1916 HB THR1916 -5.692 9.954 -1.062 242 HG1 THR1916 HG1 THR1916 -6.737 8.629 -2.654 243 HG21 THR1916 HG21 THR1916 -5.040 11.553 -3.517 244 HG22 THR1916 HG22 THR1916 -4.400 11.838 -1.908 245 HG23 THR1916 HG23 THR1916 -6.132 12.092 -2.229 246 H ILE1917 HN ILE1917 -5.049 7.798 -4.134 247 HA ILE1917 HA ILE1917 -4.088 9.291 -6.426 248 HB ILE1917 HB ILE1917 -4.075 7.057 -7.522 249 HG12 ILE1917 HG12 ILE1917 -3.740 6.013 -4.707 250 HG13 ILE1917 HG11 ILE1917 -5.104 5.719 -5.775 251 HG21 ILE1917 HG21 ILE1917 -1.842 7.706 -5.594 252 HG22 ILE1917 HG22 ILE1917 -2.004 8.280 -7.253 253 HG23 ILE1917 HG23 ILE1917 -1.668 6.587 -6.942 254 HD11 ILE1917 HD11 ILE1917 -2.280 4.767 -6.216 255 HD12 ILE1917 HD12 ILE1917 -3.650 4.468 -7.285 256 HD13 ILE1917 HD13 ILE1917 -3.635 3.786 -5.659 257 H THR1918 HN THR1918 -5.582 8.609 -8.335 258 HA THR1918 HA THR1918 -8.268 8.470 -7.213 259 HB THR1918 HB THR1918 -7.461 8.995 -10.087 260 HG1 THR1918 HG1 THR1918 -6.605 10.708 -9.299 261 HG21 THR1918 HG21 THR1918 -9.905 9.789 -8.470 262 HG22 THR1918 HG22 THR1918 -9.856 8.501 -9.675 263 HG23 THR1918 HG23 THR1918 -9.623 10.176 -10.167 264 H ASP1919 HN ASP1919 -9.772 6.877 -7.950 265 HA ASP1919 HA ASP1919 -8.478 4.467 -8.913 266 HB2 ASP1919 HB2 ASP1919 -10.053 4.332 -6.909 267 HB3 ASP1919 HB1 ASP1919 -11.352 4.904 -7.940 268 H SER1920 HN SER1920 -11.072 3.624 -10.175 269 HA SER1920 HA SER1920 -10.352 4.193 -12.821 270 HB2 SER1920 HB2 SER1920 -12.989 3.104 -11.876 271 HB3 SER1920 HB1 SER1920 -12.093 2.716 -13.348 272 HG SER1920 HG SER1920 -11.527 2.013 -10.677 273 H HIS1921 HN HIS1921 -13.168 5.221 -10.834 274 HA HIS1921 HA HIS1921 -13.480 7.619 -12.404 275 HB2 HIS1921 HB2 HIS1921 -14.613 5.867 -13.773 276 HB3 HIS1921 HB1 HIS1921 -15.647 5.497 -12.402 277 HD1 HIS1921 HD1 HIS1921 -17.888 6.498 -12.662 278 HD2 HIS1921 HD2 HIS1921 -14.953 8.828 -14.474 279 HE1 HIS1921 HE1 HIS1921 -19.111 8.411 -13.769 280 HE2 HIS1921 HE2 HIS1921 -17.335 9.632 -15.065 281 H ASN1922 HN ASN1922 -14.068 9.142 -11.001 282 HA ASN1922 HA ASN1922 -15.258 10.327 -9.508 283 HB2 ASN1922 HB2 ASN1922 -16.643 7.737 -8.966 284 HB3 ASN1922 HB1 ASN1922 -17.078 9.228 -8.124 285 HD21 ASN1922 HD21 ASN1922 -18.610 7.459 -9.779 286 HD22 ASN1922 HD22 ASN1922 -19.258 8.343 -11.100 287 H ARG1923 HN ARG1923 -14.635 7.179 -8.249 288 HA ARG1923 HA ARG1923 -14.102 8.142 -5.607 289 HB2 ARG1923 HB2 ARG1923 -13.689 5.783 -5.074 290 HB3 ARG1923 HB1 ARG1923 -15.236 6.063 -5.857 291 HG2 ARG1923 HG2 ARG1923 -14.225 5.289 -7.983 292 HG3 ARG1923 HG1 ARG1923 -12.759 4.889 -7.087 293 HD2 ARG1923 HD2 ARG1923 -14.118 3.419 -5.625 294 HD3 ARG1923 HD1 ARG1923 -15.511 3.744 -6.657 295 HE ARG1923 HE ARG1923 -13.201 2.764 -8.070 296 HH11 ARG1923 HH11 ARG1923 -16.111 1.736 -6.301 297 HH12 ARG1923 HH12 ARG1923 -16.120 0.189 -7.037 298 HH21 ARG1923 HH21 ARG1923 -13.269 0.727 -9.028 299 HH22 ARG1923 HH22 ARG1923 -14.532 -0.382 -8.659 300 H LYS1924 HN LYS1924 -12.208 7.939 -4.453 301 HA LYS1924 HA LYS1924 -9.776 7.788 -6.089 302 HB2 LYS1924 HB2 LYS1924 -10.111 9.238 -3.455 303 HB3 LYS1924 HB1 LYS1924 -8.679 9.205 -4.463 304 HG2 LYS1924 HG2 LYS1924 -10.008 10.428 -6.210 305 HG3 LYS1924 HG1 LYS1924 -11.284 10.604 -5.002 306 HD2 LYS1924 HD2 LYS1924 -8.446 11.631 -4.808 307 HD3 LYS1924 HD1 LYS1924 -9.907 12.598 -5.007 308 HE2 LYS1924 HE2 LYS1924 -9.306 10.861 -2.606 309 HE3 LYS1924 HE1 LYS1924 -8.993 12.592 -2.688 310 HZ1 LYS1924 HZ1 LYS1924 -11.673 11.312 -2.924 311 HZ2 LYS1924 HZ2 LYS1924 -11.338 12.980 -2.968 312 HZ3 LYS1924 HZ3 LYS1924 -11.051 12.085 -1.563 313 H ILE1925 HN ILE1925 -7.952 6.894 -4.904 314 HA ILE1925 HA ILE1925 -8.869 4.900 -2.992 315 HB ILE1925 HB ILE1925 -6.388 4.844 -4.737 316 HG12 ILE1925 HG12 ILE1925 -8.964 3.269 -4.882 317 HG13 ILE1925 HG11 ILE1925 -8.444 4.503 -6.016 318 HG21 ILE1925 HG21 ILE1925 -7.523 2.787 -2.831 319 HG22 ILE1925 HG22 ILE1925 -6.060 3.739 -2.581 320 HG23 ILE1925 HG23 ILE1925 -6.128 2.550 -3.885 321 HD11 ILE1925 HD11 ILE1925 -6.527 3.067 -6.673 322 HD12 ILE1925 HD12 ILE1925 -8.074 2.263 -6.950 323 HD13 ILE1925 HD13 ILE1925 -7.100 1.832 -5.554 324 H GLU1926 HN GLU1926 -8.381 5.303 -1.100 325 HA GLU1926 HA GLU1926 -6.204 7.142 -0.361 326 HB2 GLU1926 HB2 GLU1926 -8.473 7.396 0.678 327 HB3 GLU1926 HB1 GLU1926 -8.297 5.786 1.359 328 HG2 GLU1926 HG2 GLU1926 -7.808 7.288 3.094 329 HG3 GLU1926 HG1 GLU1926 -6.258 6.644 2.559 330 H LEU1927 HN LEU1927 -4.297 6.219 0.125 331 HA LEU1927 HA LEU1927 -4.282 3.707 1.499 332 HB2 LEU1927 HB2 LEU1927 -2.310 3.028 -0.149 333 HB3 LEU1927 HB1 LEU1927 -3.955 2.575 -0.492 334 HG LEU1927 HG LEU1927 -4.071 4.605 -2.024 335 HD11 LEU1927 HD11 LEU1927 -1.090 4.610 -1.664 336 HD12 LEU1927 HD12 LEU1927 -2.207 5.878 -1.165 337 HD13 LEU1927 HD13 LEU1927 -1.993 5.516 -2.879 338 HD21 LEU1927 HD21 LEU1927 -3.811 2.344 -2.857 339 HD22 LEU1927 HD22 LEU1927 -2.056 2.481 -2.709 340 HD23 LEU1927 HD23 LEU1927 -2.929 3.504 -3.845 341 H ASN1928 HN ASN1928 -3.099 3.893 3.193 342 HA ASN1928 HA ASN1928 -0.866 5.769 3.028 343 HB2 ASN1928 HB2 ASN1928 -2.592 6.272 4.784 344 HB3 ASN1928 HB1 ASN1928 -2.162 4.772 5.590 345 HD21 ASN1928 HD21 ASN1928 -1.591 6.079 7.439 346 HD22 ASN1928 HD22 ASN1928 -0.101 6.939 7.461 347 H VAL1929 HN VAL1929 1.093 5.129 3.247 348 HA VAL1929 HA VAL1929 1.644 2.423 2.713 349 HB VAL1929 HB VAL1929 3.574 4.650 3.347 350 HG11 VAL1929 HG11 VAL1929 5.193 3.303 2.121 351 HG12 VAL1929 HG12 VAL1929 3.992 2.021 1.942 352 HG13 VAL1929 HG13 VAL1929 4.601 2.445 3.545 353 HG21 VAL1929 HG21 VAL1929 2.475 3.640 0.742 354 HG22 VAL1929 HG22 VAL1929 3.726 4.870 0.929 355 HG23 VAL1929 HG23 VAL1929 2.090 5.179 1.510 356 H CYS1930 HN CYS1930 1.317 1.025 4.164 357 HA CYS1930 HA CYS1930 1.347 -0.251 5.987 358 HB2 CYS1930 HB2 CYS1930 3.582 -0.716 7.045 359 HB3 CYS1930 HB1 CYS1930 3.519 -0.888 5.305 360 H ALA1931 HN ALA1931 0.619 2.464 6.398 361 HA ALA1931 HA ALA1931 0.612 2.360 9.274 362 HB1 ALA1931 HB1 ALA1931 0.836 4.809 9.355 363 HB2 ALA1931 HB2 ALA1931 1.113 4.841 7.612 364 HB3 ALA1931 HB3 ALA1931 2.276 4.048 8.679 365 H GLU1932 HN GLU1932 -1.198 3.281 10.046 366 HA GLU1932 HA GLU1932 -3.531 2.792 8.472 367 HB2 GLU1932 HB2 GLU1932 -4.726 3.615 10.593 368 HB3 GLU1932 HB1 GLU1932 -3.687 2.208 10.732 369 HG2 GLU1932 HG2 GLU1932 -1.878 3.661 11.569 370 HG3 GLU1932 HG1 GLU1932 -3.004 5.016 11.527 371 H ALA1933 HN ALA1933 -5.059 4.220 7.627 372 HA ALA1933 HA ALA1933 -3.970 6.871 7.063 373 HB1 ALA1933 HB1 ALA1933 -5.562 6.922 5.210 374 HB2 ALA1933 HB2 ALA1933 -6.241 5.385 5.741 375 HB3 ALA1933 HB3 ALA1933 -4.579 5.460 5.153 376 H LYS1934 HN LYS1934 -5.227 8.758 7.279 377 HA LYS1934 HA LYS1934 -7.553 8.458 9.075 378 HB2 LYS1934 HB2 LYS1934 -5.269 10.385 9.412 379 HB3 LYS1934 HB1 LYS1934 -6.825 10.637 10.178 380 HG2 LYS1934 HG2 LYS1934 -5.413 9.678 11.802 381 HG3 LYS1934 HG1 LYS1934 -6.504 8.395 11.289 382 HD2 LYS1934 HD2 LYS1934 -4.724 7.560 9.787 383 HD3 LYS1934 HD1 LYS1934 -3.647 8.802 10.431 384 HE2 LYS1934 HE2 LYS1934 -3.274 6.659 11.520 385 HE3 LYS1934 HE1 LYS1934 -3.888 7.853 12.661 386 HZ1 LYS1934 HZ1 LYS1934 -4.915 5.603 12.809 387 HZ2 LYS1934 HZ2 LYS1934 -5.657 5.857 11.323 388 HZ3 LYS1934 HZ3 LYS1934 -6.015 6.859 12.634 389 H SER1935 HN SER1935 -6.604 9.798 6.122 390 HA SER1935 HA SER1935 -8.281 12.081 6.381 391 HB2 SER1935 HB2 SER1935 -7.712 11.941 3.735 392 HB3 SER1935 HB1 SER1935 -6.672 12.689 4.950 393 HG SER1935 HG SER1935 -6.325 10.395 3.506 394 H SER1936 HN SER1936 -8.511 9.521 3.855 395 HA SER1936 HA SER1936 -11.368 9.954 3.868 396 HB2 SER1936 HB2 SER1936 -9.756 7.962 2.268 397 HB3 SER1936 HB1 SER1936 -11.400 8.518 1.929 398 HG SER1936 HG SER1936 -8.965 9.906 1.779 399 H CYS1937 HN CYS1937 -9.136 7.927 5.371 400 HA CYS1937 HA CYS1937 -11.131 5.898 6.021 401 HB2 CYS1937 HB2 CYS1937 -8.179 5.996 6.707 402 HB3 CYS1937 HB1 CYS1937 -9.257 4.628 6.931 403 H ALA1938 HN ALA1938 -11.231 5.346 8.401 404 HA ALA1938 HA ALA1938 -11.222 7.803 9.925 405 HB1 ALA1938 HB1 ALA1938 -12.465 6.611 11.597 406 HB2 ALA1938 HB2 ALA1938 -12.139 5.085 10.803 407 HB3 ALA1938 HB3 ALA1938 -13.182 6.281 10.012 408 H ASN1939 HN ASN1939 -10.368 4.536 10.997 409 HA ASN1939 HA ASN1939 -8.198 5.783 12.315 410 HB2 ASN1939 HB2 ASN1939 -9.725 5.641 14.034 411 HB3 ASN1939 HB1 ASN1939 -10.296 4.062 13.535 412 HD21 ASN1939 HD21 ASN1939 -9.327 2.311 14.270 413 HD22 ASN1939 HD22 ASN1939 -8.135 2.291 15.518 414 H GLY1940 HN GLY1940 -9.337 2.395 11.941 415 HA2 GLY1940 HA2 GLY1940 -6.519 1.626 11.876 416 HA3 GLY1940 HA1 GLY1940 -7.876 0.573 12.214 417 H ALA1941 HN ALA1941 -8.536 2.464 9.584 418 HA ALA1941 HA ALA1941 -8.052 0.227 7.800 419 HB1 ALA1941 HB1 ALA1941 -10.203 1.361 7.676 420 HB2 ALA1941 HB2 ALA1941 -9.319 1.567 6.163 421 HB3 ALA1941 HB3 ALA1941 -9.397 2.886 7.330 422 H ALA1942 HN ALA1942 -6.724 0.369 5.940 423 HA ALA1942 HA ALA1942 -4.811 2.580 6.110 424 HB1 ALA1942 HB1 ALA1942 -4.214 -0.248 5.266 425 HB2 ALA1942 HB2 ALA1942 -3.806 0.472 6.824 426 HB3 ALA1942 HB3 ALA1942 -3.054 1.078 5.345 427 H VAL1943 HN VAL1943 -6.576 0.391 4.001 428 HA VAL1943 HA VAL1943 -6.100 2.270 1.813 429 HB VAL1943 HB VAL1943 -6.511 -0.729 1.543 430 HG11 VAL1943 HG11 VAL1943 -5.912 1.349 -0.561 431 HG12 VAL1943 HG12 VAL1943 -7.465 0.557 -0.293 432 HG13 VAL1943 HG13 VAL1943 -6.080 -0.391 -0.825 433 HG21 VAL1943 HG21 VAL1943 -4.195 -0.789 0.702 434 HG22 VAL1943 HG22 VAL1943 -4.292 -0.287 2.386 435 HG23 VAL1943 HG23 VAL1943 -4.012 0.916 1.130 436 H CYS1944 HN CYS1944 -7.857 3.237 1.402 437 HA CYS1944 HA CYS1944 -10.427 1.830 1.708 438 HB2 CYS1944 HB2 CYS1944 -9.915 4.756 2.227 439 HB3 CYS1944 HB1 CYS1944 -11.449 3.912 2.397 440 H ILE1945 HN ILE1945 -11.442 1.662 -0.143 441 HA ILE1945 HA ILE1945 -10.805 3.414 -2.363 442 HB ILE1945 HB ILE1945 -13.018 1.329 -2.151 443 HG12 ILE1945 HG12 ILE1945 -10.868 0.223 -1.773 444 HG13 ILE1945 HG11 ILE1945 -11.519 -0.222 -3.343 445 HG21 ILE1945 HG21 ILE1945 -13.339 2.928 -3.946 446 HG22 ILE1945 HG22 ILE1945 -12.939 1.344 -4.611 447 HG23 ILE1945 HG23 ILE1945 -11.714 2.611 -4.547 448 HD11 ILE1945 HD11 ILE1945 -9.325 1.776 -2.831 449 HD12 ILE1945 HD12 ILE1945 -9.982 1.358 -4.414 450 HD13 ILE1945 HD13 ILE1945 -9.126 0.143 -3.466 451 H THR1946 HN THR1946 -11.663 5.403 -2.186 452 HA THR1946 HA THR1946 -14.053 5.629 -0.517 453 HB THR1946 HB THR1946 -12.253 7.931 -1.167 454 HG1 THR1946 HG1 THR1946 -11.364 5.717 -0.157 455 HG21 THR1946 HG21 THR1946 -12.974 8.644 1.065 456 HG22 THR1946 HG22 THR1946 -13.840 7.128 1.283 457 HG23 THR1946 HG23 THR1946 -14.381 8.282 0.061 458 H ASP1947 HN ASP1947 -15.683 5.553 -1.884 459 HA ASP1947 HA ASP1947 -15.646 7.130 -4.352 460 HB2 ASP1947 HB2 ASP1947 -16.478 4.762 -4.394 461 HB3 ASP1947 HB1 ASP1947 -17.738 5.223 -3.259 462 H GLY1948 HN GLY1948 -15.849 9.196 -3.626 463 HA2 GLY1948 HA2 GLY1948 -16.788 11.020 -2.653 464 HA3 GLY1948 HA1 GLY1948 -18.302 10.121 -2.633 465 HA PRO1949 HA PRO1949 -17.469 10.058 1.773 466 HB2 PRO1949 HB2 PRO1949 -19.975 9.531 2.565 467 HB3 PRO1949 HB1 PRO1949 -19.516 11.132 1.978 468 HG2 PRO1949 HG2 PRO1949 -21.030 8.971 0.594 469 HG3 PRO1949 HG1 PRO1949 -21.237 10.726 0.501 470 HD2 PRO1949 HD2 PRO1949 -19.894 9.146 -1.362 471 HD3 PRO1949 HD1 PRO1949 -19.746 10.905 -1.205 472 H LYS1950 HN LYS1950 -18.511 7.589 -0.346 473 HA LYS1950 HA LYS1950 -18.981 5.540 1.601 474 HB2 LYS1950 HB2 LYS1950 -18.480 5.267 -1.359 475 HB3 LYS1950 HB1 LYS1950 -19.179 4.050 -0.291 476 HG2 LYS1950 HG2 LYS1950 -21.042 5.424 0.134 477 HG3 LYS1950 HG1 LYS1950 -20.382 6.730 -0.852 478 HD2 LYS1950 HD2 LYS1950 -21.942 5.645 -2.272 479 HD3 LYS1950 HD1 LYS1950 -20.367 5.036 -2.777 480 HE2 LYS1950 HE2 LYS1950 -21.955 3.217 -2.667 481 HE3 LYS1950 HE1 LYS1950 -20.745 3.020 -1.398 482 HZ1 LYS1950 HZ1 LYS1950 -22.275 3.721 0.239 483 HZ2 LYS1950 HZ2 LYS1950 -23.173 2.666 -0.750 484 HZ3 LYS1950 HZ3 LYS1950 -23.334 4.344 -0.914 485 H THR1951 HN THR1951 -17.501 4.759 2.655 486 HA THR1951 HA THR1951 -14.762 4.727 1.597 487 HB THR1951 HB THR1951 -15.686 4.404 4.459 488 HG1 THR1951 HG1 THR1951 -16.035 6.472 3.114 489 HG21 THR1951 HG21 THR1951 -13.351 5.005 4.980 490 HG22 THR1951 HG22 THR1951 -12.994 5.103 3.255 491 HG23 THR1951 HG23 THR1951 -13.416 3.553 3.977 492 H LEU1952 HN LEU1952 -14.513 2.799 0.561 493 HA LEU1952 HA LEU1952 -15.542 0.387 1.818 494 HB2 LEU1952 HB2 LEU1952 -15.996 0.726 -0.566 495 HB3 LEU1952 HB1 LEU1952 -14.279 0.855 -0.883 496 HG LEU1952 HG LEU1952 -13.979 -1.501 -0.256 497 HD11 LEU1952 HD11 LEU1952 -15.925 -2.937 0.079 498 HD12 LEU1952 HD12 LEU1952 -16.979 -1.523 0.048 499 HD13 LEU1952 HD13 LEU1952 -15.799 -1.718 1.347 500 HD21 LEU1952 HD21 LEU1952 -16.132 -1.028 -2.312 501 HD22 LEU1952 HD22 LEU1952 -15.122 -2.470 -2.194 502 HD23 LEU1952 HD23 LEU1952 -14.394 -0.914 -2.581 503 H ASN1953 HN ASN1953 -14.257 -0.500 3.240 504 HA ASN1953 HA ASN1953 -11.460 -0.030 3.399 505 HB2 ASN1953 HB2 ASN1953 -12.895 -0.615 5.357 506 HB3 ASN1953 HB1 ASN1953 -13.073 -2.236 4.699 507 HD21 ASN1953 HD21 ASN1953 -11.219 -3.609 4.668 508 HD22 ASN1953 HD22 ASN1953 -9.896 -3.328 5.723 509 H ALA1954 HN ALA1954 -10.293 -0.702 1.704 510 HA ALA1954 HA ALA1954 -10.742 -3.293 0.482 511 HB1 ALA1954 HB1 ALA1954 -10.114 -1.382 -0.924 512 HB2 ALA1954 HB2 ALA1954 -8.895 -2.650 -1.007 513 HB3 ALA1954 HB3 ALA1954 -8.606 -1.215 -0.025 514 H GLY1955 HN GLY1955 -8.769 -1.771 2.828 515 HA2 GLY1955 HA2 GLY1955 -7.888 -4.248 3.841 516 HA3 GLY1955 HA1 GLY1955 -6.586 -3.378 3.034 517 H LYS1956 HN LYS1956 -7.476 -3.990 5.933 518 HA LYS1956 HA LYS1956 -7.481 -1.257 6.934 519 HB2 LYS1956 HB2 LYS1956 -7.828 -2.243 9.134 520 HB3 LYS1956 HB1 LYS1956 -8.962 -2.958 8.003 521 HG2 LYS1956 HG2 LYS1956 -7.360 -4.893 7.805 522 HG3 LYS1956 HG1 LYS1956 -6.476 -4.183 9.156 523 HD2 LYS1956 HD2 LYS1956 -9.370 -5.040 9.185 524 HD3 LYS1956 HD1 LYS1956 -8.030 -5.923 9.904 525 HE2 LYS1956 HE2 LYS1956 -7.638 -4.059 11.447 526 HE3 LYS1956 HE1 LYS1956 -8.961 -3.162 10.704 527 HZ1 LYS1956 HZ1 LYS1956 -9.208 -5.776 12.077 528 HZ2 LYS1956 HZ2 LYS1956 -10.479 -4.934 11.389 529 HZ3 LYS1956 HZ3 LYS1956 -9.679 -4.292 12.740 530 H LEU1957 HN LEU1957 -5.865 -1.087 8.971 531 HA LEU1957 HA LEU1957 -3.335 -1.081 7.818 532 HB2 LEU1957 HB2 LEU1957 -3.820 0.548 9.463 533 HB3 LEU1957 HB1 LEU1957 -4.248 -0.626 10.664 534 HG LEU1957 HG LEU1957 -2.083 0.681 11.012 535 HD11 LEU1957 HD11 LEU1957 -1.812 -2.311 10.989 536 HD12 LEU1957 HD12 LEU1957 -2.467 -1.325 12.295 537 HD13 LEU1957 HD13 LEU1957 -0.765 -1.183 11.852 538 HD21 LEU1957 HD21 LEU1957 -0.078 -0.142 9.867 539 HD22 LEU1957 HD22 LEU1957 -1.197 0.673 8.770 540 HD23 LEU1957 HD23 LEU1957 -1.093 -1.089 8.777 541 H SER1958 HN SER1958 -2.463 -2.742 7.144 542 HA SER1958 HA SER1958 -1.851 -4.923 8.972 543 HB2 SER1958 HB2 SER1958 -2.166 -5.101 5.963 544 HB3 SER1958 HB1 SER1958 -2.038 -6.430 7.115 545 HG SER1958 HG SER1958 -4.133 -4.550 7.207 546 H LYS1959 HN LYS1959 0.249 -4.533 9.443 547 HA LYS1959 HA LYS1959 1.929 -3.649 7.232 548 HB2 LYS1959 HB2 LYS1959 3.429 -2.535 8.992 549 HB3 LYS1959 HB1 LYS1959 1.903 -1.744 8.642 550 HG2 LYS1959 HG2 LYS1959 0.942 -2.678 10.668 551 HG3 LYS1959 HG1 LYS1959 2.468 -3.494 11.022 552 HD2 LYS1959 HD2 LYS1959 3.603 -1.395 11.291 553 HD3 LYS1959 HD1 LYS1959 2.217 -0.515 10.660 554 HE2 LYS1959 HE2 LYS1959 2.356 -0.325 13.086 555 HE3 LYS1959 HE1 LYS1959 0.891 -1.139 12.556 556 HZ1 LYS1959 HZ1 LYS1959 3.291 -2.437 13.825 557 HZ2 LYS1959 HZ2 LYS1959 2.007 -3.285 13.098 558 HZ3 LYS1959 HZ3 LYS1959 1.709 -2.340 14.395 559 H THR1960 HN THR1960 2.355 -5.671 6.624 560 HA THR1960 HA THR1960 4.415 -7.026 8.201 561 HB THR1960 HB THR1960 2.321 -8.449 6.527 562 HG1 THR1960 HG1 THR1960 2.405 -8.313 9.371 563 HG21 THR1960 HG21 THR1960 4.284 -9.451 8.603 564 HG22 THR1960 HG22 THR1960 4.434 -9.660 6.859 565 HG23 THR1960 HG23 THR1960 3.114 -10.443 7.731 566 H LEU1961 HN LEU1961 6.057 -6.251 6.905 567 HA LEU1961 HA LEU1961 5.856 -6.260 4.021 568 HB2 LEU1961 HB2 LEU1961 8.185 -5.718 5.855 569 HB3 LEU1961 HB1 LEU1961 8.262 -5.568 4.120 570 HG LEU1961 HG LEU1961 6.667 -3.873 6.025 571 HD11 LEU1961 HD11 LEU1961 8.975 -3.274 4.178 572 HD12 LEU1961 HD12 LEU1961 9.055 -3.390 5.935 573 HD13 LEU1961 HD13 LEU1961 8.129 -2.094 5.176 574 HD21 LEU1961 HD21 LEU1961 6.782 -3.765 3.010 575 HD22 LEU1961 HD22 LEU1961 5.983 -2.589 4.054 576 HD23 LEU1961 HD23 LEU1961 5.387 -4.248 3.974 577 H THR1962 HN THR1962 6.207 -8.027 2.842 578 HA THR1962 HA THR1962 8.048 -10.027 3.959 579 HB THR1962 HB THR1962 6.777 -11.810 2.980 580 HG1 THR1962 HG1 THR1962 6.268 -10.006 1.108 581 HG21 THR1962 HG21 THR1962 4.540 -11.549 3.754 582 HG22 THR1962 HG22 THR1962 4.676 -9.815 3.531 583 HG23 THR1962 HG23 THR1962 5.578 -10.588 4.856 584 H TYR1963 HN TYR1963 9.890 -10.127 2.844 585 HA TYR1963 HA TYR1963 9.838 -9.058 0.145 586 HB2 TYR1963 HB2 TYR1963 12.321 -9.141 0.157 587 HB3 TYR1963 HB1 TYR1963 11.706 -8.237 1.526 588 HD1 TYR1963 HD2 TYR1963 11.816 -9.264 3.796 589 HD2 TYR1963 HD1 TYR1963 13.653 -11.086 0.437 590 HE1 TYR1963 HE2 TYR1963 13.187 -10.626 5.297 591 HE2 TYR1963 HE1 TYR1963 15.027 -12.466 1.930 592 HH TYR1963 HH TYR1963 15.880 -12.332 4.243 593 H GLU1964 HN GLU1964 9.341 -10.298 -1.452 594 HA GLU1964 HA GLU1964 10.555 -12.882 -1.742 595 HB2 GLU1964 HB2 GLU1964 8.418 -13.278 -0.417 596 HB3 GLU1964 HB1 GLU1964 7.534 -12.616 -1.786 597 HG2 GLU1964 HG2 GLU1964 7.538 -15.070 -1.763 598 HG3 GLU1964 HG1 GLU1964 8.313 -14.409 -3.204 599 H ASP1965 HN ASP1965 10.531 -13.488 -3.930 600 HA ASP1965 HA ASP1965 10.753 -13.070 -6.164 601 HB2 ASP1965 HB2 ASP1965 8.334 -11.259 -5.750 602 HB3 ASP1965 HB1 ASP1965 9.018 -11.629 -7.321 603 H GLN1966 HN GLN1966 12.118 -11.505 -4.125 604 HA GLN1966 HA GLN1966 13.133 -9.664 -3.554 605 HB2 GLN1966 HB2 GLN1966 13.544 -9.503 -6.518 606 HB3 GLN1966 HB1 GLN1966 14.538 -8.719 -5.286 607 HG2 GLN1966 HG2 GLN1966 14.101 -11.663 -5.590 608 HG3 GLN1966 HG1 GLN1966 15.543 -10.822 -6.083 609 HE21 GLN1966 HE21 GLN1966 15.397 -13.001 -4.303 610 HE22 GLN1966 HE22 GLN1966 15.923 -12.465 -2.737 611 H VAL1967 HN VAL1967 10.233 -9.252 -4.316 612 HA VAL1967 HA VAL1967 10.385 -6.347 -4.623 613 HB VAL1967 HB VAL1967 9.090 -7.647 -6.391 614 HG11 VAL1967 HG11 VAL1967 8.131 -9.371 -5.063 615 HG12 VAL1967 HG12 VAL1967 6.856 -8.468 -5.886 616 HG13 VAL1967 HG13 VAL1967 7.164 -8.199 -4.169 617 HG21 VAL1967 HG21 VAL1967 8.647 -5.289 -6.092 618 HG22 VAL1967 HG22 VAL1967 7.511 -5.639 -4.791 619 HG23 VAL1967 HG23 VAL1967 7.140 -6.136 -6.440 620 H LEU1968 HN LEU1968 8.835 -5.149 -3.182 621 HA LEU1968 HA LEU1968 8.805 -6.528 -0.642 622 HB2 LEU1968 HB2 LEU1968 9.768 -4.241 -0.847 623 HB3 LEU1968 HB1 LEU1968 8.176 -3.646 -1.276 624 HG LEU1968 HG LEU1968 7.341 -4.285 0.940 625 HD11 LEU1968 HD11 LEU1968 10.208 -5.056 1.485 626 HD12 LEU1968 HD12 LEU1968 8.842 -6.167 1.359 627 HD13 LEU1968 HD13 LEU1968 8.910 -4.999 2.678 628 HD21 LEU1968 HD21 LEU1968 9.839 -2.600 1.000 629 HD22 LEU1968 HD22 LEU1968 8.564 -2.594 2.218 630 HD23 LEU1968 HD23 LEU1968 8.220 -2.038 0.577 631 H LYS1969 HN LYS1969 7.097 -7.677 -0.247 632 HA LYS1969 HA LYS1969 4.535 -6.928 -1.435 633 HB2 LYS1969 HB2 LYS1969 5.303 -9.430 0.068 634 HB3 LYS1969 HB1 LYS1969 3.764 -9.125 -0.667 635 HG2 LYS1969 HG2 LYS1969 4.745 -9.042 -2.897 636 HG3 LYS1969 HG1 LYS1969 6.351 -9.285 -2.209 637 HD2 LYS1969 HD2 LYS1969 5.700 -11.470 -1.391 638 HD3 LYS1969 HD1 LYS1969 4.050 -11.219 -1.961 639 HE2 LYS1969 HE2 LYS1969 6.497 -11.291 -3.727 640 HE3 LYS1969 HE1 LYS1969 5.410 -12.651 -3.464 641 HZ1 LYS1969 HZ1 LYS1969 4.659 -10.049 -4.755 642 HZ2 LYS1969 HZ2 LYS1969 3.603 -11.281 -4.384 643 HZ3 LYS1969 HZ3 LYS1969 4.819 -11.546 -5.506 644 H LEU1970 HN LEU1970 2.946 -6.112 -0.315 645 HA LEU1970 HA LEU1970 2.800 -6.578 2.522 646 HB2 LEU1970 HB2 LEU1970 4.005 -4.483 2.336 647 HB3 LEU1970 HB1 LEU1970 2.818 -3.864 1.208 648 HG LEU1970 HG LEU1970 1.178 -3.630 2.955 649 HD11 LEU1970 HD11 LEU1970 1.656 -4.264 5.256 650 HD12 LEU1970 HD12 LEU1970 3.210 -4.936 4.755 651 HD13 LEU1970 HD13 LEU1970 1.706 -5.671 4.194 652 HD21 LEU1970 HD21 LEU1970 2.329 -2.088 4.442 653 HD22 LEU1970 HD22 LEU1970 2.816 -1.857 2.767 654 HD23 LEU1970 HD23 LEU1970 3.881 -2.709 3.888 655 H VAL1971 HN VAL1971 0.852 -7.328 2.855 656 HA VAL1971 HA VAL1971 -1.255 -6.582 0.972 657 HB VAL1971 HB VAL1971 -2.484 -8.588 1.805 658 HG11 VAL1971 HG11 VAL1971 -1.164 -8.733 -0.222 659 HG12 VAL1971 HG12 VAL1971 -1.087 -10.253 0.670 660 HG13 VAL1971 HG13 VAL1971 0.273 -9.131 0.720 661 HG21 VAL1971 HG21 VAL1971 0.093 -9.203 3.267 662 HG22 VAL1971 HG22 VAL1971 -1.278 -10.298 3.100 663 HG23 VAL1971 HG23 VAL1971 -1.452 -8.807 4.019 664 H TYR1972 HN TYR1972 -2.963 -5.520 1.664 665 HA TYR1972 HA TYR1972 -3.230 -4.975 4.538 666 HB2 TYR1972 HB2 TYR1972 -4.365 -3.410 2.154 667 HB3 TYR1972 HB1 TYR1972 -4.631 -3.039 3.856 668 HD1 TYR1972 HD2 TYR1972 -2.765 -2.238 5.232 669 HD2 TYR1972 HD1 TYR1972 -2.371 -2.847 1.048 670 HE1 TYR1972 HE2 TYR1972 -0.740 -0.855 5.225 671 HE2 TYR1972 HE1 TYR1972 -0.345 -1.475 1.033 672 HH TYR1972 HH TYR1972 1.286 -0.741 3.771 673 H GLU1973 HN GLU1973 -4.653 -6.279 5.455 674 HA GLU1973 HA GLU1973 -6.585 -7.399 3.637 675 HB2 GLU1973 HB2 GLU1973 -6.539 -9.413 5.319 676 HB3 GLU1973 HB1 GLU1973 -5.373 -9.222 4.026 677 HG2 GLU1973 HG2 GLU1973 -3.844 -8.189 5.697 678 HG3 GLU1973 HG1 GLU1973 -5.006 -8.658 6.943 679 H ASP1974 HN ASP1974 -8.190 -8.817 5.037 680 HA ASP1974 HA ASP1974 -10.206 -8.827 5.843 681 HB2 ASP1974 HB2 ASP1974 -9.180 -8.194 8.051 682 HB3 ASP1974 HB1 ASP1974 -9.439 -6.501 7.654 683 H GLY1975 HN GLY1975 -10.318 -8.117 3.583 684 HA2 GLY1975 HA2 GLY1975 -11.182 -5.519 2.953 685 HA3 GLY1975 HA1 GLY1975 -11.509 -6.977 2.010 686 H ASP1976 HN ASP1976 -13.139 -4.610 2.996 687 HA ASP1976 HA ASP1976 -14.932 -5.322 4.996 688 HB2 ASP1976 HB2 ASP1976 -14.771 -3.048 4.073 689 HB3 ASP1976 HB1 ASP1976 -15.491 -3.607 2.567 690 HA PRO1977 HA PRO1977 -17.166 -8.794 3.464 691 HB2 PRO1977 HB2 PRO1977 -19.370 -7.571 5.048 692 HB3 PRO1977 HB1 PRO1977 -18.752 -9.226 5.069 693 HG2 PRO1977 HG2 PRO1977 -18.137 -7.523 7.019 694 HG3 PRO1977 HG1 PRO1977 -16.943 -8.678 6.404 695 HD2 PRO1977 HD2 PRO1977 -17.168 -5.751 5.936 696 HD3 PRO1977 HD1 PRO1977 -15.722 -6.769 6.063 697 H CYS1978 HN CYS1978 -17.563 -8.543 1.414 698 HA CYS1978 HA CYS1978 -19.819 -6.907 0.537 699 HB2 CYS1978 HB2 CYS1978 -18.590 -7.008 -1.681 700 HB3 CYS1978 HB1 CYS1978 -17.752 -6.101 -0.426 701 HA PRO1979 HA PRO1979 -21.906 -10.690 -0.415 702 HB2 PRO1979 HB2 PRO1979 -22.857 -10.249 -2.973 703 HB3 PRO1979 HB1 PRO1979 -23.607 -9.633 -1.498 704 HG2 PRO1979 HG2 PRO1979 -21.761 -8.249 -3.402 705 HG3 PRO1979 HG1 PRO1979 -23.219 -7.631 -2.601 706 HD2 PRO1979 HD2 PRO1979 -20.782 -6.987 -1.718 707 HD3 PRO1979 HD1 PRO1979 -22.121 -7.287 -0.587 708 H THR1980 HN THR1980 -19.368 -9.629 -2.581 709 HA THR1980 HA THR1980 -19.233 -11.947 -4.118 710 HB THR1980 HB THR1980 -17.173 -10.450 -4.673 711 HG1 THR1980 HG1 THR1980 -17.164 -8.856 -3.267 712 HG21 THR1980 HG21 THR1980 -19.116 -10.855 -6.152 713 HG22 THR1980 HG22 THR1980 -18.618 -9.164 -6.197 714 HG23 THR1980 HG23 THR1980 -20.033 -9.640 -5.257 715 H ASP1981 HN ASP1981 -18.002 -10.837 -1.032 716 HA ASP1981 HA ASP1981 -16.106 -13.001 -0.875 717 HB2 ASP1981 HB2 ASP1981 -14.864 -11.250 -1.964 718 HB3 ASP1981 HB1 ASP1981 -15.213 -10.098 -0.675 719 H LEU1982 HN LEU1982 -17.992 -13.357 0.450 720 HA LEU1982 HA LEU1982 -18.105 -12.048 3.084 721 HB2 LEU1982 HB2 LEU1982 -19.770 -14.220 1.835 722 HB3 LEU1982 HB1 LEU1982 -20.069 -13.463 3.382 723 HG LEU1982 HG LEU1982 -20.068 -11.855 0.857 724 HD11 LEU1982 HD11 LEU1982 -22.457 -12.297 0.693 725 HD12 LEU1982 HD12 LEU1982 -22.348 -13.374 2.095 726 HD13 LEU1982 HD13 LEU1982 -21.528 -13.803 0.598 727 HD21 LEU1982 HD21 LEU1982 -20.019 -10.690 3.011 728 HD22 LEU1982 HD22 LEU1982 -21.437 -11.600 3.531 729 HD23 LEU1982 HD23 LEU1982 -21.569 -10.452 2.195 730 H LYS1983 HN LYS1983 -17.915 -15.171 1.557 731 HA LYS1983 HA LYS1983 -17.265 -16.569 4.064 732 HB2 LYS1983 HB2 LYS1983 -18.161 -17.472 1.348 733 HB3 LYS1983 HB1 LYS1983 -17.743 -18.609 2.645 734 HG2 LYS1983 HG2 LYS1983 -19.578 -17.558 3.969 735 HG3 LYS1983 HG1 LYS1983 -19.980 -16.594 2.548 736 HD2 LYS1983 HD2 LYS1983 -21.419 -18.567 2.694 737 HD3 LYS1983 HD1 LYS1983 -20.382 -18.646 1.270 738 HE2 LYS1983 HE2 LYS1983 -18.879 -20.172 2.388 739 HE3 LYS1983 HE1 LYS1983 -19.789 -20.013 3.889 740 HZ1 LYS1983 HZ1 LYS1983 -20.271 -22.048 2.692 741 HZ2 LYS1983 HZ2 LYS1983 -20.907 -21.153 1.375 742 HZ3 LYS1983 HZ3 LYS1983 -21.639 -21.088 2.888 743 H MET1984 HN MET1984 -15.524 -14.939 2.192 744 HA MET1984 HA MET1984 -13.234 -16.523 2.190 745 HB2 MET1984 HB2 MET1984 -12.865 -15.967 -0.257 746 HB3 MET1984 HB1 MET1984 -14.143 -17.143 -0.008 747 HG2 MET1984 HG2 MET1984 -15.748 -15.146 -0.157 748 HG3 MET1984 HG1 MET1984 -14.371 -14.258 -0.798 749 HE1 MET1984 HE1 MET1984 -13.607 -16.286 -4.097 750 HE2 MET1984 HE2 MET1984 -12.878 -16.526 -2.507 751 HE3 MET1984 HE3 MET1984 -13.164 -14.893 -3.111 752 H LYS1985 HN LYS1985 -11.617 -14.992 2.302 753 HA LYS1985 HA LYS1985 -12.569 -12.219 2.332 754 HB2 LYS1985 HB2 LYS1985 -12.320 -13.221 4.666 755 HB3 LYS1985 HB1 LYS1985 -10.585 -13.188 4.368 756 HG2 LYS1985 HG2 LYS1985 -10.699 -11.141 5.285 757 HG3 LYS1985 HG1 LYS1985 -11.254 -10.656 3.685 758 HD2 LYS1985 HD2 LYS1985 -12.972 -11.326 6.084 759 HD3 LYS1985 HD1 LYS1985 -12.719 -9.733 5.388 760 HE2 LYS1985 HE2 LYS1985 -14.074 -12.030 3.955 761 HE3 LYS1985 HE1 LYS1985 -14.931 -10.791 4.863 762 HZ1 LYS1985 HZ1 LYS1985 -14.992 -10.246 2.580 763 HZ2 LYS1985 HZ2 LYS1985 -13.421 -10.484 2.313 764 HZ3 LYS1985 HZ3 LYS1985 -13.914 -9.137 3.262 765 H HIS1986 HN HIS1986 -11.565 -11.183 0.885 766 HA HIS1986 HA HIS1986 -8.797 -11.871 0.379 767 HB2 HIS1986 HB2 HIS1986 -10.846 -10.501 -1.287 768 HB3 HIS1986 HB1 HIS1986 -9.127 -10.315 -1.648 769 HD1 HIS1986 HD1 HIS1986 -11.802 -12.934 -1.427 770 HD2 HIS1986 HD2 HIS1986 -7.913 -12.468 -2.765 771 HE1 HIS1986 HE1 HIS1986 -11.233 -15.059 -2.657 772 HE2 HIS1986 HE2 HIS1986 -8.768 -14.837 -3.119 773 H LYS1987 HN LYS1987 -7.695 -9.680 -0.666 774 HA LYS1987 HA LYS1987 -7.827 -7.665 1.343 775 HB2 LYS1987 HB2 LYS1987 -5.475 -7.893 1.989 776 HB3 LYS1987 HB1 LYS1987 -6.412 -9.288 2.460 777 HG2 LYS1987 HG2 LYS1987 -4.609 -9.230 0.030 778 HG3 LYS1987 HG1 LYS1987 -4.072 -9.735 1.628 779 HD2 LYS1987 HD2 LYS1987 -6.271 -11.036 0.001 780 HD3 LYS1987 HD1 LYS1987 -4.628 -11.647 0.175 781 HE2 LYS1987 HE2 LYS1987 -6.587 -11.275 2.451 782 HE3 LYS1987 HE1 LYS1987 -6.299 -12.799 1.626 783 HZ1 LYS1987 HZ1 LYS1987 -5.062 -12.795 3.612 784 HZ2 LYS1987 HZ2 LYS1987 -4.389 -11.311 3.404 785 HZ3 LYS1987 HZ3 LYS1987 -3.902 -12.599 2.417 786 H SER1988 HN SER1988 -5.958 -6.140 0.883 787 HA SER1988 HA SER1988 -5.919 -5.622 -1.965 788 HB2 SER1988 HB2 SER1988 -6.700 -3.852 -0.438 789 HB3 SER1988 HB1 SER1988 -5.170 -3.955 0.443 790 HG SER1988 HG SER1988 -4.156 -2.972 -1.190 791 H TYR1989 HN TYR1989 -4.168 -6.229 -3.024 792 HA TYR1989 HA TYR1989 -1.829 -7.146 -1.551 793 HB2 TYR1989 HB2 TYR1989 -3.199 -8.465 -3.331 794 HB3 TYR1989 HB1 TYR1989 -2.419 -7.371 -4.460 795 HD1 TYR1989 HD1 TYR1989 -0.143 -7.584 -5.015 796 HD2 TYR1989 HD2 TYR1989 -1.888 -10.202 -2.175 797 HE1 TYR1989 HE1 TYR1989 1.863 -9.021 -5.130 798 HE2 TYR1989 HE2 TYR1989 0.101 -11.660 -2.275 799 HH TYR1989 HH TYR1989 2.991 -10.623 -3.631 800 H PHE1990 HN PHE1990 -0.301 -5.571 -1.334 801 HA PHE1990 HA PHE1990 -0.140 -3.545 -3.423 802 HB2 PHE1990 HB2 PHE1990 -0.630 -3.175 -0.816 803 HB3 PHE1990 HB1 PHE1990 1.124 -3.210 -0.759 804 HD1 PHE1990 HD2 PHE1990 1.973 -1.799 -3.098 805 HD2 PHE1990 HD1 PHE1990 -1.371 -1.083 -0.588 806 HE1 PHE1990 HE2 PHE1990 1.969 0.556 -3.768 807 HE2 PHE1990 HE1 PHE1990 -1.386 1.262 -1.249 808 HZ PHE1990 HZ PHE1990 0.288 2.092 -2.845 809 H SER1991 HN SER1991 1.514 -3.983 -4.741 810 HA SER1991 HA SER1991 3.867 -5.320 -3.711 811 HB2 SER1991 HB2 SER1991 3.098 -4.547 -6.535 812 HB3 SER1991 HB1 SER1991 4.477 -5.541 -6.065 813 HG SER1991 HG SER1991 2.190 -6.432 -6.707 814 H PHE1992 HN PHE1992 5.264 -3.937 -2.802 815 HA PHE1992 HA PHE1992 5.560 -1.293 -3.922 816 HB2 PHE1992 HB2 PHE1992 6.778 -2.617 -1.485 817 HB3 PHE1992 HB1 PHE1992 7.242 -1.015 -2.039 818 HD1 PHE1992 HD1 PHE1992 4.606 -3.023 -0.506 819 HD2 PHE1992 HD2 PHE1992 5.748 0.870 -1.779 820 HE1 PHE1992 HE1 PHE1992 2.745 -2.062 0.779 821 HE2 PHE1992 HE2 PHE1992 3.893 1.835 -0.493 822 HZ PHE1992 HZ PHE1992 2.391 0.416 0.762 823 H VAL1993 HN VAL1993 6.748 -1.076 -5.578 824 HA VAL1993 HA VAL1993 9.032 -2.840 -5.925 825 HB VAL1993 HB VAL1993 7.336 -3.590 -7.448 826 HG11 VAL1993 HG11 VAL1993 7.058 -0.745 -8.362 827 HG12 VAL1993 HG12 VAL1993 5.871 -1.701 -7.472 828 HG13 VAL1993 HG13 VAL1993 6.285 -2.132 -9.132 829 HG21 VAL1993 HG21 VAL1993 9.334 -1.915 -8.975 830 HG22 VAL1993 HG22 VAL1993 8.384 -3.238 -9.650 831 HG23 VAL1993 HG23 VAL1993 9.580 -3.561 -8.391 832 H CYS1994 HN CYS1994 10.875 -1.931 -6.474 833 HA CYS1994 HA CYS1994 11.100 0.831 -5.988 834 HB2 CYS1994 HB2 CYS1994 13.563 0.243 -6.484 835 HB3 CYS1994 HB1 CYS1994 12.780 -0.315 -5.013 836 H LYS1995 HN LYS1995 11.602 2.435 -7.225 837 HA LYS1995 HA LYS1995 12.512 1.946 -9.917 838 HB2 LYS1995 HB2 LYS1995 10.059 2.421 -10.055 839 HB3 LYS1995 HB1 LYS1995 10.338 3.937 -9.206 840 HG2 LYS1995 HG2 LYS1995 11.740 4.711 -11.049 841 HG3 LYS1995 HG1 LYS1995 11.474 3.190 -11.894 842 HD2 LYS1995 HD2 LYS1995 9.084 3.662 -12.010 843 HD3 LYS1995 HD1 LYS1995 9.332 5.162 -11.115 844 HE2 LYS1995 HE2 LYS1995 9.147 5.639 -13.477 845 HE3 LYS1995 HE1 LYS1995 10.782 5.980 -12.918 846 HZ1 LYS1995 HZ1 LYS1995 9.908 3.570 -14.421 847 HZ2 LYS1995 HZ2 LYS1995 11.507 3.847 -13.927 848 HZ3 LYS1995 HZ3 LYS1995 10.781 4.866 -15.041 849 H SER1996 HN SER1996 14.420 2.841 -9.869 850 HA SER1996 HA SER1996 15.236 4.618 -7.840 851 HB2 SER1996 HB2 SER1996 16.594 3.873 -10.444 852 HB3 SER1996 HB1 SER1996 17.369 4.731 -9.106 853 HG SER1996 HG SER1996 16.532 2.034 -9.261 854 H ASP1997 HN ASP1997 13.988 5.109 -11.041 855 HA ASP1997 HA ASP1997 14.644 7.871 -11.283 856 HB2 ASP1997 HB2 ASP1997 14.119 6.572 -13.252 857 HB3 ASP1997 HB1 ASP1997 12.517 6.203 -12.632 858 H ALA1998 HN ALA1998 12.381 6.295 -9.340 859 HA ALA1998 HA ALA1998 10.772 8.736 -9.007 860 HB1 ALA1998 HB1 ALA1998 9.470 6.789 -9.759 861 HB2 ALA1998 HB2 ALA1998 9.029 7.247 -8.113 862 HB3 ALA1998 HB3 ALA1998 10.076 5.856 -8.388 863 H GLY1999 HN GLY1999 13.311 8.453 -7.910 864 HA2 GLY1999 HA2 GLY1999 13.439 7.258 -5.368 865 HA3 GLY1999 HA1 GLY1999 14.550 8.456 -5.998 866 H ASP2000 HN ASP2000 12.304 10.405 -6.316 867 HA ASP2000 HA ASP2000 11.983 11.083 -3.446 868 HB2 ASP2000 HB2 ASP2000 13.433 12.660 -4.714 869 HB3 ASP2000 HB1 ASP2000 12.083 12.989 -5.795 870 H ASP2001 HN ASP2001 10.554 11.013 -6.598 871 HA ASP2001 HA ASP2001 8.021 12.103 -5.974 872 HB2 ASP2001 HB2 ASP2001 8.770 10.157 -8.174 873 HB3 ASP2001 HB1 ASP2001 7.212 10.955 -8.044 874 H SER2002 HN SER2002 8.828 8.733 -6.648 875 HA SER2002 HA SER2002 7.889 6.793 -6.128 876 HB2 SER2002 HB2 SER2002 7.456 8.196 -3.477 877 HB3 SER2002 HB1 SER2002 7.289 6.454 -3.722 878 HG SER2002 HG SER2002 9.660 7.531 -4.656 879 H GLN2003 HN GLN2003 6.256 6.496 -7.469 880 HA GLN2003 HA GLN2003 3.654 7.713 -6.843 881 HB2 GLN2003 HB2 GLN2003 3.112 7.356 -9.223 882 HB3 GLN2003 HB1 GLN2003 4.437 8.484 -8.956 883 HG2 GLN2003 HG2 GLN2003 6.069 6.756 -9.519 884 HG3 GLN2003 HG1 GLN2003 4.776 5.585 -9.733 885 HE21 GLN2003 HE21 GLN2003 3.060 7.548 -11.099 886 HE22 GLN2003 HE22 GLN2003 3.716 7.707 -12.678 887 HA PRO2004 HA PRO2004 2.083 3.563 -6.365 888 HB2 PRO2004 HB2 PRO2004 -0.535 4.638 -5.937 889 HB3 PRO2004 HB1 PRO2004 0.604 4.059 -4.719 890 HG2 PRO2004 HG2 PRO2004 -0.175 6.704 -4.996 891 HG3 PRO2004 HG1 PRO2004 1.309 6.150 -4.217 892 HD2 PRO2004 HD2 PRO2004 0.931 7.212 -6.988 893 HD3 PRO2004 HD1 PRO2004 2.255 7.497 -5.835 894 H VAL2005 HN VAL2005 2.005 2.629 -8.359 895 HA VAL2005 HA VAL2005 0.087 3.564 -10.324 896 HB VAL2005 HB VAL2005 2.080 1.271 -10.435 897 HG11 VAL2005 HG11 VAL2005 0.246 0.945 -11.982 898 HG12 VAL2005 HG12 VAL2005 1.725 1.325 -12.865 899 HG13 VAL2005 HG13 VAL2005 0.485 2.562 -12.643 900 HG21 VAL2005 HG21 VAL2005 2.314 4.058 -11.571 901 HG22 VAL2005 HG22 VAL2005 3.460 2.745 -11.853 902 HG23 VAL2005 HG23 VAL2005 3.243 3.397 -10.227 903 H PHE2006 HN PHE2006 -1.916 2.879 -9.874 904 HA PHE2006 HA PHE2006 -2.220 0.343 -8.514 905 HB2 PHE2006 HB2 PHE2006 -4.537 0.866 -8.182 906 HB3 PHE2006 HB1 PHE2006 -3.642 2.321 -7.820 907 HD1 PHE2006 HD2 PHE2006 -3.583 4.127 -9.672 908 HD2 PHE2006 HD1 PHE2006 -6.293 0.847 -9.660 909 HE1 PHE2006 HE2 PHE2006 -5.059 5.336 -11.212 910 HE2 PHE2006 HE1 PHE2006 -7.774 2.052 -11.199 911 HZ PHE2006 HZ PHE2006 -7.157 4.300 -11.978 912 H LEU2007 HN LEU2007 -2.978 -1.481 -9.410 913 HA LEU2007 HA LEU2007 -2.957 -1.506 -12.283 914 HB2 LEU2007 HB2 LEU2007 -3.300 -3.742 -10.260 915 HB3 LEU2007 HB1 LEU2007 -3.357 -3.992 -11.989 916 HG LEU2007 HG LEU2007 -0.970 -3.183 -12.103 917 HD11 LEU2007 HD11 LEU2007 -1.075 -3.448 -9.109 918 HD12 LEU2007 HD12 LEU2007 -0.891 -1.947 -10.008 919 HD13 LEU2007 HD13 LEU2007 0.373 -3.168 -10.074 920 HD21 LEU2007 HD21 LEU2007 -0.014 -5.255 -11.260 921 HD22 LEU2007 HD22 LEU2007 -1.508 -5.539 -12.172 922 HD23 LEU2007 HD23 LEU2007 -1.519 -5.606 -10.406 923 H SER2008 HN SER2008 -5.189 -2.907 -9.897 924 HA SER2008 HA SER2008 -7.403 -1.522 -10.907 925 HB2 SER2008 HB2 SER2008 -8.512 -3.764 -11.692 926 HB3 SER2008 HB1 SER2008 -7.440 -2.895 -12.794 927 HG SER2008 HG SER2008 -7.113 -5.402 -11.678 928 H PHE2009 HN PHE2009 -9.125 -1.689 -9.528 929 HA PHE2009 HA PHE2009 -8.756 -3.401 -7.222 930 HB2 PHE2009 HB2 PHE2009 -9.347 -1.012 -6.846 931 HB3 PHE2009 HB1 PHE2009 -10.821 -1.237 -7.780 932 HD1 PHE2009 HD1 PHE2009 -9.071 -2.609 -4.788 933 HD2 PHE2009 HD2 PHE2009 -12.753 -1.733 -6.680 934 HE1 PHE2009 HE1 PHE2009 -10.276 -3.245 -2.738 935 HE2 PHE2009 HE2 PHE2009 -13.965 -2.362 -4.661 936 HZ PHE2009 HZ PHE2009 -12.663 -3.223 -2.662 937 H ASP2010 HN ASP2010 -9.679 -5.283 -7.209 938 HA ASP2010 HA ASP2010 -11.611 -6.027 -9.259 939 HB2 ASP2010 HB2 ASP2010 -9.636 -7.482 -8.775 940 HB3 ASP2010 HB1 ASP2010 -10.223 -7.702 -7.134 941 H GLU2011 HN GLU2011 -13.631 -5.660 -8.755 942 HA GLU2011 HA GLU2011 -14.436 -5.525 -5.950 943 HB2 GLU2011 HB2 GLU2011 -15.970 -4.765 -8.441 944 HB3 GLU2011 HB1 GLU2011 -16.504 -4.506 -6.786 945 HG2 GLU2011 HG2 GLU2011 -14.632 -3.032 -6.387 946 HG3 GLU2011 HG1 GLU2011 -14.042 -3.333 -8.017 947 H GLN2012 HN GLN2012 -14.294 -7.723 -8.372 948 HA GLN2012 HA GLN2012 -16.798 -9.056 -7.962 949 HB2 GLN2012 HB2 GLN2012 -15.566 -9.119 -10.108 950 HB3 GLN2012 HB1 GLN2012 -14.294 -10.041 -9.323 951 HG2 GLN2012 HG2 GLN2012 -15.929 -11.815 -8.836 952 HG3 GLN2012 HG1 GLN2012 -17.144 -10.896 -9.722 953 HE21 GLN2012 HE21 GLN2012 -17.443 -12.439 -11.256 954 HE22 GLN2012 HE22 GLN2012 -16.235 -12.865 -12.428 955 H THR2013 HN THR2013 -13.483 -9.498 -6.853 956 HA THR2013 HA THR2013 -14.621 -11.301 -4.842 957 HB THR2013 HB THR2013 -13.207 -12.573 -6.444 958 HG1 THR2013 HG1 THR2013 -12.615 -12.326 -3.753 959 HG21 THR2013 HG21 THR2013 -10.766 -12.268 -6.459 960 HG22 THR2013 HG22 THR2013 -10.932 -10.872 -5.393 961 HG23 THR2013 HG23 THR2013 -11.591 -10.816 -7.028 962 H CYS2014 HN CYS2014 -13.803 -8.325 -5.100 963 HA CYS2014 HA CYS2014 -13.032 -6.683 -3.840 964 HB2 CYS2014 HB2 CYS2014 -13.772 -8.588 -1.609 965 HB3 CYS2014 HB1 CYS2014 -13.419 -6.875 -1.373 966 H THR2015 HN THR2015 -11.016 -7.124 -4.845 967 HA THR2015 HA THR2015 -8.841 -7.461 -2.875 968 HB THR2015 HB THR2015 -8.887 -8.610 -5.691 969 HG1 THR2015 HG1 THR2015 -10.080 -9.574 -3.650 970 HG21 THR2015 HG21 THR2015 -6.648 -8.002 -4.893 971 HG22 THR2015 HG22 THR2015 -6.817 -9.754 -4.999 972 HG23 THR2015 HG23 THR2015 -6.905 -8.952 -3.429 973 H SER2016 HN SER2016 -7.088 -6.083 -3.413 974 HA SER2016 HA SER2016 -7.572 -4.435 -5.768 975 HB2 SER2016 HB2 SER2016 -8.009 -3.266 -3.549 976 HB3 SER2016 HB1 SER2016 -6.281 -3.436 -3.231 977 HG SER2016 HG SER2016 -6.751 -1.456 -4.189 978 H TYR2017 HN TYR2017 -5.688 -3.836 -6.881 979 HA TYR2017 HA TYR2017 -3.276 -5.302 -6.068 980 HB2 TYR2017 HB2 TYR2017 -4.296 -4.939 -8.903 981 HB3 TYR2017 HB1 TYR2017 -2.826 -5.778 -8.432 982 HD1 TYR2017 HD2 TYR2017 -2.967 -7.966 -7.288 983 HD2 TYR2017 HD1 TYR2017 -6.448 -6.015 -8.764 984 HE1 TYR2017 HE2 TYR2017 -4.207 -10.074 -7.117 985 HE2 TYR2017 HE1 TYR2017 -7.703 -8.130 -8.597 986 HH TYR2017 HH TYR2017 -7.264 -10.543 -8.534 987 H PHE2018 HN PHE2018 -1.770 -3.853 -5.603 988 HA PHE2018 HA PHE2018 -1.645 -1.386 -7.221 989 HB2 PHE2018 HB2 PHE2018 -0.995 -1.683 -4.297 990 HB3 PHE2018 HB1 PHE2018 -0.732 -0.241 -5.257 991 HD1 PHE2018 HD2 PHE2018 -2.971 0.492 -6.545 992 HD2 PHE2018 HD1 PHE2018 -2.755 -1.682 -2.919 993 HE1 PHE2018 HE2 PHE2018 -5.196 1.294 -5.948 994 HE2 PHE2018 HE1 PHE2018 -4.980 -0.887 -2.299 995 HZ PHE2018 HZ PHE2018 -6.212 0.615 -3.809 996 H SER2019 HN SER2019 0.394 -0.631 -7.739 997 HA SER2019 HA SER2019 2.666 -2.097 -6.704 998 HB2 SER2019 HB2 SER2019 3.664 -2.153 -9.032 999 HB3 SER2019 HB1 SER2019 2.171 -3.053 -8.915 1000 HG SER2019 HG SER2019 1.542 -0.566 -9.580 1001 H TRP2020 HN TRP2020 3.688 -0.567 -5.562 1002 HA TRP2020 HA TRP2020 3.453 2.232 -6.462 1003 HB2 TRP2020 HB2 TRP2020 2.824 1.563 -4.082 1004 HB3 TRP2020 HB1 TRP2020 4.534 1.258 -3.795 1005 HD1 TRP2020 HD1 TRP2020 5.812 3.880 -5.006 1006 HE1 TRP2020 HE1 TRP2020 5.318 6.192 -3.940 1007 HE3 TRP2020 HE3 TRP2020 1.537 2.796 -2.449 1008 HZ2 TRP2020 HZ2 TRP2020 3.469 7.370 -2.278 1009 HZ3 TRP2020 HZ3 TRP2020 0.479 4.576 -1.135 1010 HH2 TRP2020 HH2 TRP2020 1.428 6.814 -1.048 1011 H HIS2021 HN HIS2021 5.087 3.019 -7.534 1012 HA HIS2021 HA HIS2021 7.649 1.695 -7.468 1013 HB2 HIS2021 HB2 HIS2021 6.407 3.681 -9.295 1014 HB3 HIS2021 HB1 HIS2021 8.158 3.732 -9.127 1015 HD1 HIS2021 HD1 HIS2021 6.360 2.731 -11.683 1016 HD2 HIS2021 HD2 HIS2021 8.638 0.478 -9.039 1017 HE1 HIS2021 HE1 HIS2021 6.914 0.618 -12.887 1018 HE2 HIS2021 HE2 HIS2021 8.662 -0.440 -11.401 1019 H THR2022 HN THR2022 8.607 2.075 -5.683 1020 HA THR2022 HA THR2022 9.461 4.802 -5.180 1021 HB THR2022 HB THR2022 7.568 4.501 -3.663 1022 HG1 THR2022 HG1 THR2022 9.231 5.682 -2.811 1023 HG21 THR2022 HG21 THR2022 9.054 2.091 -2.593 1024 HG22 THR2022 HG22 THR2022 7.553 2.053 -3.517 1025 HG23 THR2022 HG23 THR2022 7.577 2.770 -1.906 1026 H SER2023 HN SER2023 11.525 4.928 -4.176 1027 HA SER2023 HA SER2023 13.193 2.710 -4.731 1028 HB2 SER2023 HB2 SER2023 14.797 4.478 -3.730 1029 HB3 SER2023 HB1 SER2023 14.074 4.732 -5.330 1030 HG SER2023 HG SER2023 13.824 6.251 -3.154 1031 H LEU2024 HN LEU2024 11.372 3.604 -2.026 1032 HA LEU2024 HA LEU2024 13.287 2.598 -0.089 1033 HB2 LEU2024 HB2 LEU2024 10.445 3.572 0.308 1034 HB3 LEU2024 HB1 LEU2024 11.510 3.069 1.596 1035 HG LEU2024 HG LEU2024 11.558 5.378 1.702 1036 HD11 LEU2024 HD11 LEU2024 13.947 4.620 0.079 1037 HD12 LEU2024 HD12 LEU2024 13.754 4.502 1.831 1038 HD13 LEU2024 HD13 LEU2024 13.781 6.082 1.052 1039 HD21 LEU2024 HD21 LEU2024 10.420 5.909 -0.391 1040 HD22 LEU2024 HD22 LEU2024 11.877 5.514 -1.300 1041 HD23 LEU2024 HD23 LEU2024 11.870 6.896 -0.203 1042 H ALA2025 HN ALA2025 11.272 1.280 -2.198 1043 HA ALA2025 HA ALA2025 10.013 -0.783 -0.612 1044 HB1 ALA2025 HB1 ALA2025 8.923 0.155 -2.553 1045 HB2 ALA2025 HB2 ALA2025 9.203 -1.576 -2.774 1046 HB3 ALA2025 HB3 ALA2025 10.248 -0.395 -3.572 1047 H CYS2026 HN CYS2026 12.395 -0.743 -3.210 1048 HA CYS2026 HA CYS2026 13.873 -2.831 -1.990 1049 HB2 CYS2026 HB2 CYS2026 13.908 -4.191 -4.177 1050 HB3 CYS2026 HB1 CYS2026 12.459 -4.315 -3.201 1051 H GLU2027 HN GLU2027 15.749 -3.298 -3.910 1052 HA GLU2027 HA GLU2027 16.586 -0.530 -4.370 1053 HB2 GLU2027 HB2 GLU2027 17.970 -1.860 -2.801 1054 HB3 GLU2027 HB1 GLU2027 18.354 -2.954 -4.118 1055 HG2 GLU2027 HG2 GLU2027 19.394 -1.111 -5.341 1056 HG3 GLU2027 HG1 GLU2027 19.018 -0.020 -4.008 1057 H GLU2028 HN GLU2028 16.472 -3.744 -5.865 1058 HA GLU2028 HA GLU2028 17.226 -2.483 -8.383 1059 HB2 GLU2028 HB2 GLU2028 18.903 -4.049 -7.537 1060 HB3 GLU2028 HB1 GLU2028 17.686 -5.310 -7.439 1061 HG2 GLU2028 HG2 GLU2028 17.456 -5.328 -9.834 1062 HG3 GLU2028 HG1 GLU2028 18.572 -3.968 -9.979 1063 H GLU2029 HN GLU2029 15.769 -2.471 -9.883 1064 HA GLU2029 HA GLU2029 13.451 -4.280 -9.761 1065 HB2 GLU2029 HB2 GLU2029 12.734 -1.963 -9.572 1066 HB3 GLU2029 HB1 GLU2029 13.741 -1.501 -10.937 1067 HG2 GLU2029 HG2 GLU2029 12.344 -2.988 -12.384 1068 HG3 GLU2029 HG1 GLU2029 11.283 -3.246 -11.008 1069 H VAL2030 HN VAL2030 13.394 -5.720 -11.398 1070 HA VAL2030 HA VAL2030 14.902 -5.062 -13.770 1071 HB VAL2030 HB VAL2030 15.466 -7.192 -12.724 1072 HG11 VAL2030 HG11 VAL2030 13.944 -9.116 -12.672 1073 HG12 VAL2030 HG12 VAL2030 12.624 -8.049 -13.153 1074 HG13 VAL2030 HG13 VAL2030 13.444 -7.798 -11.614 1075 HG21 VAL2030 HG21 VAL2030 14.073 -7.557 -15.375 1076 HG22 VAL2030 HG22 VAL2030 15.236 -8.689 -14.686 1077 HG23 VAL2030 HG23 VAL2030 15.744 -7.055 -15.119 1078 HA PRO2031 HA PRO2031 10.745 -4.256 -15.294 1079 HB2 PRO2031 HB2 PRO2031 11.407 -2.237 -16.954 1080 HB3 PRO2031 HB1 PRO2031 11.243 -2.005 -15.211 1081 HG2 PRO2031 HG2 PRO2031 13.690 -2.173 -16.876 1082 HG3 PRO2031 HG1 PRO2031 13.408 -1.280 -15.375 1083 HD2 PRO2031 HD2 PRO2031 14.732 -3.754 -15.655 1084 HD3 PRO2031 HD1 PRO2031 14.218 -2.999 -14.135 1085 H ARG2032 HN ARG2032 13.629 -5.159 -16.881 1086 HA ARG2032 HA ARG2032 12.123 -6.371 -18.992 1087 HB2 ARG2032 HB2 ARG2032 13.695 -5.514 -20.745 1088 HB3 ARG2032 HB1 ARG2032 12.656 -4.280 -20.057 1089 HG2 ARG2032 HG2 ARG2032 14.503 -3.441 -18.714 1090 HG3 ARG2032 HG1 ARG2032 15.542 -4.738 -19.312 1091 HD2 ARG2032 HD2 ARG2032 14.294 -2.527 -20.927 1092 HD3 ARG2032 HD1 ARG2032 16.001 -2.709 -20.520 1093 HE ARG2032 HE ARG2032 15.620 -4.964 -21.778 1094 HH11 ARG2032 HH11 ARG2032 14.662 -1.686 -22.663 1095 HH12 ARG2032 HH12 ARG2032 14.462 -2.013 -24.322 1096 HH21 ARG2032 HH21 ARG2032 15.332 -5.464 -24.057 1097 HH22 ARG2032 HH22 ARG2032 14.827 -4.222 -25.138 Start of MODEL 18 1 H1 MET1885 HT1 MET1885 4.834 12.572 7.292 2 H2 MET1885 HT2 MET1885 6.445 13.087 7.380 3 H3 MET1885 HT3 MET1885 6.056 11.527 7.822 4 HA MET1885 HA MET1885 5.420 11.022 5.559 5 HB2 MET1885 HB2 MET1885 4.747 13.281 4.864 6 HB3 MET1885 HB1 MET1885 6.410 13.834 5.005 7 HG2 MET1885 HG2 MET1885 7.055 12.272 3.207 8 HG3 MET1885 HG1 MET1885 5.368 11.796 3.041 9 HE1 MET1885 HE1 MET1885 6.034 13.899 -0.213 10 HE2 MET1885 HE2 MET1885 5.484 12.352 0.433 11 HE3 MET1885 HE3 MET1885 7.173 12.832 0.610 12 H LYS1886 HN LYS1886 8.251 13.170 6.168 13 HA LYS1886 HA LYS1886 9.854 11.224 4.795 14 HB2 LYS1886 HB2 LYS1886 10.255 13.643 4.462 15 HB3 LYS1886 HB1 LYS1886 10.707 13.792 6.153 16 HG2 LYS1886 HG2 LYS1886 12.639 12.408 5.822 17 HG3 LYS1886 HG1 LYS1886 12.138 12.029 4.173 18 HD2 LYS1886 HD2 LYS1886 13.890 13.690 4.124 19 HD3 LYS1886 HD1 LYS1886 12.378 14.417 3.587 20 HE2 LYS1886 HE2 LYS1886 13.549 15.947 5.044 21 HE3 LYS1886 HE1 LYS1886 12.083 15.380 5.843 22 HZ1 LYS1886 HZ1 LYS1886 14.741 14.171 6.301 23 HZ2 LYS1886 HZ2 LYS1886 13.355 14.008 7.291 24 HZ3 LYS1886 HZ3 LYS1886 14.181 15.472 7.190 25 H SER1887 HN SER1887 10.468 9.504 5.737 26 HA SER1887 HA SER1887 10.805 7.996 7.131 27 HB2 SER1887 HB2 SER1887 12.800 8.314 8.614 28 HB3 SER1887 HB1 SER1887 12.977 8.520 6.871 29 HG SER1887 HG SER1887 12.773 10.547 8.843 30 H ASN1888 HN ASN1888 8.895 7.753 7.956 31 HA ASN1888 HA ASN1888 8.438 8.623 10.717 32 HB2 ASN1888 HB2 ASN1888 6.597 8.683 8.949 33 HB3 ASN1888 HB1 ASN1888 6.747 6.930 8.919 34 HD21 ASN1888 HD21 ASN1888 4.440 8.410 9.506 35 HD22 ASN1888 HD22 ASN1888 3.913 8.103 11.114 36 H VAL1889 HN VAL1889 9.374 7.349 12.118 37 HA VAL1889 HA VAL1889 9.546 4.507 11.526 38 HB VAL1889 HB VAL1889 11.690 5.428 12.239 39 HG11 VAL1889 HG11 VAL1889 12.078 6.339 14.473 40 HG12 VAL1889 HG12 VAL1889 10.341 6.286 14.781 41 HG13 VAL1889 HG13 VAL1889 10.980 7.335 13.518 42 HG21 VAL1889 HG21 VAL1889 12.219 3.945 14.125 43 HG22 VAL1889 HG22 VAL1889 11.251 3.144 12.886 44 HG23 VAL1889 HG23 VAL1889 10.495 3.686 14.386 45 H GLN1890 HN GLN1890 7.911 3.532 11.898 46 HA GLN1890 HA GLN1890 6.020 4.253 13.922 47 HB2 GLN1890 HB2 GLN1890 6.059 2.213 11.716 48 HB3 GLN1890 HB1 GLN1890 4.774 2.234 12.924 49 HG2 GLN1890 HG2 GLN1890 5.505 4.719 11.470 50 HG3 GLN1890 HG1 GLN1890 4.431 3.595 10.672 51 HE21 GLN1890 HE21 GLN1890 3.997 6.257 11.657 52 HE22 GLN1890 HE22 GLN1890 2.684 6.181 12.771 53 H ASN1891 HN ASN1891 7.168 0.996 13.159 54 HA ASN1891 HA ASN1891 8.403 0.343 15.531 55 HB2 ASN1891 HB2 ASN1891 6.674 -1.028 16.719 56 HB3 ASN1891 HB1 ASN1891 6.270 0.680 16.735 57 HD21 ASN1891 HD21 ASN1891 4.647 -1.839 16.965 58 HD22 ASN1891 HD22 ASN1891 3.392 -1.648 15.794 59 H ASP1892 HN ASP1892 6.125 -0.727 13.130 60 HA ASP1892 HA ASP1892 7.924 -2.946 12.489 61 HB2 ASP1892 HB2 ASP1892 5.832 -3.616 13.906 62 HB3 ASP1892 HB1 ASP1892 4.909 -3.285 12.445 63 H CYS1893 HN CYS1893 5.897 -3.797 10.432 64 HA CYS1893 HA CYS1893 5.868 -3.646 8.202 65 HB2 CYS1893 HB2 CYS1893 4.264 -1.802 8.696 66 HB3 CYS1893 HB1 CYS1893 5.604 -0.665 8.707 67 H ARG1894 HN ARG1894 8.028 -4.359 8.517 68 HA ARG1894 HA ARG1894 10.007 -2.803 7.139 69 HB2 ARG1894 HB2 ARG1894 10.155 -1.779 9.328 70 HB3 ARG1894 HB1 ARG1894 10.172 -3.346 10.107 71 HG2 ARG1894 HG2 ARG1894 12.374 -3.788 9.254 72 HG3 ARG1894 HG1 ARG1894 12.338 -2.294 8.312 73 HD2 ARG1894 HD2 ARG1894 12.128 -2.435 11.316 74 HD3 ARG1894 HD1 ARG1894 13.617 -2.093 10.439 75 HE ARG1894 HE ARG1894 11.419 -0.379 9.726 76 HH11 ARG1894 HH11 ARG1894 14.004 -0.733 12.158 77 HH12 ARG1894 HH12 ARG1894 14.188 0.947 12.367 78 HH21 ARG1894 HH21 ARG1894 11.679 1.828 10.005 79 HH22 ARG1894 HH22 ARG1894 12.874 2.483 11.051 80 H VAL1895 HN VAL1895 11.397 -4.273 6.172 81 HA VAL1895 HA VAL1895 11.669 -6.890 7.388 82 HB VAL1895 HB VAL1895 9.740 -7.107 5.819 83 HG11 VAL1895 HG11 VAL1895 10.314 -5.461 4.175 84 HG12 VAL1895 HG12 VAL1895 10.049 -7.031 3.421 85 HG13 VAL1895 HG13 VAL1895 11.693 -6.440 3.651 86 HG21 VAL1895 HG21 VAL1895 12.183 -8.648 4.950 87 HG22 VAL1895 HG22 VAL1895 10.516 -9.087 4.580 88 HG23 VAL1895 HG23 VAL1895 11.076 -9.082 6.253 89 H THR1896 HN THR1896 13.581 -7.873 6.938 90 HA THR1896 HA THR1896 15.532 -6.181 5.572 91 HB THR1896 HB THR1896 15.987 -8.606 7.343 92 HG1 THR1896 HG1 THR1896 15.065 -6.647 8.413 93 HG21 THR1896 HG21 THR1896 17.825 -8.152 5.784 94 HG22 THR1896 HG22 THR1896 18.302 -7.794 7.445 95 HG23 THR1896 HG23 THR1896 17.889 -6.481 6.342 96 H ASN1897 HN ASN1897 16.261 -6.776 3.605 97 HA ASN1897 HA ASN1897 15.603 -9.477 2.659 98 HB2 ASN1897 HB2 ASN1897 14.730 -7.655 1.231 99 HB3 ASN1897 HB1 ASN1897 16.357 -7.009 1.054 100 HD21 ASN1897 HD21 ASN1897 16.408 -7.234 -1.178 101 HD22 ASN1897 HD22 ASN1897 16.469 -8.718 -2.000 102 HA PRO1898 HA PRO1898 19.969 -10.100 3.534 103 HB2 PRO1898 HB2 PRO1898 19.949 -12.757 2.838 104 HB3 PRO1898 HB1 PRO1898 19.476 -12.144 4.424 105 HG2 PRO1898 HG2 PRO1898 17.764 -12.925 2.106 106 HG3 PRO1898 HG1 PRO1898 17.521 -13.236 3.835 107 HD2 PRO1898 HD2 PRO1898 16.192 -11.297 2.544 108 HD3 PRO1898 HD1 PRO1898 16.712 -11.112 4.232 109 H ALA1899 HN ALA1899 18.296 -10.505 0.567 110 HA ALA1899 HA ALA1899 20.578 -11.179 -0.995 111 HB1 ALA1899 HB1 ALA1899 18.305 -11.666 -1.774 112 HB2 ALA1899 HB2 ALA1899 19.171 -10.649 -2.926 113 HB3 ALA1899 HB3 ALA1899 17.963 -9.939 -1.855 114 H THR1900 HN THR1900 18.759 -8.116 -0.559 115 HA THR1900 HA THR1900 20.765 -6.561 -1.872 116 HB THR1900 HB THR1900 18.809 -5.380 0.093 117 HG1 THR1900 HG1 THR1900 18.205 -6.659 -2.379 118 HG21 THR1900 HG21 THR1900 18.707 -3.605 -1.586 119 HG22 THR1900 HG22 THR1900 19.789 -4.530 -2.629 120 HG23 THR1900 HG23 THR1900 20.369 -3.915 -1.082 121 H GLY1901 HN GLY1901 20.179 -7.691 1.364 122 HA2 GLY1901 HA2 GLY1901 21.537 -7.665 3.237 123 HA3 GLY1901 HA1 GLY1901 22.700 -6.682 2.346 124 H HIS1902 HN HIS1902 19.659 -5.496 2.073 125 HA HIS1902 HA HIS1902 20.272 -3.311 3.923 126 HB2 HIS1902 HB2 HIS1902 18.998 -3.331 1.206 127 HB3 HIS1902 HB1 HIS1902 18.716 -2.014 2.329 128 HD1 HIS1902 HD1 HIS1902 21.746 -3.714 0.606 129 HD2 HIS1902 HD2 HIS1902 20.535 -0.028 2.132 130 HE1 HIS1902 HE1 HIS1902 23.463 -2.092 -0.119 131 HE2 HIS1902 HE2 HIS1902 22.385 0.101 0.362 132 H LEU1903 HN LEU1903 18.431 -2.170 4.713 133 HA LEU1903 HA LEU1903 16.332 -3.997 5.589 134 HB2 LEU1903 HB2 LEU1903 17.668 -2.839 7.272 135 HB3 LEU1903 HB1 LEU1903 17.261 -1.295 6.560 136 HG LEU1903 HG LEU1903 14.895 -1.665 7.189 137 HD11 LEU1903 HD11 LEU1903 14.358 -3.444 8.775 138 HD12 LEU1903 HD12 LEU1903 15.994 -4.087 8.602 139 HD13 LEU1903 HD13 LEU1903 14.897 -4.087 7.223 140 HD21 LEU1903 HD21 LEU1903 16.884 -1.837 9.451 141 HD22 LEU1903 HD22 LEU1903 15.226 -1.246 9.576 142 HD23 LEU1903 HD23 LEU1903 16.406 -0.368 8.606 143 H PHE1904 HN PHE1904 14.349 -3.808 4.660 144 HA PHE1904 HA PHE1904 13.786 -1.431 3.079 145 HB2 PHE1904 HB2 PHE1904 12.316 -4.046 3.326 146 HB3 PHE1904 HB1 PHE1904 11.779 -2.708 2.336 147 HD1 PHE1904 HD2 PHE1904 15.001 -2.390 1.780 148 HD2 PHE1904 HD1 PHE1904 12.005 -5.333 1.108 149 HE1 PHE1904 HE2 PHE1904 16.336 -3.284 -0.031 150 HE2 PHE1904 HE1 PHE1904 13.344 -6.266 -0.742 151 HZ PHE1904 HZ PHE1904 15.251 -5.321 -1.463 152 H ASP1905 HN ASP1905 12.890 0.142 4.199 153 HA ASP1905 HA ASP1905 10.449 -0.447 5.637 154 HB2 ASP1905 HB2 ASP1905 12.306 -0.153 7.373 155 HB3 ASP1905 HB1 ASP1905 12.504 1.487 6.763 156 H LEU1906 HN LEU1906 8.982 0.984 5.114 157 HA LEU1906 HA LEU1906 9.610 2.822 2.972 158 HB2 LEU1906 HB2 LEU1906 6.978 2.180 4.301 159 HB3 LEU1906 HB1 LEU1906 7.189 3.059 2.799 160 HG LEU1906 HG LEU1906 7.877 0.158 3.245 161 HD11 LEU1906 HD11 LEU1906 6.017 -0.282 1.761 162 HD12 LEU1906 HD12 LEU1906 5.656 1.442 1.697 163 HD13 LEU1906 HD13 LEU1906 5.486 0.558 3.221 164 HD21 LEU1906 HD21 LEU1906 7.950 1.814 0.720 165 HD22 LEU1906 HD22 LEU1906 8.243 0.079 0.832 166 HD23 LEU1906 HD23 LEU1906 9.352 1.212 1.603 167 H THR1907 HN THR1907 10.885 3.726 5.069 168 HA THR1907 HA THR1907 9.805 5.193 7.090 169 HB THR1907 HB THR1907 11.930 6.594 6.847 170 HG1 THR1907 HG1 THR1907 13.258 4.917 5.279 171 HG21 THR1907 HG21 THR1907 12.158 3.578 6.980 172 HG22 THR1907 HG22 THR1907 11.785 4.645 8.335 173 HG23 THR1907 HG23 THR1907 13.369 4.722 7.561 174 H SER1908 HN SER1908 10.931 6.578 4.056 175 HA SER1908 HA SER1908 9.796 9.144 4.516 176 HB2 SER1908 HB2 SER1908 10.898 7.977 1.964 177 HB3 SER1908 HB1 SER1908 10.626 9.689 2.300 178 HG SER1908 HG SER1908 12.777 9.073 2.640 179 H LEU1909 HN LEU1909 8.300 6.381 3.669 180 HA LEU1909 HA LEU1909 6.401 7.646 1.865 181 HB2 LEU1909 HB2 LEU1909 7.551 5.087 2.106 182 HB3 LEU1909 HB1 LEU1909 5.843 4.899 2.393 183 HG LEU1909 HG LEU1909 5.388 5.940 0.193 184 HD11 LEU1909 HD11 LEU1909 7.355 7.391 0.072 185 HD12 LEU1909 HD12 LEU1909 7.234 6.356 -1.353 186 HD13 LEU1909 HD13 LEU1909 8.393 5.973 -0.081 187 HD21 LEU1909 HD21 LEU1909 6.221 4.118 -1.174 188 HD22 LEU1909 HD22 LEU1909 5.647 3.516 0.385 189 HD23 LEU1909 HD23 LEU1909 7.378 3.692 0.083 190 H LYS1910 HN LYS1910 6.682 6.048 4.990 191 HA LYS1910 HA LYS1910 3.952 6.009 5.693 192 HB2 LYS1910 HB2 LYS1910 6.405 6.094 7.474 193 HB3 LYS1910 HB1 LYS1910 4.782 5.670 7.996 194 HG2 LYS1910 HG2 LYS1910 4.801 3.688 6.648 195 HG3 LYS1910 HG1 LYS1910 6.337 4.154 5.920 196 HD2 LYS1910 HD2 LYS1910 7.398 3.987 8.148 197 HD3 LYS1910 HD1 LYS1910 5.839 3.455 8.794 198 HE2 LYS1910 HE2 LYS1910 5.858 1.474 7.459 199 HE3 LYS1910 HE1 LYS1910 7.242 2.042 6.531 200 HZ1 LYS1910 HZ1 LYS1910 8.637 1.789 8.438 201 HZ2 LYS1910 HZ2 LYS1910 7.891 0.349 8.148 202 HZ3 LYS1910 HZ3 LYS1910 7.368 1.292 9.437 203 H ARG1911 HN ARG1911 2.656 7.610 6.329 204 HA ARG1911 HA ARG1911 3.773 10.023 7.429 205 HB2 ARG1911 HB2 ARG1911 2.549 11.423 5.766 206 HB3 ARG1911 HB1 ARG1911 3.918 10.535 5.118 207 HG2 ARG1911 HG2 ARG1911 2.292 8.823 4.303 208 HG3 ARG1911 HG1 ARG1911 0.999 9.937 4.765 209 HD2 ARG1911 HD2 ARG1911 3.236 10.503 2.830 210 HD3 ARG1911 HD1 ARG1911 1.557 10.171 2.411 211 HE ARG1911 HE ARG1911 1.502 12.301 4.140 212 HH11 ARG1911 HH11 ARG1911 2.957 11.649 0.965 213 HH12 ARG1911 HH12 ARG1911 2.789 13.265 0.422 214 HH21 ARG1911 HH21 ARG1911 1.327 14.539 3.357 215 HH22 ARG1911 HH22 ARG1911 1.867 14.886 1.764 216 H GLU1912 HN GLU1912 1.874 11.610 7.861 217 HA GLU1912 HA GLU1912 0.364 10.214 9.797 218 HB2 GLU1912 HB2 GLU1912 0.123 13.080 8.913 219 HB3 GLU1912 HB1 GLU1912 -0.584 12.389 10.366 220 HG2 GLU1912 HG2 GLU1912 2.345 12.681 9.743 221 HG3 GLU1912 HG1 GLU1912 1.415 13.573 10.945 222 H SER1913 HN SER1913 -0.730 11.919 6.850 223 HA SER1913 HA SER1913 -3.420 11.019 7.401 224 HB2 SER1913 HB2 SER1913 -2.362 12.513 4.994 225 HB3 SER1913 HB1 SER1913 -4.045 12.375 5.510 226 HG SER1913 HG SER1913 -3.724 13.737 7.088 227 H GLY1914 HN GLY1914 -1.208 10.792 4.621 228 HA2 GLY1914 HA2 GLY1914 -0.792 8.282 4.179 229 HA3 GLY1914 HA1 GLY1914 -2.524 8.337 3.815 230 H TYR1915 HN TYR1915 -2.040 7.769 1.682 231 HA TYR1915 HA TYR1915 -1.159 10.045 0.112 232 HB2 TYR1915 HB2 TYR1915 -0.114 8.492 -1.534 233 HB3 TYR1915 HB1 TYR1915 0.712 8.499 0.014 234 HD1 TYR1915 HD1 TYR1915 0.271 6.580 1.599 235 HD2 TYR1915 HD2 TYR1915 -0.920 6.496 -2.478 236 HE1 TYR1915 HE1 TYR1915 0.132 4.146 1.698 237 HE2 TYR1915 HE2 TYR1915 -1.064 4.043 -2.382 238 HH TYR1915 HH TYR1915 -0.973 2.311 0.554 239 H THR1916 HN THR1916 -2.084 10.111 -1.984 240 HA THR1916 HA THR1916 -4.656 8.768 -1.979 241 HB THR1916 HB THR1916 -5.000 10.944 -1.016 242 HG1 THR1916 HG1 THR1916 -6.617 10.390 -2.374 243 HG21 THR1916 HG21 THR1916 -2.985 12.080 -1.795 244 HG22 THR1916 HG22 THR1916 -4.420 13.027 -2.199 245 HG23 THR1916 HG23 THR1916 -3.606 12.079 -3.444 246 H ILE1917 HN ILE1917 -5.322 8.076 -3.790 247 HA ILE1917 HA ILE1917 -4.073 8.985 -6.283 248 HB ILE1917 HB ILE1917 -5.163 6.229 -6.302 249 HG12 ILE1917 HG12 ILE1917 -2.523 6.717 -4.869 250 HG13 ILE1917 HG11 ILE1917 -4.009 6.179 -4.092 251 HG21 ILE1917 HG21 ILE1917 -3.949 7.211 -8.272 252 HG22 ILE1917 HG22 ILE1917 -3.132 5.781 -7.670 253 HG23 ILE1917 HG23 ILE1917 -2.513 7.368 -7.266 254 HD11 ILE1917 HD11 ILE1917 -2.445 4.652 -6.168 255 HD12 ILE1917 HD12 ILE1917 -3.930 4.108 -5.390 256 HD13 ILE1917 HD13 ILE1917 -2.466 4.331 -4.434 257 H THR1918 HN THR1918 -5.805 7.738 -7.992 258 HA THR1918 HA THR1918 -8.436 8.649 -7.129 259 HB THR1918 HB THR1918 -7.239 8.919 -9.909 260 HG1 THR1918 HG1 THR1918 -6.166 10.366 -8.573 261 HG21 THR1918 HG21 THR1918 -9.741 10.111 -8.669 262 HG22 THR1918 HG22 THR1918 -9.714 8.789 -9.833 263 HG23 THR1918 HG23 THR1918 -9.172 10.399 -10.313 264 H ASP1919 HN ASP1919 -10.110 7.300 -7.867 265 HA ASP1919 HA ASP1919 -9.214 4.685 -8.742 266 HB2 ASP1919 HB2 ASP1919 -10.705 4.946 -6.702 267 HB3 ASP1919 HB1 ASP1919 -11.942 5.619 -7.747 268 H SER1920 HN SER1920 -11.933 4.220 -9.896 269 HA SER1920 HA SER1920 -11.415 4.336 -12.537 270 HB2 SER1920 HB2 SER1920 -14.122 4.531 -11.249 271 HB3 SER1920 HB1 SER1920 -13.738 3.831 -12.827 272 HG SER1920 HG SER1920 -13.129 2.887 -10.242 273 H HIS1921 HN HIS1921 -13.426 6.775 -10.789 274 HA HIS1921 HA HIS1921 -12.440 8.796 -12.552 275 HB2 HIS1921 HB2 HIS1921 -14.213 7.932 -14.001 276 HB3 HIS1921 HB1 HIS1921 -15.392 8.108 -12.705 277 HD1 HIS1921 HD1 HIS1921 -16.694 10.202 -12.756 278 HD2 HIS1921 HD2 HIS1921 -13.104 10.591 -14.800 279 HE1 HIS1921 HE1 HIS1921 -16.701 12.530 -13.704 280 HE2 HIS1921 HE2 HIS1921 -14.721 12.554 -15.229 281 H ASN1922 HN ASN1922 -15.367 8.436 -10.557 282 HA ASN1922 HA ASN1922 -14.913 11.062 -9.370 283 HB2 ASN1922 HB2 ASN1922 -17.173 10.128 -9.984 284 HB3 ASN1922 HB1 ASN1922 -16.967 8.985 -8.696 285 HD21 ASN1922 HD21 ASN1922 -17.544 12.334 -9.384 286 HD22 ASN1922 HD22 ASN1922 -17.960 12.794 -7.765 287 H ARG1923 HN ARG1923 -15.168 7.786 -8.500 288 HA ARG1923 HA ARG1923 -14.729 7.962 -5.726 289 HB2 ARG1923 HB2 ARG1923 -15.584 5.973 -7.203 290 HB3 ARG1923 HB1 ARG1923 -13.848 5.672 -7.370 291 HG2 ARG1923 HG2 ARG1923 -13.573 5.128 -5.161 292 HG3 ARG1923 HG1 ARG1923 -15.128 5.825 -4.690 293 HD2 ARG1923 HD2 ARG1923 -15.277 3.403 -4.699 294 HD3 ARG1923 HD1 ARG1923 -16.275 4.075 -5.990 295 HE ARG1923 HE ARG1923 -13.883 3.535 -7.188 296 HH11 ARG1923 HH11 ARG1923 -16.383 1.562 -5.657 297 HH12 ARG1923 HH12 ARG1923 -15.741 0.088 -6.269 298 HH21 ARG1923 HH21 ARG1923 -13.077 1.685 -7.963 299 HH22 ARG1923 HH22 ARG1923 -13.741 0.138 -7.634 300 H LYS1924 HN LYS1924 -12.874 7.427 -4.574 301 HA LYS1924 HA LYS1924 -10.330 8.054 -5.951 302 HB2 LYS1924 HB2 LYS1924 -11.103 9.028 -3.199 303 HB3 LYS1924 HB1 LYS1924 -9.607 9.373 -4.045 304 HG2 LYS1924 HG2 LYS1924 -10.892 10.628 -5.741 305 HG3 LYS1924 HG1 LYS1924 -12.361 10.326 -4.811 306 HD2 LYS1924 HD2 LYS1924 -11.755 12.433 -4.066 307 HD3 LYS1924 HD1 LYS1924 -11.028 11.392 -2.848 308 HE2 LYS1924 HE2 LYS1924 -9.627 12.711 -5.184 309 HE3 LYS1924 HE1 LYS1924 -9.490 13.159 -3.494 310 HZ1 LYS1924 HZ1 LYS1924 -8.475 10.652 -4.748 311 HZ2 LYS1924 HZ2 LYS1924 -8.413 10.948 -3.098 312 HZ3 LYS1924 HZ3 LYS1924 -7.581 11.949 -4.175 313 H ILE1925 HN ILE1925 -8.419 7.318 -4.770 314 HA ILE1925 HA ILE1925 -9.005 4.990 -3.101 315 HB ILE1925 HB ILE1925 -6.606 5.340 -4.959 316 HG12 ILE1925 HG12 ILE1925 -9.057 3.606 -5.326 317 HG13 ILE1925 HG11 ILE1925 -8.696 5.061 -6.237 318 HG21 ILE1925 HG21 ILE1925 -6.200 2.972 -4.488 319 HG22 ILE1925 HG22 ILE1925 -7.608 2.939 -3.425 320 HG23 ILE1925 HG23 ILE1925 -6.207 3.921 -2.998 321 HD11 ILE1925 HD11 ILE1925 -8.135 3.050 -7.549 322 HD12 ILE1925 HD12 ILE1925 -7.048 2.516 -6.271 323 HD13 ILE1925 HD13 ILE1925 -6.683 3.977 -7.175 324 H GLU1926 HN GLU1926 -8.621 5.761 -1.088 325 HA GLU1926 HA GLU1926 -6.281 7.490 -0.648 326 HB2 GLU1926 HB2 GLU1926 -8.610 6.942 1.199 327 HB3 GLU1926 HB1 GLU1926 -7.375 8.166 1.397 328 HG2 GLU1926 HG2 GLU1926 -9.439 8.149 -0.794 329 HG3 GLU1926 HG1 GLU1926 -9.583 9.039 0.716 330 H LEU1927 HN LEU1927 -4.584 6.503 0.426 331 HA LEU1927 HA LEU1927 -5.212 4.203 2.127 332 HB2 LEU1927 HB2 LEU1927 -2.788 3.976 0.364 333 HB3 LEU1927 HB1 LEU1927 -3.677 2.716 1.178 334 HG LEU1927 HG LEU1927 -5.504 3.133 -0.594 335 HD11 LEU1927 HD11 LEU1927 -3.148 4.457 -1.923 336 HD12 LEU1927 HD12 LEU1927 -4.654 5.242 -1.446 337 HD13 LEU1927 HD13 LEU1927 -4.656 4.017 -2.718 338 HD21 LEU1927 HD21 LEU1927 -4.359 1.662 -2.178 339 HD22 LEU1927 HD22 LEU1927 -4.102 1.139 -0.511 340 HD23 LEU1927 HD23 LEU1927 -2.824 1.997 -1.377 341 H ASN1928 HN ASN1928 -3.209 3.596 3.381 342 HA ASN1928 HA ASN1928 -1.155 5.649 3.476 343 HB2 ASN1928 HB2 ASN1928 -2.827 6.320 5.216 344 HB3 ASN1928 HB1 ASN1928 -2.625 4.754 5.978 345 HD21 ASN1928 HD21 ASN1928 -2.152 7.532 6.914 346 HD22 ASN1928 HD22 ASN1928 -0.527 7.545 7.483 347 H VAL1929 HN VAL1929 0.808 4.794 3.747 348 HA VAL1929 HA VAL1929 0.956 1.963 3.858 349 HB VAL1929 HB VAL1929 3.482 2.542 3.584 350 HG11 VAL1929 HG11 VAL1929 3.178 2.659 1.152 351 HG12 VAL1929 HG12 VAL1929 1.466 3.022 1.389 352 HG13 VAL1929 HG13 VAL1929 2.115 1.452 1.877 353 HG21 VAL1929 HG21 VAL1929 2.196 5.098 2.627 354 HG22 VAL1929 HG22 VAL1929 3.849 4.611 2.323 355 HG23 VAL1929 HG23 VAL1929 3.321 4.926 3.980 356 H CYS1930 HN CYS1930 0.529 1.418 5.811 357 HA CYS1930 HA CYS1930 0.986 0.593 7.876 358 HB2 CYS1930 HB2 CYS1930 3.786 1.384 7.179 359 HB3 CYS1930 HB1 CYS1930 3.312 0.306 8.490 360 H ALA1931 HN ALA1931 0.869 3.802 7.529 361 HA ALA1931 HA ALA1931 1.709 4.161 10.296 362 HB1 ALA1931 HB1 ALA1931 1.424 6.272 8.159 363 HB2 ALA1931 HB2 ALA1931 2.941 5.556 8.721 364 HB3 ALA1931 HB3 ALA1931 1.974 6.545 9.815 365 H GLU1932 HN GLU1932 -0.746 3.268 8.933 366 HA GLU1932 HA GLU1932 -2.931 3.100 9.349 367 HB2 GLU1932 HB2 GLU1932 -2.353 4.714 11.904 368 HB3 GLU1932 HB1 GLU1932 -3.831 3.843 11.553 369 HG2 GLU1932 HG2 GLU1932 -2.808 1.760 11.547 370 HG3 GLU1932 HG1 GLU1932 -1.188 2.435 11.463 371 H ALA1933 HN ALA1933 -4.568 3.884 8.278 372 HA ALA1933 HA ALA1933 -4.118 6.424 7.043 373 HB1 ALA1933 HB1 ALA1933 -5.891 5.832 5.518 374 HB2 ALA1933 HB2 ALA1933 -6.353 4.472 6.536 375 HB3 ALA1933 HB3 ALA1933 -4.793 4.469 5.722 376 H LYS1934 HN LYS1934 -4.651 8.175 8.054 377 HA LYS1934 HA LYS1934 -7.356 8.364 9.161 378 HB2 LYS1934 HB2 LYS1934 -4.896 10.060 9.642 379 HB3 LYS1934 HB1 LYS1934 -6.498 10.664 10.013 380 HG2 LYS1934 HG2 LYS1934 -5.649 9.862 12.045 381 HG3 LYS1934 HG1 LYS1934 -6.763 8.616 11.500 382 HD2 LYS1934 HD2 LYS1934 -4.807 7.560 12.350 383 HD3 LYS1934 HD1 LYS1934 -4.790 7.386 10.592 384 HE2 LYS1934 HE2 LYS1934 -3.269 9.282 10.415 385 HE3 LYS1934 HE1 LYS1934 -3.289 9.469 12.166 386 HZ1 LYS1934 HZ1 LYS1934 -1.339 8.263 11.464 387 HZ2 LYS1934 HZ2 LYS1934 -2.282 7.136 10.657 388 HZ3 LYS1934 HZ3 LYS1934 -2.359 7.240 12.343 389 H SER1935 HN SER1935 -6.382 8.367 6.342 390 HA SER1935 HA SER1935 -6.857 10.965 5.325 391 HB2 SER1935 HB2 SER1935 -6.907 9.601 3.134 392 HB3 SER1935 HB1 SER1935 -5.405 9.595 4.063 393 HG SER1935 HG SER1935 -5.801 7.494 3.618 394 H SER1936 HN SER1936 -8.627 8.173 4.085 395 HA SER1936 HA SER1936 -11.096 9.639 4.582 396 HB2 SER1936 HB2 SER1936 -12.055 7.971 2.968 397 HB3 SER1936 HB1 SER1936 -10.788 8.993 2.286 398 HG SER1936 HG SER1936 -10.292 6.963 1.691 399 H CYS1937 HN CYS1937 -9.286 6.868 5.446 400 HA CYS1937 HA CYS1937 -11.393 5.381 6.640 401 HB2 CYS1937 HB2 CYS1937 -8.455 5.187 7.305 402 HB3 CYS1937 HB1 CYS1937 -9.717 3.958 7.401 403 H ALA1938 HN ALA1938 -10.939 4.823 9.196 404 HA ALA1938 HA ALA1938 -10.992 7.367 10.544 405 HB1 ALA1938 HB1 ALA1938 -11.154 4.585 11.698 406 HB2 ALA1938 HB2 ALA1938 -12.539 5.646 11.369 407 HB3 ALA1938 HB3 ALA1938 -11.334 6.066 12.602 408 H ASN1939 HN ASN1939 -9.346 4.520 11.804 409 HA ASN1939 HA ASN1939 -7.015 6.131 12.021 410 HB2 ASN1939 HB2 ASN1939 -8.066 6.086 14.148 411 HB3 ASN1939 HB1 ASN1939 -8.228 4.336 14.087 412 HD21 ASN1939 HD21 ASN1939 -7.093 3.757 15.696 413 HD22 ASN1939 HD22 ASN1939 -5.418 4.066 15.941 414 H GLY1940 HN GLY1940 -7.964 2.786 12.749 415 HA2 GLY1940 HA2 GLY1940 -5.349 1.798 12.083 416 HA3 GLY1940 HA1 GLY1940 -6.667 0.904 12.801 417 H ALA1941 HN ALA1941 -7.615 2.480 9.994 418 HA ALA1941 HA ALA1941 -7.458 -0.055 8.546 419 HB1 ALA1941 HB1 ALA1941 -9.640 1.039 8.582 420 HB2 ALA1941 HB2 ALA1941 -9.003 1.000 6.933 421 HB3 ALA1941 HB3 ALA1941 -8.913 2.483 7.889 422 H ALA1942 HN ALA1942 -7.088 0.432 5.988 423 HA ALA1942 HA ALA1942 -4.804 2.263 5.862 424 HB1 ALA1942 HB1 ALA1942 -3.957 0.019 6.272 425 HB2 ALA1942 HB2 ALA1942 -3.466 0.660 4.705 426 HB3 ALA1942 HB3 ALA1942 -4.762 -0.535 4.805 427 H VAL1943 HN VAL1943 -6.962 0.211 3.921 428 HA VAL1943 HA VAL1943 -6.570 2.179 1.774 429 HB VAL1943 HB VAL1943 -7.453 -0.696 1.451 430 HG11 VAL1943 HG11 VAL1943 -6.578 1.350 -0.580 431 HG12 VAL1943 HG12 VAL1943 -8.222 0.770 -0.315 432 HG13 VAL1943 HG13 VAL1943 -6.989 -0.331 -0.927 433 HG21 VAL1943 HG21 VAL1943 -5.149 -0.664 2.243 434 HG22 VAL1943 HG22 VAL1943 -4.715 0.477 0.970 435 HG23 VAL1943 HG23 VAL1943 -5.219 -1.160 0.551 436 H CYS1944 HN CYS1944 -8.273 3.434 1.588 437 HA CYS1944 HA CYS1944 -10.895 2.172 1.770 438 HB2 CYS1944 HB2 CYS1944 -10.172 4.915 2.807 439 HB3 CYS1944 HB1 CYS1944 -11.802 4.256 2.721 440 H ILE1945 HN ILE1945 -11.916 2.303 0.031 441 HA ILE1945 HA ILE1945 -11.099 4.147 -2.085 442 HB ILE1945 HB ILE1945 -13.137 1.900 -2.267 443 HG12 ILE1945 HG12 ILE1945 -11.019 0.906 -1.462 444 HG13 ILE1945 HG11 ILE1945 -11.393 0.396 -3.100 445 HG21 ILE1945 HG21 ILE1945 -11.419 3.246 -4.343 446 HG22 ILE1945 HG22 ILE1945 -13.146 3.500 -4.084 447 HG23 ILE1945 HG23 ILE1945 -12.560 1.935 -4.644 448 HD11 ILE1945 HD11 ILE1945 -9.388 2.499 -2.309 449 HD12 ILE1945 HD12 ILE1945 -9.752 1.995 -3.959 450 HD13 ILE1945 HD13 ILE1945 -9.028 0.854 -2.827 451 H THR1946 HN THR1946 -12.152 6.061 -1.633 452 HA THR1946 HA THR1946 -14.847 5.930 -0.613 453 HB THR1946 HB THR1946 -14.207 8.537 -0.642 454 HG1 THR1946 HG1 THR1946 -12.098 8.761 -0.124 455 HG21 THR1946 HG21 THR1946 -13.518 6.508 1.498 456 HG22 THR1946 HG22 THR1946 -15.085 7.287 1.220 457 HG23 THR1946 HG23 THR1946 -13.706 8.251 1.733 458 H ASP1947 HN ASP1947 -16.498 6.191 -1.847 459 HA ASP1947 HA ASP1947 -16.225 7.788 -4.310 460 HB2 ASP1947 HB2 ASP1947 -17.255 5.416 -4.401 461 HB3 ASP1947 HB1 ASP1947 -18.570 6.055 -3.425 462 H GLY1948 HN GLY1948 -16.268 9.773 -3.346 463 HA2 GLY1948 HA2 GLY1948 -17.214 11.623 -2.371 464 HA3 GLY1948 HA1 GLY1948 -18.737 10.732 -2.256 465 HA PRO1949 HA PRO1949 -17.390 10.364 2.046 466 HB2 PRO1949 HB2 PRO1949 -19.831 10.449 3.157 467 HB3 PRO1949 HB1 PRO1949 -19.027 11.913 2.584 468 HG2 PRO1949 HG2 PRO1949 -21.247 10.368 1.353 469 HG3 PRO1949 HG1 PRO1949 -20.937 12.110 1.328 470 HD2 PRO1949 HD2 PRO1949 -20.344 10.281 -0.717 471 HD3 PRO1949 HD1 PRO1949 -19.749 11.945 -0.595 472 H LYS1950 HN LYS1950 -18.847 8.352 -0.094 473 HA LYS1950 HA LYS1950 -19.700 6.263 1.725 474 HB2 LYS1950 HB2 LYS1950 -20.978 6.626 -0.318 475 HB3 LYS1950 HB1 LYS1950 -19.533 6.433 -1.291 476 HG2 LYS1950 HG2 LYS1950 -19.404 4.085 -0.561 477 HG3 LYS1950 HG1 LYS1950 -20.920 4.308 0.316 478 HD2 LYS1950 HD2 LYS1950 -22.076 4.840 -1.734 479 HD3 LYS1950 HD1 LYS1950 -20.565 4.772 -2.639 480 HE2 LYS1950 HE2 LYS1950 -21.788 2.736 -2.979 481 HE3 LYS1950 HE1 LYS1950 -20.341 2.401 -2.034 482 HZ1 LYS1950 HZ1 LYS1950 -21.804 2.459 -0.013 483 HZ2 LYS1950 HZ2 LYS1950 -22.099 1.217 -1.085 484 HZ3 LYS1950 HZ3 LYS1950 -23.140 2.554 -1.064 485 H THR1951 HN THR1951 -18.106 5.184 2.686 486 HA THR1951 HA THR1951 -15.536 4.954 1.381 487 HB THR1951 HB THR1951 -16.323 4.260 4.212 488 HG1 THR1951 HG1 THR1951 -15.412 6.389 4.620 489 HG21 THR1951 HG21 THR1951 -13.660 4.919 2.937 490 HG22 THR1951 HG22 THR1951 -14.179 3.311 3.447 491 HG23 THR1951 HG23 THR1951 -13.926 4.581 4.648 492 H LEU1952 HN LEU1952 -14.933 3.130 0.400 493 HA LEU1952 HA LEU1952 -16.057 0.543 1.208 494 HB2 LEU1952 HB2 LEU1952 -16.205 1.017 -1.179 495 HB3 LEU1952 HB1 LEU1952 -14.517 1.471 -1.232 496 HG LEU1952 HG LEU1952 -13.888 -0.878 -0.803 497 HD11 LEU1952 HD11 LEU1952 -16.843 -1.405 -0.998 498 HD12 LEU1952 HD12 LEU1952 -15.821 -1.638 0.427 499 HD13 LEU1952 HD13 LEU1952 -15.580 -2.633 -1.001 500 HD21 LEU1952 HD21 LEU1952 -14.519 -1.744 -3.004 501 HD22 LEU1952 HD22 LEU1952 -14.025 -0.054 -3.085 502 HD23 LEU1952 HD23 LEU1952 -15.737 -0.476 -3.152 503 H ASN1953 HN ASN1953 -14.708 -0.809 2.359 504 HA ASN1953 HA ASN1953 -12.019 0.267 2.854 505 HB2 ASN1953 HB2 ASN1953 -13.600 -0.162 4.804 506 HB3 ASN1953 HB1 ASN1953 -13.438 -1.880 4.444 507 HD21 ASN1953 HD21 ASN1953 -11.922 0.920 5.686 508 HD22 ASN1953 HD22 ASN1953 -10.501 0.169 6.322 509 H ALA1954 HN ALA1954 -10.359 -0.736 1.971 510 HA ALA1954 HA ALA1954 -10.846 -3.420 0.865 511 HB1 ALA1954 HB1 ALA1954 -8.959 -1.303 -0.163 512 HB2 ALA1954 HB2 ALA1954 -10.536 -1.696 -0.847 513 HB3 ALA1954 HB3 ALA1954 -9.237 -2.890 -0.884 514 H GLY1955 HN GLY1955 -9.642 -2.358 3.516 515 HA2 GLY1955 HA2 GLY1955 -8.222 -4.453 4.287 516 HA3 GLY1955 HA1 GLY1955 -7.017 -3.558 3.373 517 H LYS1956 HN LYS1956 -7.388 -4.238 6.265 518 HA LYS1956 HA LYS1956 -7.554 -1.597 7.478 519 HB2 LYS1956 HB2 LYS1956 -7.243 -2.703 9.593 520 HB3 LYS1956 HB1 LYS1956 -8.425 -3.624 8.675 521 HG2 LYS1956 HG2 LYS1956 -6.703 -5.257 8.089 522 HG3 LYS1956 HG1 LYS1956 -5.510 -4.323 8.995 523 HD2 LYS1956 HD2 LYS1956 -6.327 -6.217 10.301 524 HD3 LYS1956 HD1 LYS1956 -6.795 -4.685 11.047 525 HE2 LYS1956 HE2 LYS1956 -8.620 -6.342 11.035 526 HE3 LYS1956 HE1 LYS1956 -9.017 -4.878 10.129 527 HZ1 LYS1956 HZ1 LYS1956 -9.654 -6.901 8.932 528 HZ2 LYS1956 HZ2 LYS1956 -8.058 -7.421 8.929 529 HZ3 LYS1956 HZ3 LYS1956 -8.498 -6.043 8.081 530 H LEU1957 HN LEU1957 -5.601 -1.271 9.158 531 HA LEU1957 HA LEU1957 -3.336 -1.162 7.411 532 HB2 LEU1957 HB2 LEU1957 -4.144 0.728 8.913 533 HB3 LEU1957 HB1 LEU1957 -3.544 -0.197 10.262 534 HG LEU1957 HG LEU1957 -2.062 1.641 9.618 535 HD11 LEU1957 HD11 LEU1957 -1.050 -0.244 10.701 536 HD12 LEU1957 HD12 LEU1957 0.042 0.482 9.524 537 HD13 LEU1957 HD13 LEU1957 -0.793 -1.027 9.141 538 HD21 LEU1957 HD21 LEU1957 -2.500 1.738 7.262 539 HD22 LEU1957 HD22 LEU1957 -1.728 0.162 7.035 540 HD23 LEU1957 HD23 LEU1957 -0.775 1.545 7.582 541 H SER1958 HN SER1958 -2.833 -3.354 7.241 542 HA SER1958 HA SER1958 -1.792 -4.582 9.589 543 HB2 SER1958 HB2 SER1958 -1.037 -6.238 7.612 544 HB3 SER1958 HB1 SER1958 -2.672 -6.257 8.276 545 HG SER1958 HG SER1958 -1.767 -5.423 5.796 546 H LYS1959 HN LYS1959 -0.079 -3.848 10.344 547 HA LYS1959 HA LYS1959 1.752 -2.293 8.724 548 HB2 LYS1959 HB2 LYS1959 0.807 -1.615 11.011 549 HB3 LYS1959 HB1 LYS1959 1.907 -2.790 11.697 550 HG2 LYS1959 HG2 LYS1959 3.802 -1.559 10.869 551 HG3 LYS1959 HG1 LYS1959 2.740 -0.428 10.030 552 HD2 LYS1959 HD2 LYS1959 2.890 -0.828 13.031 553 HD3 LYS1959 HD1 LYS1959 3.584 0.518 12.138 554 HE2 LYS1959 HE2 LYS1959 1.277 1.150 11.405 555 HE3 LYS1959 HE1 LYS1959 0.645 -0.148 12.400 556 HZ1 LYS1959 HZ1 LYS1959 1.572 0.942 14.378 557 HZ2 LYS1959 HZ2 LYS1959 0.500 1.968 13.597 558 HZ3 LYS1959 HZ3 LYS1959 2.148 2.230 13.451 559 H THR1960 HN THR1960 2.441 -4.140 7.569 560 HA THR1960 HA THR1960 4.728 -5.406 8.812 561 HB THR1960 HB THR1960 2.875 -6.970 9.248 562 HG1 THR1960 HG1 THR1960 3.787 -8.727 7.681 563 HG21 THR1960 HG21 THR1960 1.686 -8.081 7.383 564 HG22 THR1960 HG22 THR1960 2.491 -7.002 6.243 565 HG23 THR1960 HG23 THR1960 1.364 -6.347 7.431 566 H LEU1961 HN LEU1961 6.230 -6.191 7.199 567 HA LEU1961 HA LEU1961 5.586 -5.628 4.414 568 HB2 LEU1961 HB2 LEU1961 8.030 -4.656 5.882 569 HB3 LEU1961 HB1 LEU1961 8.079 -4.976 4.164 570 HG LEU1961 HG LEU1961 6.363 -2.918 5.548 571 HD11 LEU1961 HD11 LEU1961 8.753 -2.657 3.724 572 HD12 LEU1961 HD12 LEU1961 8.731 -2.334 5.458 573 HD13 LEU1961 HD13 LEU1961 7.792 -1.322 4.360 574 HD21 LEU1961 HD21 LEU1961 5.224 -3.854 3.597 575 HD22 LEU1961 HD22 LEU1961 6.656 -3.565 2.612 576 HD23 LEU1961 HD23 LEU1961 5.757 -2.202 3.282 577 H THR1962 HN THR1962 6.531 -7.036 2.986 578 HA THR1962 HA THR1962 8.385 -8.973 3.996 579 HB THR1962 HB THR1962 6.396 -10.027 4.731 580 HG1 THR1962 HG1 THR1962 6.236 -11.547 2.540 581 HG21 THR1962 HG21 THR1962 4.767 -8.685 3.611 582 HG22 THR1962 HG22 THR1962 4.398 -10.388 3.314 583 HG23 THR1962 HG23 THR1962 5.157 -9.407 2.046 584 H TYR1963 HN TYR1963 9.649 -9.746 2.306 585 HA TYR1963 HA TYR1963 8.934 -8.583 -0.248 586 HB2 TYR1963 HB2 TYR1963 11.210 -9.145 -1.042 587 HB3 TYR1963 HB1 TYR1963 11.279 -8.185 0.424 588 HD1 TYR1963 HD1 TYR1963 11.898 -11.467 -1.070 589 HD2 TYR1963 HD2 TYR1963 12.165 -9.137 2.476 590 HE1 TYR1963 HE1 TYR1963 13.377 -13.149 -0.075 591 HE2 TYR1963 HE2 TYR1963 13.649 -10.815 3.477 592 HH TYR1963 HH TYR1963 14.156 -13.155 3.229 593 H GLU1964 HN GLU1964 8.373 -9.742 -1.949 594 HA GLU1964 HA GLU1964 8.345 -12.630 -1.651 595 HB2 GLU1964 HB2 GLU1964 6.220 -11.790 -0.732 596 HB3 GLU1964 HB1 GLU1964 5.904 -10.957 -2.243 597 HG2 GLU1964 HG2 GLU1964 5.804 -13.112 -3.396 598 HG3 GLU1964 HG1 GLU1964 6.115 -13.933 -1.865 599 H ASP1965 HN ASP1965 9.214 -13.359 -3.341 600 HA ASP1965 HA ASP1965 9.895 -13.764 -5.432 601 HB2 ASP1965 HB2 ASP1965 7.372 -13.864 -5.791 602 HB3 ASP1965 HB1 ASP1965 7.473 -12.216 -6.400 603 H GLN1966 HN GLN1966 11.051 -11.705 -4.131 604 HA GLN1966 HA GLN1966 12.565 -10.206 -4.322 605 HB2 GLN1966 HB2 GLN1966 13.057 -11.684 -6.352 606 HB3 GLN1966 HB1 GLN1966 12.436 -10.341 -7.310 607 HG2 GLN1966 HG2 GLN1966 14.105 -8.901 -6.559 608 HG3 GLN1966 HG1 GLN1966 14.436 -10.027 -5.221 609 HE21 GLN1966 HE21 GLN1966 16.557 -10.013 -5.756 610 HE22 GLN1966 HE22 GLN1966 17.236 -10.922 -7.077 611 H VAL1967 HN VAL1967 9.620 -9.486 -4.689 612 HA VAL1967 HA VAL1967 10.147 -6.629 -5.203 613 HB VAL1967 HB VAL1967 7.493 -8.124 -5.535 614 HG11 VAL1967 HG11 VAL1967 7.166 -5.823 -4.859 615 HG12 VAL1967 HG12 VAL1967 6.654 -6.063 -6.530 616 HG13 VAL1967 HG13 VAL1967 8.191 -5.269 -6.184 617 HG21 VAL1967 HG21 VAL1967 7.722 -7.721 -7.936 618 HG22 VAL1967 HG22 VAL1967 9.031 -8.730 -7.321 619 HG23 VAL1967 HG23 VAL1967 9.319 -7.023 -7.667 620 H LEU1968 HN LEU1968 9.219 -5.208 -3.622 621 HA LEU1968 HA LEU1968 8.944 -6.503 -1.054 622 HB2 LEU1968 HB2 LEU1968 10.246 -4.449 -1.180 623 HB3 LEU1968 HB1 LEU1968 8.895 -3.602 -1.900 624 HG LEU1968 HG LEU1968 7.636 -3.817 0.200 625 HD11 LEU1968 HD11 LEU1968 8.617 -5.876 1.031 626 HD12 LEU1968 HD12 LEU1968 8.742 -4.584 2.227 627 HD13 LEU1968 HD13 LEU1968 10.156 -5.054 1.283 628 HD21 LEU1968 HD21 LEU1968 8.981 -2.251 1.515 629 HD22 LEU1968 HD22 LEU1968 8.975 -1.845 -0.207 630 HD23 LEU1968 HD23 LEU1968 10.380 -2.634 0.506 631 H LYS1969 HN LYS1969 7.019 -7.024 -0.234 632 HA LYS1969 HA LYS1969 4.759 -5.773 -1.547 633 HB2 LYS1969 HB2 LYS1969 5.022 -8.684 -0.822 634 HB3 LYS1969 HB1 LYS1969 3.508 -7.925 -1.301 635 HG2 LYS1969 HG2 LYS1969 4.463 -7.317 -3.454 636 HG3 LYS1969 HG1 LYS1969 6.008 -8.013 -2.978 637 HD2 LYS1969 HD2 LYS1969 4.918 -10.213 -2.796 638 HD3 LYS1969 HD1 LYS1969 3.403 -9.486 -3.346 639 HE2 LYS1969 HE2 LYS1969 4.425 -8.865 -5.446 640 HE3 LYS1969 HE1 LYS1969 5.987 -9.458 -4.893 641 HZ1 LYS1969 HZ1 LYS1969 3.565 -11.120 -5.332 642 HZ2 LYS1969 HZ2 LYS1969 5.069 -11.717 -4.859 643 HZ3 LYS1969 HZ3 LYS1969 4.885 -10.997 -6.381 644 H LEU1970 HN LEU1970 3.158 -5.142 -0.500 645 HA LEU1970 HA LEU1970 3.060 -5.449 2.397 646 HB2 LEU1970 HB2 LEU1970 3.799 -3.224 1.797 647 HB3 LEU1970 HB1 LEU1970 2.554 -3.123 0.578 648 HG LEU1970 HG LEU1970 0.837 -2.866 2.247 649 HD11 LEU1970 HD11 LEU1970 3.028 -3.191 4.285 650 HD12 LEU1970 HD12 LEU1970 1.740 -4.351 3.960 651 HD13 LEU1970 HD13 LEU1970 1.350 -2.761 4.622 652 HD21 LEU1970 HD21 LEU1970 1.582 -0.774 3.270 653 HD22 LEU1970 HD22 LEU1970 1.990 -0.877 1.562 654 HD23 LEU1970 HD23 LEU1970 3.239 -1.135 2.784 655 H VAL1971 HN VAL1971 1.153 -6.285 2.995 656 HA VAL1971 HA VAL1971 -0.973 -6.206 1.007 657 HB VAL1971 HB VAL1971 -1.823 -8.355 1.834 658 HG11 VAL1971 HG11 VAL1971 1.036 -8.464 0.899 659 HG12 VAL1971 HG12 VAL1971 -0.405 -8.352 -0.110 660 HG13 VAL1971 HG13 VAL1971 -0.111 -9.803 0.847 661 HG21 VAL1971 HG21 VAL1971 0.712 -8.475 3.493 662 HG22 VAL1971 HG22 VAL1971 -0.429 -9.803 3.271 663 HG23 VAL1971 HG23 VAL1971 -0.937 -8.341 4.113 664 H TYR1972 HN TYR1972 -2.797 -5.379 1.591 665 HA TYR1972 HA TYR1972 -3.129 -4.956 4.436 666 HB2 TYR1972 HB2 TYR1972 -4.235 -3.306 2.140 667 HB3 TYR1972 HB1 TYR1972 -4.854 -3.187 3.792 668 HD1 TYR1972 HD2 TYR1972 -2.592 -3.256 5.515 669 HD2 TYR1972 HD1 TYR1972 -2.921 -1.574 1.632 670 HE1 TYR1972 HE2 TYR1972 -0.761 -1.687 6.026 671 HE2 TYR1972 HE1 TYR1972 -1.113 -0.023 2.126 672 HH TYR1972 HH TYR1972 -0.174 0.998 4.170 673 H GLU1973 HN GLU1973 -4.132 -6.334 5.356 674 HA GLU1973 HA GLU1973 -5.858 -8.112 3.894 675 HB2 GLU1973 HB2 GLU1973 -5.859 -9.419 5.992 676 HB3 GLU1973 HB1 GLU1973 -4.281 -9.229 5.227 677 HG2 GLU1973 HG2 GLU1973 -3.697 -7.504 6.850 678 HG3 GLU1973 HG1 GLU1973 -5.291 -7.623 7.576 679 H ASP1974 HN ASP1974 -7.905 -8.491 4.137 680 HA ASP1974 HA ASP1974 -10.025 -8.379 4.691 681 HB2 ASP1974 HB2 ASP1974 -9.394 -9.626 6.586 682 HB3 ASP1974 HB1 ASP1974 -8.788 -8.203 7.416 683 H GLY1975 HN GLY1975 -10.762 -6.741 3.668 684 HA2 GLY1975 HA2 GLY1975 -11.021 -4.159 5.037 685 HA3 GLY1975 HA1 GLY1975 -11.397 -4.470 3.340 686 H ASP1976 HN ASP1976 -13.538 -4.077 3.115 687 HA ASP1976 HA ASP1976 -15.236 -5.370 5.094 688 HB2 ASP1976 HB2 ASP1976 -17.124 -3.953 4.430 689 HB3 ASP1976 HB1 ASP1976 -15.735 -2.920 4.668 690 HA PRO1977 HA PRO1977 -15.981 -8.929 2.788 691 HB2 PRO1977 HB2 PRO1977 -18.874 -8.371 3.295 692 HB3 PRO1977 HB1 PRO1977 -17.963 -9.873 3.510 693 HG2 PRO1977 HG2 PRO1977 -18.543 -8.372 5.608 694 HG3 PRO1977 HG1 PRO1977 -16.945 -9.133 5.463 695 HD2 PRO1977 HD2 PRO1977 -17.734 -6.286 5.073 696 HD3 PRO1977 HD1 PRO1977 -16.225 -6.964 5.716 697 H CYS1978 HN CYS1978 -15.630 -8.852 0.740 698 HA CYS1978 HA CYS1978 -16.798 -7.077 -1.137 699 HB2 CYS1978 HB2 CYS1978 -15.339 -9.659 -1.676 700 HB3 CYS1978 HB1 CYS1978 -15.370 -8.199 -2.666 701 HA PRO1979 HA PRO1979 -20.623 -9.107 -1.997 702 HB2 PRO1979 HB2 PRO1979 -20.424 -9.280 -4.801 703 HB3 PRO1979 HB1 PRO1979 -21.230 -8.057 -3.810 704 HG2 PRO1979 HG2 PRO1979 -18.540 -7.988 -5.100 705 HG3 PRO1979 HG1 PRO1979 -19.644 -6.647 -4.750 706 HD2 PRO1979 HD2 PRO1979 -17.409 -7.093 -3.303 707 HD3 PRO1979 HD1 PRO1979 -18.894 -6.444 -2.571 708 H THR1980 HN THR1980 -17.912 -10.487 -3.863 709 HA THR1980 HA THR1980 -19.298 -13.054 -3.742 710 HB THR1980 HB THR1980 -16.806 -12.342 -5.315 711 HG1 THR1980 HG1 THR1980 -19.579 -12.121 -5.901 712 HG21 THR1980 HG21 THR1980 -17.475 -14.228 -6.713 713 HG22 THR1980 HG22 THR1980 -18.877 -14.518 -5.681 714 HG23 THR1980 HG23 THR1980 -17.243 -14.754 -5.045 715 H ASP1981 HN ASP1981 -16.937 -11.316 -2.105 716 HA ASP1981 HA ASP1981 -15.558 -13.719 -1.095 717 HB2 ASP1981 HB2 ASP1981 -14.313 -11.890 -2.608 718 HB3 ASP1981 HB1 ASP1981 -14.316 -11.002 -1.091 719 H LEU1982 HN LEU1982 -17.499 -13.528 0.253 720 HA LEU1982 HA LEU1982 -17.681 -11.319 2.174 721 HB2 LEU1982 HB2 LEU1982 -19.473 -13.658 1.586 722 HB3 LEU1982 HB1 LEU1982 -19.803 -12.419 2.774 723 HG LEU1982 HG LEU1982 -19.416 -11.708 -0.113 724 HD11 LEU1982 HD11 LEU1982 -21.806 -11.917 -0.390 725 HD12 LEU1982 HD12 LEU1982 -21.952 -12.559 1.268 726 HD13 LEU1982 HD13 LEU1982 -21.083 -13.478 0.039 727 HD21 LEU1982 HD21 LEU1982 -20.962 -10.498 2.169 728 HD22 LEU1982 HD22 LEU1982 -20.842 -9.841 0.534 729 HD23 LEU1982 HD23 LEU1982 -19.408 -9.930 1.561 730 H LYS1983 HN LYS1983 -17.701 -14.839 2.109 731 HA LYS1983 HA LYS1983 -17.166 -14.904 4.994 732 HB2 LYS1983 HB2 LYS1983 -17.990 -17.186 4.959 733 HB3 LYS1983 HB1 LYS1983 -19.109 -16.101 4.130 734 HG2 LYS1983 HG2 LYS1983 -18.370 -16.822 2.016 735 HG3 LYS1983 HG1 LYS1983 -17.115 -17.821 2.753 736 HD2 LYS1983 HD2 LYS1983 -18.909 -19.306 2.151 737 HD3 LYS1983 HD1 LYS1983 -18.944 -19.127 3.897 738 HE2 LYS1983 HE2 LYS1983 -20.750 -17.664 1.953 739 HE3 LYS1983 HE1 LYS1983 -21.195 -19.114 2.833 740 HZ1 LYS1983 HZ1 LYS1983 -20.722 -16.382 3.936 741 HZ2 LYS1983 HZ2 LYS1983 -20.777 -17.712 4.927 742 HZ3 LYS1983 HZ3 LYS1983 -22.125 -17.304 3.996 743 H MET1984 HN MET1984 -15.467 -14.637 2.472 744 HA MET1984 HA MET1984 -13.235 -16.159 3.368 745 HB2 MET1984 HB2 MET1984 -12.709 -16.625 0.938 746 HB3 MET1984 HB1 MET1984 -14.130 -17.494 1.487 747 HG2 MET1984 HG2 MET1984 -15.549 -15.738 0.408 748 HG3 MET1984 HG1 MET1984 -14.077 -15.002 -0.211 749 HE1 MET1984 HE1 MET1984 -12.485 -16.155 -1.990 750 HE2 MET1984 HE2 MET1984 -12.719 -17.791 -2.614 751 HE3 MET1984 HE3 MET1984 -12.321 -17.536 -0.910 752 H LYS1985 HN LYS1985 -11.737 -14.679 3.557 753 HA LYS1985 HA LYS1985 -12.177 -12.103 2.203 754 HB2 LYS1985 HB2 LYS1985 -11.427 -12.418 5.123 755 HB3 LYS1985 HB1 LYS1985 -11.642 -10.892 4.267 756 HG2 LYS1985 HG2 LYS1985 -13.990 -11.392 3.900 757 HG3 LYS1985 HG1 LYS1985 -13.802 -12.959 4.663 758 HD2 LYS1985 HD2 LYS1985 -13.479 -10.279 6.027 759 HD3 LYS1985 HD1 LYS1985 -14.909 -11.294 6.107 760 HE2 LYS1985 HE2 LYS1985 -13.747 -11.673 8.129 761 HE3 LYS1985 HE1 LYS1985 -13.406 -13.082 7.135 762 HZ1 LYS1985 HZ1 LYS1985 -11.185 -12.268 6.712 763 HZ2 LYS1985 HZ2 LYS1985 -11.443 -12.000 8.367 764 HZ3 LYS1985 HZ3 LYS1985 -11.645 -10.750 7.273 765 H HIS1986 HN HIS1986 -10.387 -10.960 1.630 766 HA HIS1986 HA HIS1986 -7.864 -12.458 1.841 767 HB2 HIS1986 HB2 HIS1986 -9.118 -11.220 -0.596 768 HB3 HIS1986 HB1 HIS1986 -7.416 -11.670 -0.519 769 HD1 HIS1986 HD1 HIS1986 -10.876 -13.157 -0.668 770 HD2 HIS1986 HD2 HIS1986 -6.904 -14.387 -0.600 771 HE1 HIS1986 HE1 HIS1986 -10.908 -15.579 -1.210 772 HE2 HIS1986 HE2 HIS1986 -8.479 -16.159 -1.527 773 H LYS1987 HN LYS1987 -6.262 -10.789 0.381 774 HA LYS1987 HA LYS1987 -6.346 -8.271 1.768 775 HB2 LYS1987 HB2 LYS1987 -3.764 -8.555 2.019 776 HB3 LYS1987 HB1 LYS1987 -4.837 -9.269 3.198 777 HG2 LYS1987 HG2 LYS1987 -3.109 -10.836 2.759 778 HG3 LYS1987 HG1 LYS1987 -4.571 -11.455 2.006 779 HD2 LYS1987 HD2 LYS1987 -3.753 -10.588 -0.166 780 HD3 LYS1987 HD1 LYS1987 -2.261 -10.084 0.634 781 HE2 LYS1987 HE2 LYS1987 -3.309 -12.913 0.447 782 HE3 LYS1987 HE1 LYS1987 -2.002 -12.239 -0.514 783 HZ1 LYS1987 HZ1 LYS1987 -1.136 -13.545 1.267 784 HZ2 LYS1987 HZ2 LYS1987 -1.990 -12.702 2.430 785 HZ3 LYS1987 HZ3 LYS1987 -0.713 -11.961 1.601 786 H SER1988 HN SER1988 -5.115 -6.599 0.782 787 HA SER1988 HA SER1988 -5.109 -6.940 -2.084 788 HB2 SER1988 HB2 SER1988 -4.823 -4.390 -1.946 789 HB3 SER1988 HB1 SER1988 -6.361 -5.067 -1.380 790 HG SER1988 HG SER1988 -5.926 -4.394 0.569 791 H TYR1989 HN TYR1989 -3.292 -6.838 -3.330 792 HA TYR1989 HA TYR1989 -0.770 -7.071 -1.930 793 HB2 TYR1989 HB2 TYR1989 -1.488 -7.533 -4.832 794 HB3 TYR1989 HB1 TYR1989 0.084 -7.827 -4.112 795 HD1 TYR1989 HD2 TYR1989 0.368 -9.710 -2.520 796 HD2 TYR1989 HD1 TYR1989 -3.275 -9.086 -4.618 797 HE1 TYR1989 HE2 TYR1989 -0.336 -12.006 -1.977 798 HE2 TYR1989 HE1 TYR1989 -3.990 -11.374 -4.070 799 HH TYR1989 HH TYR1989 -2.510 -13.198 -1.721 800 H PHE1990 HN PHE1990 0.146 -5.128 -1.569 801 HA PHE1990 HA PHE1990 0.160 -3.264 -3.807 802 HB2 PHE1990 HB2 PHE1990 -0.598 -2.661 -1.323 803 HB3 PHE1990 HB1 PHE1990 1.140 -2.564 -1.055 804 HD1 PHE1990 HD2 PHE1990 2.438 -1.148 -2.841 805 HD2 PHE1990 HD1 PHE1990 -1.705 -0.745 -1.998 806 HE1 PHE1990 HE2 PHE1990 2.481 1.137 -3.740 807 HE2 PHE1990 HE1 PHE1990 -1.664 1.532 -2.897 808 HZ PHE1990 HZ PHE1990 0.324 2.460 -3.817 809 H SER1991 HN SER1991 1.861 -3.680 -4.998 810 HA SER1991 HA SER1991 4.227 -4.854 -3.803 811 HB2 SER1991 HB2 SER1991 3.509 -4.364 -6.694 812 HB3 SER1991 HB1 SER1991 4.906 -5.275 -6.111 813 HG SER1991 HG SER1991 2.429 -5.989 -5.133 814 H PHE1992 HN PHE1992 5.914 -3.717 -3.348 815 HA PHE1992 HA PHE1992 6.199 -1.047 -4.432 816 HB2 PHE1992 HB2 PHE1992 7.346 -2.384 -1.980 817 HB3 PHE1992 HB1 PHE1992 7.885 -0.814 -2.569 818 HD1 PHE1992 HD1 PHE1992 5.155 -2.665 -1.027 819 HD2 PHE1992 HD2 PHE1992 6.511 1.114 -2.388 820 HE1 PHE1992 HE1 PHE1992 3.317 -1.577 0.156 821 HE2 PHE1992 HE2 PHE1992 4.673 2.209 -1.200 822 HZ PHE1992 HZ PHE1992 3.068 0.858 0.075 823 H VAL1993 HN VAL1993 7.476 -0.865 -5.986 824 HA VAL1993 HA VAL1993 9.708 -2.700 -6.263 825 HB VAL1993 HB VAL1993 8.091 -3.569 -7.791 826 HG11 VAL1993 HG11 VAL1993 6.523 -1.727 -7.811 827 HG12 VAL1993 HG12 VAL1993 6.906 -2.222 -9.458 828 HG13 VAL1993 HG13 VAL1993 7.632 -0.759 -8.785 829 HG21 VAL1993 HG21 VAL1993 9.074 -3.180 -9.992 830 HG22 VAL1993 HG22 VAL1993 10.340 -3.337 -8.757 831 HG23 VAL1993 HG23 VAL1993 9.866 -1.740 -9.365 832 H CYS1994 HN CYS1994 11.563 -1.705 -6.568 833 HA CYS1994 HA CYS1994 11.678 1.095 -6.661 834 HB2 CYS1994 HB2 CYS1994 14.209 0.476 -7.089 835 HB3 CYS1994 HB1 CYS1994 13.465 0.234 -5.514 836 H LYS1995 HN LYS1995 11.972 2.453 -8.260 837 HA LYS1995 HA LYS1995 11.558 1.358 -10.946 838 HB2 LYS1995 HB2 LYS1995 9.854 2.913 -9.943 839 HB3 LYS1995 HB1 LYS1995 11.081 4.161 -9.900 840 HG2 LYS1995 HG2 LYS1995 11.200 4.102 -12.361 841 HG3 LYS1995 HG1 LYS1995 9.956 2.854 -12.367 842 HD2 LYS1995 HD2 LYS1995 8.361 4.369 -11.381 843 HD3 LYS1995 HD1 LYS1995 9.602 5.606 -11.186 844 HE2 LYS1995 HE2 LYS1995 9.831 5.764 -13.619 845 HE3 LYS1995 HE1 LYS1995 8.611 4.506 -13.821 846 HZ1 LYS1995 HZ1 LYS1995 8.099 7.066 -12.417 847 HZ2 LYS1995 HZ2 LYS1995 6.936 5.945 -12.965 848 HZ3 LYS1995 HZ3 LYS1995 7.837 6.877 -14.056 849 H SER1996 HN SER1996 12.834 2.131 -12.672 850 HA SER1996 HA SER1996 15.539 2.674 -12.046 851 HB2 SER1996 HB2 SER1996 14.146 3.046 -14.707 852 HB3 SER1996 HB1 SER1996 15.851 2.680 -14.432 853 HG SER1996 HG SER1996 14.914 0.694 -13.319 854 H ASP1997 HN ASP1997 12.798 4.590 -12.854 855 HA ASP1997 HA ASP1997 14.327 7.063 -12.894 856 HB2 ASP1997 HB2 ASP1997 12.458 6.708 -14.502 857 HB3 ASP1997 HB1 ASP1997 11.341 6.666 -13.145 858 H ALA1998 HN ALA1998 11.112 6.654 -11.386 859 HA ALA1998 HA ALA1998 10.257 7.041 -9.407 860 HB1 ALA1998 HB1 ALA1998 12.999 6.497 -8.284 861 HB2 ALA1998 HB2 ALA1998 11.802 5.274 -8.691 862 HB3 ALA1998 HB3 ALA1998 11.467 6.437 -7.397 863 H GLY1999 HN GLY1999 12.018 9.100 -10.924 864 HA2 GLY1999 HA2 GLY1999 12.456 10.966 -8.790 865 HA3 GLY1999 HA1 GLY1999 13.007 11.142 -10.456 866 H ASP2000 HN ASP2000 10.293 10.083 -11.165 867 HA ASP2000 HA ASP2000 8.913 12.338 -11.877 868 HB2 ASP2000 HB2 ASP2000 6.874 10.833 -11.987 869 HB3 ASP2000 HB1 ASP2000 8.286 10.241 -12.847 870 H ASP2001 HN ASP2001 8.545 10.443 -8.956 871 HA ASP2001 HA ASP2001 7.990 12.386 -7.079 872 HB2 ASP2001 HB2 ASP2001 5.952 12.872 -8.514 873 HB3 ASP2001 HB1 ASP2001 5.406 11.232 -8.193 874 H SER2002 HN SER2002 7.284 9.376 -8.521 875 HA SER2002 HA SER2002 7.430 7.325 -8.027 876 HB2 SER2002 HB2 SER2002 7.976 6.319 -5.835 877 HB3 SER2002 HB1 SER2002 9.097 7.630 -6.158 878 HG SER2002 HG SER2002 7.419 8.869 -4.903 879 H GLN2003 HN GLN2003 5.577 7.341 -8.896 880 HA GLN2003 HA GLN2003 3.241 7.775 -7.299 881 HB2 GLN2003 HB2 GLN2003 2.011 7.451 -9.435 882 HB3 GLN2003 HB1 GLN2003 3.185 8.755 -9.440 883 HG2 GLN2003 HG2 GLN2003 4.774 7.308 -10.652 884 HG3 GLN2003 HG1 GLN2003 3.567 6.028 -10.673 885 HE21 GLN2003 HE21 GLN2003 1.744 6.266 -11.960 886 HE22 GLN2003 HE22 GLN2003 1.634 7.428 -13.221 887 HA PRO2004 HA PRO2004 2.236 3.485 -6.689 888 HB2 PRO2004 HB2 PRO2004 -0.232 4.271 -5.491 889 HB3 PRO2004 HB1 PRO2004 1.259 3.842 -4.654 890 HG2 PRO2004 HG2 PRO2004 0.106 6.374 -4.674 891 HG3 PRO2004 HG1 PRO2004 1.794 6.016 -4.266 892 HD2 PRO2004 HD2 PRO2004 0.626 7.011 -6.827 893 HD3 PRO2004 HD1 PRO2004 2.165 7.438 -6.048 894 H VAL2005 HN VAL2005 1.634 2.530 -8.547 895 HA VAL2005 HA VAL2005 -0.584 3.633 -10.075 896 HB VAL2005 HB VAL2005 1.386 1.445 -10.809 897 HG11 VAL2005 HG11 VAL2005 0.626 1.789 -13.113 898 HG12 VAL2005 HG12 VAL2005 -0.573 2.950 -12.542 899 HG13 VAL2005 HG13 VAL2005 -0.690 1.258 -12.067 900 HG21 VAL2005 HG21 VAL2005 2.467 3.142 -12.218 901 HG22 VAL2005 HG22 VAL2005 2.520 3.572 -10.508 902 HG23 VAL2005 HG23 VAL2005 1.365 4.362 -11.581 903 H PHE2006 HN PHE2006 -2.484 2.634 -10.249 904 HA PHE2006 HA PHE2006 -2.832 0.105 -8.875 905 HB2 PHE2006 HB2 PHE2006 -5.278 0.540 -9.077 906 HB3 PHE2006 HB1 PHE2006 -4.444 1.837 -8.247 907 HD1 PHE2006 HD2 PHE2006 -4.019 3.998 -9.520 908 HD2 PHE2006 HD1 PHE2006 -6.579 0.926 -10.985 909 HE1 PHE2006 HE2 PHE2006 -5.083 5.610 -11.042 910 HE2 PHE2006 HE1 PHE2006 -7.650 2.536 -12.504 911 HZ PHE2006 HZ PHE2006 -6.901 4.882 -12.533 912 H LEU2007 HN LEU2007 -2.880 -1.728 -9.958 913 HA LEU2007 HA LEU2007 -2.898 -1.556 -12.860 914 HB2 LEU2007 HB2 LEU2007 -2.103 -3.795 -10.997 915 HB3 LEU2007 HB1 LEU2007 -2.237 -4.014 -12.722 916 HG LEU2007 HG LEU2007 -0.432 -2.297 -13.020 917 HD11 LEU2007 HD11 LEU2007 -0.631 -1.096 -10.929 918 HD12 LEU2007 HD12 LEU2007 1.000 -1.752 -11.113 919 HD13 LEU2007 HD13 LEU2007 -0.149 -2.536 -10.037 920 HD21 LEU2007 HD21 LEU2007 0.258 -4.721 -11.374 921 HD22 LEU2007 HD22 LEU2007 1.388 -3.790 -12.355 922 HD23 LEU2007 HD23 LEU2007 0.064 -4.660 -13.128 923 H SER2008 HN SER2008 -4.396 -3.579 -10.343 924 HA SER2008 HA SER2008 -6.817 -3.623 -11.909 925 HB2 SER2008 HB2 SER2008 -5.310 -5.494 -12.749 926 HB3 SER2008 HB1 SER2008 -5.434 -6.207 -11.144 927 HG SER2008 HG SER2008 -7.185 -6.104 -13.219 928 H PHE2009 HN PHE2009 -8.564 -3.939 -10.611 929 HA PHE2009 HA PHE2009 -8.068 -4.703 -7.818 930 HB2 PHE2009 HB2 PHE2009 -8.658 -2.237 -8.144 931 HB3 PHE2009 HB1 PHE2009 -10.193 -2.768 -8.811 932 HD1 PHE2009 HD2 PHE2009 -11.593 -4.346 -7.250 933 HD2 PHE2009 HD1 PHE2009 -8.528 -1.736 -5.864 934 HE1 PHE2009 HE2 PHE2009 -12.563 -4.405 -4.986 935 HE2 PHE2009 HE1 PHE2009 -9.487 -1.796 -3.603 936 HZ PHE2009 HZ PHE2009 -11.500 -3.046 -3.156 937 H ASP2010 HN ASP2010 -8.986 -6.644 -7.584 938 HA ASP2010 HA ASP2010 -11.324 -7.258 -9.241 939 HB2 ASP2010 HB2 ASP2010 -9.472 -8.853 -9.429 940 HB3 ASP2010 HB1 ASP2010 -9.513 -9.113 -7.687 941 H GLU2011 HN GLU2011 -13.184 -6.972 -8.238 942 HA GLU2011 HA GLU2011 -13.196 -6.978 -5.324 943 HB2 GLU2011 HB2 GLU2011 -15.431 -5.997 -5.498 944 HB3 GLU2011 HB1 GLU2011 -14.240 -5.073 -6.403 945 HG2 GLU2011 HG2 GLU2011 -15.015 -6.113 -8.471 946 HG3 GLU2011 HG1 GLU2011 -16.214 -7.023 -7.553 947 H GLN2012 HN GLN2012 -13.406 -9.323 -7.492 948 HA GLN2012 HA GLN2012 -15.863 -10.543 -6.659 949 HB2 GLN2012 HB2 GLN2012 -14.852 -10.863 -8.951 950 HB3 GLN2012 HB1 GLN2012 -13.584 -11.815 -8.193 951 HG2 GLN2012 HG2 GLN2012 -15.229 -13.408 -7.396 952 HG3 GLN2012 HG1 GLN2012 -16.521 -12.441 -8.095 953 HE21 GLN2012 HE21 GLN2012 -13.401 -13.117 -9.612 954 HE22 GLN2012 HE22 GLN2012 -14.054 -14.052 -10.896 955 H THR2013 HN THR2013 -12.425 -11.390 -6.349 956 HA THR2013 HA THR2013 -13.185 -12.558 -3.779 957 HB THR2013 HB THR2013 -12.572 -14.308 -5.463 958 HG1 THR2013 HG1 THR2013 -11.952 -14.263 -3.060 959 HG21 THR2013 HG21 THR2013 -9.836 -13.021 -5.392 960 HG22 THR2013 HG22 THR2013 -10.929 -13.062 -6.775 961 HG23 THR2013 HG23 THR2013 -10.222 -14.559 -6.164 962 H CYS2014 HN CYS2014 -12.343 -9.914 -4.617 963 HA CYS2014 HA CYS2014 -10.911 -8.315 -4.294 964 HB2 CYS2014 HB2 CYS2014 -11.413 -9.332 -1.546 965 HB3 CYS2014 HB1 CYS2014 -10.386 -7.915 -1.801 966 H THR2015 HN THR2015 -9.498 -9.197 -5.633 967 HA THR2015 HA THR2015 -6.906 -9.503 -4.330 968 HB THR2015 HB THR2015 -7.724 -10.616 -7.035 969 HG1 THR2015 HG1 THR2015 -8.414 -11.456 -4.659 970 HG21 THR2015 HG21 THR2015 -5.653 -11.917 -6.816 971 HG22 THR2015 HG22 THR2015 -5.327 -11.137 -5.267 972 HG23 THR2015 HG23 THR2015 -5.311 -10.188 -6.752 973 H SER2016 HN SER2016 -6.359 -7.433 -4.347 974 HA SER2016 HA SER2016 -6.629 -5.907 -6.821 975 HB2 SER2016 HB2 SER2016 -6.076 -4.945 -4.014 976 HB3 SER2016 HB1 SER2016 -6.520 -3.961 -5.413 977 HG SER2016 HG SER2016 -8.218 -4.738 -3.777 978 H TYR2017 HN TYR2017 -4.849 -5.121 -7.815 979 HA TYR2017 HA TYR2017 -2.238 -5.739 -6.623 980 HB2 TYR2017 HB2 TYR2017 -3.012 -5.721 -9.548 981 HB3 TYR2017 HB1 TYR2017 -1.386 -5.954 -8.935 982 HD1 TYR2017 HD2 TYR2017 -0.844 -8.033 -7.663 983 HD2 TYR2017 HD1 TYR2017 -4.565 -7.500 -9.648 984 HE1 TYR2017 HE2 TYR2017 -1.224 -10.464 -7.586 985 HE2 TYR2017 HE1 TYR2017 -4.959 -9.921 -9.576 986 HH TYR2017 HH TYR2017 -3.637 -11.952 -9.428 987 H PHE2018 HN PHE2018 -1.360 -3.935 -5.990 988 HA PHE2018 HA PHE2018 -1.525 -1.596 -7.762 989 HB2 PHE2018 HB2 PHE2018 -1.202 -1.564 -4.748 990 HB3 PHE2018 HB1 PHE2018 -1.361 -0.166 -5.799 991 HD1 PHE2018 HD2 PHE2018 -3.589 -0.181 -7.258 992 HD2 PHE2018 HD1 PHE2018 -3.054 -2.244 -3.577 993 HE1 PHE2018 HE2 PHE2018 -6.024 -0.219 -6.931 994 HE2 PHE2018 HE1 PHE2018 -5.487 -2.285 -3.239 995 HZ PHE2018 HZ PHE2018 -6.972 -1.250 -4.872 996 H SER2019 HN SER2019 0.473 -0.435 -7.925 997 HA SER2019 HA SER2019 2.775 -1.737 -6.709 998 HB2 SER2019 HB2 SER2019 2.493 -1.242 -9.672 999 HB3 SER2019 HB1 SER2019 3.959 -1.814 -8.874 1000 HG SER2019 HG SER2019 1.837 -3.270 -8.139 1001 H TRP2020 HN TRP2020 3.909 -0.277 -5.746 1002 HA TRP2020 HA TRP2020 3.827 2.501 -6.683 1003 HB2 TRP2020 HB2 TRP2020 3.308 1.867 -4.245 1004 HB3 TRP2020 HB1 TRP2020 5.005 1.443 -4.108 1005 HD1 TRP2020 HD1 TRP2020 6.144 4.060 -5.697 1006 HE1 TRP2020 HE1 TRP2020 6.092 6.331 -4.466 1007 HE3 TRP2020 HE3 TRP2020 2.583 3.052 -2.186 1008 HZ2 TRP2020 HZ2 TRP2020 4.758 7.526 -2.358 1009 HZ3 TRP2020 HZ3 TRP2020 1.987 4.823 -0.599 1010 HH2 TRP2020 HH2 TRP2020 3.048 7.011 -0.682 1011 H HIS2021 HN HIS2021 5.440 3.091 -7.862 1012 HA HIS2021 HA HIS2021 7.883 1.524 -7.885 1013 HB2 HIS2021 HB2 HIS2021 6.994 3.814 -9.661 1014 HB3 HIS2021 HB1 HIS2021 8.470 2.886 -9.865 1015 HD1 HIS2021 HD1 HIS2021 8.267 0.592 -11.057 1016 HD2 HIS2021 HD2 HIS2021 4.618 2.480 -10.384 1017 HE1 HIS2021 HE1 HIS2021 6.594 -0.660 -12.408 1018 HE2 HIS2021 HE2 HIS2021 4.621 0.873 -12.357 1019 H THR2022 HN THR2022 8.986 2.100 -6.093 1020 HA THR2022 HA THR2022 9.750 4.896 -5.824 1021 HB THR2022 HB THR2022 7.842 4.695 -4.319 1022 HG1 THR2022 HG1 THR2022 9.682 5.895 -3.620 1023 HG21 THR2022 HG21 THR2022 7.847 3.132 -2.413 1024 HG22 THR2022 HG22 THR2022 9.349 2.419 -3.007 1025 HG23 THR2022 HG23 THR2022 7.867 2.266 -3.952 1026 H SER2023 HN SER2023 11.682 5.226 -4.674 1027 HA SER2023 HA SER2023 13.505 3.042 -4.829 1028 HB2 SER2023 HB2 SER2023 13.885 5.858 -3.791 1029 HB3 SER2023 HB1 SER2023 15.169 4.705 -4.185 1030 HG SER2023 HG SER2023 13.880 4.671 -6.313 1031 H LEU2024 HN LEU2024 11.320 4.109 -2.452 1032 HA LEU2024 HA LEU2024 12.904 3.337 -0.166 1033 HB2 LEU2024 HB2 LEU2024 9.981 4.023 -0.472 1034 HB3 LEU2024 HB1 LEU2024 10.621 3.410 1.034 1035 HG LEU2024 HG LEU2024 10.389 5.768 1.197 1036 HD11 LEU2024 HD11 LEU2024 13.283 5.038 0.886 1037 HD12 LEU2024 HD12 LEU2024 12.285 4.843 2.326 1038 HD13 LEU2024 HD13 LEU2024 12.666 6.459 1.728 1039 HD21 LEU2024 HD21 LEU2024 12.134 5.993 -1.254 1040 HD22 LEU2024 HD22 LEU2024 11.584 7.342 -0.261 1041 HD23 LEU2024 HD23 LEU2024 10.415 6.374 -1.160 1042 H ALA2025 HN ALA2025 11.206 1.747 -2.502 1043 HA ALA2025 HA ALA2025 10.253 -0.513 -1.055 1044 HB1 ALA2025 HB1 ALA2025 10.868 -0.165 -3.972 1045 HB2 ALA2025 HB2 ALA2025 9.324 0.175 -3.188 1046 HB3 ALA2025 HB3 ALA2025 9.935 -1.479 -3.259 1047 H CYS2026 HN CYS2026 12.947 -0.057 -3.309 1048 HA CYS2026 HA CYS2026 14.538 -1.854 -1.804 1049 HB2 CYS2026 HB2 CYS2026 15.053 -3.104 -4.089 1050 HB3 CYS2026 HB1 CYS2026 13.761 -3.630 -3.022 1051 H GLU2027 HN GLU2027 16.748 -2.135 -3.115 1052 HA GLU2027 HA GLU2027 17.627 0.623 -3.587 1053 HB2 GLU2027 HB2 GLU2027 19.148 -1.900 -2.849 1054 HB3 GLU2027 HB1 GLU2027 19.821 -0.278 -2.928 1055 HG2 GLU2027 HG2 GLU2027 17.670 -1.138 -0.999 1056 HG3 GLU2027 HG1 GLU2027 19.392 -1.124 -0.630 1057 H GLU2028 HN GLU2028 16.246 -0.713 -5.490 1058 HA GLU2028 HA GLU2028 16.112 -1.574 -7.487 1059 HB2 GLU2028 HB2 GLU2028 18.836 -0.354 -7.718 1060 HB3 GLU2028 HB1 GLU2028 18.140 -1.319 -9.009 1061 HG2 GLU2028 HG2 GLU2028 17.723 0.989 -9.512 1062 HG3 GLU2028 HG1 GLU2028 16.195 0.260 -9.044 1063 H GLU2029 HN GLU2029 15.725 -3.679 -7.171 1064 HA GLU2029 HA GLU2029 18.005 -5.377 -7.589 1065 HB2 GLU2029 HB2 GLU2029 17.403 -5.413 -5.101 1066 HB3 GLU2029 HB1 GLU2029 15.815 -6.014 -5.564 1067 HG2 GLU2029 HG2 GLU2029 16.777 -8.019 -6.485 1068 HG3 GLU2029 HG1 GLU2029 18.402 -7.403 -6.236 1069 H VAL2030 HN VAL2030 17.532 -5.804 -9.525 1070 HA VAL2030 HA VAL2030 14.787 -6.041 -10.289 1071 HB VAL2030 HB VAL2030 16.105 -4.548 -11.618 1072 HG11 VAL2030 HG11 VAL2030 17.974 -5.250 -13.012 1073 HG12 VAL2030 HG12 VAL2030 17.916 -6.841 -12.255 1074 HG13 VAL2030 HG13 VAL2030 18.296 -5.417 -11.285 1075 HG21 VAL2030 HG21 VAL2030 14.350 -5.712 -12.826 1076 HG22 VAL2030 HG22 VAL2030 15.456 -7.032 -13.208 1077 HG23 VAL2030 HG23 VAL2030 15.727 -5.428 -13.893 1078 HA PRO2031 HA PRO2031 14.696 -10.415 -9.923 1079 HB2 PRO2031 HB2 PRO2031 12.430 -10.085 -11.809 1080 HB3 PRO2031 HB1 PRO2031 12.454 -10.818 -10.202 1081 HG2 PRO2031 HG2 PRO2031 11.354 -8.393 -10.613 1082 HG3 PRO2031 HG1 PRO2031 12.233 -8.775 -9.123 1083 HD2 PRO2031 HD2 PRO2031 13.218 -7.163 -11.485 1084 HD3 PRO2031 HD1 PRO2031 13.458 -6.955 -9.736 1085 H ARG2032 HN ARG2032 14.339 -8.843 -13.041 1086 HA ARG2032 HA ARG2032 15.090 -9.240 -15.128 1087 HB2 ARG2032 HB2 ARG2032 17.118 -10.933 -13.680 1088 HB3 ARG2032 HB1 ARG2032 17.242 -10.447 -15.366 1089 HG2 ARG2032 HG2 ARG2032 17.480 -8.147 -14.734 1090 HG3 ARG2032 HG1 ARG2032 17.148 -8.534 -13.042 1091 HD2 ARG2032 HD2 ARG2032 19.037 -9.927 -12.967 1092 HD3 ARG2032 HD1 ARG2032 19.487 -9.543 -14.650 1093 HE ARG2032 HE ARG2032 19.334 -7.529 -12.499 1094 HH11 ARG2032 HH11 ARG2032 21.290 -8.983 -15.143 1095 HH12 ARG2032 HH12 ARG2032 22.608 -7.938 -14.858 1096 HH21 ARG2032 HH21 ARG2032 21.201 -6.157 -12.169 1097 HH22 ARG2032 HH22 ARG2032 22.534 -6.255 -13.199 Start of MODEL 19 1 H1 MET1885 HT1 MET1885 13.925 11.900 1.553 2 H2 MET1885 HT2 MET1885 14.652 12.128 3.066 3 H3 MET1885 HT3 MET1885 12.982 12.147 2.920 4 HA MET1885 HA MET1885 12.893 9.862 2.395 5 HB2 MET1885 HB2 MET1885 15.905 9.953 2.740 6 HB3 MET1885 HB1 MET1885 14.959 8.478 2.630 7 HG2 MET1885 HG2 MET1885 14.267 9.114 0.357 8 HG3 MET1885 HG1 MET1885 15.257 10.565 0.483 9 HE1 MET1885 HE1 MET1885 15.258 6.631 0.274 10 HE2 MET1885 HE2 MET1885 16.064 6.921 1.814 11 HE3 MET1885 HE3 MET1885 16.974 6.262 0.454 12 H LYS1886 HN LYS1886 12.601 8.411 4.052 13 HA LYS1886 HA LYS1886 12.203 7.702 6.092 14 HB2 LYS1886 HB2 LYS1886 14.821 9.033 6.790 15 HB3 LYS1886 HB1 LYS1886 13.907 8.045 7.919 16 HG2 LYS1886 HG2 LYS1886 14.090 6.156 6.316 17 HG3 LYS1886 HG1 LYS1886 15.141 7.165 5.322 18 HD2 LYS1886 HD2 LYS1886 16.747 7.330 7.135 19 HD3 LYS1886 HD1 LYS1886 15.671 6.420 8.198 20 HE2 LYS1886 HE2 LYS1886 15.838 4.485 6.705 21 HE3 LYS1886 HE1 LYS1886 16.916 5.397 5.650 22 HZ1 LYS1886 HZ1 LYS1886 18.505 5.533 7.461 23 HZ2 LYS1886 HZ2 LYS1886 18.142 3.937 7.081 24 HZ3 LYS1886 HZ3 LYS1886 17.485 4.617 8.471 25 H SER1887 HN SER1887 10.352 8.987 6.031 26 HA SER1887 HA SER1887 10.416 11.377 7.637 27 HB2 SER1887 HB2 SER1887 9.072 11.391 5.593 28 HB3 SER1887 HB1 SER1887 8.125 10.032 6.181 29 HG SER1887 HG SER1887 8.117 12.725 7.030 30 H ASN1888 HN ASN1888 8.723 8.193 7.802 31 HA ASN1888 HA ASN1888 8.247 8.698 10.660 32 HB2 ASN1888 HB2 ASN1888 6.213 8.700 9.238 33 HB3 ASN1888 HB1 ASN1888 6.620 7.098 8.671 34 HD21 ASN1888 HD21 ASN1888 4.270 8.110 9.926 35 HD22 ASN1888 HD22 ASN1888 3.985 7.199 11.358 36 H VAL1889 HN VAL1889 8.785 7.102 12.028 37 HA VAL1889 HA VAL1889 9.907 4.668 10.873 38 HB VAL1889 HB VAL1889 11.777 5.952 11.770 39 HG11 VAL1889 HG11 VAL1889 10.632 7.380 13.351 40 HG12 VAL1889 HG12 VAL1889 11.980 6.553 14.133 41 HG13 VAL1889 HG13 VAL1889 10.325 6.002 14.409 42 HG21 VAL1889 HG21 VAL1889 11.094 3.640 13.587 43 HG22 VAL1889 HG22 VAL1889 12.697 4.348 13.393 44 HG23 VAL1889 HG23 VAL1889 11.919 3.543 12.031 45 H GLN1890 HN GLN1890 8.621 3.067 11.228 46 HA GLN1890 HA GLN1890 7.131 2.987 13.741 47 HB2 GLN1890 HB2 GLN1890 6.707 1.484 11.167 48 HB3 GLN1890 HB1 GLN1890 5.877 1.054 12.653 49 HG2 GLN1890 HG2 GLN1890 5.691 3.689 11.209 50 HG3 GLN1890 HG1 GLN1890 4.477 2.418 11.203 51 HE21 GLN1890 HE21 GLN1890 5.871 5.032 12.948 52 HE22 GLN1890 HE22 GLN1890 4.756 5.050 14.247 53 H ASN1891 HN ASN1891 9.635 1.426 11.990 54 HA ASN1891 HA ASN1891 11.274 0.037 12.622 55 HB2 ASN1891 HB2 ASN1891 11.302 1.087 14.833 56 HB3 ASN1891 HB1 ASN1891 9.982 0.064 15.369 57 HD21 ASN1891 HD21 ASN1891 10.422 -2.054 15.985 58 HD22 ASN1891 HD22 ASN1891 12.029 -2.642 16.209 59 H ASP1892 HN ASP1892 8.007 -0.992 13.061 60 HA ASP1892 HA ASP1892 8.862 -3.753 13.030 61 HB2 ASP1892 HB2 ASP1892 6.514 -4.351 13.418 62 HB3 ASP1892 HB1 ASP1892 7.129 -3.240 14.629 63 H CYS1893 HN CYS1893 6.780 -1.673 10.946 64 HA CYS1893 HA CYS1893 6.842 -3.784 9.011 65 HB2 CYS1893 HB2 CYS1893 5.625 -2.325 7.463 66 HB3 CYS1893 HB1 CYS1893 4.858 -2.366 9.041 67 H ARG1894 HN ARG1894 9.030 -4.066 8.952 68 HA ARG1894 HA ARG1894 10.189 -2.826 6.663 69 HB2 ARG1894 HB2 ARG1894 12.380 -2.478 7.817 70 HB3 ARG1894 HB1 ARG1894 11.127 -1.363 8.329 71 HG2 ARG1894 HG2 ARG1894 10.805 -2.682 10.369 72 HG3 ARG1894 HG1 ARG1894 12.077 -3.790 9.840 73 HD2 ARG1894 HD2 ARG1894 12.826 -2.047 11.468 74 HD3 ARG1894 HD1 ARG1894 13.727 -2.068 9.956 75 HE ARG1894 HE ARG1894 11.665 -0.264 9.591 76 HH11 ARG1894 HH11 ARG1894 14.346 -0.399 11.915 77 HH12 ARG1894 HH12 ARG1894 14.587 1.289 11.881 78 HH21 ARG1894 HH21 ARG1894 11.973 1.877 9.573 79 HH22 ARG1894 HH22 ARG1894 13.212 2.679 10.473 80 H VAL1895 HN VAL1895 11.856 -4.160 5.835 81 HA VAL1895 HA VAL1895 12.253 -6.701 7.138 82 HB VAL1895 HB VAL1895 10.116 -6.895 5.799 83 HG11 VAL1895 HG11 VAL1895 11.902 -6.573 3.416 84 HG12 VAL1895 HG12 VAL1895 10.608 -5.491 3.933 85 HG13 VAL1895 HG13 VAL1895 10.226 -7.121 3.375 86 HG21 VAL1895 HG21 VAL1895 11.400 -8.855 6.390 87 HG22 VAL1895 HG22 VAL1895 12.373 -8.686 4.930 88 HG23 VAL1895 HG23 VAL1895 10.645 -9.054 4.813 89 H THR1896 HN THR1896 14.108 -7.744 6.327 90 HA THR1896 HA THR1896 15.795 -5.960 4.728 91 HB THR1896 HB THR1896 16.620 -8.355 6.388 92 HG1 THR1896 HG1 THR1896 15.523 -6.196 7.188 93 HG21 THR1896 HG21 THR1896 18.811 -7.226 6.378 94 HG22 THR1896 HG22 THR1896 18.138 -5.923 5.398 95 HG23 THR1896 HG23 THR1896 18.273 -7.549 4.729 96 H ASN1897 HN ASN1897 16.473 -6.618 2.745 97 HA ASN1897 HA ASN1897 15.681 -9.306 1.890 98 HB2 ASN1897 HB2 ASN1897 14.875 -7.555 0.393 99 HB3 ASN1897 HB1 ASN1897 16.483 -6.860 0.276 100 HD21 ASN1897 HD21 ASN1897 16.386 -7.038 -2.027 101 HD22 ASN1897 HD22 ASN1897 16.579 -8.541 -2.821 102 HA PRO1898 HA PRO1898 19.962 -10.258 2.780 103 HB2 PRO1898 HB2 PRO1898 19.801 -12.851 1.895 104 HB3 PRO1898 HB1 PRO1898 19.311 -12.317 3.506 105 HG2 PRO1898 HG2 PRO1898 17.633 -12.799 1.078 106 HG3 PRO1898 HG1 PRO1898 17.318 -13.246 2.766 107 HD2 PRO1898 HD2 PRO1898 16.139 -11.136 1.646 108 HD3 PRO1898 HD1 PRO1898 16.671 -11.103 3.340 109 H ALA1899 HN ALA1899 18.357 -10.443 -0.258 110 HA ALA1899 HA ALA1899 20.631 -11.150 -1.822 111 HB1 ALA1899 HB1 ALA1899 18.098 -9.746 -2.636 112 HB2 ALA1899 HB2 ALA1899 18.357 -11.490 -2.623 113 HB3 ALA1899 HB3 ALA1899 19.280 -10.470 -3.726 114 H THR1900 HN THR1900 19.217 -8.124 -0.712 115 HA THR1900 HA THR1900 21.236 -6.592 -2.126 116 HB THR1900 HB THR1900 19.859 -4.615 -1.131 117 HG1 THR1900 HG1 THR1900 17.804 -5.252 -0.396 118 HG21 THR1900 HG21 THR1900 19.567 -5.477 -3.423 119 HG22 THR1900 HG22 THR1900 18.053 -4.934 -2.699 120 HG23 THR1900 HG23 THR1900 18.415 -6.658 -2.806 121 H GLY1901 HN GLY1901 20.281 -7.707 1.004 122 HA2 GLY1901 HA2 GLY1901 21.515 -7.919 2.936 123 HA3 GLY1901 HA1 GLY1901 22.825 -7.012 2.180 124 H HIS1902 HN HIS1902 19.987 -5.497 1.647 125 HA HIS1902 HA HIS1902 20.560 -3.607 3.784 126 HB2 HIS1902 HB2 HIS1902 19.679 -3.040 0.941 127 HB3 HIS1902 HB1 HIS1902 19.668 -1.824 2.215 128 HD1 HIS1902 HD1 HIS1902 21.459 -0.622 0.417 129 HD2 HIS1902 HD2 HIS1902 22.824 -3.960 2.501 130 HE1 HIS1902 HE1 HIS1902 23.917 -0.577 0.240 131 HE2 HIS1902 HE2 HIS1902 24.683 -2.737 1.203 132 H LEU1903 HN LEU1903 18.722 -2.204 4.314 133 HA LEU1903 HA LEU1903 16.497 -3.972 5.005 134 HB2 LEU1903 HB2 LEU1903 17.699 -2.954 6.835 135 HB3 LEU1903 HB1 LEU1903 17.490 -1.365 6.143 136 HG LEU1903 HG LEU1903 15.030 -1.584 6.549 137 HD11 LEU1903 HD11 LEU1903 14.257 -3.284 8.115 138 HD12 LEU1903 HD12 LEU1903 15.850 -4.038 8.082 139 HD13 LEU1903 HD13 LEU1903 14.863 -3.999 6.621 140 HD21 LEU1903 HD21 LEU1903 16.506 -0.358 8.061 141 HD22 LEU1903 HD22 LEU1903 16.805 -1.837 8.975 142 HD23 LEU1903 HD23 LEU1903 15.189 -1.132 8.934 143 H PHE1904 HN PHE1904 14.472 -3.602 4.304 144 HA PHE1904 HA PHE1904 13.957 -1.210 2.703 145 HB2 PHE1904 HB2 PHE1904 12.402 -3.794 2.976 146 HB3 PHE1904 HB1 PHE1904 11.926 -2.434 1.986 147 HD1 PHE1904 HD2 PHE1904 15.080 -2.151 1.147 148 HD2 PHE1904 HD1 PHE1904 12.092 -5.174 1.026 149 HE1 PHE1904 HE2 PHE1904 16.191 -3.176 -0.794 150 HE2 PHE1904 HE1 PHE1904 13.151 -6.195 -0.890 151 HZ PHE1904 HZ PHE1904 15.237 -5.206 -1.828 152 H ASP1905 HN ASP1905 12.823 0.340 3.706 153 HA ASP1905 HA ASP1905 10.575 -0.391 5.367 154 HB2 ASP1905 HB2 ASP1905 12.435 -0.013 7.036 155 HB3 ASP1905 HB1 ASP1905 12.629 1.612 6.393 156 H LEU1906 HN LEU1906 8.963 0.738 4.722 157 HA LEU1906 HA LEU1906 9.331 2.923 2.891 158 HB2 LEU1906 HB2 LEU1906 6.815 1.690 4.014 159 HB3 LEU1906 HB1 LEU1906 6.883 2.847 2.697 160 HG LEU1906 HG LEU1906 8.160 0.117 2.579 161 HD11 LEU1906 HD11 LEU1906 5.751 -0.094 2.785 162 HD12 LEU1906 HD12 LEU1906 6.298 -0.502 1.155 163 HD13 LEU1906 HD13 LEU1906 5.538 1.058 1.463 164 HD21 LEU1906 HD21 LEU1906 7.564 2.161 0.441 165 HD22 LEU1906 HD22 LEU1906 8.255 0.561 0.176 166 HD23 LEU1906 HD23 LEU1906 9.158 1.771 1.086 167 H THR1907 HN THR1907 10.439 4.037 4.571 168 HA THR1907 HA THR1907 9.388 4.940 6.969 169 HB THR1907 HB THR1907 11.222 6.733 6.606 170 HG1 THR1907 HG1 THR1907 12.320 4.980 4.756 171 HG21 THR1907 HG21 THR1907 12.971 5.087 7.147 172 HG22 THR1907 HG22 THR1907 11.900 3.782 6.635 173 HG23 THR1907 HG23 THR1907 11.491 4.755 8.049 174 H SER1908 HN SER1908 9.704 6.687 3.918 175 HA SER1908 HA SER1908 8.297 8.951 4.992 176 HB2 SER1908 HB2 SER1908 9.318 8.434 2.213 177 HB3 SER1908 HB1 SER1908 8.717 9.977 2.829 178 HG SER1908 HG SER1908 10.705 10.224 3.268 179 H LEU1909 HN LEU1909 7.228 6.100 3.791 180 HA LEU1909 HA LEU1909 5.060 7.229 2.240 181 HB2 LEU1909 HB2 LEU1909 6.379 5.077 1.713 182 HB3 LEU1909 HB1 LEU1909 5.376 4.349 2.959 183 HG LEU1909 HG LEU1909 3.374 4.806 1.686 184 HD11 LEU1909 HD11 LEU1909 4.073 6.936 0.710 185 HD12 LEU1909 HD12 LEU1909 3.542 5.815 -0.548 186 HD13 LEU1909 HD13 LEU1909 5.263 6.095 -0.285 187 HD21 LEU1909 HD21 LEU1909 4.622 2.755 1.188 188 HD22 LEU1909 HD22 LEU1909 5.551 3.622 -0.033 189 HD23 LEU1909 HD23 LEU1909 3.816 3.384 -0.249 190 H LYS1910 HN LYS1910 5.674 5.995 5.387 191 HA LYS1910 HA LYS1910 2.865 5.991 6.067 192 HB2 LYS1910 HB2 LYS1910 3.913 5.547 8.450 193 HB3 LYS1910 HB1 LYS1910 3.779 4.264 7.264 194 HG2 LYS1910 HG2 LYS1910 6.122 4.518 6.703 195 HG3 LYS1910 HG1 LYS1910 6.255 5.879 7.821 196 HD2 LYS1910 HD2 LYS1910 5.867 4.508 9.698 197 HD3 LYS1910 HD1 LYS1910 5.315 3.172 8.692 198 HE2 LYS1910 HE2 LYS1910 8.120 4.251 8.631 199 HE3 LYS1910 HE1 LYS1910 7.610 2.928 9.680 200 HZ1 LYS1910 HZ1 LYS1910 7.067 1.609 7.734 201 HZ2 LYS1910 HZ2 LYS1910 8.644 2.226 7.592 202 HZ3 LYS1910 HZ3 LYS1910 7.411 2.934 6.724 203 H ARG1911 HN ARG1911 1.880 7.460 7.435 204 HA ARG1911 HA ARG1911 3.312 9.727 8.377 205 HB2 ARG1911 HB2 ARG1911 2.173 11.328 6.828 206 HB3 ARG1911 HB1 ARG1911 3.361 10.294 6.043 207 HG2 ARG1911 HG2 ARG1911 1.422 8.810 5.374 208 HG3 ARG1911 HG1 ARG1911 0.366 10.114 5.913 209 HD2 ARG1911 HD2 ARG1911 2.521 10.364 3.826 210 HD3 ARG1911 HD1 ARG1911 0.808 10.154 3.492 211 HE ARG1911 HE ARG1911 0.889 12.353 5.077 212 HH11 ARG1911 HH11 ARG1911 2.708 11.522 2.149 213 HH12 ARG1911 HH12 ARG1911 2.618 13.061 1.450 214 HH21 ARG1911 HH21 ARG1911 0.713 14.507 4.111 215 HH22 ARG1911 HH22 ARG1911 1.393 14.797 2.573 216 H GLU1912 HN GLU1912 1.319 11.533 8.633 217 HA GLU1912 HA GLU1912 -0.477 10.079 10.386 218 HB2 GLU1912 HB2 GLU1912 0.199 13.006 10.237 219 HB3 GLU1912 HB1 GLU1912 -1.000 12.330 11.334 220 HG2 GLU1912 HG2 GLU1912 1.917 11.572 11.267 221 HG3 GLU1912 HG1 GLU1912 1.174 12.686 12.416 222 H SER1913 HN SER1913 -0.707 11.015 7.287 223 HA SER1913 HA SER1913 -3.583 11.357 7.615 224 HB2 SER1913 HB2 SER1913 -3.488 12.545 5.375 225 HB3 SER1913 HB1 SER1913 -2.743 13.396 6.728 226 HG SER1913 HG SER1913 -1.156 13.507 5.341 227 H GLY1914 HN GLY1914 -1.931 10.765 4.589 228 HA2 GLY1914 HA2 GLY1914 -2.226 8.007 4.350 229 HA3 GLY1914 HA1 GLY1914 -3.719 8.765 3.764 230 H TYR1915 HN TYR1915 -2.879 7.705 1.695 231 HA TYR1915 HA TYR1915 -1.432 9.722 0.198 232 HB2 TYR1915 HB2 TYR1915 0.129 7.762 1.076 233 HB3 TYR1915 HB1 TYR1915 -0.652 6.853 -0.214 234 HD1 TYR1915 HD1 TYR1915 1.547 9.723 0.523 235 HD2 TYR1915 HD2 TYR1915 -0.199 7.286 -2.487 236 HE1 TYR1915 HE1 TYR1915 3.118 10.645 -1.133 237 HE2 TYR1915 HE2 TYR1915 1.356 8.199 -4.150 238 HH TYR1915 HH TYR1915 4.061 10.079 -3.209 239 H THR1916 HN THR1916 -2.162 9.896 -1.856 240 HA THR1916 HA THR1916 -4.356 8.072 -2.664 241 HB THR1916 HB THR1916 -5.332 9.918 -1.309 242 HG1 THR1916 HG1 THR1916 -6.372 8.990 -3.184 243 HG21 THR1916 HG21 THR1916 -5.259 12.215 -2.217 244 HG22 THR1916 HG22 THR1916 -4.109 11.654 -3.438 245 HG23 THR1916 HG23 THR1916 -3.661 11.624 -1.738 246 H ILE1917 HN ILE1917 -4.962 7.928 -4.389 247 HA ILE1917 HA ILE1917 -3.651 9.156 -6.668 248 HB ILE1917 HB ILE1917 -3.715 6.916 -7.698 249 HG12 ILE1917 HG12 ILE1917 -3.683 5.890 -4.861 250 HG13 ILE1917 HG11 ILE1917 -5.017 5.735 -5.992 251 HG21 ILE1917 HG21 ILE1917 -1.642 7.988 -7.247 252 HG22 ILE1917 HG22 ILE1917 -1.470 6.271 -6.886 253 HG23 ILE1917 HG23 ILE1917 -1.674 7.435 -5.574 254 HD11 ILE1917 HD11 ILE1917 -3.769 3.658 -5.802 255 HD12 ILE1917 HD12 ILE1917 -2.291 4.481 -6.301 256 HD13 ILE1917 HD13 ILE1917 -3.636 4.317 -7.429 257 H THR1918 HN THR1918 -4.902 8.186 -8.679 258 HA THR1918 HA THR1918 -7.728 8.455 -8.087 259 HB THR1918 HB THR1918 -6.354 8.118 -10.780 260 HG1 THR1918 HG1 THR1918 -6.564 10.258 -9.024 261 HG21 THR1918 HG21 THR1918 -8.799 7.754 -10.776 262 HG22 THR1918 HG22 THR1918 -8.368 9.229 -11.645 263 HG23 THR1918 HG23 THR1918 -9.027 9.328 -10.012 264 H ASP1919 HN ASP1919 -9.229 6.807 -8.518 265 HA ASP1919 HA ASP1919 -8.201 4.101 -8.594 266 HB2 ASP1919 HB2 ASP1919 -9.932 4.561 -6.951 267 HB3 ASP1919 HB1 ASP1919 -10.951 5.330 -8.154 268 H SER1920 HN SER1920 -9.907 2.664 -10.054 269 HA SER1920 HA SER1920 -9.422 3.343 -12.766 270 HB2 SER1920 HB2 SER1920 -11.356 1.338 -11.580 271 HB3 SER1920 HB1 SER1920 -10.709 1.332 -13.227 272 HG SER1920 HG SER1920 -8.707 1.495 -11.495 273 H HIS1921 HN HIS1921 -11.907 4.006 -10.471 274 HA HIS1921 HA HIS1921 -13.794 5.010 -12.458 275 HB2 HIS1921 HB2 HIS1921 -13.897 4.792 -9.431 276 HB3 HIS1921 HB1 HIS1921 -15.166 5.528 -10.390 277 HD1 HIS1921 HD1 HIS1921 -16.868 3.737 -9.514 278 HD2 HIS1921 HD2 HIS1921 -13.661 2.152 -11.644 279 HE1 HIS1921 HE1 HIS1921 -17.488 1.378 -10.021 280 HE2 HIS1921 HE2 HIS1921 -15.685 0.600 -11.601 281 H ASN1922 HN ASN1922 -14.826 7.224 -11.186 282 HA ASN1922 HA ASN1922 -12.844 9.252 -11.566 283 HB2 ASN1922 HB2 ASN1922 -15.640 9.247 -10.508 284 HB3 ASN1922 HB1 ASN1922 -14.677 10.707 -10.586 285 HD21 ASN1922 HD21 ASN1922 -14.147 11.516 -12.653 286 HD22 ASN1922 HD22 ASN1922 -14.972 11.054 -14.087 287 H ARG1923 HN ARG1923 -14.397 7.746 -8.952 288 HA ARG1923 HA ARG1923 -13.641 9.102 -6.692 289 HB2 ARG1923 HB2 ARG1923 -13.901 7.021 -5.481 290 HB3 ARG1923 HB1 ARG1923 -15.125 7.169 -6.739 291 HG2 ARG1923 HG2 ARG1923 -13.811 5.698 -8.179 292 HG3 ARG1923 HG1 ARG1923 -12.620 5.523 -6.892 293 HD2 ARG1923 HD2 ARG1923 -14.330 4.544 -5.457 294 HD3 ARG1923 HD1 ARG1923 -15.515 4.721 -6.757 295 HE ARG1923 HE ARG1923 -13.189 3.287 -7.580 296 HH11 ARG1923 HH11 ARG1923 -16.387 2.958 -6.131 297 HH12 ARG1923 HH12 ARG1923 -16.418 1.258 -6.282 298 HH21 ARG1923 HH21 ARG1923 -13.234 1.028 -7.828 299 HH22 ARG1923 HH22 ARG1923 -14.600 0.107 -7.341 300 H LYS1924 HN LYS1924 -12.036 8.412 -5.014 301 HA LYS1924 HA LYS1924 -9.431 8.133 -6.340 302 HB2 LYS1924 HB2 LYS1924 -8.508 9.513 -4.554 303 HB3 LYS1924 HB1 LYS1924 -9.779 10.351 -5.426 304 HG2 LYS1924 HG2 LYS1924 -11.350 9.791 -3.593 305 HG3 LYS1924 HG1 LYS1924 -10.010 9.059 -2.710 306 HD2 LYS1924 HD2 LYS1924 -8.848 11.213 -2.723 307 HD3 LYS1924 HD1 LYS1924 -10.200 11.931 -3.593 308 HE2 LYS1924 HE2 LYS1924 -10.439 12.489 -1.287 309 HE3 LYS1924 HE1 LYS1924 -11.671 11.293 -1.685 310 HZ1 LYS1924 HZ1 LYS1924 -9.098 10.756 -0.333 311 HZ2 LYS1924 HZ2 LYS1924 -10.320 9.577 -0.583 312 HZ3 LYS1924 HZ3 LYS1924 -10.568 10.888 0.441 313 H ILE1925 HN ILE1925 -7.876 6.904 -5.433 314 HA ILE1925 HA ILE1925 -8.665 5.010 -3.353 315 HB ILE1925 HB ILE1925 -6.161 5.161 -5.091 316 HG12 ILE1925 HG12 ILE1925 -8.423 3.201 -5.158 317 HG13 ILE1925 HG11 ILE1925 -8.257 4.552 -6.280 318 HG21 ILE1925 HG21 ILE1925 -7.042 3.016 -3.158 319 HG22 ILE1925 HG22 ILE1925 -5.697 4.133 -2.927 320 HG23 ILE1925 HG23 ILE1925 -5.634 2.930 -4.216 321 HD11 ILE1925 HD11 ILE1925 -6.356 2.206 -5.998 322 HD12 ILE1925 HD12 ILE1925 -6.133 3.556 -7.099 323 HD13 ILE1925 HD13 ILE1925 -7.491 2.455 -7.324 324 H GLU1926 HN GLU1926 -7.952 5.391 -1.318 325 HA GLU1926 HA GLU1926 -5.764 7.265 -0.953 326 HB2 GLU1926 HB2 GLU1926 -8.268 8.184 -0.979 327 HB3 GLU1926 HB1 GLU1926 -8.251 7.562 0.662 328 HG2 GLU1926 HG2 GLU1926 -6.213 9.497 -0.369 329 HG3 GLU1926 HG1 GLU1926 -7.741 9.995 0.339 330 H LEU1927 HN LEU1927 -4.435 6.093 0.201 331 HA LEU1927 HA LEU1927 -5.401 4.500 2.392 332 HB2 LEU1927 HB2 LEU1927 -3.961 2.510 1.400 333 HB3 LEU1927 HB1 LEU1927 -5.621 2.757 0.966 334 HG LEU1927 HG LEU1927 -4.914 3.860 -1.131 335 HD11 LEU1927 HD11 LEU1927 -2.707 4.622 -0.530 336 HD12 LEU1927 HD12 LEU1927 -2.711 3.619 -1.980 337 HD13 LEU1927 HD13 LEU1927 -2.139 2.944 -0.445 338 HD21 LEU1927 HD21 LEU1927 -5.564 1.596 -1.152 339 HD22 LEU1927 HD22 LEU1927 -3.955 1.071 -0.651 340 HD23 LEU1927 HD23 LEU1927 -4.193 1.798 -2.241 341 H ASN1928 HN ASN1928 -3.836 4.021 3.926 342 HA ASN1928 HA ASN1928 -1.343 5.426 3.355 343 HB2 ASN1928 HB2 ASN1928 -2.793 6.401 5.267 344 HB3 ASN1928 HB1 ASN1928 -2.318 4.969 6.182 345 HD21 ASN1928 HD21 ASN1928 -0.307 6.576 3.864 346 HD22 ASN1928 HD22 ASN1928 0.919 7.115 4.948 347 H VAL1929 HN VAL1929 0.473 4.434 3.527 348 HA VAL1929 HA VAL1929 0.337 1.574 4.044 349 HB VAL1929 HB VAL1929 2.228 3.251 2.383 350 HG11 VAL1929 HG11 VAL1929 3.351 1.158 1.789 351 HG12 VAL1929 HG12 VAL1929 2.369 0.297 2.977 352 HG13 VAL1929 HG13 VAL1929 3.521 1.524 3.506 353 HG21 VAL1929 HG21 VAL1929 0.309 1.040 1.680 354 HG22 VAL1929 HG22 VAL1929 1.382 1.875 0.552 355 HG23 VAL1929 HG23 VAL1929 0.086 2.760 1.360 356 H CYS1930 HN CYS1930 1.291 0.784 5.707 357 HA CYS1930 HA CYS1930 2.767 0.366 7.379 358 HB2 CYS1930 HB2 CYS1930 4.295 2.239 5.772 359 HB3 CYS1930 HB1 CYS1930 4.671 2.372 7.482 360 H ALA1931 HN ALA1931 0.625 2.638 7.315 361 HA ALA1931 HA ALA1931 0.853 3.122 10.102 362 HB1 ALA1931 HB1 ALA1931 0.819 5.418 8.132 363 HB2 ALA1931 HB2 ALA1931 2.150 5.014 9.215 364 HB3 ALA1931 HB3 ALA1931 0.607 5.565 9.876 365 H GLU1932 HN GLU1932 -1.092 3.994 10.846 366 HA GLU1932 HA GLU1932 -3.406 2.794 9.874 367 HB2 GLU1932 HB2 GLU1932 -3.525 5.364 11.434 368 HB3 GLU1932 HB1 GLU1932 -4.593 3.982 11.520 369 HG2 GLU1932 HG2 GLU1932 -3.455 3.967 13.527 370 HG3 GLU1932 HG1 GLU1932 -2.619 2.748 12.572 371 H ALA1933 HN ALA1933 -5.020 3.497 8.476 372 HA ALA1933 HA ALA1933 -4.476 5.818 6.880 373 HB1 ALA1933 HB1 ALA1933 -6.545 5.291 5.679 374 HB2 ALA1933 HB2 ALA1933 -6.943 4.073 6.892 375 HB3 ALA1933 HB3 ALA1933 -5.539 3.851 5.849 376 H LYS1934 HN LYS1934 -4.519 7.505 8.089 377 HA LYS1934 HA LYS1934 -6.762 8.044 9.873 378 HB2 LYS1934 HB2 LYS1934 -3.979 9.163 9.633 379 HB3 LYS1934 HB1 LYS1934 -5.204 9.931 10.643 380 HG2 LYS1934 HG2 LYS1934 -5.312 8.161 12.113 381 HG3 LYS1934 HG1 LYS1934 -4.693 7.011 10.937 382 HD2 LYS1934 HD2 LYS1934 -3.066 9.194 12.239 383 HD3 LYS1934 HD1 LYS1934 -3.105 7.508 12.772 384 HE2 LYS1934 HE2 LYS1934 -2.451 6.929 10.370 385 HE3 LYS1934 HE1 LYS1934 -2.051 8.634 10.198 386 HZ1 LYS1934 HZ1 LYS1934 -0.921 6.821 12.240 387 HZ2 LYS1934 HZ2 LYS1934 -0.400 8.425 11.923 388 HZ3 LYS1934 HZ3 LYS1934 -0.165 7.224 10.782 389 H SER1935 HN SER1935 -6.926 8.179 7.050 390 HA SER1935 HA SER1935 -8.334 10.639 6.899 391 HB2 SER1935 HB2 SER1935 -6.129 9.906 4.952 392 HB3 SER1935 HB1 SER1935 -7.347 11.143 4.636 393 HG SER1935 HG SER1935 -6.104 11.344 7.054 394 H SER1936 HN SER1936 -9.813 10.559 5.015 395 HA SER1936 HA SER1936 -11.449 9.653 3.897 396 HB2 SER1936 HB2 SER1936 -9.513 7.388 3.411 397 HB3 SER1936 HB1 SER1936 -11.052 7.589 2.570 398 HG SER1936 HG SER1936 -8.702 9.081 2.441 399 H CYS1937 HN CYS1937 -10.199 6.721 5.551 400 HA CYS1937 HA CYS1937 -12.920 6.046 6.129 401 HB2 CYS1937 HB2 CYS1937 -10.364 4.624 6.919 402 HB3 CYS1937 HB1 CYS1937 -11.974 4.017 7.273 403 H ALA1938 HN ALA1938 -10.211 5.850 8.506 404 HA ALA1938 HA ALA1938 -11.183 7.942 10.127 405 HB1 ALA1938 HB1 ALA1938 -11.793 5.157 11.103 406 HB2 ALA1938 HB2 ALA1938 -12.995 6.425 10.775 407 HB3 ALA1938 HB3 ALA1938 -11.811 6.591 12.091 408 H ASN1939 HN ASN1939 -10.041 4.889 11.481 409 HA ASN1939 HA ASN1939 -7.586 6.221 11.900 410 HB2 ASN1939 HB2 ASN1939 -8.851 6.450 13.913 411 HB3 ASN1939 HB1 ASN1939 -9.154 4.717 13.972 412 HD21 ASN1939 HD21 ASN1939 -7.614 3.377 14.834 413 HD22 ASN1939 HD22 ASN1939 -6.148 4.012 15.477 414 H GLY1940 HN GLY1940 -8.842 2.978 12.696 415 HA2 GLY1940 HA2 GLY1940 -6.236 1.818 12.338 416 HA3 GLY1940 HA1 GLY1940 -7.685 0.993 12.860 417 H ALA1941 HN ALA1941 -8.110 2.644 9.997 418 HA ALA1941 HA ALA1941 -8.266 0.175 8.494 419 HB1 ALA1941 HB1 ALA1941 -8.780 3.040 7.689 420 HB2 ALA1941 HB2 ALA1941 -9.994 1.884 8.235 421 HB3 ALA1941 HB3 ALA1941 -9.145 1.618 6.712 422 H ALA1942 HN ALA1942 -7.305 0.451 6.111 423 HA ALA1942 HA ALA1942 -4.822 1.942 6.192 424 HB1 ALA1942 HB1 ALA1942 -3.540 0.075 5.295 425 HB2 ALA1942 HB2 ALA1942 -4.964 -0.959 5.407 426 HB3 ALA1942 HB3 ALA1942 -4.222 -0.318 6.871 427 H VAL1943 HN VAL1943 -6.734 -0.281 4.162 428 HA VAL1943 HA VAL1943 -6.129 1.394 1.835 429 HB VAL1943 HB VAL1943 -7.583 -1.267 1.963 430 HG11 VAL1943 HG11 VAL1943 -8.208 0.061 0.012 431 HG12 VAL1943 HG12 VAL1943 -7.266 -1.354 -0.449 432 HG13 VAL1943 HG13 VAL1943 -6.507 0.234 -0.421 433 HG21 VAL1943 HG21 VAL1943 -5.268 -1.509 2.622 434 HG22 VAL1943 HG22 VAL1943 -4.750 -0.657 1.165 435 HG23 VAL1943 HG23 VAL1943 -5.542 -2.227 1.036 436 H CYS1944 HN CYS1944 -7.543 2.999 1.401 437 HA CYS1944 HA CYS1944 -10.350 2.419 1.889 438 HB2 CYS1944 HB2 CYS1944 -8.887 5.022 2.321 439 HB3 CYS1944 HB1 CYS1944 -10.632 4.807 2.439 440 H ILE1945 HN ILE1945 -11.541 2.549 0.156 441 HA ILE1945 HA ILE1945 -10.564 4.037 -2.181 442 HB ILE1945 HB ILE1945 -12.817 1.994 -2.003 443 HG12 ILE1945 HG12 ILE1945 -10.681 0.878 -1.554 444 HG13 ILE1945 HG11 ILE1945 -11.314 0.381 -3.115 445 HG21 ILE1945 HG21 ILE1945 -13.099 3.548 -3.838 446 HG22 ILE1945 HG22 ILE1945 -12.699 1.943 -4.452 447 HG23 ILE1945 HG23 ILE1945 -11.464 3.203 -4.410 448 HD11 ILE1945 HD11 ILE1945 -9.733 1.885 -4.224 449 HD12 ILE1945 HD12 ILE1945 -8.907 0.716 -3.191 450 HD13 ILE1945 HD13 ILE1945 -9.114 2.383 -2.650 451 H THR1946 HN THR1946 -11.398 6.100 -2.055 452 HA THR1946 HA THR1946 -13.794 6.442 -0.473 453 HB THR1946 HB THR1946 -12.603 8.824 -1.770 454 HG1 THR1946 HG1 THR1946 -11.175 7.123 0.025 455 HG21 THR1946 HG21 THR1946 -13.239 8.076 1.100 456 HG22 THR1946 HG22 THR1946 -14.331 8.907 -0.003 457 HG23 THR1946 HG23 THR1946 -12.834 9.687 0.513 458 H ASP1947 HN ASP1947 -15.527 5.803 -1.656 459 HA ASP1947 HA ASP1947 -15.763 6.683 -4.425 460 HB2 ASP1947 HB2 ASP1947 -16.313 4.288 -3.680 461 HB3 ASP1947 HB1 ASP1947 -17.687 4.971 -2.822 462 H GLY1948 HN GLY1948 -16.208 8.806 -4.281 463 HA2 GLY1948 HA2 GLY1948 -17.412 10.702 -3.886 464 HA3 GLY1948 HA1 GLY1948 -18.743 9.677 -3.339 465 HA PRO1949 HA PRO1949 -17.244 11.229 0.619 466 HB2 PRO1949 HB2 PRO1949 -19.865 11.178 1.679 467 HB3 PRO1949 HB1 PRO1949 -19.020 12.584 1.033 468 HG2 PRO1949 HG2 PRO1949 -21.293 11.372 -0.083 469 HG3 PRO1949 HG1 PRO1949 -20.233 12.544 -0.884 470 HD2 PRO1949 HD2 PRO1949 -20.289 9.570 -1.104 471 HD3 PRO1949 HD1 PRO1949 -19.917 10.790 -2.347 472 H LYS1950 HN LYS1950 -18.449 8.293 -0.373 473 HA LYS1950 HA LYS1950 -18.584 7.187 2.342 474 HB2 LYS1950 HB2 LYS1950 -20.601 6.901 0.881 475 HB3 LYS1950 HB1 LYS1950 -19.611 5.966 -0.227 476 HG2 LYS1950 HG2 LYS1950 -19.241 4.285 1.486 477 HG3 LYS1950 HG1 LYS1950 -20.173 5.242 2.641 478 HD2 LYS1950 HD2 LYS1950 -22.134 5.060 1.146 479 HD3 LYS1950 HD1 LYS1950 -21.190 4.021 0.081 480 HE2 LYS1950 HE2 LYS1950 -21.857 3.439 2.966 481 HE3 LYS1950 HE1 LYS1950 -22.675 2.746 1.572 482 HZ1 LYS1950 HZ1 LYS1950 -19.834 2.322 2.367 483 HZ2 LYS1950 HZ2 LYS1950 -20.523 1.797 0.904 484 HZ3 LYS1950 HZ3 LYS1950 -21.101 1.188 2.348 485 H THR1951 HN THR1951 -16.777 6.289 2.936 486 HA THR1951 HA THR1951 -14.847 5.555 0.923 487 HB THR1951 HB THR1951 -14.434 5.441 3.897 488 HG1 THR1951 HG1 THR1951 -15.214 7.464 3.601 489 HG21 THR1951 HG21 THR1951 -12.680 6.099 1.531 490 HG22 THR1951 HG22 THR1951 -12.703 4.566 2.401 491 HG23 THR1951 HG23 THR1951 -12.160 6.032 3.215 492 H LEU1952 HN LEU1952 -14.603 3.554 0.267 493 HA LEU1952 HA LEU1952 -15.736 1.282 1.683 494 HB2 LEU1952 HB2 LEU1952 -16.079 1.458 -0.726 495 HB3 LEU1952 HB1 LEU1952 -14.357 1.617 -0.990 496 HG LEU1952 HG LEU1952 -14.064 -0.723 -0.204 497 HD11 LEU1952 HD11 LEU1952 -16.013 -2.181 -0.054 498 HD12 LEU1952 HD12 LEU1952 -17.070 -0.779 -0.232 499 HD13 LEU1952 HD13 LEU1952 -16.034 -0.929 1.186 500 HD21 LEU1952 HD21 LEU1952 -14.200 -0.215 -2.576 501 HD22 LEU1952 HD22 LEU1952 -15.959 -0.338 -2.512 502 HD23 LEU1952 HD23 LEU1952 -14.965 -1.767 -2.229 503 H ASN1953 HN ASN1953 -14.475 0.006 2.938 504 HA ASN1953 HA ASN1953 -11.610 0.547 2.930 505 HB2 ASN1953 HB2 ASN1953 -12.620 0.736 5.106 506 HB3 ASN1953 HB1 ASN1953 -13.399 -0.833 4.936 507 HD21 ASN1953 HD21 ASN1953 -10.406 0.813 5.472 508 HD22 ASN1953 HD22 ASN1953 -9.548 -0.578 6.055 509 H ALA1954 HN ALA1954 -10.235 -0.842 2.061 510 HA ALA1954 HA ALA1954 -11.282 -3.509 1.413 511 HB1 ALA1954 HB1 ALA1954 -10.782 -2.131 -0.556 512 HB2 ALA1954 HB2 ALA1954 -9.763 -3.570 -0.482 513 HB3 ALA1954 HB3 ALA1954 -9.106 -1.997 -0.026 514 H GLY1955 HN GLY1955 -9.577 -2.263 3.747 515 HA2 GLY1955 HA2 GLY1955 -8.410 -4.592 4.609 516 HA3 GLY1955 HA1 GLY1955 -7.156 -3.745 3.711 517 H LYS1956 HN LYS1956 -7.603 -4.376 6.624 518 HA LYS1956 HA LYS1956 -7.746 -1.721 7.837 519 HB2 LYS1956 HB2 LYS1956 -7.737 -2.882 9.948 520 HB3 LYS1956 HB1 LYS1956 -8.828 -3.761 8.884 521 HG2 LYS1956 HG2 LYS1956 -7.032 -5.383 8.424 522 HG3 LYS1956 HG1 LYS1956 -5.992 -4.520 9.554 523 HD2 LYS1956 HD2 LYS1956 -7.722 -4.958 11.321 524 HD3 LYS1956 HD1 LYS1956 -8.548 -5.996 10.153 525 HE2 LYS1956 HE2 LYS1956 -5.733 -6.332 11.175 526 HE3 LYS1956 HE1 LYS1956 -7.125 -7.318 11.611 527 HZ1 LYS1956 HZ1 LYS1956 -5.580 -8.250 9.888 528 HZ2 LYS1956 HZ2 LYS1956 -6.165 -7.095 8.808 529 HZ3 LYS1956 HZ3 LYS1956 -7.207 -8.251 9.461 530 H LEU1957 HN LEU1957 -5.948 -1.314 9.562 531 HA LEU1957 HA LEU1957 -3.467 -1.243 8.262 532 HB2 LEU1957 HB2 LEU1957 -4.035 0.479 9.840 533 HB3 LEU1957 HB1 LEU1957 -4.300 -0.666 11.117 534 HG LEU1957 HG LEU1957 -2.260 0.825 11.323 535 HD11 LEU1957 HD11 LEU1957 -0.744 -0.884 12.173 536 HD12 LEU1957 HD12 LEU1957 -1.718 -2.127 11.388 537 HD13 LEU1957 HD13 LEU1957 -2.411 -1.155 12.684 538 HD21 LEU1957 HD21 LEU1957 -1.197 -0.920 9.107 539 HD22 LEU1957 HD22 LEU1957 -0.230 0.155 10.115 540 HD23 LEU1957 HD23 LEU1957 -1.464 0.829 9.044 541 H SER1958 HN SER1958 -2.179 -2.792 7.892 542 HA SER1958 HA SER1958 -1.670 -4.874 9.884 543 HB2 SER1958 HB2 SER1958 -2.980 -5.753 7.922 544 HB3 SER1958 HB1 SER1958 -1.738 -5.130 6.846 545 HG SER1958 HG SER1958 -1.056 -7.053 7.046 546 H LYS1959 HN LYS1959 0.261 -4.182 10.662 547 HA LYS1959 HA LYS1959 2.011 -2.870 8.764 548 HB2 LYS1959 HB2 LYS1959 1.248 -1.420 10.518 549 HB3 LYS1959 HB1 LYS1959 1.759 -2.558 11.751 550 HG2 LYS1959 HG2 LYS1959 3.969 -1.950 11.506 551 HG3 LYS1959 HG1 LYS1959 3.712 -1.292 9.887 552 HD2 LYS1959 HD2 LYS1959 4.009 0.462 11.654 553 HD3 LYS1959 HD1 LYS1959 2.503 0.585 10.752 554 HE2 LYS1959 HE2 LYS1959 2.041 0.985 13.064 555 HE3 LYS1959 HE1 LYS1959 1.354 -0.570 12.616 556 HZ1 LYS1959 HZ1 LYS1959 2.410 -0.813 14.724 557 HZ2 LYS1959 HZ2 LYS1959 3.804 -0.057 14.210 558 HZ3 LYS1959 HZ3 LYS1959 3.449 -1.586 13.629 559 H THR1960 HN THR1960 2.739 -4.762 7.948 560 HA THR1960 HA THR1960 5.124 -5.679 9.246 561 HB THR1960 HB THR1960 3.401 -7.362 9.932 562 HG1 THR1960 HG1 THR1960 4.489 -9.189 8.567 563 HG21 THR1960 HG21 THR1960 3.020 -7.807 6.958 564 HG22 THR1960 HG22 THR1960 1.829 -7.124 8.066 565 HG23 THR1960 HG23 THR1960 2.327 -8.808 8.236 566 H LEU1961 HN LEU1961 6.607 -6.561 7.507 567 HA LEU1961 HA LEU1961 5.646 -5.772 4.838 568 HB2 LEU1961 HB2 LEU1961 7.029 -4.021 6.039 569 HB3 LEU1961 HB1 LEU1961 8.377 -5.129 5.936 570 HG LEU1961 HG LEU1961 8.269 -5.022 3.486 571 HD11 LEU1961 HD11 LEU1961 6.104 -2.970 3.980 572 HD12 LEU1961 HD12 LEU1961 5.878 -4.553 3.236 573 HD13 LEU1961 HD13 LEU1961 6.845 -3.323 2.420 574 HD21 LEU1961 HD21 LEU1961 9.090 -2.721 3.278 575 HD22 LEU1961 HD22 LEU1961 9.725 -3.501 4.726 576 HD23 LEU1961 HD23 LEU1961 8.408 -2.336 4.858 577 H THR1962 HN THR1962 6.609 -6.948 3.061 578 HA THR1962 HA THR1962 8.218 -9.313 3.822 579 HB THR1962 HB THR1962 6.850 -10.718 2.336 580 HG1 THR1962 HG1 THR1962 5.549 -8.266 1.929 581 HG21 THR1962 HG21 THR1962 4.721 -10.665 3.347 582 HG22 THR1962 HG22 THR1962 5.111 -9.170 4.195 583 HG23 THR1962 HG23 THR1962 5.985 -10.692 4.606 584 H TYR1963 HN TYR1963 9.257 -10.300 1.888 585 HA TYR1963 HA TYR1963 9.368 -8.590 -0.476 586 HB2 TYR1963 HB2 TYR1963 11.811 -9.111 -0.748 587 HB3 TYR1963 HB1 TYR1963 11.500 -8.190 0.712 588 HD1 TYR1963 HD2 TYR1963 11.432 -9.479 2.901 589 HD2 TYR1963 HD1 TYR1963 13.000 -11.156 -0.658 590 HE1 TYR1963 HE2 TYR1963 12.617 -11.170 4.241 591 HE2 TYR1963 HE1 TYR1963 14.197 -12.855 0.662 592 HH TYR1963 HH TYR1963 13.474 -13.422 3.922 593 H GLU1964 HN GLU1964 8.645 -9.698 -2.190 594 HA GLU1964 HA GLU1964 9.122 -12.563 -2.287 595 HB2 GLU1964 HB2 GLU1964 6.957 -12.353 -1.155 596 HB3 GLU1964 HB1 GLU1964 6.379 -11.265 -2.395 597 HG2 GLU1964 HG2 GLU1964 7.155 -14.023 -3.197 598 HG3 GLU1964 HG1 GLU1964 5.664 -13.804 -2.284 599 H ASP1965 HN ASP1965 9.995 -12.983 -4.122 600 HA ASP1965 HA ASP1965 10.686 -12.945 -6.267 601 HB2 ASP1965 HB2 ASP1965 8.291 -12.716 -6.993 602 HB3 ASP1965 HB1 ASP1965 8.406 -10.974 -6.789 603 H GLN1966 HN GLN1966 11.301 -11.157 -4.069 604 HA GLN1966 HA GLN1966 12.612 -9.546 -3.407 605 HB2 GLN1966 HB2 GLN1966 13.590 -9.353 -6.251 606 HB3 GLN1966 HB1 GLN1966 14.283 -8.455 -4.908 607 HG2 GLN1966 HG2 GLN1966 14.562 -10.802 -3.840 608 HG3 GLN1966 HG1 GLN1966 14.398 -11.370 -5.502 609 HE21 GLN1966 HE21 GLN1966 16.482 -12.061 -5.652 610 HE22 GLN1966 HE22 GLN1966 17.844 -10.998 -5.698 611 H VAL1967 HN VAL1967 10.139 -8.935 -5.382 612 HA VAL1967 HA VAL1967 10.373 -6.083 -5.110 613 HB VAL1967 HB VAL1967 9.261 -7.060 -7.128 614 HG11 VAL1967 HG11 VAL1967 7.106 -7.964 -5.282 615 HG12 VAL1967 HG12 VAL1967 8.207 -8.967 -6.227 616 HG13 VAL1967 HG13 VAL1967 7.014 -7.954 -7.043 617 HG21 VAL1967 HG21 VAL1967 7.421 -5.349 -5.478 618 HG22 VAL1967 HG22 VAL1967 7.287 -5.609 -7.217 619 HG23 VAL1967 HG23 VAL1967 8.704 -4.793 -6.554 620 H LEU1968 HN LEU1968 8.907 -4.882 -3.716 621 HA LEU1968 HA LEU1968 8.886 -6.243 -1.182 622 HB2 LEU1968 HB2 LEU1968 9.763 -3.932 -1.587 623 HB3 LEU1968 HB1 LEU1968 8.125 -3.421 -1.912 624 HG LEU1968 HG LEU1968 7.527 -4.057 0.421 625 HD11 LEU1968 HD11 LEU1968 9.361 -4.400 2.003 626 HD12 LEU1968 HD12 LEU1968 10.499 -4.393 0.655 627 HD13 LEU1968 HD13 LEU1968 9.297 -5.680 0.786 628 HD21 LEU1968 HD21 LEU1968 8.051 -1.752 -0.181 629 HD22 LEU1968 HD22 LEU1968 9.763 -2.059 0.113 630 HD23 LEU1968 HD23 LEU1968 8.612 -2.126 1.448 631 H LYS1969 HN LYS1969 7.124 -7.027 -0.233 632 HA LYS1969 HA LYS1969 4.542 -6.384 -1.496 633 HB2 LYS1969 HB2 LYS1969 5.208 -8.977 -0.075 634 HB3 LYS1969 HB1 LYS1969 3.655 -8.520 -0.624 635 HG2 LYS1969 HG2 LYS1969 6.011 -9.039 -2.423 636 HG3 LYS1969 HG1 LYS1969 4.567 -10.035 -2.236 637 HD2 LYS1969 HD2 LYS1969 3.287 -7.909 -2.961 638 HD3 LYS1969 HD1 LYS1969 4.854 -7.348 -3.534 639 HE2 LYS1969 HE2 LYS1969 3.247 -9.710 -4.458 640 HE3 LYS1969 HE1 LYS1969 3.825 -8.339 -5.399 641 HZ1 LYS1969 HZ1 LYS1969 5.309 -10.639 -4.357 642 HZ2 LYS1969 HZ2 LYS1969 6.161 -9.284 -4.865 643 HZ3 LYS1969 HZ3 LYS1969 5.206 -10.166 -5.949 644 H LEU1970 HN LEU1970 2.841 -5.985 -0.353 645 HA LEU1970 HA LEU1970 2.922 -6.081 2.548 646 HB2 LEU1970 HB2 LEU1970 3.568 -3.820 1.926 647 HB3 LEU1970 HB1 LEU1970 2.205 -3.718 0.836 648 HG LEU1970 HG LEU1970 0.668 -3.730 2.734 649 HD11 LEU1970 HD11 LEU1970 1.516 -3.509 5.006 650 HD12 LEU1970 HD12 LEU1970 3.165 -3.728 4.422 651 HD13 LEU1970 HD13 LEU1970 2.003 -5.050 4.302 652 HD21 LEU1970 HD21 LEU1970 1.259 -1.540 3.579 653 HD22 LEU1970 HD22 LEU1970 1.504 -1.662 1.836 654 HD23 LEU1970 HD23 LEU1970 2.885 -1.730 2.930 655 H VAL1971 HN VAL1971 0.876 -6.520 3.368 656 HA VAL1971 HA VAL1971 -1.251 -6.810 1.397 657 HB VAL1971 HB VAL1971 -1.987 -8.920 2.556 658 HG11 VAL1971 HG11 VAL1971 -0.318 -10.377 1.525 659 HG12 VAL1971 HG12 VAL1971 0.768 -8.998 1.348 660 HG13 VAL1971 HG13 VAL1971 -0.760 -9.037 0.468 661 HG21 VAL1971 HG21 VAL1971 -0.828 -8.630 4.688 662 HG22 VAL1971 HG22 VAL1971 0.729 -8.777 3.871 663 HG23 VAL1971 HG23 VAL1971 -0.370 -10.155 3.928 664 H TYR1972 HN TYR1972 -2.928 -5.669 1.967 665 HA TYR1972 HA TYR1972 -3.416 -5.330 4.818 666 HB2 TYR1972 HB2 TYR1972 -4.243 -3.467 2.552 667 HB3 TYR1972 HB1 TYR1972 -4.960 -3.397 4.160 668 HD1 TYR1972 HD2 TYR1972 -2.903 -3.707 5.985 669 HD2 TYR1972 HD1 TYR1972 -2.722 -1.738 2.242 670 HE1 TYR1972 HE2 TYR1972 -1.037 -2.371 6.798 671 HE2 TYR1972 HE1 TYR1972 -0.829 -0.379 3.053 672 HH TYR1972 HH TYR1972 0.814 -1.248 5.874 673 H GLU1973 HN GLU1973 -4.505 -6.864 5.461 674 HA GLU1973 HA GLU1973 -6.659 -7.988 3.882 675 HB2 GLU1973 HB2 GLU1973 -6.524 -9.816 5.586 676 HB3 GLU1973 HB1 GLU1973 -5.066 -9.569 4.639 677 HG2 GLU1973 HG2 GLU1973 -4.135 -8.252 6.543 678 HG3 GLU1973 HG1 GLU1973 -5.552 -8.713 7.485 679 H ASP1974 HN ASP1974 -8.615 -8.578 4.903 680 HA ASP1974 HA ASP1974 -10.511 -8.304 6.036 681 HB2 ASP1974 HB2 ASP1974 -8.825 -7.056 8.210 682 HB3 ASP1974 HB1 ASP1974 -10.553 -7.332 8.352 683 H GLY1975 HN GLY1975 -11.500 -7.108 4.631 684 HA2 GLY1975 HA2 GLY1975 -11.538 -4.220 5.225 685 HA3 GLY1975 HA1 GLY1975 -11.642 -4.854 3.582 686 H ASP1976 HN ASP1976 -13.654 -3.617 3.524 687 HA ASP1976 HA ASP1976 -15.854 -4.503 5.103 688 HB2 ASP1976 HB2 ASP1976 -15.805 -2.877 2.533 689 HB3 ASP1976 HB1 ASP1976 -17.245 -3.172 3.494 690 HA PRO1977 HA PRO1977 -16.335 -8.235 2.900 691 HB2 PRO1977 HB2 PRO1977 -18.683 -9.049 3.989 692 HB3 PRO1977 HB1 PRO1977 -17.138 -9.125 4.842 693 HG2 PRO1977 HG2 PRO1977 -19.332 -7.110 5.069 694 HG3 PRO1977 HG1 PRO1977 -18.326 -7.824 6.342 695 HD2 PRO1977 HD2 PRO1977 -17.895 -5.342 5.310 696 HD3 PRO1977 HD1 PRO1977 -16.606 -6.360 5.976 697 H CYS1978 HN CYS1978 -16.700 -7.928 0.803 698 HA CYS1978 HA CYS1978 -19.119 -6.907 -0.286 699 HB2 CYS1978 HB2 CYS1978 -16.868 -8.544 -1.521 700 HB3 CYS1978 HB1 CYS1978 -18.109 -7.675 -2.428 701 HA PRO1979 HA PRO1979 -21.881 -10.393 -0.219 702 HB2 PRO1979 HB2 PRO1979 -22.256 -11.006 -2.928 703 HB3 PRO1979 HB1 PRO1979 -23.191 -9.844 -1.983 704 HG2 PRO1979 HG2 PRO1979 -20.881 -9.378 -3.817 705 HG3 PRO1979 HG1 PRO1979 -22.339 -8.397 -3.573 706 HD2 PRO1979 HD2 PRO1979 -20.011 -7.646 -2.533 707 HD3 PRO1979 HD1 PRO1979 -21.515 -7.452 -1.605 708 H THR1980 HN THR1980 -19.106 -10.870 -2.446 709 HA THR1980 HA THR1980 -19.227 -13.639 -2.472 710 HB THR1980 HB THR1980 -16.888 -12.852 -3.407 711 HG1 THR1980 HG1 THR1980 -16.955 -10.738 -4.050 712 HG21 THR1980 HG21 THR1980 -17.983 -12.463 -5.579 713 HG22 THR1980 HG22 THR1980 -19.530 -12.245 -4.758 714 HG23 THR1980 HG23 THR1980 -18.740 -13.820 -4.746 715 H ASP1981 HN ASP1981 -17.646 -11.083 -0.667 716 HA ASP1981 HA ASP1981 -15.539 -12.720 0.486 717 HB2 ASP1981 HB2 ASP1981 -16.390 -9.920 0.912 718 HB3 ASP1981 HB1 ASP1981 -14.989 -10.630 1.719 719 H LEU1982 HN LEU1982 -18.609 -12.496 1.160 720 HA LEU1982 HA LEU1982 -18.511 -12.444 4.024 721 HB2 LEU1982 HB2 LEU1982 -20.533 -13.652 2.141 722 HB3 LEU1982 HB1 LEU1982 -20.773 -13.337 3.849 723 HG LEU1982 HG LEU1982 -20.191 -11.166 1.865 724 HD11 LEU1982 HD11 LEU1982 -22.144 -12.378 1.240 725 HD12 LEU1982 HD12 LEU1982 -22.530 -10.748 1.813 726 HD13 LEU1982 HD13 LEU1982 -22.846 -12.166 2.852 727 HD21 LEU1982 HD21 LEU1982 -21.378 -11.189 4.624 728 HD22 LEU1982 HD22 LEU1982 -21.150 -9.755 3.614 729 HD23 LEU1982 HD23 LEU1982 -19.750 -10.662 4.204 730 H LYS1983 HN LYS1983 -17.952 -14.640 1.460 731 HA LYS1983 HA LYS1983 -17.726 -16.873 3.310 732 HB2 LYS1983 HB2 LYS1983 -19.595 -16.940 1.692 733 HB3 LYS1983 HB1 LYS1983 -18.446 -16.822 0.385 734 HG2 LYS1983 HG2 LYS1983 -17.522 -18.914 0.879 735 HG3 LYS1983 HG1 LYS1983 -18.456 -19.064 2.375 736 HD2 LYS1983 HD2 LYS1983 -19.513 -20.411 0.628 737 HD3 LYS1983 HD1 LYS1983 -20.544 -19.039 1.022 738 HE2 LYS1983 HE2 LYS1983 -19.565 -17.839 -0.929 739 HE3 LYS1983 HE1 LYS1983 -18.716 -19.323 -1.353 740 HZ1 LYS1983 HZ1 LYS1983 -21.641 -18.873 -1.265 741 HZ2 LYS1983 HZ2 LYS1983 -20.967 -20.405 -1.427 742 HZ3 LYS1983 HZ3 LYS1983 -20.698 -19.246 -2.623 743 H MET1984 HN MET1984 -15.752 -14.624 2.017 744 HA MET1984 HA MET1984 -13.628 -16.424 1.563 745 HB2 MET1984 HB2 MET1984 -14.432 -14.150 -0.289 746 HB3 MET1984 HB1 MET1984 -12.850 -14.903 -0.304 747 HG2 MET1984 HG2 MET1984 -13.967 -17.061 -0.852 748 HG3 MET1984 HG1 MET1984 -15.480 -16.173 -0.994 749 HE1 MET1984 HE1 MET1984 -14.732 -13.778 -4.004 750 HE2 MET1984 HE2 MET1984 -14.452 -13.432 -2.297 751 HE3 MET1984 HE3 MET1984 -15.908 -14.300 -2.795 752 H LYS1985 HN LYS1985 -11.794 -14.850 1.375 753 HA LYS1985 HA LYS1985 -12.014 -12.681 3.379 754 HB2 LYS1985 HB2 LYS1985 -9.737 -14.705 3.250 755 HB3 LYS1985 HB1 LYS1985 -9.757 -13.289 4.275 756 HG2 LYS1985 HG2 LYS1985 -10.234 -15.107 5.694 757 HG3 LYS1985 HG1 LYS1985 -11.783 -14.318 5.427 758 HD2 LYS1985 HD2 LYS1985 -12.000 -16.760 5.337 759 HD3 LYS1985 HD1 LYS1985 -12.374 -16.033 3.774 760 HE2 LYS1985 HE2 LYS1985 -11.016 -18.032 3.474 761 HE3 LYS1985 HE1 LYS1985 -10.115 -16.603 2.983 762 HZ1 LYS1985 HZ1 LYS1985 -8.986 -16.685 5.190 763 HZ2 LYS1985 HZ2 LYS1985 -8.683 -18.000 4.237 764 HZ3 LYS1985 HZ3 LYS1985 -9.781 -18.140 5.511 765 H HIS1986 HN HIS1986 -11.016 -10.755 2.636 766 HA HIS1986 HA HIS1986 -9.283 -11.234 0.355 767 HB2 HIS1986 HB2 HIS1986 -9.909 -9.169 -0.754 768 HB3 HIS1986 HB1 HIS1986 -11.306 -10.185 -0.508 769 HD1 HIS1986 HD1 HIS1986 -13.275 -8.692 -0.183 770 HD2 HIS1986 HD2 HIS1986 -9.872 -7.144 1.651 771 HE1 HIS1986 HE1 HIS1986 -13.993 -6.570 0.864 772 HE2 HIS1986 HE2 HIS1986 -11.885 -5.523 1.713 773 H LYS1987 HN LYS1987 -7.447 -10.347 0.095 774 HA LYS1987 HA LYS1987 -6.469 -8.494 2.153 775 HB2 LYS1987 HB2 LYS1987 -4.879 -10.655 0.739 776 HB3 LYS1987 HB1 LYS1987 -4.362 -9.666 2.097 777 HG2 LYS1987 HG2 LYS1987 -6.001 -10.768 3.532 778 HG3 LYS1987 HG1 LYS1987 -6.529 -11.753 2.169 779 HD2 LYS1987 HD2 LYS1987 -4.234 -12.683 2.030 780 HD3 LYS1987 HD1 LYS1987 -3.815 -11.762 3.480 781 HE2 LYS1987 HE2 LYS1987 -5.597 -12.919 4.713 782 HE3 LYS1987 HE1 LYS1987 -5.969 -13.864 3.274 783 HZ1 LYS1987 HZ1 LYS1987 -4.586 -15.142 4.724 784 HZ2 LYS1987 HZ2 LYS1987 -3.465 -13.900 4.849 785 HZ3 LYS1987 HZ3 LYS1987 -3.648 -14.727 3.384 786 H SER1988 HN SER1988 -5.595 -6.687 1.220 787 HA SER1988 HA SER1988 -5.474 -6.631 -1.677 788 HB2 SER1988 HB2 SER1988 -5.228 -4.423 0.380 789 HB3 SER1988 HB1 SER1988 -5.298 -4.197 -1.380 790 HG SER1988 HG SER1988 -7.321 -4.807 0.421 791 H TYR1989 HN TYR1989 -3.653 -6.585 -2.798 792 HA TYR1989 HA TYR1989 -1.177 -6.954 -1.304 793 HB2 TYR1989 HB2 TYR1989 -2.057 -7.829 -4.022 794 HB3 TYR1989 HB1 TYR1989 -0.377 -7.942 -3.503 795 HD1 TYR1989 HD2 TYR1989 -3.807 -9.236 -2.999 796 HD2 TYR1989 HD1 TYR1989 0.299 -9.666 -1.980 797 HE1 TYR1989 HE2 TYR1989 -4.290 -11.434 -1.997 798 HE2 TYR1989 HE1 TYR1989 -0.170 -11.861 -0.984 799 HH TYR1989 HH TYR1989 -2.999 -13.546 -1.511 800 H PHE1990 HN PHE1990 0.345 -5.584 -1.421 801 HA PHE1990 HA PHE1990 0.343 -3.526 -3.512 802 HB2 PHE1990 HB2 PHE1990 1.391 -3.463 -0.679 803 HB3 PHE1990 HB1 PHE1990 1.715 -2.215 -1.873 804 HD1 PHE1990 HD1 PHE1990 -1.025 -3.959 -0.111 805 HD2 PHE1990 HD2 PHE1990 0.243 -0.434 -2.116 806 HE1 PHE1990 HE1 PHE1990 -3.099 -2.833 0.555 807 HE2 PHE1990 HE2 PHE1990 -1.825 0.696 -1.452 808 HZ PHE1990 HZ PHE1990 -3.495 -0.471 -0.153 809 H SER1991 HN SER1991 1.918 -3.718 -4.914 810 HA SER1991 HA SER1991 4.305 -5.221 -4.176 811 HB2 SER1991 HB2 SER1991 3.166 -4.565 -6.907 812 HB3 SER1991 HB1 SER1991 4.599 -5.546 -6.594 813 HG SER1991 HG SER1991 1.889 -6.148 -6.232 814 H PHE1992 HN PHE1992 5.704 -3.787 -3.429 815 HA PHE1992 HA PHE1992 5.877 -1.137 -4.600 816 HB2 PHE1992 HB2 PHE1992 7.329 -2.346 -2.243 817 HB3 PHE1992 HB1 PHE1992 7.429 -0.666 -2.752 818 HD1 PHE1992 HD2 PHE1992 5.497 0.811 -2.489 819 HD2 PHE1992 HD1 PHE1992 5.498 -3.166 -1.016 820 HE1 PHE1992 HE2 PHE1992 3.593 1.345 -1.054 821 HE2 PHE1992 HE1 PHE1992 3.582 -2.636 0.425 822 HZ PHE1992 HZ PHE1992 2.606 -0.380 0.379 823 H VAL1993 HN VAL1993 7.062 -0.944 -6.278 824 HA VAL1993 HA VAL1993 9.433 -2.603 -6.542 825 HB VAL1993 HB VAL1993 7.958 -3.414 -8.195 826 HG11 VAL1993 HG11 VAL1993 6.286 -1.664 -8.102 827 HG12 VAL1993 HG12 VAL1993 6.729 -2.007 -9.775 828 HG13 VAL1993 HG13 VAL1993 7.363 -0.571 -8.968 829 HG21 VAL1993 HG21 VAL1993 9.688 -1.370 -9.567 830 HG22 VAL1993 HG22 VAL1993 8.955 -2.771 -10.345 831 HG23 VAL1993 HG23 VAL1993 10.191 -2.997 -9.098 832 H CYS1994 HN CYS1994 11.233 -1.628 -6.517 833 HA CYS1994 HA CYS1994 11.524 1.129 -6.380 834 HB2 CYS1994 HB2 CYS1994 13.987 0.544 -6.598 835 HB3 CYS1994 HB1 CYS1994 13.089 -0.141 -5.247 836 H LYS1995 HN LYS1995 11.383 2.573 -7.965 837 HA LYS1995 HA LYS1995 12.643 1.935 -10.521 838 HB2 LYS1995 HB2 LYS1995 10.079 1.827 -10.631 839 HB3 LYS1995 HB1 LYS1995 10.102 3.562 -10.318 840 HG2 LYS1995 HG2 LYS1995 11.603 3.789 -12.325 841 HG3 LYS1995 HG1 LYS1995 11.249 2.101 -12.677 842 HD2 LYS1995 HD2 LYS1995 8.809 2.738 -12.700 843 HD3 LYS1995 HD1 LYS1995 9.334 4.427 -12.627 844 HE2 LYS1995 HE2 LYS1995 10.785 3.913 -14.643 845 HE3 LYS1995 HE1 LYS1995 9.896 2.400 -14.776 846 HZ1 LYS1995 HZ1 LYS1995 8.801 5.147 -15.001 847 HZ2 LYS1995 HZ2 LYS1995 7.838 3.749 -15.008 848 HZ3 LYS1995 HZ3 LYS1995 8.972 4.009 -16.225 849 H SER1996 HN SER1996 14.278 3.319 -10.708 850 HA SER1996 HA SER1996 14.757 5.567 -9.132 851 HB2 SER1996 HB2 SER1996 15.833 5.038 -11.896 852 HB3 SER1996 HB1 SER1996 16.632 5.894 -10.569 853 HG SER1996 HG SER1996 16.973 4.057 -9.533 854 H ASP1997 HN ASP1997 13.147 5.189 -12.156 855 HA ASP1997 HA ASP1997 13.017 7.859 -13.040 856 HB2 ASP1997 HB2 ASP1997 12.644 6.044 -14.557 857 HB3 ASP1997 HB1 ASP1997 11.298 5.447 -13.597 858 H ALA1998 HN ALA1998 11.242 6.160 -10.608 859 HA ALA1998 HA ALA1998 9.227 8.283 -10.464 860 HB1 ALA1998 HB1 ALA1998 8.072 6.824 -8.850 861 HB2 ALA1998 HB2 ALA1998 9.384 5.662 -8.963 862 HB3 ALA1998 HB3 ALA1998 8.369 5.984 -10.372 863 H GLY1999 HN GLY1999 12.044 7.030 -8.969 864 HA2 GLY1999 HA2 GLY1999 13.423 7.921 -7.395 865 HA3 GLY1999 HA1 GLY1999 12.418 9.362 -7.409 866 H ASP2000 HN ASP2000 12.774 9.413 -5.137 867 HA ASP2000 HA ASP2000 11.577 7.344 -3.525 868 HB2 ASP2000 HB2 ASP2000 12.249 8.549 -1.600 869 HB3 ASP2000 HB1 ASP2000 13.537 8.826 -2.763 870 H ASP2001 HN ASP2001 10.356 9.748 -5.383 871 HA ASP2001 HA ASP2001 8.347 10.952 -3.881 872 HB2 ASP2001 HB2 ASP2001 8.381 10.241 -6.812 873 HB3 ASP2001 HB1 ASP2001 7.070 11.140 -6.061 874 H SER2002 HN SER2002 8.420 7.873 -5.487 875 HA SER2002 HA SER2002 7.249 5.959 -5.155 876 HB2 SER2002 HB2 SER2002 6.205 7.283 -2.636 877 HB3 SER2002 HB1 SER2002 6.300 5.555 -2.972 878 HG SER2002 HG SER2002 8.406 7.389 -2.563 879 H GLN2003 HN GLN2003 5.842 6.298 -7.017 880 HA GLN2003 HA GLN2003 3.220 7.254 -6.154 881 HB2 GLN2003 HB2 GLN2003 2.627 7.949 -8.359 882 HB3 GLN2003 HB1 GLN2003 4.217 8.601 -8.026 883 HG2 GLN2003 HG2 GLN2003 5.236 6.936 -9.435 884 HG3 GLN2003 HG1 GLN2003 3.673 6.145 -9.675 885 HE21 GLN2003 HE21 GLN2003 2.058 7.249 -10.876 886 HE22 GLN2003 HE22 GLN2003 2.479 8.466 -12.010 887 HA PRO2004 HA PRO2004 1.846 3.134 -6.751 888 HB2 PRO2004 HB2 PRO2004 -0.799 3.910 -6.068 889 HB3 PRO2004 HB1 PRO2004 0.411 3.159 -5.024 890 HG2 PRO2004 HG2 PRO2004 -0.567 5.732 -4.743 891 HG3 PRO2004 HG1 PRO2004 0.920 5.111 -4.036 892 HD2 PRO2004 HD2 PRO2004 0.568 6.800 -6.462 893 HD3 PRO2004 HD1 PRO2004 1.885 6.785 -5.271 894 H VAL2005 HN VAL2005 1.499 2.364 -8.693 895 HA VAL2005 HA VAL2005 -0.475 3.653 -10.402 896 HB VAL2005 HB VAL2005 1.522 1.441 -11.030 897 HG11 VAL2005 HG11 VAL2005 0.950 1.865 -13.382 898 HG12 VAL2005 HG12 VAL2005 -0.257 3.043 -12.869 899 HG13 VAL2005 HG13 VAL2005 -0.455 1.341 -12.454 900 HG21 VAL2005 HG21 VAL2005 2.757 3.147 -12.302 901 HG22 VAL2005 HG22 VAL2005 2.670 3.546 -10.586 902 HG23 VAL2005 HG23 VAL2005 1.624 4.376 -11.738 903 H PHE2006 HN PHE2006 -2.448 2.812 -10.248 904 HA PHE2006 HA PHE2006 -2.850 0.425 -8.825 905 HB2 PHE2006 HB2 PHE2006 -5.281 0.686 -9.371 906 HB3 PHE2006 HB1 PHE2006 -4.573 2.123 -8.685 907 HD1 PHE2006 HD2 PHE2006 -4.059 4.069 -10.200 908 HD2 PHE2006 HD1 PHE2006 -6.352 0.717 -11.463 909 HE1 PHE2006 HE2 PHE2006 -4.986 5.402 -12.046 910 HE2 PHE2006 HE1 PHE2006 -7.283 2.044 -13.309 911 HZ PHE2006 HZ PHE2006 -6.604 4.389 -13.602 912 H LEU2007 HN LEU2007 -2.417 -1.476 -9.479 913 HA LEU2007 HA LEU2007 -1.746 -1.925 -12.212 914 HB2 LEU2007 HB2 LEU2007 -0.699 -2.825 -9.994 915 HB3 LEU2007 HB1 LEU2007 -1.967 -3.992 -10.096 916 HG LEU2007 HG LEU2007 -1.191 -4.795 -12.257 917 HD11 LEU2007 HD11 LEU2007 1.031 -2.808 -11.865 918 HD12 LEU2007 HD12 LEU2007 -0.248 -2.704 -13.066 919 HD13 LEU2007 HD13 LEU2007 0.948 -4.007 -13.161 920 HD21 LEU2007 HD21 LEU2007 0.876 -5.843 -11.486 921 HD22 LEU2007 HD22 LEU2007 -0.348 -5.833 -10.214 922 HD23 LEU2007 HD23 LEU2007 0.979 -4.670 -10.171 923 H SER2008 HN SER2008 -3.835 -3.486 -9.897 924 HA SER2008 HA SER2008 -5.888 -3.816 -11.897 925 HB2 SER2008 HB2 SER2008 -4.287 -5.746 -12.216 926 HB3 SER2008 HB1 SER2008 -4.647 -6.252 -10.572 927 HG SER2008 HG SER2008 -6.429 -6.056 -12.763 928 H PHE2009 HN PHE2009 -7.885 -4.205 -10.976 929 HA PHE2009 HA PHE2009 -7.996 -4.447 -8.077 930 HB2 PHE2009 HB2 PHE2009 -8.402 -2.060 -8.671 931 HB3 PHE2009 HB1 PHE2009 -9.695 -2.567 -9.752 932 HD1 PHE2009 HD1 PHE2009 -8.660 -2.415 -6.198 933 HD2 PHE2009 HD2 PHE2009 -11.866 -2.989 -8.935 934 HE1 PHE2009 HE1 PHE2009 -10.264 -2.261 -4.344 935 HE2 PHE2009 HE2 PHE2009 -13.477 -2.836 -7.084 936 HZ PHE2009 HZ PHE2009 -12.660 -2.503 -4.765 937 H ASP2010 HN ASP2010 -9.051 -6.177 -7.635 938 HA ASP2010 HA ASP2010 -10.647 -7.491 -9.673 939 HB2 ASP2010 HB2 ASP2010 -8.976 -8.838 -8.529 940 HB3 ASP2010 HB1 ASP2010 -9.638 -8.387 -6.964 941 H GLU2011 HN GLU2011 -12.756 -7.272 -9.697 942 HA GLU2011 HA GLU2011 -14.145 -5.903 -7.569 943 HB2 GLU2011 HB2 GLU2011 -16.105 -6.069 -9.049 944 HB3 GLU2011 HB1 GLU2011 -14.710 -5.396 -9.886 945 HG2 GLU2011 HG2 GLU2011 -14.323 -7.425 -11.052 946 HG3 GLU2011 HG1 GLU2011 -15.462 -8.301 -10.039 947 H GLN2012 HN GLN2012 -13.650 -9.134 -8.611 948 HA GLN2012 HA GLN2012 -15.949 -10.475 -7.803 949 HB2 GLN2012 HB2 GLN2012 -14.120 -11.387 -9.216 950 HB3 GLN2012 HB1 GLN2012 -13.105 -11.485 -7.791 951 HG2 GLN2012 HG2 GLN2012 -13.982 -13.648 -8.329 952 HG3 GLN2012 HG1 GLN2012 -14.684 -13.090 -6.811 953 HE21 GLN2012 HE21 GLN2012 -15.270 -13.652 -10.186 954 HE22 GLN2012 HE22 GLN2012 -16.992 -13.634 -10.079 955 H THR2013 HN THR2013 -12.875 -10.257 -6.094 956 HA THR2013 HA THR2013 -14.349 -10.709 -3.610 957 HB THR2013 HB THR2013 -13.032 -12.650 -4.092 958 HG1 THR2013 HG1 THR2013 -12.833 -11.571 -1.880 959 HG21 THR2013 HG21 THR2013 -10.633 -10.866 -4.432 960 HG22 THR2013 HG22 THR2013 -11.471 -11.758 -5.701 961 HG23 THR2013 HG23 THR2013 -10.604 -12.629 -4.436 962 H CYS2014 HN CYS2014 -13.537 -8.262 -5.153 963 HA CYS2014 HA CYS2014 -12.889 -6.114 -4.754 964 HB2 CYS2014 HB2 CYS2014 -13.586 -6.958 -1.928 965 HB3 CYS2014 HB1 CYS2014 -13.408 -5.287 -2.458 966 H THR2015 HN THR2015 -10.747 -7.803 -4.983 967 HA THR2015 HA THR2015 -8.847 -7.165 -2.866 968 HB THR2015 HB THR2015 -8.595 -8.954 -5.290 969 HG1 THR2015 HG1 THR2015 -9.961 -9.335 -3.161 970 HG21 THR2015 HG21 THR2015 -6.583 -9.836 -4.180 971 HG22 THR2015 HG22 THR2015 -6.766 -8.641 -2.895 972 HG23 THR2015 HG23 THR2015 -6.404 -8.118 -4.541 973 H SER2016 HN SER2016 -7.353 -5.602 -3.086 974 HA SER2016 HA SER2016 -7.143 -4.216 -5.627 975 HB2 SER2016 HB2 SER2016 -6.067 -3.532 -2.891 976 HB3 SER2016 HB1 SER2016 -6.125 -2.470 -4.298 977 HG SER2016 HG SER2016 -8.548 -3.531 -3.763 978 H TYR2017 HN TYR2017 -5.282 -4.276 -6.849 979 HA TYR2017 HA TYR2017 -2.819 -5.346 -5.667 980 HB2 TYR2017 HB2 TYR2017 -3.931 -5.746 -8.456 981 HB3 TYR2017 HB1 TYR2017 -2.247 -6.027 -8.054 982 HD1 TYR2017 HD2 TYR2017 -1.651 -7.927 -6.548 983 HD2 TYR2017 HD1 TYR2017 -5.626 -7.289 -7.912 984 HE1 TYR2017 HE2 TYR2017 -2.248 -10.215 -5.874 985 HE2 TYR2017 HE1 TYR2017 -6.234 -9.565 -7.240 986 HH TYR2017 HH TYR2017 -4.259 -11.416 -5.231 987 H PHE2018 HN PHE2018 -1.486 -3.667 -5.469 988 HA PHE2018 HA PHE2018 -1.601 -1.641 -7.595 989 HB2 PHE2018 HB2 PHE2018 -1.049 -1.118 -4.668 990 HB3 PHE2018 HB1 PHE2018 -1.028 0.090 -5.948 991 HD1 PHE2018 HD2 PHE2018 -3.384 -0.398 -7.480 992 HD2 PHE2018 HD1 PHE2018 -2.831 -0.737 -3.289 993 HE1 PHE2018 HE2 PHE2018 -5.785 -0.007 -7.131 994 HE2 PHE2018 HE1 PHE2018 -5.220 -0.351 -2.923 995 HZ PHE2018 HZ PHE2018 -6.712 0.022 -4.879 996 H SER2019 HN SER2019 0.258 -0.873 -8.424 997 HA SER2019 HA SER2019 2.680 -2.223 -7.523 998 HB2 SER2019 HB2 SER2019 1.800 -2.657 -9.889 999 HB3 SER2019 HB1 SER2019 2.133 -0.961 -10.228 1000 HG SER2019 HG SER2019 3.850 -3.087 -9.702 1001 H TRP2020 HN TRP2020 3.780 -0.857 -6.320 1002 HA TRP2020 HA TRP2020 3.340 2.019 -6.689 1003 HB2 TRP2020 HB2 TRP2020 2.913 0.738 -4.519 1004 HB3 TRP2020 HB1 TRP2020 4.679 0.732 -4.306 1005 HD1 TRP2020 HD1 TRP2020 5.384 3.709 -4.808 1006 HE1 TRP2020 HE1 TRP2020 4.312 5.603 -3.424 1007 HE3 TRP2020 HE3 TRP2020 1.321 1.211 -2.999 1008 HZ2 TRP2020 HZ2 TRP2020 2.085 5.961 -1.736 1009 HZ3 TRP2020 HZ3 TRP2020 -0.215 2.391 -1.490 1010 HH2 TRP2020 HH2 TRP2020 0.168 4.719 -0.871 1011 H HIS2021 HN HIS2021 4.829 2.945 -7.892 1012 HA HIS2021 HA HIS2021 7.451 1.761 -8.199 1013 HB2 HIS2021 HB2 HIS2021 6.215 4.195 -9.520 1014 HB3 HIS2021 HB1 HIS2021 7.848 3.628 -9.842 1015 HD1 HIS2021 HD1 HIS2021 5.510 3.817 -11.988 1016 HD2 HIS2021 HD2 HIS2021 6.800 0.388 -10.035 1017 HE1 HIS2021 HE1 HIS2021 4.817 1.894 -13.444 1018 HE2 HIS2021 HE2 HIS2021 5.626 -0.175 -12.236 1019 H THR2022 HN THR2022 8.624 2.061 -6.495 1020 HA THR2022 HA THR2022 9.332 4.770 -5.783 1021 HB THR2022 HB THR2022 7.704 4.511 -4.162 1022 HG1 THR2022 HG1 THR2022 8.989 5.057 -2.710 1023 HG21 THR2022 HG21 THR2022 7.388 2.521 -2.745 1024 HG22 THR2022 HG22 THR2022 8.668 1.694 -3.630 1025 HG23 THR2022 HG23 THR2022 7.173 2.138 -4.454 1026 H SER2023 HN SER2023 11.563 4.908 -5.694 1027 HA SER2023 HA SER2023 12.997 2.423 -5.395 1028 HB2 SER2023 HB2 SER2023 15.012 3.985 -5.749 1029 HB3 SER2023 HB1 SER2023 13.901 3.781 -7.106 1030 HG SER2023 HG SER2023 14.206 5.939 -5.338 1031 H LEU2024 HN LEU2024 11.448 3.852 -3.268 1032 HA LEU2024 HA LEU2024 13.479 3.880 -1.188 1033 HB2 LEU2024 HB2 LEU2024 12.013 5.860 -1.334 1034 HB3 LEU2024 HB1 LEU2024 10.598 4.855 -1.345 1035 HG LEU2024 HG LEU2024 11.062 6.231 0.735 1036 HD11 LEU2024 HD11 LEU2024 9.432 4.477 0.712 1037 HD12 LEU2024 HD12 LEU2024 10.275 4.520 2.262 1038 HD13 LEU2024 HD13 LEU2024 10.674 3.282 1.067 1039 HD21 LEU2024 HD21 LEU2024 13.453 5.812 0.930 1040 HD22 LEU2024 HD22 LEU2024 13.142 4.095 1.193 1041 HD23 LEU2024 HD23 LEU2024 12.606 5.279 2.385 1042 H ALA2025 HN ALA2025 11.252 1.962 -2.784 1043 HA ALA2025 HA ALA2025 10.435 0.168 -0.661 1044 HB1 ALA2025 HB1 ALA2025 9.537 -1.175 -2.487 1045 HB2 ALA2025 HB2 ALA2025 10.344 -0.113 -3.650 1046 HB3 ALA2025 HB3 ALA2025 9.053 0.517 -2.632 1047 H CYS2026 HN CYS2026 12.814 0.201 -3.218 1048 HA CYS2026 HA CYS2026 14.314 -1.764 -1.790 1049 HB2 CYS2026 HB2 CYS2026 14.225 -3.393 -3.326 1050 HB3 CYS2026 HB1 CYS2026 12.882 -2.551 -4.118 1051 H GLU2027 HN GLU2027 16.646 -1.640 -2.792 1052 HA GLU2027 HA GLU2027 17.093 1.194 -2.794 1053 HB2 GLU2027 HB2 GLU2027 18.460 -0.364 -1.437 1054 HB3 GLU2027 HB1 GLU2027 19.075 -1.081 -2.914 1055 HG2 GLU2027 HG2 GLU2027 20.127 0.982 -3.540 1056 HG3 GLU2027 HG1 GLU2027 19.402 1.809 -2.160 1057 H GLU2028 HN GLU2028 18.203 -1.487 -4.804 1058 HA GLU2028 HA GLU2028 18.840 -1.693 -6.909 1059 HB2 GLU2028 HB2 GLU2028 16.359 -1.461 -7.058 1060 HB3 GLU2028 HB1 GLU2028 16.585 0.237 -7.428 1061 HG2 GLU2028 HG2 GLU2028 16.149 -1.063 -9.397 1062 HG3 GLU2028 HG1 GLU2028 17.764 -0.333 -9.422 1063 H GLU2029 HN GLU2029 17.777 1.572 -7.557 1064 HA GLU2029 HA GLU2029 20.502 2.526 -7.683 1065 HB2 GLU2029 HB2 GLU2029 18.509 2.785 -9.955 1066 HB3 GLU2029 HB1 GLU2029 20.063 3.593 -9.870 1067 HG2 GLU2029 HG2 GLU2029 21.192 1.433 -9.964 1068 HG3 GLU2029 HG1 GLU2029 19.628 0.623 -10.020 1069 H VAL2030 HN VAL2030 20.000 3.697 -5.897 1070 HA VAL2030 HA VAL2030 17.685 5.312 -5.619 1071 HB VAL2030 HB VAL2030 20.405 5.628 -4.286 1072 HG11 VAL2030 HG11 VAL2030 19.094 7.677 -4.113 1073 HG12 VAL2030 HG12 VAL2030 19.217 6.881 -2.543 1074 HG13 VAL2030 HG13 VAL2030 17.725 6.763 -3.479 1075 HG21 VAL2030 HG21 VAL2030 19.419 3.451 -3.845 1076 HG22 VAL2030 HG22 VAL2030 17.916 4.217 -3.334 1077 HG23 VAL2030 HG23 VAL2030 19.389 4.447 -2.390 1078 HA PRO2031 HA PRO2031 19.172 8.256 -8.637 1079 HB2 PRO2031 HB2 PRO2031 16.825 9.332 -9.224 1080 HB3 PRO2031 HB1 PRO2031 17.173 7.655 -9.665 1081 HG2 PRO2031 HG2 PRO2031 15.545 8.712 -7.389 1082 HG3 PRO2031 HG1 PRO2031 15.241 7.317 -8.442 1083 HD2 PRO2031 HD2 PRO2031 16.364 7.182 -5.902 1084 HD3 PRO2031 HD1 PRO2031 16.483 5.936 -7.155 1085 H ARG2032 HN ARG2032 18.832 8.765 -5.598 1086 HA ARG2032 HA ARG2032 19.062 10.444 -4.125 1087 HB2 ARG2032 HB2 ARG2032 19.735 11.986 -6.632 1088 HB3 ARG2032 HB1 ARG2032 19.692 12.780 -5.071 1089 HG2 ARG2032 HG2 ARG2032 21.973 12.255 -5.705 1090 HG3 ARG2032 HG1 ARG2032 21.510 11.320 -4.293 1091 HD2 ARG2032 HD2 ARG2032 22.825 9.994 -5.877 1092 HD3 ARG2032 HD1 ARG2032 21.202 9.347 -5.693 1093 HE ARG2032 HE ARG2032 21.134 11.057 -7.865 1094 HH11 ARG2032 HH11 ARG2032 22.997 8.127 -7.051 1095 HH12 ARG2032 HH12 ARG2032 22.876 7.455 -8.596 1096 HH21 ARG2032 HH21 ARG2032 21.031 10.099 -10.062 1097 HH22 ARG2032 HH22 ARG2032 21.759 8.589 -10.342 Start of MODEL 20 1 H1 MET1885 HT1 MET1885 17.135 12.240 4.801 2 H2 MET1885 HT2 MET1885 16.278 11.478 6.052 3 H3 MET1885 HT3 MET1885 15.457 12.401 4.896 4 HA MET1885 HA MET1885 15.989 10.919 3.158 5 HB2 MET1885 HB2 MET1885 18.145 10.088 4.023 6 HB3 MET1885 HB1 MET1885 17.303 9.251 5.323 7 HG2 MET1885 HG2 MET1885 16.116 7.894 3.618 8 HG3 MET1885 HG1 MET1885 17.092 8.668 2.375 9 HE1 MET1885 HE1 MET1885 16.875 5.522 2.692 10 HE2 MET1885 HE2 MET1885 18.561 5.043 2.496 11 HE3 MET1885 HE3 MET1885 17.876 6.305 1.472 12 H LYS1886 HN LYS1886 15.371 9.753 6.460 13 HA LYS1886 HA LYS1886 13.127 8.225 5.438 14 HB2 LYS1886 HB2 LYS1886 14.081 8.369 8.294 15 HB3 LYS1886 HB1 LYS1886 13.160 7.087 7.520 16 HG2 LYS1886 HG2 LYS1886 15.190 6.634 6.096 17 HG3 LYS1886 HG1 LYS1886 16.074 7.746 7.138 18 HD2 LYS1886 HD2 LYS1886 16.494 5.576 7.989 19 HD3 LYS1886 HD1 LYS1886 15.311 6.302 9.084 20 HE2 LYS1886 HE2 LYS1886 13.518 5.182 7.796 21 HE3 LYS1886 HE1 LYS1886 14.760 4.377 6.846 22 HZ1 LYS1886 HZ1 LYS1886 14.029 2.925 8.470 23 HZ2 LYS1886 HZ2 LYS1886 14.147 4.045 9.709 24 HZ3 LYS1886 HZ3 LYS1886 15.563 3.388 9.027 25 H SER1887 HN SER1887 11.081 8.921 5.707 26 HA SER1887 HA SER1887 10.777 11.555 6.700 27 HB2 SER1887 HB2 SER1887 8.647 9.674 5.680 28 HB3 SER1887 HB1 SER1887 8.477 11.418 5.907 29 HG SER1887 HG SER1887 10.148 11.713 4.384 30 H ASN1888 HN ASN1888 8.509 8.895 7.573 31 HA ASN1888 HA ASN1888 9.000 9.615 10.347 32 HB2 ASN1888 HB2 ASN1888 7.205 11.110 9.648 33 HB3 ASN1888 HB1 ASN1888 6.287 9.760 9.009 34 HD21 ASN1888 HD21 ASN1888 4.573 10.540 10.339 35 HD22 ASN1888 HD22 ASN1888 4.520 10.138 12.012 36 H VAL1889 HN VAL1889 8.395 8.056 11.820 37 HA VAL1889 HA VAL1889 8.781 5.442 10.898 38 HB VAL1889 HB VAL1889 8.435 4.722 13.245 39 HG11 VAL1889 HG11 VAL1889 10.360 5.914 14.180 40 HG12 VAL1889 HG12 VAL1889 10.232 7.111 12.892 41 HG13 VAL1889 HG13 VAL1889 10.627 5.436 12.503 42 HG21 VAL1889 HG21 VAL1889 6.719 6.334 13.917 43 HG22 VAL1889 HG22 VAL1889 7.881 7.651 13.759 44 HG23 VAL1889 HG23 VAL1889 8.109 6.423 15.000 45 H GLN1890 HN GLN1890 7.526 3.736 10.787 46 HA GLN1890 HA GLN1890 4.653 4.188 10.474 47 HB2 GLN1890 HB2 GLN1890 6.579 2.099 9.541 48 HB3 GLN1890 HB1 GLN1890 4.841 1.858 9.415 49 HG2 GLN1890 HG2 GLN1890 4.665 3.688 7.909 50 HG3 GLN1890 HG1 GLN1890 6.339 4.155 8.208 51 HE21 GLN1890 HE21 GLN1890 4.785 3.270 5.795 52 HE22 GLN1890 HE22 GLN1890 5.783 2.028 5.119 53 H ASN1891 HN ASN1891 6.624 3.351 12.850 54 HA ASN1891 HA ASN1891 6.404 2.372 14.899 55 HB2 ASN1891 HB2 ASN1891 3.706 1.321 13.943 56 HB3 ASN1891 HB1 ASN1891 4.324 1.147 15.579 57 HD21 ASN1891 HD21 ASN1891 5.424 3.744 15.817 58 HD22 ASN1891 HD22 ASN1891 4.131 4.878 15.867 59 H ASP1892 HN ASP1892 5.098 0.234 12.455 60 HA ASP1892 HA ASP1892 7.241 -1.691 13.052 61 HB2 ASP1892 HB2 ASP1892 4.837 -2.363 13.900 62 HB3 ASP1892 HB1 ASP1892 4.442 -2.536 12.196 63 H CYS1893 HN CYS1893 6.176 -3.335 10.821 64 HA CYS1893 HA CYS1893 6.363 -3.587 8.622 65 HB2 CYS1893 HB2 CYS1893 4.584 -1.923 8.396 66 HB3 CYS1893 HB1 CYS1893 5.767 -0.626 8.457 67 H ARG1894 HN ARG1894 8.428 -4.201 8.821 68 HA ARG1894 HA ARG1894 10.263 -2.771 7.259 69 HB2 ARG1894 HB2 ARG1894 11.878 -2.061 8.863 70 HB3 ARG1894 HB1 ARG1894 10.352 -1.550 9.517 71 HG2 ARG1894 HG2 ARG1894 10.357 -3.572 10.985 72 HG3 ARG1894 HG1 ARG1894 11.999 -3.893 10.421 73 HD2 ARG1894 HD2 ARG1894 12.305 -2.719 12.418 74 HD3 ARG1894 HD1 ARG1894 12.525 -1.500 11.162 75 HE ARG1894 HE ARG1894 9.924 -1.836 12.458 76 HH11 ARG1894 HH11 ARG1894 12.621 0.332 11.628 77 HH12 ARG1894 HH12 ARG1894 12.042 1.648 12.533 78 HH21 ARG1894 HH21 ARG1894 9.098 0.007 13.693 79 HH22 ARG1894 HH22 ARG1894 9.999 1.448 13.755 80 H VAL1895 HN VAL1895 11.831 -4.221 6.539 81 HA VAL1895 HA VAL1895 12.193 -6.740 7.920 82 HB VAL1895 HB VAL1895 10.093 -7.085 6.609 83 HG11 VAL1895 HG11 VAL1895 11.807 -6.657 4.180 84 HG12 VAL1895 HG12 VAL1895 10.474 -5.644 4.733 85 HG13 VAL1895 HG13 VAL1895 10.159 -7.288 4.172 86 HG21 VAL1895 HG21 VAL1895 10.734 -9.214 5.541 87 HG22 VAL1895 HG22 VAL1895 11.467 -9.013 7.135 88 HG23 VAL1895 HG23 VAL1895 12.431 -8.752 5.684 89 H THR1896 HN THR1896 14.063 -7.850 7.237 90 HA THR1896 HA THR1896 15.916 -6.187 5.743 91 HB THR1896 HB THR1896 16.444 -8.775 7.221 92 HG1 THR1896 HG1 THR1896 15.601 -7.231 8.612 93 HG21 THR1896 HG21 THR1896 18.287 -6.508 6.395 94 HG22 THR1896 HG22 THR1896 18.215 -8.100 5.633 95 HG23 THR1896 HG23 THR1896 18.760 -7.946 7.305 96 H ASN1897 HN ASN1897 16.764 -6.689 3.795 97 HA ASN1897 HA ASN1897 15.772 -9.084 2.394 98 HB2 ASN1897 HB2 ASN1897 15.502 -6.868 1.256 99 HB3 ASN1897 HB1 ASN1897 17.241 -6.637 1.331 100 HD21 ASN1897 HD21 ASN1897 15.620 -6.605 -1.022 101 HD22 ASN1897 HD22 ASN1897 16.182 -7.875 -2.041 102 HA PRO1898 HA PRO1898 19.792 -10.789 3.566 103 HB2 PRO1898 HB2 PRO1898 19.498 -13.115 2.129 104 HB3 PRO1898 HB1 PRO1898 18.843 -12.850 3.748 105 HG2 PRO1898 HG2 PRO1898 17.484 -12.617 1.095 106 HG3 PRO1898 HG1 PRO1898 16.886 -13.345 2.598 107 HD2 PRO1898 HD2 PRO1898 16.100 -10.909 1.832 108 HD3 PRO1898 HD1 PRO1898 16.396 -11.282 3.543 109 H ALA1899 HN ALA1899 18.679 -10.290 0.298 110 HA ALA1899 HA ALA1899 21.230 -10.984 -0.859 111 HB1 ALA1899 HB1 ALA1899 18.820 -9.687 -2.125 112 HB2 ALA1899 HB2 ALA1899 19.164 -11.417 -2.095 113 HB3 ALA1899 HB3 ALA1899 20.226 -10.322 -2.980 114 H THR1900 HN THR1900 19.400 -8.101 -0.121 115 HA THR1900 HA THR1900 21.400 -6.358 -1.234 116 HB THR1900 HB THR1900 18.950 -5.637 0.427 117 HG1 THR1900 HG1 THR1900 19.396 -6.035 -2.336 118 HG21 THR1900 HG21 THR1900 20.563 -4.052 -1.588 119 HG22 THR1900 HG22 THR1900 20.598 -3.810 0.162 120 HG23 THR1900 HG23 THR1900 19.115 -3.496 -0.747 121 H GLY1901 HN GLY1901 20.474 -7.537 1.963 122 HA2 GLY1901 HA2 GLY1901 21.742 -7.526 3.888 123 HA3 GLY1901 HA1 GLY1901 22.933 -6.508 3.082 124 H HIS1902 HN HIS1902 19.918 -5.318 2.577 125 HA HIS1902 HA HIS1902 20.231 -3.380 4.752 126 HB2 HIS1902 HB2 HIS1902 19.046 -2.961 2.002 127 HB3 HIS1902 HB1 HIS1902 18.838 -1.823 3.325 128 HD1 HIS1902 HD1 HIS1902 20.222 -1.031 0.687 129 HD2 HIS1902 HD2 HIS1902 22.207 -2.267 4.122 130 HE1 HIS1902 HE1 HIS1902 22.540 -0.115 0.500 131 HE2 HIS1902 HE2 HIS1902 23.655 -0.693 2.664 132 H LEU1903 HN LEU1903 18.272 -2.434 5.507 133 HA LEU1903 HA LEU1903 16.141 -4.420 5.607 134 HB2 LEU1903 HB2 LEU1903 17.379 -3.971 7.734 135 HB3 LEU1903 HB1 LEU1903 16.921 -2.293 7.617 136 HG LEU1903 HG LEU1903 14.856 -4.487 7.891 137 HD11 LEU1903 HD11 LEU1903 14.864 -4.015 10.270 138 HD12 LEU1903 HD12 LEU1903 16.216 -2.903 10.048 139 HD13 LEU1903 HD13 LEU1903 16.438 -4.634 9.754 140 HD21 LEU1903 HD21 LEU1903 14.009 -2.304 7.200 141 HD22 LEU1903 HD22 LEU1903 14.853 -1.548 8.555 142 HD23 LEU1903 HD23 LEU1903 13.541 -2.688 8.860 143 H PHE1904 HN PHE1904 14.254 -3.848 4.817 144 HA PHE1904 HA PHE1904 14.003 -1.177 3.689 145 HB2 PHE1904 HB2 PHE1904 12.209 -3.576 3.369 146 HB3 PHE1904 HB1 PHE1904 12.090 -2.062 2.499 147 HD1 PHE1904 HD2 PHE1904 14.944 -1.687 1.851 148 HD2 PHE1904 HD1 PHE1904 12.477 -5.141 1.647 149 HE1 PHE1904 HE2 PHE1904 16.419 -2.587 0.174 150 HE2 PHE1904 HE1 PHE1904 13.957 -6.093 -0.082 151 HZ PHE1904 HZ PHE1904 15.627 -4.898 -1.034 152 H ASP1905 HN ASP1905 12.908 0.237 4.779 153 HA ASP1905 HA ASP1905 10.392 -0.564 5.911 154 HB2 ASP1905 HB2 ASP1905 10.609 0.972 7.835 155 HB3 ASP1905 HB1 ASP1905 11.848 -0.265 7.903 156 H LEU1906 HN LEU1906 8.829 1.018 5.669 157 HA LEU1906 HA LEU1906 9.534 2.724 3.393 158 HB2 LEU1906 HB2 LEU1906 6.909 1.517 4.258 159 HB3 LEU1906 HB1 LEU1906 7.082 2.614 2.900 160 HG LEU1906 HG LEU1906 8.543 -0.027 3.063 161 HD11 LEU1906 HD11 LEU1906 6.107 -0.390 3.048 162 HD12 LEU1906 HD12 LEU1906 6.882 -0.901 1.550 163 HD13 LEU1906 HD13 LEU1906 5.993 0.621 1.602 164 HD21 LEU1906 HD21 LEU1906 7.955 1.851 0.788 165 HD22 LEU1906 HD22 LEU1906 8.804 0.311 0.667 166 HD23 LEU1906 HD23 LEU1906 9.517 1.642 1.584 167 H THR1907 HN THR1907 10.100 3.631 5.984 168 HA THR1907 HA THR1907 8.125 5.221 7.151 169 HB THR1907 HB THR1907 10.105 6.451 8.159 170 HG1 THR1907 HG1 THR1907 11.738 4.395 7.185 171 HG21 THR1907 HG21 THR1907 10.739 4.546 9.558 172 HG22 THR1907 HG22 THR1907 10.102 3.435 8.347 173 HG23 THR1907 HG23 THR1907 9.004 4.499 9.220 174 H SER1908 HN SER1908 10.375 5.933 4.556 175 HA SER1908 HA SER1908 9.696 8.704 4.385 176 HB2 SER1908 HB2 SER1908 11.025 6.953 2.334 177 HB3 SER1908 HB1 SER1908 11.114 8.714 2.466 178 HG SER1908 HG SER1908 12.768 8.359 3.644 179 H LEU1909 HN LEU1909 8.027 5.939 3.547 180 HA LEU1909 HA LEU1909 6.892 7.172 1.167 181 HB2 LEU1909 HB2 LEU1909 7.816 4.834 1.015 182 HB3 LEU1909 HB1 LEU1909 6.529 4.340 2.097 183 HG LEU1909 HG LEU1909 4.850 4.980 0.449 184 HD11 LEU1909 HD11 LEU1909 7.206 5.642 -1.315 185 HD12 LEU1909 HD12 LEU1909 6.054 6.797 -0.647 186 HD13 LEU1909 HD13 LEU1909 5.519 5.600 -1.826 187 HD21 LEU1909 HD21 LEU1909 5.729 2.706 0.443 188 HD22 LEU1909 HD22 LEU1909 7.004 3.197 -0.673 189 HD23 LEU1909 HD23 LEU1909 5.320 3.237 -1.187 190 H LYS1910 HN LYS1910 6.073 6.090 4.409 191 HA LYS1910 HA LYS1910 3.238 6.348 4.070 192 HB2 LYS1910 HB2 LYS1910 3.051 6.402 6.529 193 HB3 LYS1910 HB1 LYS1910 4.149 5.134 6.023 194 HG2 LYS1910 HG2 LYS1910 6.032 6.263 6.788 195 HG3 LYS1910 HG1 LYS1910 5.201 7.818 6.817 196 HD2 LYS1910 HD2 LYS1910 4.461 5.518 8.630 197 HD3 LYS1910 HD1 LYS1910 5.655 6.728 9.064 198 HE2 LYS1910 HE2 LYS1910 3.971 8.501 8.794 199 HE3 LYS1910 HE1 LYS1910 2.766 7.287 8.371 200 HZ1 LYS1910 HZ1 LYS1910 2.814 6.425 10.598 201 HZ2 LYS1910 HZ2 LYS1910 2.747 8.104 10.725 202 HZ3 LYS1910 HZ3 LYS1910 4.202 7.296 10.976 203 H ARG1911 HN ARG1911 1.888 8.092 4.734 204 HA ARG1911 HA ARG1911 3.407 10.604 4.879 205 HB2 ARG1911 HB2 ARG1911 0.527 10.616 4.047 206 HB3 ARG1911 HB1 ARG1911 1.780 11.775 3.697 207 HG2 ARG1911 HG2 ARG1911 1.168 9.188 2.317 208 HG3 ARG1911 HG1 ARG1911 1.155 10.816 1.665 209 HD2 ARG1911 HD2 ARG1911 3.538 9.163 2.437 210 HD3 ARG1911 HD1 ARG1911 2.960 9.582 0.831 211 HE ARG1911 HE ARG1911 3.488 11.994 1.908 212 HH11 ARG1911 HH11 ARG1911 5.285 8.991 1.705 213 HH12 ARG1911 HH12 ARG1911 6.836 9.690 1.644 214 HH21 ARG1911 HH21 ARG1911 5.644 13.037 1.781 215 HH22 ARG1911 HH22 ARG1911 7.036 12.053 1.676 216 H GLU1912 HN GLU1912 1.766 12.313 5.878 217 HA GLU1912 HA GLU1912 1.070 11.266 8.462 218 HB2 GLU1912 HB2 GLU1912 0.772 14.040 7.302 219 HB3 GLU1912 HB1 GLU1912 0.473 13.621 8.983 220 HG2 GLU1912 HG2 GLU1912 3.111 13.356 7.551 221 HG3 GLU1912 HG1 GLU1912 2.666 14.649 8.664 222 H SER1913 HN SER1913 -0.470 11.385 5.537 223 HA SER1913 HA SER1913 -2.998 10.803 6.874 224 HB2 SER1913 HB2 SER1913 -2.765 12.421 4.314 225 HB3 SER1913 HB1 SER1913 -4.269 11.935 5.100 226 HG SER1913 HG SER1913 -2.332 13.382 6.506 227 H GLY1914 HN GLY1914 -1.429 10.767 3.657 228 HA2 GLY1914 HA2 GLY1914 -0.772 8.231 3.349 229 HA3 GLY1914 HA1 GLY1914 -2.532 8.123 3.208 230 H TYR1915 HN TYR1915 -0.782 7.419 1.142 231 HA TYR1915 HA TYR1915 -0.934 9.663 -0.602 232 HB2 TYR1915 HB2 TYR1915 0.118 8.084 -2.358 233 HB3 TYR1915 HB1 TYR1915 1.115 8.625 -1.027 234 HD1 TYR1915 HD1 TYR1915 -1.381 5.893 -0.981 235 HD2 TYR1915 HD2 TYR1915 2.747 6.876 -0.987 236 HE1 TYR1915 HE1 TYR1915 -0.828 3.556 -0.480 237 HE2 TYR1915 HE2 TYR1915 3.305 4.541 -0.490 238 HH TYR1915 HH TYR1915 1.052 2.015 -0.666 239 H THR1916 HN THR1916 -2.280 9.978 -2.203 240 HA THR1916 HA THR1916 -4.467 8.044 -2.516 241 HB THR1916 HB THR1916 -6.070 9.886 -2.077 242 HG1 THR1916 HG1 THR1916 -3.657 11.238 -1.681 243 HG21 THR1916 HG21 THR1916 -5.863 9.786 0.379 244 HG22 THR1916 HG22 THR1916 -4.198 9.193 0.173 245 HG23 THR1916 HG23 THR1916 -5.540 8.219 -0.379 246 H ILE1917 HN ILE1917 -5.607 8.069 -4.047 247 HA ILE1917 HA ILE1917 -4.951 9.747 -6.314 248 HB ILE1917 HB ILE1917 -5.038 7.632 -7.647 249 HG12 ILE1917 HG12 ILE1917 -4.490 6.353 -4.970 250 HG13 ILE1917 HG11 ILE1917 -5.920 6.128 -5.968 251 HG21 ILE1917 HG21 ILE1917 -2.643 8.055 -5.861 252 HG22 ILE1917 HG22 ILE1917 -2.955 8.847 -7.405 253 HG23 ILE1917 HG23 ILE1917 -2.625 7.115 -7.354 254 HD11 ILE1917 HD11 ILE1917 -4.524 5.055 -7.672 255 HD12 ILE1917 HD12 ILE1917 -4.478 4.222 -6.124 256 HD13 ILE1917 HD13 ILE1917 -3.120 5.243 -6.617 257 H THR1918 HN THR1918 -6.628 8.875 -8.130 258 HA THR1918 HA THR1918 -9.183 8.704 -6.699 259 HB THR1918 HB THR1918 -8.728 9.769 -9.503 260 HG1 THR1918 HG1 THR1918 -7.893 10.823 -7.316 261 HG21 THR1918 HG21 THR1918 -11.037 10.087 -7.553 262 HG22 THR1918 HG22 THR1918 -11.049 9.020 -8.944 263 HG23 THR1918 HG23 THR1918 -10.958 10.768 -9.176 264 H ASP1919 HN ASP1919 -10.754 7.250 -7.477 265 HA ASP1919 HA ASP1919 -9.628 4.938 -8.788 266 HB2 ASP1919 HB2 ASP1919 -10.834 4.542 -6.715 267 HB3 ASP1919 HB1 ASP1919 -12.204 5.461 -7.293 268 H SER1920 HN SER1920 -11.162 3.804 -10.321 269 HA SER1920 HA SER1920 -11.132 4.883 -12.732 270 HB2 SER1920 HB2 SER1920 -13.129 2.909 -11.706 271 HB3 SER1920 HB1 SER1920 -12.574 3.076 -13.379 272 HG SER1920 HG SER1920 -10.773 2.090 -12.897 273 H HIS1921 HN HIS1921 -14.086 5.038 -10.635 274 HA HIS1921 HA HIS1921 -15.130 6.879 -12.681 275 HB2 HIS1921 HB2 HIS1921 -16.264 4.780 -13.021 276 HB3 HIS1921 HB1 HIS1921 -16.691 4.683 -11.319 277 HD1 HIS1921 HD1 HIS1921 -19.158 5.009 -11.173 278 HD2 HIS1921 HD2 HIS1921 -17.434 7.568 -13.955 279 HE1 HIS1921 HE1 HIS1921 -21.003 6.489 -11.968 280 HE2 HIS1921 HE2 HIS1921 -19.986 7.922 -13.749 281 H ASN1922 HN ASN1922 -16.041 5.879 -9.413 282 HA ASN1922 HA ASN1922 -16.899 8.706 -8.974 283 HB2 ASN1922 HB2 ASN1922 -18.545 6.725 -9.003 284 HB3 ASN1922 HB1 ASN1922 -17.828 6.323 -7.466 285 HD21 ASN1922 HD21 ASN1922 -19.805 8.630 -9.104 286 HD22 ASN1922 HD22 ASN1922 -20.364 9.459 -7.695 287 H ARG1923 HN ARG1923 -15.536 5.885 -7.632 288 HA ARG1923 HA ARG1923 -15.211 6.796 -4.957 289 HB2 ARG1923 HB2 ARG1923 -13.798 4.534 -6.343 290 HB3 ARG1923 HB1 ARG1923 -14.009 4.738 -4.605 291 HG2 ARG1923 HG2 ARG1923 -16.419 4.429 -4.866 292 HG3 ARG1923 HG1 ARG1923 -16.193 4.294 -6.616 293 HD2 ARG1923 HD2 ARG1923 -15.070 2.426 -4.536 294 HD3 ARG1923 HD1 ARG1923 -16.434 2.093 -5.607 295 HE ARG1923 HE ARG1923 -13.958 2.806 -6.930 296 HH11 ARG1923 HH11 ARG1923 -16.082 0.112 -5.998 297 HH12 ARG1923 HH12 ARG1923 -15.231 -0.989 -7.007 298 HH21 ARG1923 HH21 ARG1923 -12.855 1.334 -8.150 299 HH22 ARG1923 HH22 ARG1923 -13.366 -0.291 -8.270 300 H LYS1924 HN LYS1924 -13.137 6.970 -3.852 301 HA LYS1924 HA LYS1924 -10.943 7.831 -5.570 302 HB2 LYS1924 HB2 LYS1924 -12.208 9.749 -4.526 303 HB3 LYS1924 HB1 LYS1924 -11.775 9.107 -2.951 304 HG2 LYS1924 HG2 LYS1924 -9.495 9.596 -3.276 305 HG3 LYS1924 HG1 LYS1924 -9.735 9.912 -4.997 306 HD2 LYS1924 HD2 LYS1924 -11.132 11.848 -4.445 307 HD3 LYS1924 HD1 LYS1924 -10.891 11.525 -2.728 308 HE2 LYS1924 HE2 LYS1924 -8.640 12.067 -4.652 309 HE3 LYS1924 HE1 LYS1924 -9.437 13.327 -3.714 310 HZ1 LYS1924 HZ1 LYS1924 -7.384 12.480 -2.669 311 HZ2 LYS1924 HZ2 LYS1924 -8.153 10.952 -2.447 312 HZ3 LYS1924 HZ3 LYS1924 -8.762 12.310 -1.731 313 H ILE1925 HN ILE1925 -8.956 6.988 -4.961 314 HA ILE1925 HA ILE1925 -9.172 4.837 -3.024 315 HB ILE1925 HB ILE1925 -6.991 5.342 -5.082 316 HG12 ILE1925 HG12 ILE1925 -9.270 3.357 -5.085 317 HG13 ILE1925 HG11 ILE1925 -9.177 4.799 -6.083 318 HG21 ILE1925 HG21 ILE1925 -6.283 3.043 -4.568 319 HG22 ILE1925 HG22 ILE1925 -7.525 2.942 -3.319 320 HG23 ILE1925 HG23 ILE1925 -6.190 4.078 -3.141 321 HD11 ILE1925 HD11 ILE1925 -7.206 3.885 -7.244 322 HD12 ILE1925 HD12 ILE1925 -8.574 2.780 -7.375 323 HD13 ILE1925 HD13 ILE1925 -7.276 2.449 -6.231 324 H GLU1926 HN GLU1926 -8.770 5.490 -1.113 325 HA GLU1926 HA GLU1926 -6.589 7.376 -0.577 326 HB2 GLU1926 HB2 GLU1926 -8.848 6.424 1.181 327 HB3 GLU1926 HB1 GLU1926 -7.735 7.740 1.514 328 HG2 GLU1926 HG2 GLU1926 -9.670 7.732 -0.785 329 HG3 GLU1926 HG1 GLU1926 -10.020 8.430 0.795 330 H LEU1927 HN LEU1927 -4.651 6.275 0.071 331 HA LEU1927 HA LEU1927 -5.069 4.205 2.044 332 HB2 LEU1927 HB2 LEU1927 -3.678 2.498 0.945 333 HB3 LEU1927 HB1 LEU1927 -5.057 2.917 -0.022 334 HG LEU1927 HG LEU1927 -2.286 3.986 -0.586 335 HD11 LEU1927 HD11 LEU1927 -2.281 1.564 -0.697 336 HD12 LEU1927 HD12 LEU1927 -2.165 2.269 -2.310 337 HD13 LEU1927 HD13 LEU1927 -3.695 1.596 -1.748 338 HD21 LEU1927 HD21 LEU1927 -4.121 5.265 -1.608 339 HD22 LEU1927 HD22 LEU1927 -4.756 3.780 -2.317 340 HD23 LEU1927 HD23 LEU1927 -3.182 4.397 -2.822 341 H ASN1928 HN ASN1928 -3.135 3.624 3.219 342 HA ASN1928 HA ASN1928 -0.908 5.452 2.783 343 HB2 ASN1928 HB2 ASN1928 -2.442 6.443 4.551 344 HB3 ASN1928 HB1 ASN1928 -2.095 5.035 5.547 345 HD21 ASN1928 HD21 ASN1928 -1.297 6.540 7.106 346 HD22 ASN1928 HD22 ASN1928 0.279 7.229 6.961 347 H VAL1929 HN VAL1929 1.045 4.594 3.298 348 HA VAL1929 HA VAL1929 0.887 1.714 3.431 349 HB VAL1929 HB VAL1929 2.170 2.603 1.606 350 HG11 VAL1929 HG11 VAL1929 3.992 3.804 3.661 351 HG12 VAL1929 HG12 VAL1929 2.926 4.675 2.557 352 HG13 VAL1929 HG13 VAL1929 4.291 3.751 1.924 353 HG21 VAL1929 HG21 VAL1929 3.938 1.225 3.606 354 HG22 VAL1929 HG22 VAL1929 4.221 1.335 1.864 355 HG23 VAL1929 HG23 VAL1929 2.823 0.452 2.480 356 H CYS1930 HN CYS1930 1.063 0.621 5.117 357 HA CYS1930 HA CYS1930 1.522 -0.210 7.104 358 HB2 CYS1930 HB2 CYS1930 4.166 1.105 6.601 359 HB3 CYS1930 HB1 CYS1930 3.855 -0.080 7.864 360 H ALA1931 HN ALA1931 0.467 2.487 6.920 361 HA ALA1931 HA ALA1931 0.791 3.184 9.676 362 HB1 ALA1931 HB1 ALA1931 1.060 5.547 9.075 363 HB2 ALA1931 HB2 ALA1931 1.178 5.090 7.375 364 HB3 ALA1931 HB3 ALA1931 2.423 4.577 8.511 365 H GLU1932 HN GLU1932 -0.995 4.049 10.401 366 HA GLU1932 HA GLU1932 -3.442 3.410 9.460 367 HB2 GLU1932 HB2 GLU1932 -2.824 5.846 11.153 368 HB3 GLU1932 HB1 GLU1932 -4.326 4.941 11.112 369 HG2 GLU1932 HG2 GLU1932 -3.341 4.218 13.090 370 HG3 GLU1932 HG1 GLU1932 -2.907 2.948 11.959 371 H ALA1933 HN ALA1933 -4.744 4.149 7.889 372 HA ALA1933 HA ALA1933 -3.790 6.323 6.283 373 HB1 ALA1933 HB1 ALA1933 -4.599 4.275 5.207 374 HB2 ALA1933 HB2 ALA1933 -5.541 5.685 4.723 375 HB3 ALA1933 HB3 ALA1933 -6.196 4.550 5.905 376 H LYS1934 HN LYS1934 -4.173 8.204 7.003 377 HA LYS1934 HA LYS1934 -6.780 8.820 8.212 378 HB2 LYS1934 HB2 LYS1934 -4.603 9.231 9.481 379 HB3 LYS1934 HB1 LYS1934 -4.244 10.472 8.296 380 HG2 LYS1934 HG2 LYS1934 -5.167 11.348 10.421 381 HG3 LYS1934 HG1 LYS1934 -6.134 11.775 9.005 382 HD2 LYS1934 HD2 LYS1934 -7.772 10.139 9.520 383 HD3 LYS1934 HD1 LYS1934 -6.739 9.384 10.732 384 HE2 LYS1934 HE2 LYS1934 -7.857 12.175 10.926 385 HE3 LYS1934 HE1 LYS1934 -8.563 10.753 11.696 386 HZ1 LYS1934 HZ1 LYS1934 -7.180 11.936 13.257 387 HZ2 LYS1934 HZ2 LYS1934 -5.846 11.853 12.222 388 HZ3 LYS1934 HZ3 LYS1934 -6.481 10.441 12.894 389 H SER1935 HN SER1935 -6.083 8.490 5.395 390 HA SER1935 HA SER1935 -5.948 10.946 4.069 391 HB2 SER1935 HB2 SER1935 -6.712 9.347 2.170 392 HB3 SER1935 HB1 SER1935 -5.144 9.078 2.940 393 HG SER1935 HG SER1935 -6.238 7.110 2.918 394 H SER1936 HN SER1936 -8.580 8.577 3.945 395 HA SER1936 HA SER1936 -10.519 10.675 4.568 396 HB2 SER1936 HB2 SER1936 -10.760 8.667 2.319 397 HB3 SER1936 HB1 SER1936 -12.095 9.669 2.898 398 HG SER1936 HG SER1936 -9.762 10.398 1.520 399 H CYS1937 HN CYS1937 -9.165 8.190 5.731 400 HA CYS1937 HA CYS1937 -11.559 7.331 7.014 401 HB2 CYS1937 HB2 CYS1937 -10.306 5.030 7.251 402 HB3 CYS1937 HB1 CYS1937 -11.138 5.412 5.750 403 H ALA1938 HN ALA1938 -10.446 6.005 9.232 404 HA ALA1938 HA ALA1938 -8.785 8.194 10.226 405 HB1 ALA1938 HB1 ALA1938 -9.523 7.728 12.446 406 HB2 ALA1938 HB2 ALA1938 -10.332 6.252 11.913 407 HB3 ALA1938 HB3 ALA1938 -10.923 7.824 11.377 408 H ASN1939 HN ASN1939 -8.855 5.026 11.822 409 HA ASN1939 HA ASN1939 -6.047 4.986 11.343 410 HB2 ASN1939 HB2 ASN1939 -5.586 4.203 13.615 411 HB3 ASN1939 HB1 ASN1939 -6.392 5.766 13.578 412 HD21 ASN1939 HD21 ASN1939 -6.216 3.801 15.668 413 HD22 ASN1939 HD22 ASN1939 -7.835 3.402 16.123 414 H GLY1940 HN GLY1940 -8.827 2.946 12.095 415 HA2 GLY1940 HA2 GLY1940 -7.435 0.481 12.125 416 HA3 GLY1940 HA1 GLY1940 -9.170 0.685 12.010 417 H ALA1941 HN ALA1941 -8.209 2.377 9.518 418 HA ALA1941 HA ALA1941 -8.284 0.082 7.692 419 HB1 ALA1941 HB1 ALA1941 -9.282 1.615 6.069 420 HB2 ALA1941 HB2 ALA1941 -9.224 2.914 7.261 421 HB3 ALA1941 HB3 ALA1941 -10.257 1.512 7.535 422 H ALA1942 HN ALA1942 -6.784 0.011 6.072 423 HA ALA1942 HA ALA1942 -4.762 2.143 6.134 424 HB1 ALA1942 HB1 ALA1942 -3.884 -0.029 6.773 425 HB2 ALA1942 HB2 ALA1942 -3.188 0.512 5.243 426 HB3 ALA1942 HB3 ALA1942 -4.456 -0.715 5.253 427 H VAL1943 HN VAL1943 -6.952 0.307 4.187 428 HA VAL1943 HA VAL1943 -6.425 2.187 1.996 429 HB VAL1943 HB VAL1943 -7.419 -0.650 1.584 430 HG11 VAL1943 HG11 VAL1943 -8.133 0.924 -0.113 431 HG12 VAL1943 HG12 VAL1943 -6.960 -0.211 -0.783 432 HG13 VAL1943 HG13 VAL1943 -6.464 1.431 -0.373 433 HG21 VAL1943 HG21 VAL1943 -5.243 -1.190 0.634 434 HG22 VAL1943 HG22 VAL1943 -5.112 -0.746 2.337 435 HG23 VAL1943 HG23 VAL1943 -4.648 0.405 1.085 436 H CYS1944 HN CYS1944 -8.127 3.438 1.851 437 HA CYS1944 HA CYS1944 -10.702 2.216 2.289 438 HB2 CYS1944 HB2 CYS1944 -11.439 4.500 3.162 439 HB3 CYS1944 HB1 CYS1944 -10.452 3.511 4.223 440 H ILE1945 HN ILE1945 -11.545 1.996 0.432 441 HA ILE1945 HA ILE1945 -11.087 3.889 -1.695 442 HB ILE1945 HB ILE1945 -13.096 1.600 -1.588 443 HG12 ILE1945 HG12 ILE1945 -10.854 0.685 -1.148 444 HG13 ILE1945 HG11 ILE1945 -11.444 0.180 -2.724 445 HG21 ILE1945 HG21 ILE1945 -12.936 1.664 -4.031 446 HG22 ILE1945 HG22 ILE1945 -11.815 3.019 -3.912 447 HG23 ILE1945 HG23 ILE1945 -13.481 3.203 -3.362 448 HD11 ILE1945 HD11 ILE1945 -9.443 2.364 -2.191 449 HD12 ILE1945 HD12 ILE1945 -10.024 1.867 -3.782 450 HD13 ILE1945 HD13 ILE1945 -9.087 0.745 -2.791 451 H THR1946 HN THR1946 -12.032 5.761 -1.189 452 HA THR1946 HA THR1946 -14.457 5.650 0.363 453 HB THR1946 HB THR1946 -12.931 8.172 -0.382 454 HG1 THR1946 HG1 THR1946 -11.568 6.454 0.643 455 HG21 THR1946 HG21 THR1946 -15.156 8.429 0.745 456 HG22 THR1946 HG22 THR1946 -13.816 8.933 1.793 457 HG23 THR1946 HG23 THR1946 -14.572 7.381 2.047 458 H ASP1947 HN ASP1947 -16.085 5.218 -0.857 459 HA ASP1947 HA ASP1947 -16.483 6.381 -3.492 460 HB2 ASP1947 HB2 ASP1947 -17.127 4.059 -3.288 461 HB3 ASP1947 HB1 ASP1947 -18.064 4.390 -1.840 462 H GLY1948 HN GLY1948 -16.861 8.448 -3.228 463 HA2 GLY1948 HA2 GLY1948 -18.060 10.338 -2.730 464 HA3 GLY1948 HA1 GLY1948 -19.328 9.295 -2.072 465 HA PRO1949 HA PRO1949 -17.428 10.696 1.759 466 HB2 PRO1949 HB2 PRO1949 -19.888 10.770 3.083 467 HB3 PRO1949 HB1 PRO1949 -19.128 12.135 2.262 468 HG2 PRO1949 HG2 PRO1949 -21.531 10.804 1.517 469 HG3 PRO1949 HG1 PRO1949 -20.684 12.066 0.614 470 HD2 PRO1949 HD2 PRO1949 -20.646 9.122 0.249 471 HD3 PRO1949 HD1 PRO1949 -20.404 10.414 -0.947 472 H LYS1950 HN LYS1950 -18.585 7.884 0.728 473 HA LYS1950 HA LYS1950 -18.911 6.590 3.325 474 HB2 LYS1950 HB2 LYS1950 -20.776 6.283 1.887 475 HB3 LYS1950 HB1 LYS1950 -19.750 5.874 0.533 476 HG2 LYS1950 HG2 LYS1950 -19.246 3.732 1.489 477 HG3 LYS1950 HG1 LYS1950 -20.071 4.163 2.990 478 HD2 LYS1950 HD2 LYS1950 -21.429 2.719 1.450 479 HD3 LYS1950 HD1 LYS1950 -22.198 4.245 1.885 480 HE2 LYS1950 HE2 LYS1950 -22.531 3.879 -0.460 481 HE3 LYS1950 HE1 LYS1950 -21.388 5.200 -0.263 482 HZ1 LYS1950 HZ1 LYS1950 -20.889 2.449 -1.215 483 HZ2 LYS1950 HZ2 LYS1950 -19.628 3.370 -0.579 484 HZ3 LYS1950 HZ3 LYS1950 -20.473 3.937 -1.916 485 H THR1951 HN THR1951 -17.318 5.458 4.108 486 HA THR1951 HA THR1951 -14.923 5.030 2.569 487 HB THR1951 HB THR1951 -15.591 4.440 5.467 488 HG1 THR1951 HG1 THR1951 -15.527 6.679 4.936 489 HG21 THR1951 HG21 THR1951 -13.763 3.016 4.661 490 HG22 THR1951 HG22 THR1951 -13.171 4.230 5.797 491 HG23 THR1951 HG23 THR1951 -12.915 4.442 4.066 492 H LEU1952 HN LEU1952 -14.626 3.199 1.396 493 HA LEU1952 HA LEU1952 -15.773 0.690 2.385 494 HB2 LEU1952 HB2 LEU1952 -16.351 1.223 0.062 495 HB3 LEU1952 HB1 LEU1952 -14.657 1.425 -0.332 496 HG LEU1952 HG LEU1952 -14.289 -0.983 0.086 497 HD11 LEU1952 HD11 LEU1952 -16.065 -1.384 1.677 498 HD12 LEU1952 HD12 LEU1952 -16.204 -2.482 0.299 499 HD13 LEU1952 HD13 LEU1952 -17.275 -1.082 0.429 500 HD21 LEU1952 HD21 LEU1952 -16.461 -0.347 -1.910 501 HD22 LEU1952 HD22 LEU1952 -15.440 -1.784 -1.929 502 HD23 LEU1952 HD23 LEU1952 -14.726 -0.190 -2.173 503 H ASN1953 HN ASN1953 -14.419 -0.224 3.707 504 HA ASN1953 HA ASN1953 -11.586 0.173 3.665 505 HB2 ASN1953 HB2 ASN1953 -13.247 -1.893 5.124 506 HB3 ASN1953 HB1 ASN1953 -11.537 -1.610 5.387 507 HD21 ASN1953 HD21 ASN1953 -11.768 1.287 5.227 508 HD22 ASN1953 HD22 ASN1953 -12.532 1.779 6.692 509 H ALA1954 HN ALA1954 -10.400 -0.655 2.086 510 HA ALA1954 HA ALA1954 -11.198 -3.147 0.823 511 HB1 ALA1954 HB1 ALA1954 -10.395 -1.310 -0.590 512 HB2 ALA1954 HB2 ALA1954 -9.354 -2.728 -0.730 513 HB3 ALA1954 HB3 ALA1954 -8.841 -1.348 0.244 514 H GLY1955 HN GLY1955 -8.882 -1.906 3.064 515 HA2 GLY1955 HA2 GLY1955 -8.214 -4.564 3.891 516 HA3 GLY1955 HA1 GLY1955 -6.870 -3.646 3.200 517 H LYS1956 HN LYS1956 -7.635 -4.586 5.998 518 HA LYS1956 HA LYS1956 -8.034 -2.187 7.491 519 HB2 LYS1956 HB2 LYS1956 -7.477 -3.596 9.465 520 HB3 LYS1956 HB1 LYS1956 -8.758 -4.275 8.468 521 HG2 LYS1956 HG2 LYS1956 -7.236 -5.879 7.519 522 HG3 LYS1956 HG1 LYS1956 -5.872 -5.134 8.351 523 HD2 LYS1956 HD2 LYS1956 -8.236 -6.294 9.807 524 HD3 LYS1956 HD1 LYS1956 -6.820 -7.255 9.381 525 HE2 LYS1956 HE2 LYS1956 -6.751 -4.733 11.040 526 HE3 LYS1956 HE1 LYS1956 -6.766 -6.365 11.702 527 HZ1 LYS1956 HZ1 LYS1956 -4.613 -5.202 9.977 528 HZ2 LYS1956 HZ2 LYS1956 -4.715 -6.790 10.434 529 HZ3 LYS1956 HZ3 LYS1956 -4.490 -5.626 11.621 530 H LEU1957 HN LEU1957 -6.440 -1.607 9.214 531 HA LEU1957 HA LEU1957 -3.947 -1.071 7.986 532 HB2 LEU1957 HB2 LEU1957 -4.996 0.575 9.493 533 HB3 LEU1957 HB1 LEU1957 -4.934 -0.538 10.822 534 HG LEU1957 HG LEU1957 -3.289 1.416 10.771 535 HD11 LEU1957 HD11 LEU1957 -2.142 -1.338 11.187 536 HD12 LEU1957 HD12 LEU1957 -3.178 -0.484 12.322 537 HD13 LEU1957 HD13 LEU1957 -1.601 0.182 11.921 538 HD21 LEU1957 HD21 LEU1957 -1.892 -0.431 8.838 539 HD22 LEU1957 HD22 LEU1957 -1.186 1.003 9.585 540 HD23 LEU1957 HD23 LEU1957 -2.541 1.167 8.467 541 H SER1958 HN SER1958 -2.864 -2.792 7.530 542 HA SER1958 HA SER1958 -1.920 -4.445 9.745 543 HB2 SER1958 HB2 SER1958 -2.331 -5.265 6.855 544 HB3 SER1958 HB1 SER1958 -1.783 -6.307 8.170 545 HG SER1958 HG SER1958 -4.055 -6.493 7.689 546 H LYS1959 HN LYS1959 0.015 -3.603 10.135 547 HA LYS1959 HA LYS1959 1.612 -2.772 7.873 548 HB2 LYS1959 HB2 LYS1959 3.096 -1.640 9.584 549 HB3 LYS1959 HB1 LYS1959 1.470 -1.000 9.463 550 HG2 LYS1959 HG2 LYS1959 0.870 -2.344 11.488 551 HG3 LYS1959 HG1 LYS1959 2.569 -2.794 11.621 552 HD2 LYS1959 HD2 LYS1959 2.126 -0.942 13.115 553 HD3 LYS1959 HD1 LYS1959 3.151 -0.379 11.795 554 HE2 LYS1959 HE2 LYS1959 1.194 0.589 10.681 555 HE3 LYS1959 HE1 LYS1959 0.168 -0.041 11.971 556 HZ1 LYS1959 HZ1 LYS1959 1.205 1.434 13.531 557 HZ2 LYS1959 HZ2 LYS1959 0.695 2.355 12.224 558 HZ3 LYS1959 HZ3 LYS1959 2.337 1.938 12.377 559 H THR1960 HN THR1960 1.900 -4.848 7.234 560 HA THR1960 HA THR1960 4.082 -6.171 8.612 561 HB THR1960 HB THR1960 2.107 -7.522 9.032 562 HG1 THR1960 HG1 THR1960 4.197 -8.538 8.019 563 HG21 THR1960 HG21 THR1960 0.712 -8.492 7.230 564 HG22 THR1960 HG22 THR1960 1.602 -7.533 6.048 565 HG23 THR1960 HG23 THR1960 0.619 -6.731 7.273 566 H LEU1961 HN LEU1961 5.795 -6.208 7.392 567 HA LEU1961 HA LEU1961 5.456 -5.694 4.535 568 HB2 LEU1961 HB2 LEU1961 6.485 -3.879 5.960 569 HB3 LEU1961 HB1 LEU1961 7.818 -4.975 6.260 570 HG LEU1961 HG LEU1961 8.321 -5.007 3.849 571 HD11 LEU1961 HD11 LEU1961 6.117 -2.952 3.694 572 HD12 LEU1961 HD12 LEU1961 6.087 -4.568 2.986 573 HD13 LEU1961 HD13 LEU1961 7.224 -3.361 2.384 574 HD21 LEU1961 HD21 LEU1961 8.154 -2.250 5.064 575 HD22 LEU1961 HD22 LEU1961 9.197 -2.717 3.722 576 HD23 LEU1961 HD23 LEU1961 9.454 -3.411 5.323 577 H THR1962 HN THR1962 6.627 -6.957 3.174 578 HA THR1962 HA THR1962 8.517 -8.819 4.205 579 HB THR1962 HB THR1962 6.612 -10.116 4.695 580 HG1 THR1962 HG1 THR1962 6.699 -11.405 2.319 581 HG21 THR1962 HG21 THR1962 4.697 -10.478 3.151 582 HG22 THR1962 HG22 THR1962 5.421 -9.301 2.039 583 HG23 THR1962 HG23 THR1962 4.925 -8.804 3.664 584 H TYR1963 HN TYR1963 8.982 -10.297 2.116 585 HA TYR1963 HA TYR1963 8.972 -8.629 -0.252 586 HB2 TYR1963 HB2 TYR1963 11.409 -9.061 -0.630 587 HB3 TYR1963 HB1 TYR1963 11.130 -8.068 0.791 588 HD1 TYR1963 HD2 TYR1963 11.488 -9.012 3.044 589 HD2 TYR1963 HD1 TYR1963 12.352 -11.259 -0.458 590 HE1 TYR1963 HE2 TYR1963 12.860 -10.550 4.370 591 HE2 TYR1963 HE1 TYR1963 13.724 -12.796 0.860 592 HH TYR1963 HH TYR1963 14.902 -12.850 2.836 593 H GLU1964 HN GLU1964 8.987 -9.828 -2.104 594 HA GLU1964 HA GLU1964 9.249 -12.715 -1.888 595 HB2 GLU1964 HB2 GLU1964 6.791 -11.873 -1.505 596 HB3 GLU1964 HB1 GLU1964 6.823 -11.531 -3.227 597 HG2 GLU1964 HG2 GLU1964 5.790 -13.659 -2.840 598 HG3 GLU1964 HG1 GLU1964 7.342 -13.906 -3.650 599 H ASP1965 HN ASP1965 10.440 -13.319 -3.577 600 HA ASP1965 HA ASP1965 11.513 -13.389 -5.575 601 HB2 ASP1965 HB2 ASP1965 9.139 -13.092 -6.518 602 HB3 ASP1965 HB1 ASP1965 9.476 -11.373 -6.635 603 H GLN1966 HN GLN1966 11.899 -11.510 -3.471 604 HA GLN1966 HA GLN1966 13.273 -9.932 -2.735 605 HB2 GLN1966 HB2 GLN1966 14.443 -9.879 -5.520 606 HB3 GLN1966 HB1 GLN1966 15.124 -9.035 -4.136 607 HG2 GLN1966 HG2 GLN1966 15.321 -11.243 -2.992 608 HG3 GLN1966 HG1 GLN1966 14.832 -12.001 -4.506 609 HE21 GLN1966 HE21 GLN1966 16.725 -13.078 -4.765 610 HE22 GLN1966 HE22 GLN1966 18.231 -12.306 -5.126 611 H VAL1967 HN VAL1967 10.881 -9.331 -4.720 612 HA VAL1967 HA VAL1967 11.150 -6.449 -4.824 613 HB VAL1967 HB VAL1967 8.730 -8.214 -5.468 614 HG11 VAL1967 HG11 VAL1967 7.911 -6.339 -6.765 615 HG12 VAL1967 HG12 VAL1967 9.295 -5.374 -6.248 616 HG13 VAL1967 HG13 VAL1967 8.112 -5.923 -5.063 617 HG21 VAL1967 HG21 VAL1967 10.826 -7.139 -7.350 618 HG22 VAL1967 HG22 VAL1967 9.358 -7.998 -7.822 619 HG23 VAL1967 HG23 VAL1967 10.606 -8.829 -6.894 620 H LEU1968 HN LEU1968 9.736 -5.094 -3.484 621 HA LEU1968 HA LEU1968 9.410 -6.311 -0.899 622 HB2 LEU1968 HB2 LEU1968 10.421 -4.043 -1.242 623 HB3 LEU1968 HB1 LEU1968 8.860 -3.482 -1.798 624 HG LEU1968 HG LEU1968 7.916 -3.983 0.425 625 HD11 LEU1968 HD11 LEU1968 9.470 -5.738 1.091 626 HD12 LEU1968 HD12 LEU1968 9.459 -4.431 2.280 627 HD13 LEU1968 HD13 LEU1968 10.785 -4.566 1.127 628 HD21 LEU1968 HD21 LEU1968 8.704 -1.742 -0.105 629 HD22 LEU1968 HD22 LEU1968 10.329 -2.181 0.419 630 HD23 LEU1968 HD23 LEU1968 9.008 -2.129 1.588 631 H LYS1969 HN LYS1969 7.517 -6.778 0.002 632 HA LYS1969 HA LYS1969 5.133 -6.354 -1.673 633 HB2 LYS1969 HB2 LYS1969 5.906 -8.874 -0.207 634 HB3 LYS1969 HB1 LYS1969 4.351 -8.603 -0.970 635 HG2 LYS1969 HG2 LYS1969 6.970 -8.554 -2.455 636 HG3 LYS1969 HG1 LYS1969 5.980 -9.997 -2.268 637 HD2 LYS1969 HD2 LYS1969 4.129 -8.867 -3.439 638 HD3 LYS1969 HD1 LYS1969 5.136 -7.426 -3.627 639 HE2 LYS1969 HE2 LYS1969 6.704 -8.626 -5.000 640 HE3 LYS1969 HE1 LYS1969 5.884 -10.152 -4.682 641 HZ1 LYS1969 HZ1 LYS1969 4.667 -7.871 -6.203 642 HZ2 LYS1969 HZ2 LYS1969 3.985 -9.384 -5.969 643 HZ3 LYS1969 HZ3 LYS1969 5.387 -9.230 -6.877 644 H LEU1970 HN LEU1970 3.409 -5.646 -0.714 645 HA LEU1970 HA LEU1970 3.116 -5.851 2.192 646 HB2 LEU1970 HB2 LEU1970 3.728 -3.561 1.615 647 HB3 LEU1970 HB1 LEU1970 2.502 -3.518 0.369 648 HG LEU1970 HG LEU1970 0.762 -3.686 2.141 649 HD11 LEU1970 HD11 LEU1970 1.375 -3.244 4.451 650 HD12 LEU1970 HD12 LEU1970 3.085 -3.322 4.018 651 HD13 LEU1970 HD13 LEU1970 2.071 -4.758 3.877 652 HD21 LEU1970 HD21 LEU1970 1.002 -1.381 2.901 653 HD22 LEU1970 HD22 LEU1970 1.400 -1.550 1.189 654 HD23 LEU1970 HD23 LEU1970 2.687 -1.389 2.381 655 H VAL1971 HN VAL1971 1.093 -6.552 2.766 656 HA VAL1971 HA VAL1971 -0.909 -6.709 0.648 657 HB VAL1971 HB VAL1971 -1.634 -8.970 1.547 658 HG11 VAL1971 HG11 VAL1971 -0.441 -8.777 -0.559 659 HG12 VAL1971 HG12 VAL1971 0.061 -10.233 0.300 660 HG13 VAL1971 HG13 VAL1971 1.104 -8.808 0.293 661 HG21 VAL1971 HG21 VAL1971 0.044 -10.330 2.732 662 HG22 VAL1971 HG22 VAL1971 -0.449 -8.933 3.693 663 HG23 VAL1971 HG23 VAL1971 1.099 -8.919 2.845 664 H TYR1972 HN TYR1972 -2.507 -5.516 1.194 665 HA TYR1972 HA TYR1972 -3.240 -5.395 4.017 666 HB2 TYR1972 HB2 TYR1972 -4.113 -3.612 1.714 667 HB3 TYR1972 HB1 TYR1972 -4.897 -3.614 3.288 668 HD1 TYR1972 HD2 TYR1972 -2.750 -3.746 5.138 669 HD2 TYR1972 HD1 TYR1972 -2.945 -1.687 1.446 670 HE1 TYR1972 HE2 TYR1972 -1.044 -2.215 5.926 671 HE2 TYR1972 HE1 TYR1972 -1.209 -0.141 2.227 672 HH TYR1972 HH TYR1972 0.649 -0.857 4.896 673 H GLU1973 HN GLU1973 -4.453 -6.903 4.654 674 HA GLU1973 HA GLU1973 -6.449 -7.895 2.825 675 HB2 GLU1973 HB2 GLU1973 -6.435 -9.909 4.462 676 HB3 GLU1973 HB1 GLU1973 -5.176 -9.737 3.258 677 HG2 GLU1973 HG2 GLU1973 -4.197 -10.462 5.315 678 HG3 GLU1973 HG1 GLU1973 -3.693 -8.809 5.004 679 H ASP1974 HN ASP1974 -8.336 -8.752 3.723 680 HA ASP1974 HA ASP1974 -10.431 -8.265 4.522 681 HB2 ASP1974 HB2 ASP1974 -9.570 -9.990 5.992 682 HB3 ASP1974 HB1 ASP1974 -8.928 -8.764 7.078 683 H GLY1975 HN GLY1975 -11.086 -6.239 4.089 684 HA2 GLY1975 HA2 GLY1975 -10.639 -4.233 6.197 685 HA3 GLY1975 HA1 GLY1975 -11.160 -3.872 4.549 686 H ASP1976 HN ASP1976 -13.263 -4.192 3.957 687 HA ASP1976 HA ASP1976 -15.140 -4.847 6.109 688 HB2 ASP1976 HB2 ASP1976 -15.444 -2.582 5.113 689 HB3 ASP1976 HB1 ASP1976 -15.599 -3.316 3.521 690 HA PRO1977 HA PRO1977 -15.252 -8.730 3.948 691 HB2 PRO1977 HB2 PRO1977 -17.666 -9.538 5.109 692 HB3 PRO1977 HB1 PRO1977 -16.048 -9.852 5.741 693 HG2 PRO1977 HG2 PRO1977 -18.004 -7.749 6.504 694 HG3 PRO1977 HG1 PRO1977 -16.836 -8.624 7.510 695 HD2 PRO1977 HD2 PRO1977 -16.443 -6.077 6.750 696 HD3 PRO1977 HD1 PRO1977 -15.096 -7.223 6.915 697 H CYS1978 HN CYS1978 -15.685 -8.575 1.904 698 HA CYS1978 HA CYS1978 -18.073 -7.356 0.910 699 HB2 CYS1978 HB2 CYS1978 -15.770 -8.763 -0.484 700 HB3 CYS1978 HB1 CYS1978 -17.038 -7.837 -1.284 701 HA PRO1979 HA PRO1979 -20.627 -10.944 0.480 702 HB2 PRO1979 HB2 PRO1979 -21.371 -10.882 -2.155 703 HB3 PRO1979 HB1 PRO1979 -22.043 -9.859 -0.874 704 HG2 PRO1979 HG2 PRO1979 -19.862 -9.247 -2.824 705 HG3 PRO1979 HG1 PRO1979 -21.280 -8.254 -2.411 706 HD2 PRO1979 HD2 PRO1979 -18.932 -7.707 -1.340 707 HD3 PRO1979 HD1 PRO1979 -20.389 -7.676 -0.320 708 H THR1980 HN THR1980 -17.803 -10.727 -1.314 709 HA THR1980 HA THR1980 -18.048 -13.449 -2.272 710 HB THR1980 HB THR1980 -15.888 -11.423 -2.848 711 HG1 THR1980 HG1 THR1980 -17.524 -10.599 -3.982 712 HG21 THR1980 HG21 THR1980 -15.380 -12.923 -4.726 713 HG22 THR1980 HG22 THR1980 -16.634 -14.038 -4.186 714 HG23 THR1980 HG23 THR1980 -15.198 -13.770 -3.189 715 H ASP1981 HN ASP1981 -16.327 -11.545 0.174 716 HA ASP1981 HA ASP1981 -14.605 -13.849 0.535 717 HB2 ASP1981 HB2 ASP1981 -13.095 -12.527 1.983 718 HB3 ASP1981 HB1 ASP1981 -13.251 -11.848 0.378 719 H LEU1982 HN LEU1982 -16.482 -14.806 1.113 720 HA LEU1982 HA LEU1982 -17.273 -14.562 3.913 721 HB2 LEU1982 HB2 LEU1982 -18.245 -16.511 1.844 722 HB3 LEU1982 HB1 LEU1982 -19.055 -16.001 3.312 723 HG LEU1982 HG LEU1982 -18.563 -14.251 0.916 724 HD11 LEU1982 HD11 LEU1982 -20.910 -14.543 0.442 725 HD12 LEU1982 HD12 LEU1982 -21.047 -15.673 1.804 726 HD13 LEU1982 HD13 LEU1982 -20.032 -16.076 0.415 727 HD21 LEU1982 HD21 LEU1982 -20.164 -12.756 1.997 728 HD22 LEU1982 HD22 LEU1982 -18.737 -13.038 3.009 729 HD23 LEU1982 HD23 LEU1982 -20.251 -13.870 3.368 730 H LYS1983 HN LYS1983 -16.321 -16.997 1.561 731 HA LYS1983 HA LYS1983 -15.238 -18.742 3.657 732 HB2 LYS1983 HB2 LYS1983 -16.271 -19.241 0.871 733 HB3 LYS1983 HB1 LYS1983 -15.597 -20.511 1.910 734 HG2 LYS1983 HG2 LYS1983 -17.403 -20.126 3.495 735 HG3 LYS1983 HG1 LYS1983 -18.010 -18.808 2.496 736 HD2 LYS1983 HD2 LYS1983 -18.445 -20.382 0.681 737 HD3 LYS1983 HD1 LYS1983 -17.814 -21.700 1.669 738 HE2 LYS1983 HE2 LYS1983 -20.206 -19.992 2.360 739 HE3 LYS1983 HE1 LYS1983 -20.271 -21.623 1.687 740 HZ1 LYS1983 HZ1 LYS1983 -19.098 -20.871 4.322 741 HZ2 LYS1983 HZ2 LYS1983 -19.115 -22.424 3.661 742 HZ3 LYS1983 HZ3 LYS1983 -20.567 -21.671 4.082 743 H MET1984 HN MET1984 -13.901 -16.365 2.269 744 HA MET1984 HA MET1984 -11.450 -17.513 1.689 745 HB2 MET1984 HB2 MET1984 -11.260 -16.533 -0.565 746 HB3 MET1984 HB1 MET1984 -12.549 -17.722 -0.558 747 HG2 MET1984 HG2 MET1984 -14.215 -15.954 -0.462 748 HG3 MET1984 HG1 MET1984 -12.945 -14.739 -0.366 749 HE1 MET1984 HE1 MET1984 -10.809 -15.887 -2.443 750 HE2 MET1984 HE2 MET1984 -11.275 -14.186 -2.371 751 HE3 MET1984 HE3 MET1984 -11.283 -15.036 -3.914 752 H LYS1985 HN LYS1985 -10.059 -15.701 1.529 753 HA LYS1985 HA LYS1985 -11.223 -13.189 2.407 754 HB2 LYS1985 HB2 LYS1985 -9.021 -14.632 3.818 755 HB3 LYS1985 HB1 LYS1985 -9.074 -12.872 3.868 756 HG2 LYS1985 HG2 LYS1985 -11.299 -14.717 4.722 757 HG3 LYS1985 HG1 LYS1985 -10.201 -13.839 5.802 758 HD2 LYS1985 HD2 LYS1985 -11.003 -11.725 5.005 759 HD3 LYS1985 HD1 LYS1985 -11.954 -12.505 3.744 760 HE2 LYS1985 HE2 LYS1985 -13.375 -13.514 5.442 761 HE3 LYS1985 HE1 LYS1985 -12.405 -12.764 6.711 762 HZ1 LYS1985 HZ1 LYS1985 -14.423 -11.492 6.209 763 HZ2 LYS1985 HZ2 LYS1985 -13.867 -11.223 4.615 764 HZ3 LYS1985 HZ3 LYS1985 -13.009 -10.624 5.933 765 H HIS1986 HN HIS1986 -10.326 -11.341 1.872 766 HA HIS1986 HA HIS1986 -8.673 -11.575 -0.517 767 HB2 HIS1986 HB2 HIS1986 -9.552 -9.447 -1.237 768 HB3 HIS1986 HB1 HIS1986 -10.884 -10.482 -0.776 769 HD1 HIS1986 HD1 HIS1986 -12.639 -9.375 0.839 770 HD2 HIS1986 HD2 HIS1986 -9.000 -7.333 0.733 771 HE1 HIS1986 HE1 HIS1986 -12.978 -7.377 2.155 772 HE2 HIS1986 HE2 HIS1986 -11.018 -5.984 1.519 773 H LYS1987 HN LYS1987 -6.783 -10.527 -0.781 774 HA LYS1987 HA LYS1987 -6.001 -8.580 1.192 775 HB2 LYS1987 HB2 LYS1987 -3.649 -9.475 1.047 776 HB3 LYS1987 HB1 LYS1987 -4.768 -10.523 1.893 777 HG2 LYS1987 HG2 LYS1987 -4.895 -11.990 -0.031 778 HG3 LYS1987 HG1 LYS1987 -3.867 -10.896 -0.959 779 HD2 LYS1987 HD2 LYS1987 -2.019 -11.277 0.556 780 HD3 LYS1987 HD1 LYS1987 -3.042 -12.256 1.605 781 HE2 LYS1987 HE2 LYS1987 -2.418 -12.938 -1.265 782 HE3 LYS1987 HE1 LYS1987 -1.515 -13.564 0.112 783 HZ1 LYS1987 HZ1 LYS1987 -3.220 -15.122 -0.658 784 HZ2 LYS1987 HZ2 LYS1987 -4.430 -14.003 -0.364 785 HZ3 LYS1987 HZ3 LYS1987 -3.509 -14.616 0.922 786 H SER1988 HN SER1988 -5.016 -6.867 0.312 787 HA SER1988 HA SER1988 -5.090 -6.754 -2.578 788 HB2 SER1988 HB2 SER1988 -4.634 -4.602 -0.500 789 HB3 SER1988 HB1 SER1988 -4.885 -4.342 -2.240 790 HG SER1988 HG SER1988 -6.682 -5.172 -0.263 791 H TYR1989 HN TYR1989 -3.311 -6.427 -3.806 792 HA TYR1989 HA TYR1989 -0.841 -7.329 -2.553 793 HB2 TYR1989 HB2 TYR1989 -1.532 -7.194 -5.473 794 HB3 TYR1989 HB1 TYR1989 -0.273 -8.158 -4.712 795 HD1 TYR1989 HD2 TYR1989 -0.946 -10.216 -3.406 796 HD2 TYR1989 HD1 TYR1989 -3.758 -7.950 -5.658 797 HE1 TYR1989 HE2 TYR1989 -2.531 -12.107 -3.342 798 HE2 TYR1989 HE1 TYR1989 -5.336 -9.822 -5.601 799 HH TYR1989 HH TYR1989 -5.332 -12.191 -5.329 800 H PHE1990 HN PHE1990 0.444 -5.629 -2.035 801 HA PHE1990 HA PHE1990 0.678 -3.477 -4.001 802 HB2 PHE1990 HB2 PHE1990 1.326 -3.443 -1.038 803 HB3 PHE1990 HB1 PHE1990 1.515 -2.085 -2.148 804 HD1 PHE1990 HD2 PHE1990 -0.429 -0.952 -3.058 805 HD2 PHE1990 HD1 PHE1990 -0.818 -4.092 -0.235 806 HE1 PHE1990 HE2 PHE1990 -2.730 -0.249 -2.594 807 HE2 PHE1990 HE1 PHE1990 -3.121 -3.391 0.235 808 HZ PHE1990 HZ PHE1990 -4.138 -1.574 -1.090 809 H SER1991 HN SER1991 2.273 -3.971 -5.275 810 HA SER1991 HA SER1991 4.627 -5.254 -4.181 811 HB2 SER1991 HB2 SER1991 3.795 -4.734 -7.032 812 HB3 SER1991 HB1 SER1991 5.236 -5.623 -6.525 813 HG SER1991 HG SER1991 2.655 -6.449 -6.694 814 H PHE1992 HN PHE1992 6.070 -3.939 -3.427 815 HA PHE1992 HA PHE1992 6.468 -1.373 -4.710 816 HB2 PHE1992 HB2 PHE1992 7.506 -2.472 -2.088 817 HB3 PHE1992 HB1 PHE1992 7.886 -0.875 -2.728 818 HD1 PHE1992 HD2 PHE1992 5.985 0.734 -3.117 819 HD2 PHE1992 HD1 PHE1992 5.580 -2.827 -0.838 820 HE1 PHE1992 HE2 PHE1992 3.964 1.642 -2.074 821 HE2 PHE1992 HE1 PHE1992 3.555 -1.927 0.206 822 HZ PHE1992 HZ PHE1992 2.738 0.307 -0.407 823 H VAL1993 HN VAL1993 7.778 -1.458 -6.252 824 HA VAL1993 HA VAL1993 9.975 -3.360 -6.141 825 HB VAL1993 HB VAL1993 8.381 -3.964 -7.856 826 HG11 VAL1993 HG11 VAL1993 7.258 -1.931 -8.175 827 HG12 VAL1993 HG12 VAL1993 7.823 -2.537 -9.735 828 HG13 VAL1993 HG13 VAL1993 8.675 -1.202 -8.939 829 HG21 VAL1993 HG21 VAL1993 10.829 -2.755 -9.143 830 HG22 VAL1993 HG22 VAL1993 9.758 -3.931 -9.905 831 HG23 VAL1993 HG23 VAL1993 10.684 -4.381 -8.472 832 H CYS1994 HN CYS1994 11.939 -2.632 -7.252 833 HA CYS1994 HA CYS1994 13.074 -0.507 -6.097 834 HB2 CYS1994 HB2 CYS1994 13.780 -1.708 -8.764 835 HB3 CYS1994 HB1 CYS1994 14.832 -0.713 -7.784 836 H LYS1995 HN LYS1995 13.644 1.528 -6.626 837 HA LYS1995 HA LYS1995 11.650 3.118 -7.733 838 HB2 LYS1995 HB2 LYS1995 13.178 3.750 -5.908 839 HB3 LYS1995 HB1 LYS1995 14.493 3.844 -7.051 840 HG2 LYS1995 HG2 LYS1995 12.048 5.598 -7.265 841 HG3 LYS1995 HG1 LYS1995 13.423 6.018 -6.253 842 HD2 LYS1995 HD2 LYS1995 14.855 5.895 -8.305 843 HD3 LYS1995 HD1 LYS1995 13.366 5.640 -9.232 844 HE2 LYS1995 HE2 LYS1995 12.499 7.782 -8.448 845 HE3 LYS1995 HE1 LYS1995 13.953 8.036 -7.494 846 HZ1 LYS1995 HZ1 LYS1995 13.954 7.819 -10.479 847 HZ2 LYS1995 HZ2 LYS1995 15.245 8.260 -9.484 848 HZ3 LYS1995 HZ3 LYS1995 13.901 9.249 -9.607 849 H SER1996 HN SER1996 11.201 3.288 -9.720 850 HA SER1996 HA SER1996 13.348 3.935 -11.605 851 HB2 SER1996 HB2 SER1996 10.659 2.727 -12.267 852 HB3 SER1996 HB1 SER1996 12.010 2.988 -13.372 853 HG SER1996 HG SER1996 13.079 1.583 -11.526 854 H ASP1997 HN ASP1997 10.475 4.988 -9.955 855 HA ASP1997 HA ASP1997 10.446 7.385 -11.604 856 HB2 ASP1997 HB2 ASP1997 7.945 5.941 -10.658 857 HB3 ASP1997 HB1 ASP1997 7.971 7.513 -11.438 858 H ALA1998 HN ALA1998 8.222 6.541 -9.010 859 HA ALA1998 HA ALA1998 7.918 7.088 -6.936 860 HB1 ALA1998 HB1 ALA1998 10.781 8.011 -6.832 861 HB2 ALA1998 HB2 ALA1998 10.218 6.356 -6.610 862 HB3 ALA1998 HB3 ALA1998 9.742 7.607 -5.447 863 H GLY1999 HN GLY1999 9.942 9.567 -8.330 864 HA2 GLY1999 HA2 GLY1999 9.583 11.673 -8.718 865 HA3 GLY1999 HA1 GLY1999 7.866 11.441 -8.442 866 H ASP2000 HN ASP2000 7.139 12.653 -6.981 867 HA ASP2000 HA ASP2000 8.506 12.913 -4.400 868 HB2 ASP2000 HB2 ASP2000 9.047 14.966 -5.573 869 HB3 ASP2000 HB1 ASP2000 7.356 15.214 -5.993 870 H ASP2001 HN ASP2001 5.556 13.104 -6.302 871 HA ASP2001 HA ASP2001 3.737 13.583 -4.184 872 HB2 ASP2001 HB2 ASP2001 3.235 12.233 -6.849 873 HB3 ASP2001 HB1 ASP2001 1.987 12.795 -5.743 874 H SER2002 HN SER2002 5.238 10.759 -5.461 875 HA SER2002 HA SER2002 5.487 8.665 -4.701 876 HB2 SER2002 HB2 SER2002 4.188 9.721 -2.174 877 HB3 SER2002 HB1 SER2002 5.106 8.218 -2.320 878 HG SER2002 HG SER2002 6.078 10.859 -2.728 879 H GLN2003 HN GLN2003 3.266 9.218 -6.308 880 HA GLN2003 HA GLN2003 1.011 7.901 -5.068 881 HB2 GLN2003 HB2 GLN2003 -0.220 8.360 -7.171 882 HB3 GLN2003 HB1 GLN2003 0.461 9.807 -6.446 883 HG2 GLN2003 HG2 GLN2003 2.181 9.912 -8.088 884 HG3 GLN2003 HG1 GLN2003 1.790 8.318 -8.697 885 HE21 GLN2003 HE21 GLN2003 -0.035 8.039 -9.979 886 HE22 GLN2003 HE22 GLN2003 -0.859 9.346 -10.720 887 HA PRO2004 HA PRO2004 2.255 3.854 -6.437 888 HB2 PRO2004 HB2 PRO2004 -0.491 3.122 -5.641 889 HB3 PRO2004 HB1 PRO2004 1.050 2.549 -4.999 890 HG2 PRO2004 HG2 PRO2004 -0.505 4.221 -3.543 891 HG3 PRO2004 HG1 PRO2004 1.281 4.322 -3.567 892 HD2 PRO2004 HD2 PRO2004 -0.737 5.952 -5.050 893 HD3 PRO2004 HD1 PRO2004 0.672 6.485 -4.107 894 H VAL2005 HN VAL2005 1.779 2.465 -8.184 895 HA VAL2005 HA VAL2005 -0.019 3.590 -10.151 896 HB VAL2005 HB VAL2005 1.818 1.175 -10.361 897 HG11 VAL2005 HG11 VAL2005 0.399 2.736 -12.517 898 HG12 VAL2005 HG12 VAL2005 0.011 1.102 -11.975 899 HG13 VAL2005 HG13 VAL2005 1.546 1.422 -12.782 900 HG21 VAL2005 HG21 VAL2005 2.284 4.010 -11.291 901 HG22 VAL2005 HG22 VAL2005 3.341 2.637 -11.622 902 HG23 VAL2005 HG23 VAL2005 3.118 3.201 -9.967 903 H PHE2006 HN PHE2006 -2.040 2.980 -10.120 904 HA PHE2006 HA PHE2006 -2.732 0.474 -8.880 905 HB2 PHE2006 HB2 PHE2006 -5.095 1.250 -9.036 906 HB3 PHE2006 HB1 PHE2006 -4.078 2.366 -8.150 907 HD1 PHE2006 HD2 PHE2006 -3.280 4.470 -9.420 908 HD2 PHE2006 HD1 PHE2006 -6.431 1.963 -10.784 909 HE1 PHE2006 HE2 PHE2006 -4.130 6.308 -10.820 910 HE2 PHE2006 HE1 PHE2006 -7.290 3.797 -12.178 911 HZ PHE2006 HZ PHE2006 -6.140 5.972 -12.197 912 H LEU2007 HN LEU2007 -2.772 -1.249 -9.985 913 HA LEU2007 HA LEU2007 -2.877 -1.198 -12.851 914 HB2 LEU2007 HB2 LEU2007 -2.647 -3.445 -10.847 915 HB3 LEU2007 HB1 LEU2007 -2.807 -3.738 -12.559 916 HG LEU2007 HG LEU2007 -0.640 -2.610 -12.951 917 HD11 LEU2007 HD11 LEU2007 -0.611 -1.077 -11.060 918 HD12 LEU2007 HD12 LEU2007 0.838 -2.081 -11.094 919 HD13 LEU2007 HD13 LEU2007 -0.459 -2.442 -9.953 920 HD21 LEU2007 HD21 LEU2007 -0.563 -4.809 -10.904 921 HD22 LEU2007 HD22 LEU2007 0.767 -4.339 -11.962 922 HD23 LEU2007 HD23 LEU2007 -0.715 -5.004 -12.650 923 H SER2008 HN SER2008 -4.886 -2.388 -10.188 924 HA SER2008 HA SER2008 -7.294 -1.812 -11.510 925 HB2 SER2008 HB2 SER2008 -6.687 -3.784 -12.896 926 HB3 SER2008 HB1 SER2008 -6.544 -4.758 -11.439 927 HG SER2008 HG SER2008 -8.637 -5.018 -11.441 928 H PHE2009 HN PHE2009 -9.023 -2.054 -10.155 929 HA PHE2009 HA PHE2009 -8.590 -3.410 -7.610 930 HB2 PHE2009 HB2 PHE2009 -8.887 -0.942 -7.262 931 HB3 PHE2009 HB1 PHE2009 -10.387 -1.007 -8.180 932 HD1 PHE2009 HD1 PHE2009 -8.750 -2.010 -5.036 933 HD2 PHE2009 HD2 PHE2009 -12.422 -1.782 -7.175 934 HE1 PHE2009 HE1 PHE2009 -9.982 -2.521 -2.972 935 HE2 PHE2009 HE2 PHE2009 -13.661 -2.295 -5.116 936 HZ PHE2009 HZ PHE2009 -12.442 -2.666 -3.007 937 H ASP2010 HN ASP2010 -9.759 -5.172 -7.598 938 HA ASP2010 HA ASP2010 -11.996 -5.330 -9.476 939 HB2 ASP2010 HB2 ASP2010 -10.087 -7.438 -8.490 940 HB3 ASP2010 HB1 ASP2010 -11.650 -7.865 -9.163 941 H GLU2011 HN GLU2011 -13.921 -5.574 -8.746 942 HA GLU2011 HA GLU2011 -14.476 -5.737 -5.939 943 HB2 GLU2011 HB2 GLU2011 -16.833 -5.717 -6.596 944 HB3 GLU2011 HB1 GLU2011 -15.942 -4.496 -7.498 945 HG2 GLU2011 HG2 GLU2011 -15.827 -6.025 -9.407 946 HG3 GLU2011 HG1 GLU2011 -16.763 -7.203 -8.494 947 H GLN2012 HN GLN2012 -13.578 -7.920 -8.149 948 HA GLN2012 HA GLN2012 -14.765 -10.326 -8.127 949 HB2 GLN2012 HB2 GLN2012 -12.606 -9.794 -9.156 950 HB3 GLN2012 HB1 GLN2012 -11.855 -9.760 -7.575 951 HG2 GLN2012 HG2 GLN2012 -11.331 -11.802 -8.754 952 HG3 GLN2012 HG1 GLN2012 -12.292 -12.142 -7.316 953 HE21 GLN2012 HE21 GLN2012 -12.314 -11.887 -10.737 954 HE22 GLN2012 HE22 GLN2012 -13.711 -12.852 -11.048 955 H THR2013 HN THR2013 -12.583 -9.232 -5.575 956 HA THR2013 HA THR2013 -14.348 -10.363 -3.626 957 HB THR2013 HB THR2013 -12.936 -12.308 -4.088 958 HG1 THR2013 HG1 THR2013 -12.715 -10.985 -1.679 959 HG21 THR2013 HG21 THR2013 -10.575 -10.532 -3.458 960 HG22 THR2013 HG22 THR2013 -10.990 -11.191 -5.040 961 HG23 THR2013 HG23 THR2013 -10.500 -12.274 -3.736 962 H CYS2014 HN CYS2014 -13.185 -7.807 -4.670 963 HA CYS2014 HA CYS2014 -12.486 -5.823 -4.004 964 HB2 CYS2014 HB2 CYS2014 -12.797 -6.865 -1.172 965 HB3 CYS2014 HB1 CYS2014 -12.617 -5.175 -1.627 966 H THR2015 HN THR2015 -10.590 -6.930 -5.017 967 HA THR2015 HA THR2015 -8.307 -6.795 -3.213 968 HB THR2015 HB THR2015 -7.363 -8.302 -5.181 969 HG1 THR2015 HG1 THR2015 -8.850 -9.189 -6.368 970 HG21 THR2015 HG21 THR2015 -9.108 -9.365 -2.947 971 HG22 THR2015 HG22 THR2015 -7.399 -8.950 -2.819 972 HG23 THR2015 HG23 THR2015 -7.902 -10.295 -3.837 973 H SER2016 HN SER2016 -6.570 -5.603 -3.978 974 HA SER2016 HA SER2016 -6.987 -4.381 -6.570 975 HB2 SER2016 HB2 SER2016 -5.850 -2.345 -5.564 976 HB3 SER2016 HB1 SER2016 -7.484 -2.685 -4.993 977 HG SER2016 HG SER2016 -6.638 -3.490 -3.095 978 H TYR2017 HN TYR2017 -5.233 -4.070 -7.821 979 HA TYR2017 HA TYR2017 -2.763 -5.439 -7.000 980 HB2 TYR2017 HB2 TYR2017 -3.875 -4.885 -9.767 981 HB3 TYR2017 HB1 TYR2017 -2.291 -5.574 -9.455 982 HD1 TYR2017 HD2 TYR2017 -2.161 -7.853 -8.360 983 HD2 TYR2017 HD1 TYR2017 -5.803 -6.212 -9.815 984 HE1 TYR2017 HE2 TYR2017 -3.172 -10.097 -8.351 985 HE2 TYR2017 HE1 TYR2017 -6.825 -8.439 -9.800 986 HH TYR2017 HH TYR2017 -5.553 -10.999 -8.159 987 H PHE2018 HN PHE2018 -1.328 -3.996 -6.332 988 HA PHE2018 HA PHE2018 -1.084 -1.531 -7.874 989 HB2 PHE2018 HB2 PHE2018 -0.991 -1.942 -4.909 990 HB3 PHE2018 HB1 PHE2018 -0.103 -0.624 -5.655 991 HD1 PHE2018 HD1 PHE2018 -3.564 -2.075 -5.795 992 HD2 PHE2018 HD2 PHE2018 -1.113 1.391 -5.643 993 HE1 PHE2018 HE1 PHE2018 -5.574 -0.662 -5.714 994 HE2 PHE2018 HE2 PHE2018 -3.104 2.806 -5.555 995 HZ PHE2018 HZ PHE2018 -5.347 1.786 -5.590 996 H SER2019 HN SER2019 0.935 -0.745 -8.182 997 HA SER2019 HA SER2019 3.206 -2.280 -7.274 998 HB2 SER2019 HB2 SER2019 2.607 -3.194 -9.523 999 HB3 SER2019 HB1 SER2019 2.657 -1.566 -10.184 1000 HG SER2019 HG SER2019 4.707 -1.675 -10.305 1001 H TRP2020 HN TRP2020 4.909 -0.896 -6.923 1002 HA TRP2020 HA TRP2020 4.678 1.829 -7.901 1003 HB2 TRP2020 HB2 TRP2020 3.426 1.664 -5.720 1004 HB3 TRP2020 HB1 TRP2020 4.941 1.246 -4.946 1005 HD1 TRP2020 HD1 TRP2020 4.665 3.426 -3.392 1006 HE1 TRP2020 HE1 TRP2020 5.136 5.918 -3.820 1007 HE3 TRP2020 HE3 TRP2020 4.984 3.380 -8.510 1008 HZ2 TRP2020 HZ2 TRP2020 5.628 7.612 -5.997 1009 HZ3 TRP2020 HZ3 TRP2020 5.461 5.487 -9.667 1010 HH2 TRP2020 HH2 TRP2020 5.776 7.553 -8.439 1011 H HIS2021 HN HIS2021 6.606 2.244 -8.742 1012 HA HIS2021 HA HIS2021 8.978 0.869 -7.809 1013 HB2 HIS2021 HB2 HIS2021 8.563 2.918 -10.006 1014 HB3 HIS2021 HB1 HIS2021 10.146 2.300 -9.574 1015 HD1 HIS2021 HD1 HIS2021 10.814 0.032 -10.555 1016 HD2 HIS2021 HD2 HIS2021 6.853 1.045 -11.335 1017 HE1 HIS2021 HE1 HIS2021 10.030 -1.596 -12.276 1018 HE2 HIS2021 HE2 HIS2021 7.793 -0.728 -12.969 1019 H THR2022 HN THR2022 9.596 1.581 -5.877 1020 HA THR2022 HA THR2022 9.936 4.452 -5.538 1021 HB THR2022 HB THR2022 7.827 3.919 -4.419 1022 HG1 THR2022 HG1 THR2022 8.427 5.316 -3.025 1023 HG21 THR2022 HG21 THR2022 9.425 1.960 -2.756 1024 HG22 THR2022 HG22 THR2022 8.189 1.546 -3.943 1025 HG23 THR2022 HG23 THR2022 7.743 2.414 -2.474 1026 H SER2023 HN SER2023 11.472 5.103 -3.946 1027 HA SER2023 HA SER2023 13.917 3.856 -4.261 1028 HB2 SER2023 HB2 SER2023 13.157 5.862 -2.153 1029 HB3 SER2023 HB1 SER2023 14.724 5.648 -2.939 1030 HG SER2023 HG SER2023 13.945 7.181 -4.198 1031 H LEU2024 HN LEU2024 11.545 3.550 -1.696 1032 HA LEU2024 HA LEU2024 13.498 2.283 0.069 1033 HB2 LEU2024 HB2 LEU2024 10.641 3.125 0.572 1034 HB3 LEU2024 HB1 LEU2024 11.632 2.305 1.754 1035 HG LEU2024 HG LEU2024 11.569 4.582 2.342 1036 HD11 LEU2024 HD11 LEU2024 13.719 3.583 2.651 1037 HD12 LEU2024 HD12 LEU2024 13.897 5.287 2.238 1038 HD13 LEU2024 HD13 LEU2024 14.204 4.047 1.020 1039 HD21 LEU2024 HD21 LEU2024 12.396 5.260 -0.480 1040 HD22 LEU2024 HD22 LEU2024 12.253 6.421 0.840 1041 HD23 LEU2024 HD23 LEU2024 10.823 5.569 0.252 1042 H ALA2025 HN ALA2025 11.932 1.193 -2.400 1043 HA ALA2025 HA ALA2025 10.605 -1.103 -1.233 1044 HB1 ALA2025 HB1 ALA2025 11.132 -0.396 -4.102 1045 HB2 ALA2025 HB2 ALA2025 9.672 -0.013 -3.193 1046 HB3 ALA2025 HB3 ALA2025 10.089 -1.694 -3.525 1047 H CYS2026 HN CYS2026 13.005 -0.896 -3.843 1048 HA CYS2026 HA CYS2026 14.763 -2.534 -2.364 1049 HB2 CYS2026 HB2 CYS2026 15.047 -4.229 -4.193 1050 HB3 CYS2026 HB1 CYS2026 13.498 -4.321 -3.383 1051 H GLU2027 HN GLU2027 16.854 -2.809 -3.673 1052 HA GLU2027 HA GLU2027 17.302 -0.188 -4.905 1053 HB2 GLU2027 HB2 GLU2027 19.036 -1.791 -3.051 1054 HB3 GLU2027 HB1 GLU2027 19.568 -0.322 -3.870 1055 HG2 GLU2027 HG2 GLU2027 17.878 0.964 -2.715 1056 HG3 GLU2027 HG1 GLU2027 17.232 -0.501 -1.979 1057 H GLU2028 HN GLU2028 16.858 -3.025 -6.062 1058 HA GLU2028 HA GLU2028 19.323 -3.746 -7.299 1059 HB2 GLU2028 HB2 GLU2028 16.520 -4.356 -8.230 1060 HB3 GLU2028 HB1 GLU2028 17.986 -5.159 -8.763 1061 HG2 GLU2028 HG2 GLU2028 18.310 -5.956 -6.435 1062 HG3 GLU2028 HG1 GLU2028 16.728 -5.270 -6.042 1063 H GLU2029 HN GLU2029 16.540 -1.861 -8.252 1064 HA GLU2029 HA GLU2029 18.024 -0.810 -10.538 1065 HB2 GLU2029 HB2 GLU2029 15.152 -0.247 -9.688 1066 HB3 GLU2029 HB1 GLU2029 15.908 0.296 -11.178 1067 HG2 GLU2029 HG2 GLU2029 16.138 -2.077 -11.864 1068 HG3 GLU2029 HG1 GLU2029 15.258 -2.539 -10.409 1069 H VAL2030 HN VAL2030 19.173 0.879 -10.151 1070 HA VAL2030 HA VAL2030 19.492 1.912 -7.591 1071 HB VAL2030 HB VAL2030 20.480 3.076 -10.208 1072 HG11 VAL2030 HG11 VAL2030 21.403 3.577 -7.378 1073 HG12 VAL2030 HG12 VAL2030 20.674 4.753 -8.487 1074 HG13 VAL2030 HG13 VAL2030 22.261 4.081 -8.830 1075 HG21 VAL2030 HG21 VAL2030 22.539 1.863 -9.691 1076 HG22 VAL2030 HG22 VAL2030 21.158 0.777 -9.870 1077 HG23 VAL2030 HG23 VAL2030 21.767 1.176 -8.263 1078 HA PRO2031 HA PRO2031 16.170 4.894 -7.564 1079 HB2 PRO2031 HB2 PRO2031 16.314 5.423 -4.921 1080 HB3 PRO2031 HB1 PRO2031 15.585 3.946 -5.554 1081 HG2 PRO2031 HG2 PRO2031 18.245 4.351 -4.282 1082 HG3 PRO2031 HG1 PRO2031 17.152 2.958 -4.208 1083 HD2 PRO2031 HD2 PRO2031 19.414 3.151 -5.802 1084 HD3 PRO2031 HD1 PRO2031 18.081 2.009 -6.037 1085 H ARG2032 HN ARG2032 19.324 5.416 -7.504 1086 HA ARG2032 HA ARG2032 19.184 8.235 -6.727 1087 HB2 ARG2032 HB2 ARG2032 21.574 6.418 -7.038 1088 HB3 ARG2032 HB1 ARG2032 21.649 8.123 -6.626 1089 HG2 ARG2032 HG2 ARG2032 20.474 7.705 -4.557 1090 HG3 ARG2032 HG1 ARG2032 20.296 6.002 -4.988 1091 HD2 ARG2032 HD2 ARG2032 22.707 5.739 -4.996 1092 HD3 ARG2032 HD1 ARG2032 22.904 7.448 -4.601 1093 HE ARG2032 HE ARG2032 21.458 6.754 -2.581 1094 HH11 ARG2032 HH11 ARG2032 24.099 4.893 -4.050 1095 HH12 ARG2032 HH12 ARG2032 24.529 4.081 -2.621 1096 HH21 ARG2032 HH21 ARG2032 22.079 5.676 -0.598 1097 HH22 ARG2032 HH22 ARG2032 23.410 4.606 -0.578