M-CSA Mechanism and Catalytic Site Atlas

Beta-glucuronidase (M-CSA:423)

Proteins that are close homologues to the M-CSA reference protein and have the same catalytic residues (highlighted in green, below) probably share the same mechanism. Please also check if the homologue shares the same FunTree Structural Cluster and the same Pfam family, as another measure of similarity.

Legend:
Reference Residue Conserved Residue Non Conserved Residue Outside Alignment Reference Residue not in this chain

The residue id shown is the one in the PDB sequence. This may be different from the resid given by the author of the PDB file.

PDB sequences identical to 1bhg

In these PDB chains all the catalytic residues are conserved and have the same numbering as the reference.

3hn3(A, B, D, E)

PDB sequences homologous to 1bhg

Reference PDB chains/ identical chains	Homologous PDB chains	Glu451(431)A Tyr504(484)A Glu540(520)A Asp207(187)A
1bhg(B,A) 3hn3(E,B,D,A)	1jz3(B,D,A,C) 1dp0(B,A,D,C) 1jz4(B,D,A,C) 4ttg(B,D,A,C) 1jz5(B,A,D,C) 1hn1(B,D,A,C) 1jz6(B,D,A,C) 1jyx(B,D,A,C) 1jz7(C,B,A,D)	Glu461 Tyr503 Glu537 Asp201
1bhg(B,A) 3hn3(E,B,D,A)	6bo6(A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	3czj(B,A,D,C)	Glu461 Tyr503 Glu537 Asp201
1bhg(B,A) 3hn3(E,B,D,A)	5ldr(A)	Glu366 Phe411 Glu447 Asp135
1bhg(B,A) 3hn3(E,B,D,A)	3bga(B,A)	Glu464 Tyr505 Glu528 Asp207
1bhg(B,A) 3hn3(E,B,D,A)	3cmg(A)	Glu395 Tyr445 Glu476 Asp132
1bhg(B,A) 3hn3(E,B,D,A)	4cuc(A)	Glu428 Tyr493 Gln509 Arg152
1bhg(B,A) 3hn3(E,B,D,A)	3dec(A)	Glu460 Tyr501 Glu524 Asp203
1bhg(B,A) 3hn3(E,B,D,A)	5t98(B,A) 5t99(B,A)	Glu417 Tyr478 Glu494 Arg161
1bhg(B,A) 3hn3(E,B,D,A)	3lpf(B,A) 3k46(B,A) 3lpg(B,A) 3k4d(B,A) 5czk(B,A) 6lem(A)	Glu415 Tyr470 Glu506 Asp165
1bhg(B,A) 3hn3(E,B,D,A)	4jkl(B,A) 4jkk(A)	Glu411 Tyr467 Glu504 Asp163
1bhg(B,A) 3hn3(E,B,D,A)	5t9g(B,D,A,C) 5t9a(B,D,A,C)	Glu434 Tyr534 Glu550 Arg164
1bhg(B,A) 3hn3(E,B,D,A)	6leg(B,A,D,C) 6lel(B,A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6etz(A) 6h1p(A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6b6l(B,A)	Glu405 Tyr464 Glu480 Arg148
1bhg(B,A) 3hn3(E,B,D,A)	5a1a(B,A,D,C)	Glu460 Tyr502 Glu536 Asp200
1bhg(B,A) 3hn3(E,B,D,A)	4jhz(B,A)	Glu415 Tyr470 Glu506 Asp165
1bhg(B,A) 3hn3(E,B,D,A)	4ypj(B,A)	Glu410 Tyr479 Glu495 Arg148
1bhg(B,A) 3hn3(E,B,D,A)	3vdb(B,A,D,C) 3vdc(C,B,A,D) 3vda(B,A,D,C)	Glu490 Tyr532 Glu566 Asp230
1bhg(B,A) 3hn3(E,B,D,A)	4v41(I,M,E,K,F,P,B,G,L,D,J,O,C,N,A,H) 4v44(M,I,E,K,B,P,F,G,L,D,H,J,O,N,A,C) 4v45(I,M,E,F,B,P,K,G,L,D,J,O,C,N,A,H) 4v40(M,I,E,F,B,K,P,G,L,D,J,O,C,N,A,H) 1jz2(B,D,A,C)	Glu461 Tyr503 Glu537 Asp201
1bhg(B,A) 3hn3(E,B,D,A)	3mv1(1,3,4,2) 3muz(1,3,4,2) 3mv0(1,3,4,2)	Glu490 Tyr532 Glu566 Asp230
1bhg(B,A) 3hn3(E,B,D,A)	3ob8(B,D,A,C) 3oba(B,D,A,C)	Glu489 Tyr530 Glu558 Asp194
1bhg(B,A) 3hn3(E,B,D,A)	1bhg(B,A) 3hn3(E,B,D,A)	Glu431 Tyr484 Glu520 Asp187
1bhg(B,A) 3hn3(E,B,D,A)	5dmy(B,A,C)	Glu453 Tyr523 Glu539 Arg171
1bhg(B,A) 3hn3(E,B,D,A)	1yq2(E,F,B,D,A,C)	Glu443 Tyr484 Glu522 Asp202
1bhg(B,A) 3hn3(E,B,D,A)	3vd9(B,A,D,C) 3vd7(B,D,A,C) 3vd5(C,B,A,D) 4dux(B,D,A,C)	Glu490 Tyr532 Glu566 Asp230
1bhg(B,A) 3hn3(E,B,D,A)	3t2q(B,D,A,C) 3t2p(B,D,A,C) 3t2o(C,B,A,D)	Glu490 Tyr532 Glu566 Asp230
1bhg(B,A) 3hn3(E,B,D,A)	4cu8(A) 4cu6(A) 4cu7(A)	Glu428 Tyr493 Glu509 Arg152
1bhg(B,A) 3hn3(E,B,D,A)	4duv(B,D,A,C) 4duw(B,A,D,C)	Glu490 Tyr532 Glu566 Asp230
1bhg(B,A) 3hn3(E,B,D,A)	1px4(B,A,D,C) 1px3(B,D,A,C)	Glu461 Tyr503 Glu537 Asp201
1bhg(B,A) 3hn3(E,B,D,A)	3dyo(B,D,A,C) 3dyp(B,A,D,C)	Glu461 Tyr503 Glu537 Asp201
1bhg(B,A) 3hn3(E,B,D,A)	1f4h(B,D,A,C) 1f4a(C,B,A,D)	Glu459 Tyr501 Glu535 Asp199
1bhg(B,A) 3hn3(E,B,D,A)	3k4a(B,A)	Glu415 Tyr470 Glu506 Asp165
1bhg(B,A) 3hn3(E,B,D,A)	3dym(B,A,D,C) 3e1f(1,3,4,2)	Glu461 Tyr503 Glu537 Asp201
1bhg(B,A) 3hn3(E,B,D,A)	3i3d(B,A,D,C) 3i3e(B,D,A,C) 3i3b(B,A,D,C)	Glu461 Tyr503 Glu537 Asp201
1bhg(B,A) 3hn3(E,B,D,A)	3j7h(B,A,D,C) 4ckd(B,A,D,C) 6drv(B,A,D,C)	Glu462 Tyr504 Glu538 Asp202
1bhg(B,A) 3hn3(E,B,D,A)	3iap(B,A,D,C)	Glu461 Tyr503 Glu537 Asp201
1bhg(B,A) 3hn3(E,B,D,A)	6bjw(A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	3vd4(B,A,D,C) 3vd3(B,D,A,C)	Glu490 Tyr532 Glu566 Asp230
1bhg(B,A) 3hn3(E,B,D,A)	3t0b(B,A,D,C) 3t0a(B,D,A,C) 3t0d(B,D,A,C)	Glu490 Tyr532 Glu566 Asp230
1bhg(B,A) 3hn3(E,B,D,A)	1jyv(B,A,D,C) 1jz8(C,B,A,D) 1jyw(B,D,A,C) 1jyn(B,D,A,C)	Glu461 Tyr503 Gln537 Asp201
1bhg(B,A) 3hn3(E,B,D,A)	3fn9(B,A,D,C)	Glu400 Tyr453 Glu484 Asn143
1bhg(B,A) 3hn3(E,B,D,A)	5uj6(B,A) 6nzg(B,A)	Glu418 Tyr487 Glu518 Asp158
1bhg(B,A) 3hn3(E,B,D,A)	3sep(B,A,D,C) 3t08(C,B,A,D) 3t09(B,D,A,C)	Glu490 Tyr532 Glu566 Asp230
1bhg(B,A) 3hn3(E,B,D,A)	5euv(B,A) 5ldr(B)	Glu365 Phe410 Glu446 Asp134
1bhg(B,A) 3hn3(E,B,D,A)	4jkm(B,A) 6cxs(B,A)	Glu415 Tyr471 Glu508 Asp167
1bhg(B,A) 3hn3(E,B,D,A)	5c71(B,A,D,C)	Asp447 Tyr502 Asp538 Asp195
1bhg(B,A) 3hn3(E,B,D,A)	5c70(B,A)	Glu422 Tyr477 Glu513 Asp170
1bhg(B,A) 3hn3(E,B,D,A)	3muy(1,3,4,2)	Glu461 Tyr503 Glu537 Asp201
1bhg(B,A) 3hn3(E,B,D,A)	3iaq(C,B,A,D)	Glu461 Tyr503 Glu537 Asp201
1bhg(B,A) 3hn3(E,B,D,A)	3gm8(A)	Glu396 Leu458 Glu474 Arg143
1bhg(B,A) 3hn3(E,B,D,A)	5z18(E,F,B,D,A,C) 5z19(E,F,B,D,A,C) 6jz2(B,A) 6jz3(B,A) 6jz4(B,A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	5z1a(A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	5z1b(B,A,D,C)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6bjq(A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6cvm(B,A,D,C) 6x1q(B,A,D,C)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6d1n(B,A) 6d41(B,A) 6d6w(B,A,D,C) 6d7f(E,F,B,D,A,C)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6d1p(B,A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6d4o(A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6d50(B,A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6lej(A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6d7j(B,A,D,C) 6dxu(B,D,A,C)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6d89(B,D,A,C)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6d8g(B,A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6d8k(B,A,D,C)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6ec6(B,A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6eca(B,A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6ed1(B,A,D,C)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6ed2(A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6hpd(A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6mvf(E,F,B,D,A,C)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6mvg(B,A,C)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6mvh(B,A,D,C)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6ncw(B,A,D,C) 6ncx(B,D,A,C)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6ncy(B,A) 6ncz(E,F,B,D,A,C)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6se8(A) 6se9(A) 6sea(A) 6zjs(A) 6zjt(A) 6zju(A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6seb(A) 6sec(A) 6sed(A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6tsh(B,A,D,C) 6tsk(B,A,D,C) 6tte(B,A,D,C)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6u7i(B,A,D,C)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6u7j(B,A,D,C)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6jz1(B,A) 6jz5(B,A) 6jz6(B,A) 6jz7(B,A) 6jz8(B,A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6kuz(B,A,D,C)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6ld0(B,A,D,C) 6ld6(B,A,D,C) 6ldb(B,A,D,C) 6ldc(B,A,D,C) 6ldd(B,A,D,C)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6lej(B)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6lem(B)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6qub(A) 6quc(B,A) 6qud(A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6qub(B)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6s6z(E,F,B,G,D,C,A,H)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6sd0(B,A,D,C)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6xxw(A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6zjp(A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6zjq(A) 6zjr(A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6zjv(A) 6zjw(A) 6zjx(A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	7brs(B,A,D,C) 7btk(B,A,D,C)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	7cwd(A) 7cwi(A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	1jz3(B,D,A,C) 1dp0(B,A,D,C) 1jz4(B,D,A,C) 4ttg(B,D,A,C) 1jz5(B,A,D,C) 1hn1(B,D,A,C) 1jz6(B,D,A,C) 1jyx(B,D,A,C) 1jz7(C,B,A,D)	Glu461 Tyr503 Glu537 Asp201
1bhg(B,A) 3hn3(E,B,D,A)	6bo6(A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	3czj(B,A,D,C)	Glu461 Tyr503 Glu537 Asp201
1bhg(B,A) 3hn3(E,B,D,A)	5ldr(A)	Glu366 Phe411 Glu447 Asp135
1bhg(B,A) 3hn3(E,B,D,A)	3bga(B,A)	Glu464 Tyr505 Glu528 Asp207
1bhg(B,A) 3hn3(E,B,D,A)	3cmg(A)	Glu395 Tyr445 Glu476 Asp132
1bhg(B,A) 3hn3(E,B,D,A)	4cuc(A)	Glu428 Tyr493 Gln509 Arg152
1bhg(B,A) 3hn3(E,B,D,A)	3dec(A)	Glu460 Tyr501 Glu524 Asp203
1bhg(B,A) 3hn3(E,B,D,A)	5t98(B,A) 5t99(B,A)	Glu417 Tyr478 Glu494 Arg161
1bhg(B,A) 3hn3(E,B,D,A)	3lpf(B,A) 3k46(B,A) 3lpg(B,A) 3k4d(B,A) 5czk(B,A) 6lem(A)	Glu415 Tyr470 Glu506 Asp165
1bhg(B,A) 3hn3(E,B,D,A)	4jkl(B,A) 4jkk(A)	Glu411 Tyr467 Glu504 Asp163
1bhg(B,A) 3hn3(E,B,D,A)	5t9g(B,D,A,C) 5t9a(B,D,A,C)	Glu434 Tyr534 Glu550 Arg164
1bhg(B,A) 3hn3(E,B,D,A)	6leg(B,A,D,C) 6lel(B,A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6etz(A) 6h1p(A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6b6l(B,A)	Glu405 Tyr464 Glu480 Arg148
1bhg(B,A) 3hn3(E,B,D,A)	5a1a(B,A,D,C)	Glu460 Tyr502 Glu536 Asp200
1bhg(B,A) 3hn3(E,B,D,A)	4jhz(B,A)	Glu415 Tyr470 Glu506 Asp165
1bhg(B,A) 3hn3(E,B,D,A)	4ypj(B,A)	Glu410 Tyr479 Glu495 Arg148
1bhg(B,A) 3hn3(E,B,D,A)	3vdb(B,A,D,C) 3vdc(C,B,A,D) 3vda(B,A,D,C)	Glu490 Tyr532 Glu566 Asp230
1bhg(B,A) 3hn3(E,B,D,A)	4v41(I,M,E,K,F,P,B,G,L,D,J,O,C,N,A,H) 4v44(M,I,E,K,B,P,F,G,L,D,H,J,O,N,A,C) 4v45(I,M,E,F,B,P,K,G,L,D,J,O,C,N,A,H) 4v40(M,I,E,F,B,K,P,G,L,D,J,O,C,N,A,H) 1jz2(B,D,A,C)	Glu461 Tyr503 Glu537 Asp201
1bhg(B,A) 3hn3(E,B,D,A)	3mv1(1,3,4,2) 3muz(1,3,4,2) 3mv0(1,3,4,2)	Glu490 Tyr532 Glu566 Asp230
1bhg(B,A) 3hn3(E,B,D,A)	3ob8(B,D,A,C) 3oba(B,D,A,C)	Glu489 Tyr530 Glu558 Asp194
1bhg(B,A) 3hn3(E,B,D,A)	1bhg(B,A) 3hn3(E,B,D,A)	Glu431 Tyr484 Glu520 Asp187
1bhg(B,A) 3hn3(E,B,D,A)	5dmy(B,A,C)	Glu453 Tyr523 Glu539 Arg171
1bhg(B,A) 3hn3(E,B,D,A)	1yq2(E,F,B,D,A,C)	Glu443 Tyr484 Glu522 Asp202
1bhg(B,A) 3hn3(E,B,D,A)	3vd9(B,A,D,C) 3vd7(B,D,A,C) 3vd5(C,B,A,D) 4dux(B,D,A,C)	Glu490 Tyr532 Glu566 Asp230
1bhg(B,A) 3hn3(E,B,D,A)	3t2q(B,D,A,C) 3t2p(B,D,A,C) 3t2o(C,B,A,D)	Glu490 Tyr532 Glu566 Asp230
1bhg(B,A) 3hn3(E,B,D,A)	4cu8(A) 4cu6(A) 4cu7(A)	Glu428 Tyr493 Glu509 Arg152
1bhg(B,A) 3hn3(E,B,D,A)	4duv(B,D,A,C) 4duw(B,A,D,C)	Glu490 Tyr532 Glu566 Asp230
1bhg(B,A) 3hn3(E,B,D,A)	1px4(B,A,D,C) 1px3(B,D,A,C)	Glu461 Tyr503 Glu537 Asp201
1bhg(B,A) 3hn3(E,B,D,A)	3dyo(B,D,A,C) 3dyp(B,A,D,C)	Glu461 Tyr503 Glu537 Asp201
1bhg(B,A) 3hn3(E,B,D,A)	1f4h(B,D,A,C) 1f4a(C,B,A,D)	Glu459 Tyr501 Glu535 Asp199
1bhg(B,A) 3hn3(E,B,D,A)	3k4a(B,A)	Glu415 Tyr470 Glu506 Asp165
1bhg(B,A) 3hn3(E,B,D,A)	3dym(B,A,D,C) 3e1f(1,3,4,2)	Glu461 Tyr503 Glu537 Asp201
1bhg(B,A) 3hn3(E,B,D,A)	3i3d(B,A,D,C) 3i3e(B,D,A,C) 3i3b(B,A,D,C)	Glu461 Tyr503 Glu537 Asp201
1bhg(B,A) 3hn3(E,B,D,A)	3j7h(B,A,D,C) 4ckd(B,A,D,C) 6drv(B,A,D,C)	Glu462 Tyr504 Glu538 Asp202
1bhg(B,A) 3hn3(E,B,D,A)	3iap(B,A,D,C)	Glu461 Tyr503 Glu537 Asp201
1bhg(B,A) 3hn3(E,B,D,A)	6bjw(A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	3vd4(B,A,D,C) 3vd3(B,D,A,C)	Glu490 Tyr532 Glu566 Asp230
1bhg(B,A) 3hn3(E,B,D,A)	3t0b(B,A,D,C) 3t0a(B,D,A,C) 3t0d(B,D,A,C)	Glu490 Tyr532 Glu566 Asp230
1bhg(B,A) 3hn3(E,B,D,A)	1jyv(B,A,D,C) 1jz8(C,B,A,D) 1jyw(B,D,A,C) 1jyn(B,D,A,C)	Glu461 Tyr503 Gln537 Asp201
1bhg(B,A) 3hn3(E,B,D,A)	3fn9(B,A,D,C)	Glu400 Tyr453 Glu484 Asn143
1bhg(B,A) 3hn3(E,B,D,A)	5uj6(B,A) 6nzg(B,A)	Glu418 Tyr487 Glu518 Asp158
1bhg(B,A) 3hn3(E,B,D,A)	3sep(B,A,D,C) 3t08(C,B,A,D) 3t09(B,D,A,C)	Glu490 Tyr532 Glu566 Asp230
1bhg(B,A) 3hn3(E,B,D,A)	5euv(B,A) 5ldr(B)	Glu365 Phe410 Glu446 Asp134
1bhg(B,A) 3hn3(E,B,D,A)	4jkm(B,A) 6cxs(B,A)	Glu415 Tyr471 Glu508 Asp167
1bhg(B,A) 3hn3(E,B,D,A)	5c71(B,A,D,C)	Asp447 Tyr502 Asp538 Asp195
1bhg(B,A) 3hn3(E,B,D,A)	5c70(B,A)	Glu422 Tyr477 Glu513 Asp170
1bhg(B,A) 3hn3(E,B,D,A)	3muy(1,3,4,2)	Glu461 Tyr503 Glu537 Asp201
1bhg(B,A) 3hn3(E,B,D,A)	3iaq(C,B,A,D)	Glu461 Tyr503 Glu537 Asp201
1bhg(B,A) 3hn3(E,B,D,A)	3gm8(A)	Glu396 Leu458 Glu474 Arg143
1bhg(B,A) 3hn3(E,B,D,A)	5z18(E,F,B,D,A,C) 5z19(E,F,B,D,A,C) 6jz2(B,A) 6jz3(B,A) 6jz4(B,A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	5z1a(A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	5z1b(B,A,D,C)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6bjq(A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6cvm(B,A,D,C) 6x1q(B,A,D,C)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6d1n(B,A) 6d41(B,A) 6d6w(B,A,D,C) 6d7f(E,F,B,D,A,C)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6d1p(B,A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6d4o(A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6d50(B,A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6lej(A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6d7j(B,A,D,C) 6dxu(B,D,A,C)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6d89(B,D,A,C)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6d8g(B,A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6d8k(B,A,D,C)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6ec6(B,A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6eca(B,A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6ed1(B,A,D,C)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6ed2(A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6hpd(A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6mvf(E,F,B,D,A,C)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6mvg(B,A,C)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6mvh(B,A,D,C)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6ncw(B,A,D,C) 6ncx(B,D,A,C)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6ncy(B,A) 6ncz(E,F,B,D,A,C)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6se8(A) 6se9(A) 6sea(A) 6zjs(A) 6zjt(A) 6zju(A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6seb(A) 6sec(A) 6sed(A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6tsh(B,A,D,C) 6tsk(B,A,D,C) 6tte(B,A,D,C)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6u7i(B,A,D,C)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6u7j(B,A,D,C)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6jz1(B,A) 6jz5(B,A) 6jz6(B,A) 6jz7(B,A) 6jz8(B,A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6kuz(B,A,D,C)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6ld0(B,A,D,C) 6ld6(B,A,D,C) 6ldb(B,A,D,C) 6ldc(B,A,D,C) 6ldd(B,A,D,C)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6lej(B)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6lem(B)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6qub(A) 6quc(B,A) 6qud(A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6qub(B)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6s6z(E,F,B,G,D,C,A,H)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6sd0(B,A,D,C)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6xxw(A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6zjp(A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6zjq(A) 6zjr(A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	6zjv(A) 6zjw(A) 6zjx(A)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	7brs(B,A,D,C) 7btk(B,A,D,C)	x x x x
1bhg(B,A) 3hn3(E,B,D,A)	7cwd(A) 7cwi(A)	x x x x