Structure for family S33 unassigned peptidases
 
TERTIARY STRUCTURE DATA | ||||||||
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Comment | Resolution | PDB | PDBe | SCOP | CATH | PDBSum | Proteopedia | Reference |
Archaeoglobus fulgidus | ||||||||
structure of a thermophilic esterase | 1.40 Å | 5FRD | 5FRD | 5FRD | 5FRD | 5FRD | 5FRD | |
Aspergillus niger | ||||||||
structure of aspergillus niger epoxide hydrolase | 1.80 Å | 1QO7 | 1QO7 | 1QO7 | 1QO7 | 1QO7 | 1QO7 | |
structure of enantioselective mutant of epoxide hydrolase from aspergillus niger generated by directed evolution | 1.50 Å | 3G02 | 3G02 | 3G02 | 3G02 | 3G02 | 3G02 | |
complex with valpromide (2- propylpentanamide) | 2.10 Å | 3G0I | 3G0I | 3G0I | 3G0I | 3G0I | 3G0I | |
Bacillus anthracis | ||||||||
crystal structure of bromoperoxidase from bacillus anthracis | 1.74 Å | 3FOB | 3FOB | 3FOB | 3FOB | 3FOB | 3FOB | |
mature peptidase | 2.44 Å | 3I1I | 3I1I | 3I1I | 3I1I | 3I1I | 3I1I | |
the structure of an alpha/beta fold family hydrolase from bacillus anthracis str. sterne | 1.65 Å | 3OOS | 3OOS | 3OOS | 3OOS | 3OOS | 3OOS | |
Bacillus subtilis | ||||||||
crystal structure of rsbq | 2.50 Å | 1WOM | 1WOM | 1WOM | 1WOM | 1WOM | 1WOM | |
crystal structure of rsbq inhibited by PMSF | 2.60 Å | 1WPR | 1WPR | 1WPR | 1WPR | 1WPR | 1WPR | |
mature peptidase | 1.96 Å | 2R11 | 2R11 | 2R11 | 2R11 | 2R11 | 2R11 | |
crystal structure of naproxen esterase (carboxylesterase np) from bacillus subtilis | 1.75 Å | 4CCW | 4CCW | 4CCW | 4CCW | 4CCW | 4CCW | |
Burkholderia cenocepacia | ||||||||
crystal structure of non-heme chloroperoxidase from burkholderia cenocepacia | 1.85 Å | 4DGQ | 4DGQ | 4DGQ | 4DGQ | 4DGQ | 4DGQ | |
mature peptidase | 1.38 Å | 4X00 | 4X00 | 4X00 | 4X00 | 4X00 | 4X00 | |
Corynebacterium glutamicum | ||||||||
orthorhombic crystal structure of an acetylester hydrolase from corynebacterium glutamicum | 1.80 Å | 5D6O | 5D6O | 5D6O | 5D6O | 5D6O | 5D6O | |
trigonal crystal structure of an acetylester hydrolase from corynebacterium glutamicum | 3.20 Å | 5D7B | 5D7B | 5D7B | 5D7B | 5D7B | 5D7B | |
Haemophilus influenzae | ||||||||
crystal structure of homoserine transacetylase | 1.65 Å | 2B61 | 2B61 | 2B61 | 2B61 | 2B61 | 2B61 | |
Janthinobacterium sp. J3 | ||||||||
mature peptidase | 1.86 Å | 1J1I | 1J1I | 1J1I | 1J1I | 1J1I | 1J1I | |
Kitasatospora aureofaciens | ||||||||
mature peptidase | 1.75 Å | 1A8Q | 1A8Q | 1A8Q | 1A8Q | 1A8Q | 1A8Q | Hofmann et al., 1998 |
Leptospira interrogans | ||||||||
mature peptidase | 2.20 Å | 2PL5 | 2PL5 | 2PL5 | 2PL5 | 2PL5 | 2PL5 | Wang et al., 2007 |
Lyngbya majuscula | ||||||||
thioesterase domain from curacin biosynthetic pathway | 1.68 Å | 3QIT | 3QIT | 3QIT | 3QIT | 3QIT | 3QIT | |
Microbacterium sp. | ||||||||
mature peptidase | 1.73 Å | 1HKH | 1HKH | 1HKH | 1HKH | 1HKH | 1HKH | |
complex with 3a,4,7,7a-tetrahydro-benzo [1,3] dioxol-2-one | 1.73 Å | 1HL7 | 1HL7 | 1HL7 | 1HL7 | 1HL7 | 1HL7 | |
Mycobacterium abscessus | ||||||||
homoserine transacetylase meta from mycobacterium abscessus | 1.69 Å | 5W8P | 5W8P | 5W8P | 5W8P | 5W8P | 5W8P | |
Mycobacterium smegmatis | ||||||||
crystal structure of proline iminopeptidase mycobacterium smegmatis | 1.90 Å | 3NWO | 3NWO | 3NWO | 3NWO | 3NWO | 3NWO | |
Mycobacterium tuberculosis | ||||||||
crystal structure of a novel esterase rv0045c from mycobacterium tuberculosis | 2.80 Å | 3P2M | 3P2M | 3P2M | 3P2M | 3P2M | 3P2M | |
crystal strukture of rv0183, a monoglyceride lipase from mycobacteriumtuberculosis | 1.80 Å | 6EIC | 6EIC | 6EIC | 6EIC | 6EIC | 6EIC | |
Nicotiana tabacum | ||||||||
mature peptidase | 2.00 Å | 1XKL | 1XKL | 1XKL | 1XKL | 1XKL | 1XKL | Forouhar et al., 2005 |
mature peptidase | 2.52 Å | 1Y7H | 1Y7H | 1Y7H | 1Y7H | 1Y7H | 1Y7H | Forouhar et al., 2005 |
mature peptidase | 2.10 Å | 1Y7I | 1Y7I | 1Y7I | 1Y7I | 1Y7I | 1Y7I | Forouhar et al., 2005 |
Ochrobactrum sp. T63 | ||||||||
crystal structures of n-acyl homoserine lactonase aidh | 1.29 Å | 4G5X | 4G5X | 4G5X | 4G5X | 4G5X | 4G5X | |
Ser102Gly mutant; complex with n-hexanoyl homoserine lactone | 1.30 Å | 4G8B | 4G8B | 4G8B | 4G8B | 4G8B | 4G8B | |
Glu219Gly mutant; complex with n-hexanoyl homoserine | 1.11 Å | 4G8C | 4G8C | 4G8C | 4G8C | 4G8C | 4G8C | |
crystal structures of n-acyl homoserine lactonase aidh s102g mutant | 1.35 Å | 4G8D | 4G8D | 4G8D | 4G8D | 4G8D | 4G8D | |
complex with n-butanoyl homoserine | 1.09 Å | 4G9E | 4G9E | 4G9E | 4G9E | 4G9E | 4G9E | |
crystal structures of n-acyl homoserine lactonase aidh e219g mutant | 1.35 Å | 4G9G | 4G9G | 4G9G | 4G9G | 4G9G | 4G9G | |
Oenococcus oeni | ||||||||
crystal structure of alpha/beta superfamily hydrolase from oenococcus oeni psu-1 | 2.00 Å | 3FSG | 3FSG | 3FSG | 3FSG | 3FSG | 3FSG | |
Paraburkholderia xenovorans | ||||||||
crystal structure of the enol-lactonase from burkholderia xenovorans lb400 | 1.90 Å | 2XUA | 2XUA | 2XUA | 2XUA | 2XUA | 2XUA | |
Pseudomonas aeruginosa | ||||||||
the crystal structure of a hydrolase from pseudomonas aeruginosa pa01 | 2.25 Å | 3OM8 | 3OM8 | 3OM8 | 3OM8 | 3OM8 | 3OM8 | |
crystal structure of a probable hydrolytic enzyme (pa3053) from pseudomonas aeruginosa pao1 at 1.50 a resolution | 1.50 Å | 4F0J | 4F0J | 4F0J | 4F0J | 4F0J | 4F0J | |
Pseudomonas oleovorans | ||||||||
mature peptidase | 0.00 Å | 2J2X | 2J2X | 2J2X | 2J2X | 2J2X | 2J2X | |
Pseudomonas putida | ||||||||
crystal structure of the n-fopmylmaleamic acid deformylase nfo(s94a) from pseudomonas putida s16 | 1.65 Å | 4L0C | 4L0C | 4L0C | 4L0C | 4L0C | 4L0C | |
Rhodococcus sp. | ||||||||
mature peptidase | 2.40 Å | 1C4X | 1C4X | 1C4X | 1C4X | 1C4X | 1C4X | |
Rhodopseudomonas palustris | ||||||||
crystal structure of alpha/beta hydrolase from rhodopseudomonas palustris cga009 | 2.20 Å | 4PSU | 4PSU | 4PSU | 4PSU | 4PSU | 4PSU | |
Rickettsia typhi | ||||||||
mature peptidase | 2.40 Å | 4OSE | 4OSE | 4OSE | 4OSE | 4OSE | 4OSE | |
Salmonella typhimurium | ||||||||
mature peptidase | 1.50 Å | 4NMW | 4NMW | 4NMW | 4NMW | 4NMW | 4NMW | |
Shigella flexneri | ||||||||
mature peptidase | 2.05 Å | 4ETW | 4ETW | 4ETW | 4ETW | 4ETW | 4ETW | Agarwal et al., 2012 |
Sphingobium faniae | ||||||||
crystal structure of pyth_h230a | 2.30 Å | 5Y51 | 5Y51 | 5Y51 | 5Y51 | 5Y51 | 5Y51 | |
crystal structure of a novel pyrethroid hydrolase from sphingobium faniae jz-2 | 1.96 Å | 5Y57 | 5Y57 | 5Y57 | 5Y57 | 5Y57 | 5Y57 | |
crystal structure of a novel pyrethroid hydrolase pyth with bif | 1.90 Å | 5Y5R | 5Y5R | 5Y5R | 5Y5R | 5Y5R | 5Y5R | |
crystal structure of a novel pyrethroid hydrolase pyth (s78a) | 2.98 Å | 5Y5V | 5Y5V | 5Y5V | 5Y5V | 5Y5V | 5Y5V | |
Sphingomonas wittichii | ||||||||
crystal structure of dxnb2, a carbon - carbon bond hydrolase from sphingomonas wittichii rw1 | 2.22 Å | 4LXG | 4LXG | 4LXG | 4LXG | 4LXG | 4LXG | |
crystal structure of the Ser105Ala mutant of a carbon-carbon bond hydrolase, dxnb2 from sphingomonas wittichii rw1, in complex with 3- cl hopda | 2.02 Å | 4LXH | 4LXH | 4LXH | 4LXH | 4LXH | 4LXH | |
crystal structure of the Ser105Ala mutant of a carbon-carbon bond hydrolase, dxnb2 from sphingomonas wittichii rw1, in complex with 5, 8-dif hopda ***caveat 4lxi chiral center atom ca5 has sp2 hybridization instead of sp3 | 2.17 Å | 4LXI | 4LXI | 4LXI | 4LXI | 4LXI | 4LXI | |
crystal structure of the s105a mutant of a c-c hydrolase, dxnb2 from sphingomonas wittichii rw1 | 2.26 Å | 4LYD | 4LYD | 4LYD | 4LYD | 4LYD | 4LYD | |
crystal structure of the Ser105Ala mutant of a c-c hydrolase, dxnb2 from sphingomonas wittichii rw1, in complex with substrate hopda | 2.33 Å | 4LYE | 4LYE | 4LYE | 4LYE | 4LYE | 4LYE | |
Streptomyces carzinostaticus | ||||||||
the crystal structure of an epoxide hydrolase from streptomyces carzinostaticus subsp. neocarzinostaticus | 1.82 Å | 5F4Z | 5F4Z | 5F4Z | 5F4Z | 5F4Z | 5F4Z | |
Streptomyces halstedii | ||||||||
crystal structure of vinj | 1.95 Å | 3WMR | 3WMR | 3WMR | 3WMR | 3WMR | 3WMR | |
Streptomyces lavendulae | ||||||||
mature peptidase | 1.81 Å | 3VVL | 3VVL | 3VVL | 3VVL | 3VVL | 3VVL | Oda et al., 2013 |
mature peptidase | 1.70 Å | 3VVM | 3VVM | 3VVM | 3VVM | 3VVM | 3VVM | Oda et al., 2013 |
Streptomyces purpurascens | ||||||||
mature peptidase | 1.45 Å | 1Q0R | 1Q0R | 1Q0R | 1Q0R | 1Q0R | 1Q0R | Jansson et al., 2003 |
mature peptidase | 1.95 Å | 1Q0Z | 1Q0Z | 1Q0Z | 1Q0Z | 1Q0Z | 1Q0Z | Jansson et al., 2003 |
Thermoplasma acidophilum | ||||||||
crystal structure of predicted cib-like hydrolase (np_393672.1) from thermoplasma acidophilum at 1.45 a resolution | 1.45 Å | 3BDI | 3BDI | 3BDI | 3BDI | 3BDI | 3BDI | |
Vibrio cholerae | ||||||||
mature peptidase | 1.90 Å | 1R3D | 1R3D | 1R3D | 1R3D | 1R3D | 1R3D |