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Title | CRYSTAL STRUCTURE OF FE-TYPE NHASE FROM RHODOCOCCUS ERYTHROP | |
Keywords | NITRILE HYDRATASE, POST TRANSLATION, LYASE | |
Experiment | X-ray diffraction | |
Number of Models | 1 |
Database | ID code | Status | Coordinate files | ||
Header | Asymmetric unit | Biological unit | |||
PDB | 2QDY | released | available | available | Quaternary Structure Server |
Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
---|---|---|---|---|---|---|
1 | Protein | NITRILE HYDRATASE SUBUNIT ALPHA | A | 197 | 1532 | 16 |
2 | Protein | NITRILE HYDRATASE SUBUNIT BETA | B | 211 | 1651 | 0 |
3 | Ligand | NITRILE HYDRATASE SUBUNIT ALPHA | A | 6 | 0 | 16 |
4 | Ligand | NITRILE HYDRATASE SUBUNIT BETA | B | 9 | 0 | 33 |
5 | Water | 585 | 0 | 585 | ||
total | 1008 | 3183 | 650 |
Unit 1 | GLU10 ASN11 ALA12 ALA13 PRO14 ALA15 GLN16 ALA17 PRO18 VAL19 SER20 ASP21 ARG22 ALA23 TRP24 ALA25 LEU26 PHE27 ARG28 ALA29 LEU30 ASP31 GLY32 LYS33 GLY34 LEU35 VAL36 PRO37 ASP38 GLY39 TYR40 VAL41 GLU42 GLY43 TRP44 LYS45 LYS46 THR47 PHE48 GLU49 GLU50 ASP51 PHE52 SER53 PRO54 ARG55 ARG56 GLY57 ALA58 GLU59 LEU60 VAL61 ALA62 ARG63 ALA64 TRP65 THR66 ASP67 PRO68 GLU69 PHE70 ARG71 GLN72 LEU73 LEU74 LEU75 THR76 ASP77 GLY78 THR79 ALA80 ALA81 VAL82 ALA83 GLN84 TYR85 GLY86 TYR87 LEU88 GLY89 PRO90 GLN91 GLY92 GLU93 TYR94 ILE95 VAL96 ALA97 VAL98 GLU99 ASP100 THR101 PRO102 THR103 LEU104 LYS105 ASN106 VAL107 ILE108 VAL109 CYS110 SER111 LEU112 CSD113 SER114 CSD115 THR116 ALA117 TRP118 PRO119 ILE120 LEU121 GLY122 LEU123 PRO124 PRO125 THR126 TRP127 TYR128 LYS129 SER130 PHE131 GLU132 TYR133 ARG134 ALA135 ARG136 VAL137 VAL138 ARG139 GLU140 PRO141 ARG142 LYS143 VAL144 LEU145 SER146 GLU147 MET148 GLY149 THR150 GLU151 ILE152 ALA153 SER154 ASP155 ILE156 GLU157 ILE158 ARG159 VAL160 TYR161 ASP162 THR163 THR164 ALA165 GLU166 THR167 ARG168 TYR169 MET170 VAL171 LEU172 PRO173 GLN174 ARG175 PRO176 ALA177 GLY178 THR179 GLU180 GLY181 TRP182 SER183 GLN184 GLU185 GLN186 LEU187 GLN188 GLU189 ILE190 VAL191 THR192 LYS193 ASP194 CYS195 LEU196 ILE197 GLY198 VAL199 ALA200 ILE201 PRO202 GLN203 VAL204 PRO205 THR206 |
Unit 2 | MET1 ASP2 GLY3 VAL4 HIS5 ASP6 LEU7 ALA8 GLY9 VAL10 GLN11 GLY12 PHE13 GLY14 LYS15 VAL16 PRO17 HIS18 THR19 VAL20 ASN21 ALA22 ASP23 ILE24 GLY25 PRO26 THR27 PHE28 HIS29 ALA30 GLU31 TRP32 GLU33 HIS34 LEU35 PRO36 TYR37 SER38 LEU39 MET40 PHE41 ALA42 GLY43 VAL44 ALA45 GLU46 LEU47 GLY48 ALA49 PHE50 SER51 VAL52 ASP53 GLU54 VAL55 ARG56 TYR57 VAL58 VAL59 GLU60 ARG61 MET62 GLU63 PRO64 ARG65 HIS66 TYR67 MET68 MET69 THR70 PRO71 TYR72 TYR73 GLU74 ARG75 TYR76 VAL77 ILE78 GLY79 VAL80 ALA81 THR82 LEU83 MET84 VAL85 GLU86 LYS87 GLY88 ILE89 LEU90 THR91 GLN92 ASP93 GLU94 LEU95 GLU96 SER97 LEU98 ALA99 GLY100 GLY101 PRO102 PHE103 PRO104 LEU105 SER106 ARG107 PRO108 SER109 GLU110 SER111 GLU112 GLY113 ARG114 PRO115 ALA116 PRO117 VAL118 GLU119 THR120 THR121 THR122 PHE123 GLU124 VAL125 GLY126 GLN127 ARG128 VAL129 ARG130 VAL131 ARG132 ASP133 GLU134 TYR135 VAL136 PRO137 GLY138 HIS139 ILE140 ARG141 MET142 PRO143 ALA144 TYR145 CYS146 ARG147 GLY148 ARG149 VAL150 GLY151 THR152 ILE153 SER154 HIS155 ARG156 THR157 THR158 GLU159 LYS160 TRP161 PRO162 PHE163 PRO164 ASP165 ALA166 ILE167 GLY168 HIS169 GLY170 ARG171 ASN172 ASP173 ALA174 GLY175 GLU176 GLU177 PRO178 THR179 TYR180 HIS181 VAL182 LYS183 PHE184 ALA185 ALA186 GLU187 GLU188 LEU189 PHE190 GLY191 SER192 ASP193 THR194 ASP195 GLY196 GLY197 SER198 VAL199 VAL200 VAL201 ASP202 LEU203 PHE204 GLU205 GLY206 TYR207 LEU208 GLU209 PRO210 ALA211 |
Unit 3 | FE300 GOL1100 GOL1200 CL2002 CL2004 MG2007 |
Unit 4 | IBN1000 GOL1300 GOL1400 GOL1500 GOL1600 CL2001 CL2003 MG2005 MG2006 |
Perl script: | PDBscan.pl (15 Sep 2016) |
Author: | Peter Slickers (slickers@leibniz-fli.de), IMB Jena, Germany |