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Title | CRYSTAL STRUCTURE OF LOOP 7 TRUNCATED MUTANT OF 3-DEOXY-D-MA OCTULOSONATE 8-PHOSPHATE SYNTHASE (KDO8PS) FROM NEISSERIA MENINGITIDIS | |
Keywords | MANNO-OCTULOSONATE, SYNTHASE, LIPOPOLYSACCHARIDE, KDOP, KDO8 KDO8PS, TIM BARREL, BIOSYNTHESIS, TRANSFERASE, LYASE, LIPOPOLYSACCHARIDE BIOSYNTHESIS | |
Experiment | X-ray diffraction | |
Number of Models | 1 |
Database | ID code | Status | Coordinate files | ||
Header | Asymmetric unit | Biological unit | |||
PDB | 3STC | released | available | available | Quaternary Structure Server |
Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
---|---|---|---|---|---|---|
1 | Protein | 2-DEHYDRO-3-DEOXYPHOSPHOOCTONATE ALDOLASE | A | 249 | 1904 | 0 |
2 | Protein | 2-DEHYDRO-3-DEOXYPHOSPHOOCTONATE ALDOLASE | B | 254 | 1943 | 0 |
3 | Protein | 2-DEHYDRO-3-DEOXYPHOSPHOOCTONATE ALDOLASE | C | 260 | 2005 | 0 |
4 | Protein | 2-DEHYDRO-3-DEOXYPHOSPHOOCTONATE ALDOLASE | D | 259 | 1991 | 0 |
5 | Ligand | 2-DEHYDRO-3-DEOXYPHOSPHOOCTONATE ALDOLASE | A | 1 | 0 | 1 |
6 | Ligand | 2-DEHYDRO-3-DEOXYPHOSPHOOCTONATE ALDOLASE | B | 2 | 0 | 2 |
7 | Ligand | 2-DEHYDRO-3-DEOXYPHOSPHOOCTONATE ALDOLASE | C | 3 | 0 | 3 |
8 | Ligand | 2-DEHYDRO-3-DEOXYPHOSPHOOCTONATE ALDOLASE | D | 2 | 0 | 2 |
9 | Water | 699 | 0 | 699 | ||
total | 1729 | 7843 | 707 |
Unit 1 | MET1 ASP2 ILE3 LYS4 ILE5 ASN6 ASP7 ILE8 THR9 LEU10 GLY11 ASN12 ASN13 SER14 PRO15 PHE16 VAL17 LEU18 PHE19 GLY20 GLY21 ILE22 ASN23 VAL24 LEU25 GLU26 SER27 LEU28 ASP29 SER30 THR31 LEU32 GLN33 THR34 CYS35 ALA36 HIS37 TYR38 VAL39 GLU40 VAL41 THR42 ARG43 LYS44 LEU45 GLY46 ILE47 PRO48 TYR49 ILE50 PHE51 LYS52 ALA53 SER54 PHE55 ASP56 LYS57 ALA58 ASN59 ARG60 SER61 SER62 ILE63 HIS64 SER65 TYR66 ARG67 GLY68 VAL69 GLY70 LEU71 GLU72 GLU73 GLY74 LEU75 LYS76 ILE77 PHE78 GLU79 LYS80 VAL81 LYS82 ALA83 GLU84 PHE85 GLY86 ILE87 PRO88 VAL89 ILE90 THR91 ASP92 VAL93 HIS94 GLU95 PRO96 HIS97 GLN98 CYS99 GLN100 PRO101 VAL102 ALA103 GLU104 VAL105 CYS106 ASP107 VAL108 ILE109 GLN110 LEU111 PRO112 ALA113 PHE114 LEU115 ALA116 ARG117 GLN118 THR119 ASP120 LEU121 VAL122 VAL123 ALA124 MET125 ALA126 LYS127 THR128 GLY129 ASN130 VAL131 VAL132 ASN133 ILE134 LYS135 LYS136 PRO137 GLN138 PHE139 LEU140 SER141 PRO142 SER143 GLN144 MET145 LYS146 ASN147 ILE148 VAL149 GLU150 LYS151 PHE152 HIS153 GLU154 ALA155 GLY156 ASN157 GLY158 LYS159 LEU160 ILE161 LEU162 CYS163 GLU164 ARG165 GLY166 SER167 SER168 PHE169 GLY170 TYR171 ASP172 ASN173 LEU174 VAL175 VAL176 ASP177 MET178 LEU179 GLY180 PHE181 GLY182 VAL183 MET184 LYS185 GLN186 THR187 CYS188 GLY189 ASN190 LEU191 PRO192 VAL193 ILE194 PHE195 ASP196 VAL197 THR198 HIS199 SER200 LEU201 GLY202 ARG203 ARG204 ALA205 GLN206 ALA207 LEU208 ASP209 LEU210 ALA211 LEU212 ALA213 GLY214 MET215 ALA216 THR217 ARG218 LEU219 ALA220 GLY221 LEU222 PHE223 LEU224 GLU225 LEU243 HIS244 LEU245 LEU246 GLU247 ASP248 PHE249 LEU250 ILE251 ARG252 ILE253 LYS254 ALA255 LEU256 ASP257 ASP258 LEU259 ILE260 LYS261 SER262 GLN263 PRO264 ILE265 LEU266 |
Unit 2 | MET1 ASP2 ILE3 LYS4 ILE5 ASN6 ASP7 ILE8 THR9 LEU10 GLY11 ASN12 ASN13 SER14 PRO15 PHE16 VAL17 LEU18 PHE19 GLY20 GLY21 ILE22 ASN23 VAL24 LEU25 GLU26 SER27 LEU28 ASP29 SER30 THR31 LEU32 GLN33 THR34 CYS35 ALA36 HIS37 TYR38 VAL39 GLU40 VAL41 THR42 ARG43 LYS44 LEU45 GLY46 ILE47 PRO48 TYR49 ILE50 PHE51 LYS52 ALA53 SER54 PHE55 ASP56 LYS57 ALA58 ASN59 ARG60 SER61 SER62 ILE63 HIS64 SER65 TYR66 ARG67 GLY68 VAL69 GLY70 LEU71 GLU72 GLU73 GLY74 LEU75 LYS76 ILE77 PHE78 GLU79 LYS80 VAL81 LYS82 ALA83 GLU84 PHE85 GLY86 ILE87 PRO88 VAL89 ILE90 THR91 ASP92 VAL93 HIS94 GLU95 PRO96 HIS97 GLN98 CYS99 GLN100 PRO101 VAL102 ALA103 GLU104 VAL105 CYS106 ASP107 VAL108 ILE109 GLN110 LEU111 PRO112 ALA113 PHE114 LEU115 ALA116 ARG117 GLN118 THR119 ASP120 LEU121 VAL122 VAL123 ALA124 MET125 ALA126 LYS127 THR128 GLY129 ASN130 VAL131 VAL132 ASN133 ILE134 LYS135 LYS136 PRO137 GLN138 PHE139 LEU140 SER141 PRO142 SER143 GLN144 MET145 LYS146 ASN147 ILE148 VAL149 GLU150 LYS151 PHE152 HIS153 GLU154 ALA155 GLY156 ASN157 GLY158 LYS159 LEU160 ILE161 LEU162 CYS163 GLU164 ARG165 GLY166 SER167 SER168 PHE169 GLY170 TYR171 ASP172 ASN173 LEU174 VAL175 VAL176 ASP177 MET178 LEU179 GLY180 PHE181 GLY182 VAL183 MET184 LYS185 GLN186 THR187 CYS188 GLY189 ASN190 LEU191 PRO192 VAL193 ILE194 PHE195 ASP196 VAL197 THR198 HIS199 SER200 LEU201 GLY202 ARG203 ARG204 ALA205 GLN206 ALA207 LEU208 ASP209 LEU210 ALA211 LEU212 ALA213 GLY214 MET215 ALA216 THR217 ARG218 LEU219 ALA220 GLY221 LEU222 PHE223 LEU224 GLU225 SER226 SER239 ALA240 LEU241 PRO242 LEU243 HIS244 LEU245 LEU246 GLU247 ASP248 PHE249 LEU250 ILE251 ARG252 ILE253 LYS254 ALA255 LEU256 ASP257 ASP258 LEU259 ILE260 LYS261 SER262 GLN263 PRO264 ILE265 LEU266 |
Unit 3 | MET1 ASP2 ILE3 LYS4 ILE5 ASN6 ASP7 ILE8 THR9 LEU10 GLY11 ASN12 ASN13 SER14 PRO15 PHE16 VAL17 LEU18 PHE19 GLY20 GLY21 ILE22 ASN23 VAL24 LEU25 GLU26 SER27 LEU28 ASP29 SER30 THR31 LEU32 GLN33 THR34 CYS35 ALA36 HIS37 TYR38 VAL39 GLU40 VAL41 THR42 ARG43 LYS44 LEU45 GLY46 ILE47 PRO48 TYR49 ILE50 PHE51 LYS52 ALA53 SER54 PHE55 ASP56 LYS57 ALA58 ASN59 ARG60 SER61 SER62 ILE63 HIS64 SER65 TYR66 ARG67 GLY68 VAL69 GLY70 LEU71 GLU72 GLU73 GLY74 LEU75 LYS76 ILE77 PHE78 GLU79 LYS80 VAL81 LYS82 ALA83 GLU84 PHE85 GLY86 ILE87 PRO88 VAL89 ILE90 THR91 ASP92 VAL93 HIS94 GLU95 PRO96 HIS97 GLN98 CYS99 GLN100 PRO101 VAL102 ALA103 GLU104 VAL105 CYS106 ASP107 VAL108 ILE109 GLN110 LEU111 PRO112 ALA113 PHE114 LEU115 ALA116 ARG117 GLN118 THR119 ASP120 LEU121 VAL122 VAL123 ALA124 MET125 ALA126 LYS127 THR128 GLY129 ASN130 VAL131 VAL132 ASN133 ILE134 LYS135 LYS136 PRO137 GLN138 PHE139 LEU140 SER141 PRO142 SER143 GLN144 MET145 LYS146 ASN147 ILE148 VAL149 GLU150 LYS151 PHE152 HIS153 GLU154 ALA155 GLY156 ASN157 GLY158 LYS159 LEU160 ILE161 LEU162 CYS163 GLU164 ARG165 GLY166 SER167 SER168 PHE169 GLY170 TYR171 ASP172 ASN173 LEU174 VAL175 VAL176 ASP177 MET178 LEU179 GLY180 PHE181 GLY182 VAL183 MET184 LYS185 GLN186 THR187 CYS188 GLY189 ASN190 LEU191 PRO192 VAL193 ILE194 PHE195 ASP196 VAL197 THR198 HIS199 SER200 LEU201 GLY202 ARG203 ARG204 ALA205 GLN206 ALA207 LEU208 ASP209 LEU210 ALA211 LEU212 ALA213 GLY214 MET215 ALA216 THR217 ARG218 LEU219 ALA220 GLY221 LEU222 PHE223 LEU224 GLU225 SER226 HIS227 PRO228 ASP229 PRO238 SER239 ALA240 LEU241 PRO242 LEU243 HIS244 LEU245 LEU246 GLU247 ASP248 PHE249 LEU250 ILE251 ARG252 ILE253 LYS254 ALA255 LEU256 ASP257 ASP258 LEU259 ILE260 LYS261 SER262 GLN263 PRO264 ILE265 LEU266 THR267 ILE268 |
Unit 4 | MET1 ASP2 ILE3 LYS4 ILE5 ASN6 ASP7 ILE8 THR9 LEU10 GLY11 ASN12 ASN13 SER14 PRO15 PHE16 VAL17 LEU18 PHE19 GLY20 GLY21 ILE22 ASN23 VAL24 LEU25 GLU26 SER27 LEU28 ASP29 SER30 THR31 LEU32 GLN33 THR34 CYS35 ALA36 HIS37 TYR38 VAL39 GLU40 VAL41 THR42 ARG43 LYS44 LEU45 GLY46 ILE47 PRO48 TYR49 ILE50 PHE51 LYS52 ALA53 SER54 PHE55 ASP56 LYS57 ALA58 ASN59 ARG60 SER61 SER62 ILE63 HIS64 SER65 TYR66 ARG67 GLY68 VAL69 GLY70 LEU71 GLU72 GLU73 GLY74 LEU75 LYS76 ILE77 PHE78 GLU79 LYS80 VAL81 LYS82 ALA83 GLU84 PHE85 GLY86 ILE87 PRO88 VAL89 ILE90 THR91 ASP92 VAL93 HIS94 GLU95 PRO96 HIS97 GLN98 CYS99 GLN100 PRO101 VAL102 ALA103 GLU104 VAL105 CYS106 ASP107 VAL108 ILE109 GLN110 LEU111 PRO112 ALA113 PHE114 LEU115 ALA116 ARG117 GLN118 THR119 ASP120 LEU121 VAL122 VAL123 ALA124 MET125 ALA126 LYS127 THR128 GLY129 ASN130 VAL131 VAL132 ASN133 ILE134 LYS135 LYS136 PRO137 GLN138 PHE139 LEU140 SER141 PRO142 SER143 GLN144 MET145 LYS146 ASN147 ILE148 VAL149 GLU150 LYS151 PHE152 HIS153 GLU154 ALA155 GLY156 ASN157 GLY158 LYS159 LEU160 ILE161 LEU162 CYS163 GLU164 ARG165 GLY166 SER167 SER168 PHE169 GLY170 TYR171 ASP172 ASN173 LEU174 VAL175 VAL176 ASP177 MET178 LEU179 GLY180 PHE181 GLY182 VAL183 MET184 LYS185 GLN186 THR187 CYS188 GLY189 ASN190 LEU191 PRO192 VAL193 ILE194 PHE195 ASP196 VAL197 THR198 HIS199 SER200 LEU201 GLY202 ARG203 ARG204 ALA205 GLN206 ALA207 LEU208 ASP209 LEU210 ALA211 LEU212 ALA213 GLY214 MET215 ALA216 THR217 ARG218 LEU219 ALA220 GLY221 LEU222 PHE223 LEU224 GLU225 SER226 HIS227 PRO228 PRO238 SER239 ALA240 LEU241 PRO242 LEU243 HIS244 LEU245 LEU246 GLU247 ASP248 PHE249 LEU250 ILE251 ARG252 ILE253 LYS254 ALA255 LEU256 ASP257 ASP258 LEU259 ILE260 LYS261 SER262 GLN263 PRO264 ILE265 LEU266 THR267 ILE268 |
Unit 5 | CL270 |
Unit 6 | CL270 CL271 |
Unit 7 | CL270 CL271 NA272 |
Unit 8 | CL270 CL271 |
Perl script: | PDBscan.pl (15 Sep 2016) |
Author: | Peter Slickers (slickers@leibniz-fli.de), IMB Jena, Germany |