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Title | CRYSTAL STRUCTURE OF 1E9 LEUH47TRP/ARGH100TRP, AN ENGINEERED ALDERASE FAB WITH NM STEROID-BINDING AFFINITY | |
Keywords | IMMUNOGLOBULIN, CHIMERIC FAB, ANTIBODY ENGINEERING, EVOLUTIO LIGAND RECOGNITION, IMMUNE SYSTEM | |
Experiment | X-ray diffraction | |
Number of Models | 1 |
Database | ID code | Status | Coordinate files | ||
Header | Asymmetric unit | Biological unit | |||
PDB | 2O5X | released | available | available | Quaternary Structure Server |
Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
---|---|---|---|---|---|---|
1 | Protein | CHIMERIC ANTIBODY FAB 1E9-DB3 | L | 218 | 1693 | 0 |
2 | Protein | CHIMERIC ANTIBODY FAB 1E9-DB3 | H | 219 | 1656 | 0 |
3 | Ligand | CHIMERIC ANTIBODY FAB 1E9-DB3 | L | 5 | 0 | 25 |
4 | Ligand | CHIMERIC ANTIBODY FAB 1E9-DB3 | H | 7 | 0 | 38 |
5 | Water | 278 | 0 | 278 | ||
total | 727 | 3349 | 341 |
Unit 1 | GLU1 LEU2 VAL3 MET4 THR5 GLN6 THR7 PRO8 LEU9 SER10 LEU11 PRO12 VAL13 SER14 LEU15 GLY16 ASP17 GLN18 ALA19 SER20 ILE21 SER22 CYS23 ARG24 SER25 SER26 GLN27 SER27A LEU27B VAL27C HIS27D SER27E ASN28 GLY29 ASN30 THR31 TYR32 LEU33 HIS34 TRP35 TYR36 LEU37 GLN38 LYS39 PRO40 GLY41 GLN42 SER43 PRO44 LYS45 PHE46 LEU47 ILE48 TYR49 LYS50 VAL51 SER52 ASN53 ARG54 PHE55 SER56 GLY57 VAL58 PRO59 ASP60 ARG61 PHE62 SER63 GLY64 SER65 GLY66 SER67 GLY68 THR69 ASP70 PHE71 ILE72 LEU73 LYS74 ILE75 SER76 ARG77 VAL78 GLU79 ALA80 GLU81 ASP82 LEU83 GLY84 VAL85 TYR86 PHE87 CYS88 PHE89 GLN90 SER91 THR92 HIS93 PHE94 PHE95 PRO96 THR97 PHE98 GLY99 GLY100 GLY101 THR102 LYS103 LEU104 GLU105 ILE106 LYS107 ARG108 THR109 VAL110 ALA111 ALA112 PRO113 SER114 VAL115 PHE116 ILE117 PHE118 PRO119 PRO120 SER121 ASP122 GLU123 GLN124 LEU125 LYS126 SER127 GLY128 THR129 ALA130 SER131 VAL132 VAL133 CYS134 LEU135 LEU136 ASN137 ASN138 PHE139 TYR140 PRO141 ARG142 GLU143 ALA144 LYS145 VAL146 GLN147 TRP148 LYS149 VAL150 ASP151 ASN152 ALA153 LEU154 GLN155 SER156 GLY157 ASN158 SER159 GLN160 GLU161 SER162 VAL163 THR164 GLU165 GLN166 ASP167 SER168 LYS169 ASP170 SER171 THR172 TYR173 SER174 LEU175 SER176 SER177 THR178 LEU179 THR180 LEU181 SER182 LYS183 ALA184 ASP185 TYR186 GLU187 LYS188 HIS189 LYS190 VAL191 TYR192 ALA193 CYS194 GLU195 VAL196 THR197 HIS198 GLN199 GLY200 LEU201 SER202 SER203 PRO204 VAL205 THR206 LYS207 SER208 PHE209 ASN210 ARG211 GLY212 GLU213 |
Unit 2 | GLN1 VAL2 GLN3 LEU4 VAL5 GLN6 SER7 GLY8 PRO9 GLU10 LEU11 LYS12 LYS13 PRO14 GLY15 GLU16 THR17 VAL18 LYS19 ILE20 SER21 CYS22 LYS23 ALA24 SER25 GLY26 TYR27 MET28 PHE29 THR30 ASN31 TYR32 GLY33 MET34 ASN35 TRP36 VAL37 LYS38 GLN39 ALA40 PRO41 GLY42 LYS43 ALA44 LEU45 LYS46 TRP47 MET48 GLY49 TRP50 ILE51 ASN52 PRO52A TYR53 THR54 GLY55 GLU56 SER57 THR58 PHE59 ALA60 ASP61 ASP62 PHE63 LYS64 GLY65 ARG66 PHE67 ALA68 PHE69 PHE70 LEU71 GLU72 THR73 SER74 ALA75 THR76 THR77 ALA78 TYR79 LEU80 GLN81 ILE82 ASN82A ASN82B LEU82C LYS83 ASN84 GLU85 ASP86 THR87 ALA88 THR89 TYR90 PHE91 CYS92 ALA93 ARG94 GLY95 THR96 THR97 ILE98 VAL99 TRP100 ALA100A MET100B ASP101 TYR102 TRP103 GLY104 GLN105 GLY106 THR107 SER108 VAL109 THR110 VAL111 SER112 SER113 ALA114 SER115 THR116 LYS117 GLY118 PRO119 SER120 VAL121 PHE122 PRO123 LEU124 ALA125 PRO126 SER127 SER128 LYS129 SER130 THR131 SER132 GLY133 GLY136 THR137 ALA138 ALA139 LEU140 GLY141 CYS142 LEU143 VAL144 LYS145 ASP146 TYR147 PHE148 PRO149 GLU150 PRO151 VAL152 THR153 VAL154 SER156 TRP157 ASN162 SER163 GLY164 ALA165 LEU166 THR167 SER168 GLY169 VAL171 HIS172 THR173 PHE174 PRO175 ALA176 VAL177 LEU178 GLN179 SER180 SER181 GLY183 LEU184 TYR185 SER186 LEU187 SER188 SER189 VAL190 VAL191 THR192 VAL193 PRO194 SER195 SER196 SER199 LEU200 GLY202 THR203 GLN204 THR205 TYR206 ILE207 CYS208 ASN209 VAL210 ASN211 HIS212 LYS213 PRO214 SER215 ASN216 THR217 LYS218 VAL219 ASP220 LYS221 LYS222 VAL223 GLU226 PRO227 |
Unit 3 | SO4404 SO4406 SO4407 SO4408 SO4410 |
Unit 4 | TRS301 SO4401 SO4402 SO4403 SO4405 SO4409 SO4411 |
Perl script: | PDBscan.pl (15 Sep 2016) |
Author: | Peter Slickers (slickers@leibniz-fli.de), IMB Jena, Germany |