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Title | CRYSTAL STRUCTURE OF AN RNA APTAMER IN COMPLEX WITH FAB | |
Keywords | G-QUADRUPLEX, FLUORESCENCE, FLUOROPHORE BINDING, IMMUNE SYST COMPLEX | |
Experiment | X-ray diffraction | |
Number of Models | 1 |
Database | ID code | Status | Coordinate files | ||
Header | Asymmetric unit | Biological unit | |||
PDB | 4KZE | released | available | available | Quaternary Structure Server |
Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
---|---|---|---|---|---|---|
1 | Protein | BL3-6 FAB ANTIBODY, HEAVY CHAIN | H | 225 | 1678 | 0 |
2 | Protein | BL3-6 FAB ANTIBODY, LIGHT CHAIN | L | 215 | 1643 | 0 |
3 | RNA | R | 84 | 1787 | 32 | |
4 | Ligand | RNA (84-MER) | R | 2 | 0 | 2 |
5 | Water | 275 | 0 | 275 | ||
total | 801 | 5108 | 309 |
Unit 1 | GLU4 VAL5 GLN6 LEU7 VAL8 GLU9 SER10 GLY11 GLY12 GLY13 LEU14 VAL15 GLN16 PRO17 GLY18 GLY19 SER20 LEU21 ARG22 LEU23 SER24 CYS25 ALA26 ALA27 SER28 GLY29 PHE30 TYR31 ILE32 SER33 TYR34 SER35 SER36 ILE37 HIS38 TRP39 VAL40 ARG41 GLN42 ALA43 PRO44 GLY45 LYS46 GLY47 LEU48 GLU49 TRP50 VAL51 ALA52 SER53 ILE54 SER55 PRO56 TYR57 SER58 GLY59 SER60 THR61 TYR62 TYR63 ALA64 ASP65 SER66 VAL67 LYS68 GLY69 ARG70 PHE71 THR72 ILE73 SER74 ALA75 ASP76 THR77 SER78 LYS79 ASN80 THR81 ALA82 TYR83 LEU84 GLN85 MET86 ASN87 SER88 LEU89 ARG90 ALA91 GLU92 ASP93 THR94 ALA95 VAL96 TYR97 TYR98 CYS99 ALA100 ARG101 GLN102 GLY103 TYR104 ARG105 ARG106 ARG107 SER108 GLY109 ARG110 GLY111 PHE112 ASP113 TYR114 TRP115 GLY116 GLN117 GLY118 THR119 LEU120 VAL121 THR122 VAL123 SER124 SER125 ALA126 SER127 THR128 LYS129 GLY130 PRO131 SER132 VAL133 PHE134 PRO135 LEU136 ALA137 PRO138 SER139 SER140 LYS141 SER142 THR143 SER144 GLY145 GLY146 THR147 ALA148 ALA149 LEU150 GLY151 CYS152 LEU153 VAL154 LYS155 ASP156 TYR157 PHE158 PRO159 GLU160 PRO161 VAL162 THR163 VAL164 SER165 TRP166 ASN167 SER168 GLY169 ALA170 LEU171 THR172 SER173 GLY174 VAL175 HIS176 THR177 PHE178 PRO179 ALA180 VAL181 LEU182 GLN183 SER184 SER185 GLY186 LEU187 TYR188 SER189 LEU190 SER191 SER192 VAL193 VAL194 THR195 VAL196 PRO197 SER198 SER199 SER200 LEU201 GLY202 THR203 GLN204 THR205 TYR206 ILE207 CYS208 ASN209 VAL210 ASN211 HIS212 LYS213 PRO214 SER215 ASN216 THR217 LYS218 VAL219 ASP220 LYS221 LYS222 VAL223 GLU224 PRO225 LYS226 SER227 CYS228 |
Unit 2 | SER1 ASP2 ILE3 GLN4 MET5 THR6 GLN7 SER8 PRO9 SER10 SER11 LEU12 SER13 ALA14 SER15 VAL16 GLY17 ASP18 ARG19 VAL20 THR21 ILE22 THR23 CYS24 ARG25 ALA26 SER27 GLN28 SER29 VAL30 SER31 SER32 ALA33 VAL34 ALA35 TRP36 TYR37 GLN38 GLN39 LYS40 PRO41 GLY42 LYS43 ALA44 PRO45 LYS46 LEU47 LEU48 ILE49 TYR50 SER51 ALA52 SER53 SER54 LEU55 TYR56 SER57 GLY58 VAL59 PRO60 SER61 ARG62 PHE63 SER64 GLY65 SER66 ARG67 SER68 GLY69 THR70 ASP71 PHE72 THR73 LEU74 THR75 ILE76 SER77 SER78 LEU79 GLN80 PRO81 GLU82 ASP83 PHE84 ALA85 THR86 TYR87 TYR88 CYS89 GLN90 GLN91 SER92 TYR93 SER94 PHE95 PRO96 SER97 THR98 PHE99 GLY100 GLN101 GLY102 THR103 LYS104 VAL105 GLU106 ILE107 LYS108 ARG109 THR110 VAL111 ALA112 ALA113 PRO114 SER115 VAL116 PHE117 ILE118 PHE119 PRO120 PRO121 SER122 ASP123 GLU124 GLN125 LEU126 LYS127 SER128 GLY129 THR130 ALA131 SER132 VAL133 VAL134 CYS135 LEU136 LEU137 ASN138 ASN139 PHE140 TYR141 PRO142 ARG143 GLU144 ALA145 LYS146 VAL147 GLN148 TRP149 LYS150 VAL151 ASP152 ASN153 ALA154 LEU155 GLN156 SER157 GLY158 ASN159 SER160 GLN161 GLU162 SER163 VAL164 THR165 GLU166 GLN167 ASP168 SER169 LYS170 ASP171 SER172 THR173 TYR174 SER175 LEU176 SER177 SER178 THR179 LEU180 THR181 LEU182 SER183 LYS184 ALA185 ASP186 TYR187 GLU188 LYS189 HIS190 LYS191 VAL192 TYR193 ALA194 CYS195 GLU196 VAL197 THR198 HIS199 GLN200 GLY201 LEU202 SER203 SER204 PRO205 VAL206 THR207 LYS208 SER209 PHE210 ASN211 ARG212 GLY213 GLU214 CYS215 |
Unit 3 | GTP1 G2 A3 C4 G5 C6 G7 A8 C9 C10 G11 A12 A13 A14 U15 G16 G17 U18 G19 A20 A21 G22 G23 A24 C25 G26 G27 G28 U29 C30 C31 A32 G33 U34 G35 C36 G37 A38 A39 A40 C41 A42 C43 G44 C45 A46 C47 U48 G49 U50 U51 G52 A53 G54 U55 A56 G57 A58 G59 U60 G61 U62 G63 A64 G65 C66 U67 C68 C69 G70 U71 A72 A73 C74 U75 G76 G77 U78 C79 G80 C81 G82 U83 C84 |
Unit 4 | K101 MG102 |
Check the naming of phosphate and ribose substituents. Recommended for phosphate oxygens and for ribose hydrogens in NMR structures.
Perl script: | PDBscan.pl (15 Sep 2016) |
Author: | Peter Slickers (slickers@leibniz-fli.de), IMB Jena, Germany |