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Sequence, Chains, Asymmetric and Biological Units

Title CRYSTAL STRUCTURE OF KORA-OPERATOR DNA COMPLEX (KORA-OA)
Keywords HELIX-TURN-HELIX, COMPLEX, TRANSCRIPTION
Experiment X-ray diffraction
Number of Models  1


   Database       ID code    StatusCoordinate files
        Header     Asymmetric unit     Biological unit  

PDB   5CLV     released     available     available     Quaternary Structure Server  


Asymmetric unit from PDB
 Unit     Type     Name   Chain ID   Residues   Atoms   Hetatoms 
1  Protein   TRFB TRANSCRIPTIONAL REPRESSOR PROTEIN  A 95 744 0
2  Protein   TRFB TRANSCRIPTIONAL REPRESSOR PROTEIN  B 96 753 0
3  Other macromolecule   5'-D(CP*CP*AP*AP*GP*TP*TP*TP*AP*GP*CP*TP*AP*AP*AP GP*GP*)-3'  C 20 389 0
4  Other macromolecule   5'-D(CP*CP*AP*AP*GP*TP*TP*TP*AP*GP*CP*TP*AP*AP*AP GP*GP*)-3'  D 20 389 0
5  Protein   TRFB TRANSCRIPTIONAL REPRESSOR PROTEIN  E 65 499 0
6  Protein   TRFB TRANSCRIPTIONAL REPRESSOR PROTEIN  F 64 491 0
7  Other macromolecule   5'-D(CP*CP*AP*AP*GP*TP*TP*TP*AP*GP*CP*TP*AP*AP*AP GP*GP*)-3'  G 20 389 0
8  Other macromolecule   5'-D(CP*CP*AP*AP*GP*TP*TP*TP*AP*GP*CP*TP*AP*AP*AP GP*GP*)-3'  H 20 389 0
9  Protein   TRFB TRANSCRIPTIONAL REPRESSOR PROTEIN  I 62 473 0
10  Protein   TRFB TRANSCRIPTIONAL REPRESSOR PROTEIN  J 63 482 0
11  Other macromolecule   5'-D(CP*CP*AP*AP*GP*TP*TP*TP*AP*GP*CP*TP*AP*AP*AP GP*GP*)-3'  K 20 389 0
12  Other macromolecule   5'-D(CP*CP*AP*AP*GP*TP*TP*TP*AP*GP*CP*TP*AP*AP*AP GP*GP*)-3'  L 20 389 0
13  Protein   TRFB TRANSCRIPTIONAL REPRESSOR PROTEIN  M 63 482 0
14  Protein   TRFB TRANSCRIPTIONAL REPRESSOR PROTEIN  N 64 491 0
15  Other macromolecule   5'-D(CP*CP*AP*AP*GP*TP*TP*TP*AP*GP*CP*TP*AP*AP*AP GP*GP*)-3'  O 20 389 0
16  Other macromolecule   5'-D(CP*CP*AP*AP*GP*TP*TP*TP*AP*GP*CP*TP*AP*AP*AP GP*GP*)-3'  P 20 389 0
17 Water     164 0 164
total       896 7527 164

Proteins
Unit 1 LYS2 LYS3 ARG4 LEU5 THR6 GLU7 SER8 GLN9 PHE10 GLN11 GLU12 ALA13 ILE14 GLN15 GLY16 LEU17 GLU18 VAL19 GLY20 GLN21 GLN22 THR23 ILE24 GLU25 ILE26 ALA27 ARG28 GLY29 VAL30 LEU31 VAL32 ASP33 GLY34 LYS35 PRO36 GLN37 ALA38 THR39 PHE40 ALA41 THR42 SER43 LEU44 GLY45 LEU46 THR47 ARG48 GLY49 ALA50 VAL51 SER52 GLN53 ALA54 VAL55 HIS56 ARG57 VAL58 TRP59 ALA60 ALA61 PHE62 GLU63 ASP64 LYS65 ASN66 LEU67 PRO68 GLU69 GLY70 TYR71 ALA72 ARG73 VAL74 THR75 ALA76 VAL77 LEU78 PRO79 GLU80 HIS81 GLN82 ALA83 TYR84 ILE85 VAL86 ARG87 LYS88 TRP89 GLU90 ALA91 ASP92 ALA93 LYS94 LYS95 LYS96
Unit 2 LYS2 LYS3 ARG4 LEU5 THR6 GLU7 SER8 GLN9 PHE10 GLN11 GLU12 ALA13 ILE14 GLN15 GLY16 LEU17 GLU18 VAL19 GLY20 GLN21 GLN22 THR23 ILE24 GLU25 ILE26 ALA27 ARG28 GLY29 VAL30 LEU31 VAL32 ASP33 GLY34 LYS35 PRO36 GLN37 ALA38 THR39 PHE40 ALA41 THR42 SER43 LEU44 GLY45 LEU46 THR47 ARG48 GLY49 ALA50 VAL51 SER52 GLN53 ALA54 VAL55 HIS56 ARG57 VAL58 TRP59 ALA60 ALA61 PHE62 GLU63 ASP64 LYS65 ASN66 LEU67 PRO68 GLU69 GLY70 TYR71 ALA72 ARG73 VAL74 THR75 ALA76 VAL77 LEU78 PRO79 GLU80 HIS81 GLN82 ALA83 TYR84 ILE85 VAL86 ARG87 LYS88 TRP89 GLU90 ALA91 ASP92 ALA93 LYS94 LYS95 LYS96 GLN97
Unit 5 LYS2 LYS3 ARG4 LEU5 THR6 GLU7 SER8 GLN9 PHE10 GLN11 GLU12 ALA13 ILE14 GLN15 GLY16 LEU17 GLU18 VAL19 GLY20 GLN21 GLN22 THR23 ILE24 GLU25 ILE26 ALA27 ARG28 GLY29 VAL30 LEU31 VAL32 ASP33 GLY34 LYS35 PRO36 GLN37 ALA38 THR39 PHE40 ALA41 THR42 SER43 LEU44 GLY45 LEU46 THR47 ARG48 GLY49 ALA50 VAL51 SER52 GLN53 ALA54 VAL55 HIS56 ARG57 VAL58 TRP59 ALA60 ALA61 PHE62 GLU63 ASP64 LYS65 ASN66
Unit 6 LYS2 LYS3 ARG4 LEU5 THR6 GLU7 SER8 GLN9 PHE10 GLN11 GLU12 ALA13 ILE14 GLN15 GLY16 LEU17 GLU18 VAL19 GLY20 GLN21 GLN22 THR23 ILE24 GLU25 ILE26 ALA27 ARG28 GLY29 VAL30 LEU31 VAL32 ASP33 GLY34 LYS35 PRO36 GLN37 ALA38 THR39 PHE40 ALA41 THR42 SER43 LEU44 GLY45 LEU46 THR47 ARG48 GLY49 ALA50 VAL51 SER52 GLN53 ALA54 VAL55 HIS56 ARG57 VAL58 TRP59 ALA60 ALA61 PHE62 GLU63 ASP64 LYS65
Unit 9 ARG4 LEU5 THR6 GLU7 SER8 GLN9 PHE10 GLN11 GLU12 ALA13 ILE14 GLN15 GLY16 LEU17 GLU18 VAL19 GLY20 GLN21 GLN22 THR23 ILE24 GLU25 ILE26 ALA27 ARG28 GLY29 VAL30 LEU31 VAL32 ASP33 GLY34 LYS35 PRO36 GLN37 ALA38 THR39 PHE40 ALA41 THR42 SER43 LEU44 GLY45 LEU46 THR47 ARG48 GLY49 ALA50 VAL51 SER52 GLN53 ALA54 VAL55 HIS56 ARG57 VAL58 TRP59 ALA60 ALA61 PHE62 GLU63 ASP64 LYS65
Unit 10 LYS3 ARG4 LEU5 THR6 GLU7 SER8 GLN9 PHE10 GLN11 GLU12 ALA13 ILE14 GLN15 GLY16 LEU17 GLU18 VAL19 GLY20 GLN21 GLN22 THR23 ILE24 GLU25 ILE26 ALA27 ARG28 GLY29 VAL30 LEU31 VAL32 ASP33 GLY34 LYS35 PRO36 GLN37 ALA38 THR39 PHE40 ALA41 THR42 SER43 LEU44 GLY45 LEU46 THR47 ARG48 GLY49 ALA50 VAL51 SER52 GLN53 ALA54 VAL55 HIS56 ARG57 VAL58 TRP59 ALA60 ALA61 PHE62 GLU63 ASP64 LYS65
Unit 13 LYS2 LYS3 ARG4 LEU5 THR6 GLU7 SER8 GLN9 PHE10 GLN11 GLU12 ALA13 ILE14 GLN15 GLY16 LEU17 GLU18 VAL19 GLY20 GLN21 GLN22 THR23 ILE24 GLU25 ILE26 ALA27 ARG28 GLY29 VAL30 LEU31 VAL32 ASP33 GLY34 LYS35 PRO36 GLN37 ALA38 THR39 PHE40 ALA41 THR42 SER43 LEU44 GLY45 LEU46 THR47 ARG48 GLY49 ALA50 VAL51 SER52 GLN53 ALA54 VAL55 HIS56 ARG57 VAL58 TRP59 ALA60 ALA61 PHE62 GLU63 ASP64
Unit 14 LYS2 LYS3 ARG4 LEU5 THR6 GLU7 SER8 GLN9 PHE10 GLN11 GLU12 ALA13 ILE14 GLN15 GLY16 LEU17 GLU18 VAL19 GLY20 GLN21 GLN22 THR23 ILE24 GLU25 ILE26 ALA27 ARG28 GLY29 VAL30 LEU31 VAL32 ASP33 GLY34 LYS35 PRO36 GLN37 ALA38 THR39 PHE40 ALA41 THR42 SER43 LEU44 GLY45 LEU46 THR47 ARG48 GLY49 ALA50 VAL51 SER52 GLN53 ALA54 VAL55 HIS56 ARG57 VAL58 TRP59 ALA60 ALA61 PHE62 GLU63 ASP64 LYS65

Other macromolecules
Unit 3 DC1 DC2 DA3 DA4 DG5 DT6 DT7 DT8 DA9 DG10 DC11 DT12 DA13 DA14 DA15 DC16 DT17 DT18 DG19 DG20
Unit 4 DC1 DC2 DA3 DA4 DG5 DT6 DT7 DT8 DA9 DG10 DC11 DT12 DA13 DA14 DA15 DC16 DT17 DT18 DG19 DG20
Unit 7 DC1 DC2 DA3 DA4 DG5 DT6 DT7 DT8 DA9 DG10 DC11 DT12 DA13 DA14 DA15 DC16 DT17 DT18 DG19 DG20
Unit 8 DC1 DC2 DA3 DA4 DG5 DT6 DT7 DT8 DA9 DG10 DC11 DT12 DA13 DA14 DA15 DC16 DT17 DT18 DG19 DG20
Unit 11 DC1 DC2 DA3 DA4 DG5 DT6 DT7 DT8 DA9 DG10 DC11 DT12 DA13 DA14 DA15 DC16 DT17 DT18 DG19 DG20
Unit 12 DC1 DC2 DA3 DA4 DG5 DT6 DT7 DT8 DA9 DG10 DC11 DT12 DA13 DA14 DA15 DC16 DT17 DT18 DG19 DG20
Unit 15 DC1 DC2 DA3 DA4 DG5 DT6 DT7 DT8 DA9 DG10 DC11 DT12 DA13 DA14 DA15 DC16 DT17 DT18 DG19 DG20
Unit 16 DC1 DC2 DA3 DA4 DG5 DT6 DT7 DT8 DA9 DG10 DC11 DT12 DA13 DA14 DA15 DC16 DT17 DT18 DG19 DG20

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Perl script:    PDBscan.pl  (15 Sep 2016)
Author:    Peter Slickers  (slickers@leibniz-fli.de),  IMB Jena,  Germany