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Sequence, Chains, Asymmetric and Biological Units

Title CRYSTAL STRUCTURE OF SEMET NOLR FROM SINORHIZOBIUM FREDII IN WITH OLIGO AT DNA
Keywords HELIX-TURN-HELIX, TRANSCRIPTION REGULATOR, TRANSCRIPTION-DNA
Experiment X-ray diffraction
Number of Models  1


   Database       ID code    StatusCoordinate files
        Header     Asymmetric unit     Biological unit  

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Asymmetric unit from PDB
 Unit     Type     Name   Chain ID   Residues   Atoms   Hetatoms 
1  Protein   NOLR  A 97 707 24
2  Protein   NOLR  B 97 703 24
3  Protein   NOLR  C 97 703 24
4  Protein   NOLR  D 97 707 24
5  Other macromolecule   DNA (5   - D(*TP*AP*TP*TP*AP*GP*AP*GP*AP*AP*CP*CP*CP*TP*GP*AP*AP*GP*TP 3   )  E 22 448 0
6  Other macromolecule   DNA (5   - D(*TP*AP*AP*TP*CP*TP*CP*TP*TP*GP*GP*GP*AP*CP*TP*TP*CP*AP*AP 3   )  F 21 419 0
7  Other macromolecule   DNA (5   - D(*TP*AP*TP*TP*AP*GP*AP*GP*AP*AP*CP*CP*CP*TP*GP*AP*AP*GP*TP 3   )  G 22 448 0
8  Other macromolecule   DNA (5   - D(*TP*AP*AP*TP*CP*TP*CP*TP*TP*GP*GP*GP*AP*CP*TP*TP*CP*AP*AP 3   )  H 21 419 0
total       474 4554 96

Proteins
Unit 1 GLN6 PRO7 LEU8 SER9 PRO10 GLU11 LYS12 HIS13 GLU14 GLU15 ALA16 GLU17 ILE18 ALA19 ALA20 GLY21 PHE22 LEU23 SER24 ALA25 MSE26 ALA27 ASN28 PRO29 LYS30 ARG31 LEU32 LEU33 ILE34 LEU35 ASP36 SER37 LEU38 VAL39 LYS40 GLU41 GLU42 MSE43 ALA44 VAL45 GLY46 ALA47 LEU48 ALA49 ASN50 LYS51 VAL52 GLY53 LEU54 SER55 GLN56 SER57 ALA58 LEU59 SER60 GLN61 HIS62 LEU63 SER64 LYS65 LEU66 ARG67 ALA68 GLN69 ASN70 LEU71 VAL72 SER73 THR74 ARG75 ARG76 ASP77 ALA78 GLN79 THR80 ILE81 TYR82 TYR83 SER84 SER85 SER86 SER87 ASP88 SER89 VAL90 MSE91 LYS92 ILE93 LEU94 GLY95 ALA96 LEU97 SER98 GLU99 ILE100 TYR101 GLY102
Unit 2 GLN6 PRO7 LEU8 SER9 PRO10 GLU11 LYS12 HIS13 GLU14 GLU15 ALA16 GLU17 ILE18 ALA19 ALA20 GLY21 PHE22 LEU23 SER24 ALA25 MSE26 ALA27 ASN28 PRO29 LYS30 ARG31 LEU32 LEU33 ILE34 LEU35 ASP36 SER37 LEU38 VAL39 LYS40 GLU41 GLU42 MSE43 ALA44 VAL45 GLY46 ALA47 LEU48 ALA49 ASN50 LYS51 VAL52 GLY53 LEU54 SER55 GLN56 SER57 ALA58 LEU59 SER60 GLN61 HIS62 LEU63 SER64 LYS65 LEU66 ARG67 ALA68 GLN69 ASN70 LEU71 VAL72 SER73 THR74 ARG75 ARG76 ASP77 ALA78 GLN79 THR80 ILE81 TYR82 TYR83 SER84 SER85 SER86 SER87 ASP88 SER89 VAL90 MSE91 LYS92 ILE93 LEU94 GLY95 ALA96 LEU97 SER98 GLU99 ILE100 TYR101 GLY102
Unit 3 GLN6 PRO7 LEU8 SER9 PRO10 GLU11 LYS12 HIS13 GLU14 GLU15 ALA16 GLU17 ILE18 ALA19 ALA20 GLY21 PHE22 LEU23 SER24 ALA25 MSE26 ALA27 ASN28 PRO29 LYS30 ARG31 LEU32 LEU33 ILE34 LEU35 ASP36 SER37 LEU38 VAL39 LYS40 GLU41 GLU42 MSE43 ALA44 VAL45 GLY46 ALA47 LEU48 ALA49 ASN50 LYS51 VAL52 GLY53 LEU54 SER55 GLN56 SER57 ALA58 LEU59 SER60 GLN61 HIS62 LEU63 SER64 LYS65 LEU66 ARG67 ALA68 GLN69 ASN70 LEU71 VAL72 SER73 THR74 ARG75 ARG76 ASP77 ALA78 GLN79 THR80 ILE81 TYR82 TYR83 SER84 SER85 SER86 SER87 ASP88 SER89 VAL90 MSE91 LYS92 ILE93 LEU94 GLY95 ALA96 LEU97 SER98 GLU99 ILE100 TYR101 GLY102
Unit 4 GLN6 PRO7 LEU8 SER9 PRO10 GLU11 LYS12 HIS13 GLU14 GLU15 ALA16 GLU17 ILE18 ALA19 ALA20 GLY21 PHE22 LEU23 SER24 ALA25 MSE26 ALA27 ASN28 PRO29 LYS30 ARG31 LEU32 LEU33 ILE34 LEU35 ASP36 SER37 LEU38 VAL39 LYS40 GLU41 GLU42 MSE43 ALA44 VAL45 GLY46 ALA47 LEU48 ALA49 ASN50 LYS51 VAL52 GLY53 LEU54 SER55 GLN56 SER57 ALA58 LEU59 SER60 GLN61 HIS62 LEU63 SER64 LYS65 LEU66 ARG67 ALA68 GLN69 ASN70 LEU71 VAL72 SER73 THR74 ARG75 ARG76 ASP77 ALA78 GLN79 THR80 ILE81 TYR82 TYR83 SER84 SER85 SER86 SER87 ASP88 SER89 VAL90 MSE91 LYS92 ILE93 LEU94 GLY95 ALA96 LEU97 SER98 GLU99 ILE100 TYR101 GLY102

Other macromolecules
Unit 5 DT1 DA2 DT3 DT4 DA5 DG6 DA7 DG8 DA9 DA10 DC11 DC12 DC13 DT14 DG15 DA16 DA17 DG18 DT19 DT20 DA21 DA22
Unit 6 DT2 DT3 DA4 DA5 DC6 DT7 DT8 DC9 DA10 DG11 DG12 DG13 DT14 DT15 DC16 DT17 DC18 DT19 DA20 DA21 DT22
Unit 7 DT1 DA2 DT3 DT4 DA5 DG6 DA7 DG8 DA9 DA10 DC11 DC12 DC13 DT14 DG15 DA16 DA17 DG18 DT19 DT20 DA21 DA22
Unit 8 DT2 DT3 DA4 DA5 DC6 DT7 DT8 DC9 DA10 DG11 DG12 DG13 DT14 DT15 DC16 DT17 DC18 DT19 DA20 DA21 DT22

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