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Sequence, Chains, Asymmetric and Biological Units

Title MECHANISTIC BASIS OF PLASMID-SPECIFIC DNA BINDING OF THE F P REGULATORY PROTEIN, TRAM
Keywords RHH MOTIF, DNA BINDING, TRANSCRIPTION-DNA COMPLEX
Experiment X-ray diffraction
Number of Models  1

   Database       ID code    StatusCoordinate files
        Header     Asymmetric unit     Biological unit  
PDB   4QPQ     released     available     available     Quaternary Structure Server  
Asymmetric unit from PDB
 Unit     Type     Name   Chain ID   Residues   Atoms   Hetatoms 
1  Protein   RELAXOSOME PROTEIN TRAM  A 50 384 0
2  Protein   RELAXOSOME PROTEIN TRAM  B 52 398 0
3  Protein   RELAXOSOME PROTEIN TRAM  C 52 398 0
4  Protein   RELAXOSOME PROTEIN TRAM  D 52 398 0
5  Protein   RELAXOSOME PROTEIN TRAM  E 50 384 0
6  Protein   RELAXOSOME PROTEIN TRAM  F 52 398 0
7  Protein   RELAXOSOME PROTEIN TRAM  G 50 384 0
8  Protein   RELAXOSOME PROTEIN TRAM  H 51 389 0
9  Other macromolecule   SBMA DNA1  P 28 577 0
10  Other macromolecule   SBMA DNA2  Q 28 570 0
total       465 4280 0
Proteins
Unit 1 ALA2 LYS3 VAL4 ASN5 LEU6 TYR7 ILE8 SER9 ASN10 ASP11 ALA12 TYR13 GLU14 LYS15 ILE16 ASN17 ALA18 ILE19 ILE20 GLU21 LYS22 ARG23 ARG24 GLN25 GLU26 GLY27 ALA28 ARG29 GLU30 LYS31 ASP32 VAL33 SER34 PHE35 SER36 ALA37 THR38 ALA39 SER40 MET41 LEU42 LEU43 GLU44 LEU45 GLY46 LEU47 ARG48 VAL49 HIS50 GLU51
Unit 2 ALA2 LYS3 VAL4 ASN5 LEU6 TYR7 ILE8 SER9 ASN10 ASP11 ALA12 TYR13 GLU14 LYS15 ILE16 ASN17 ALA18 ILE19 ILE20 GLU21 LYS22 ARG23 ARG24 GLN25 GLU26 GLY27 ALA28 ARG29 GLU30 LYS31 ASP32 VAL33 SER34 PHE35 SER36 ALA37 THR38 ALA39 SER40 MET41 LEU42 LEU43 GLU44 LEU45 GLY46 LEU47 ARG48 VAL49 HIS50 GLU51 ALA52 GLN53
Unit 3 ALA2 LYS3 VAL4 ASN5 LEU6 TYR7 ILE8 SER9 ASN10 ASP11 ALA12 TYR13 GLU14 LYS15 ILE16 ASN17 ALA18 ILE19 ILE20 GLU21 LYS22 ARG23 ARG24 GLN25 GLU26 GLY27 ALA28 ARG29 GLU30 LYS31 ASP32 VAL33 SER34 PHE35 SER36 ALA37 THR38 ALA39 SER40 MET41 LEU42 LEU43 GLU44 LEU45 GLY46 LEU47 ARG48 VAL49 HIS50 GLU51 ALA52 GLN53
Unit 4 ALA2 LYS3 VAL4 ASN5 LEU6 TYR7 ILE8 SER9 ASN10 ASP11 ALA12 TYR13 GLU14 LYS15 ILE16 ASN17 ALA18 ILE19 ILE20 GLU21 LYS22 ARG23 ARG24 GLN25 GLU26 GLY27 ALA28 ARG29 GLU30 LYS31 ASP32 VAL33 SER34 PHE35 SER36 ALA37 THR38 ALA39 SER40 MET41 LEU42 LEU43 GLU44 LEU45 GLY46 LEU47 ARG48 VAL49 HIS50 GLU51 ALA52 GLN53
Unit 5 ALA2 LYS3 VAL4 ASN5 LEU6 TYR7 ILE8 SER9 ASN10 ASP11 ALA12 TYR13 GLU14 LYS15 ILE16 ASN17 ALA18 ILE19 ILE20 GLU21 LYS22 ARG23 ARG24 GLN25 GLU26 GLY27 ALA28 ARG29 GLU30 LYS31 ASP32 VAL33 SER34 PHE35 SER36 ALA37 THR38 ALA39 SER40 MET41 LEU42 LEU43 GLU44 LEU45 GLY46 LEU47 ARG48 VAL49 HIS50 GLU51
Unit 6 ALA2 LYS3 VAL4 ASN5 LEU6 TYR7 ILE8 SER9 ASN10 ASP11 ALA12 TYR13 GLU14 LYS15 ILE16 ASN17 ALA18 ILE19 ILE20 GLU21 LYS22 ARG23 ARG24 GLN25 GLU26 GLY27 ALA28 ARG29 GLU30 LYS31 ASP32 VAL33 SER34 PHE35 SER36 ALA37 THR38 ALA39 SER40 MET41 LEU42 LEU43 GLU44 LEU45 GLY46 LEU47 ARG48 VAL49 HIS50 GLU51 ALA52 GLN53
Unit 7 ALA2 LYS3 VAL4 ASN5 LEU6 TYR7 ILE8 SER9 ASN10 ASP11 ALA12 TYR13 GLU14 LYS15 ILE16 ASN17 ALA18 ILE19 ILE20 GLU21 LYS22 ARG23 ARG24 GLN25 GLU26 GLY27 ALA28 ARG29 GLU30 LYS31 ASP32 VAL33 SER34 PHE35 SER36 ALA37 THR38 ALA39 SER40 MET41 LEU42 LEU43 GLU44 LEU45 GLY46 LEU47 ARG48 VAL49 HIS50 GLU51
Unit 8 ALA2 LYS3 VAL4 ASN5 LEU6 TYR7 ILE8 SER9 ASN10 ASP11 ALA12 TYR13 GLU14 LYS15 ILE16 ASN17 ALA18 ILE19 ILE20 GLU21 LYS22 ARG23 ARG24 GLN25 GLU26 GLY27 ALA28 ARG29 GLU30 LYS31 ASP32 VAL33 SER34 PHE35 SER36 ALA37 THR38 ALA39 SER40 MET41 LEU42 LEU43 GLU44 LEU45 GLY46 LEU47 ARG48 VAL49 HIS50 GLU51 ALA52
Other macromolecules
Unit 9 DA1 DT2 DA3 DC4 DC5 DG6 DC7 DT8 DA9 DG10 DG11 DG12 DG13 DC14 DG15 DC16 DT17 DG18 DC19 DT20 DA21 DG22 DC23 DG24 DG25 DT26 DG27 DC28
Unit 10 DG1 DC2 DA3 DC4 DC5 DG6 DC7 DT8 DA9 DG10 DC11 DA12 DG13 DC14 DG15 DC16 DC17 DC18 DC19 DT20 DA21 DG22 DC23 DG24 DG25 DT26 DA27 DT28
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Perl script:    PDBscan.pl  (15 Sep 2016)
Author:    Peter Slickers  (slickers@leibniz-fli.de),  IMB Jena,  Germany