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Sequence, Chains, Asymmetric and Biological Units

Title STRUCTURE OF REDUCED ABFR BOUND TO DNA
Keywords TRANSCRIPTION REGULATOR-DNA COMPLEX
Experiment X-ray diffraction
Number of Models  1


   Database       ID code    StatusCoordinate files
        Header     Asymmetric unit     Biological unit  

PDB   5HLG     released     available     available     Quaternary Structure Server  


Asymmetric unit from PDB
 Unit     Type     Name   Chain ID   Residues   Atoms   Hetatoms 
1  Other macromolecule   DNA (5'- D(*TP*AP*AP*CP*TP*CP*AP*AP*TP*CP*GP*CP*GP*CP*GP*CP*GP*AP*TP GP*T)-3')  I 24 489 0
2  Other macromolecule   DNA (5'- D(*TP*AP*AP*CP*TP*CP*AP*AP*TP*CP*GP*CP*GP*CP*GP*CP*GP*AP*TP GP*T)-3')  J 24 489 0
3  Other macromolecule   DNA (5'- D(*TP*AP*AP*CP*TP*CP*AP*AP*TP*CP*GP*CP*GP*CP*GP*CP*GP*AP*TP GP*T)-3')  K 24 489 0
4  Other macromolecule   DNA (5'- D(*TP*AP*AP*CP*TP*CP*AP*AP*TP*CP*GP*CP*GP*CP*GP*CP*GP*AP*TP GP*T)-3')  L 24 489 0
5  Other macromolecule   DNA (5'- D(*TP*AP*AP*CP*TP*CP*AP*AP*TP*CP*GP*CP*GP*CP*GP*CP*GP*AP*TP GP*T)-3')  M 24 489 0
6  Other macromolecule   DNA (5'- D(*TP*AP*AP*CP*TP*CP*AP*AP*TP*CP*GP*CP*GP*CP*GP*CP*GP*AP*TP GP*T)-3')  N 24 489 0
7  Other macromolecule   DNA (5'- D(*TP*AP*AP*CP*TP*CP*AP*AP*TP*CP*GP*CP*GP*CP*GP*CP*GP*AP*TP GP*T)-3')  O 24 489 0
8  Other macromolecule   DNA (5'- D(*TP*AP*AP*CP*TP*CP*AP*AP*TP*CP*GP*CP*GP*CP*GP*CP*GP*AP*TP GP*T)-3')  P 24 489 0
9  Protein   MARR FAMILY TRANSCRIPTIONAL REGULATOR  A 134 1114 0
10  Protein   MARR FAMILY TRANSCRIPTIONAL REGULATOR  B 143 1180 0
11  Protein   MARR FAMILY TRANSCRIPTIONAL REGULATOR  C 134 1116 0
12  Protein   MARR FAMILY TRANSCRIPTIONAL REGULATOR  D 139 1137 0
13  Protein   MARR FAMILY TRANSCRIPTIONAL REGULATOR  E 137 1135 0
14  Protein   MARR FAMILY TRANSCRIPTIONAL REGULATOR  F 138 1147 0
15  Protein   MARR FAMILY TRANSCRIPTIONAL REGULATOR  G 136 1134 0
16  Protein   MARR FAMILY TRANSCRIPTIONAL REGULATOR  H 138 1149 0
total       1291 13024 0

Proteins
Unit 9 GLN3 GLU4 GLN5 MET6 ARG7 LEU8 ALA9 ASN10 GLN11 LEU12 CYS13 PHE14 SER15 ALA16 TYR17 ASN18 VAL19 SER20 ARG21 LEU22 PHE23 ALA24 GLN25 PHE26 TYR27 GLU28 LYS29 LYS30 LEU31 LYS32 GLN33 PHE34 GLY35 ILE36 THR37 TYR38 SER39 GLN40 TYR41 LEU42 VAL43 LEU44 LEU45 THR46 LEU47 TRP48 GLU49 GLU50 ASN51 PRO52 GLN53 THR54 LEU55 ASN56 SER57 ILE58 GLY59 ARG60 HIS61 LEU62 ASP63 LEU64 SER65 SER66 ASN67 THR68 LEU69 THR70 PRO71 MET72 LEU73 LYS74 ARG75 LEU76 GLU77 GLN78 SER79 GLY80 TRP81 VAL82 LYS83 ARG84 GLU85 ARG86 GLN87 GLN88 SER89 ASP90 LYS91 ARG92 GLN93 LEU94 ILE95 ILE96 THR97 LEU98 THR99 ASP100 ASN101 GLY102 GLN103 GLN104 GLN105 GLN106 GLU107 ALA108 VAL109 PHE110 GLU111 ALA112 ILE113 SER114 SER115 CYS116 LEU117 GLU128 THR129 LYS130 TYR131 VAL132 PHE133 GLU134 GLU135 LEU136 GLU137 GLN138 THR139 LEU140 LYS141 HIS142 LEU143 ILE144 GLU145 LYS146
Unit 10 MET1 LYS2 GLN3 GLU4 GLN5 MET6 ARG7 LEU8 ALA9 ASN10 GLN11 LEU12 CYS13 PHE14 SER15 ALA16 TYR17 ASN18 VAL19 SER20 ARG21 LEU22 PHE23 ALA24 GLN25 PHE26 TYR27 GLU28 LYS29 LYS30 LEU31 LYS32 GLN33 PHE34 GLY35 ILE36 THR37 TYR38 SER39 GLN40 TYR41 LEU42 VAL43 LEU44 LEU45 THR46 LEU47 TRP48 GLU49 GLU50 ASN51 PRO52 GLN53 THR54 LEU55 ASN56 SER57 ILE58 GLY59 ARG60 HIS61 LEU62 ASP63 LEU64 SER65 SER66 ASN67 THR68 LEU69 THR70 PRO71 MET72 LEU73 LYS74 ARG75 LEU76 GLU77 GLN78 SER79 GLY80 TRP81 VAL82 LYS83 ARG84 GLU85 ARG86 GLN87 GLN88 SER89 ASP90 LYS91 ARG92 GLN93 LEU94 ILE95 ILE96 THR97 LEU98 THR99 ASP100 ASN101 GLY102 GLN103 GLN104 GLN105 GLN106 GLU107 ALA108 VAL109 PHE110 GLU111 ALA112 ILE113 SER114 SER115 CYS116 LEU117 PRO118 GLN119 GLU120 PHE121 THR124 GLU125 TYR126 ASP127 GLU128 THR129 LYS130 TYR131 VAL132 PHE133 GLU134 GLU135 LEU136 GLU137 GLN138 THR139 LEU140 LYS141 HIS142 LEU143 ILE144 GLU145
Unit 11 GLU4 GLN5 MET6 ARG7 LEU8 ALA9 ASN10 GLN11 LEU12 CYS13 PHE14 SER15 ALA16 TYR17 ASN18 VAL19 SER20 ARG21 LEU22 PHE23 ALA24 GLN25 PHE26 TYR27 GLU28 LYS29 LYS30 LEU31 LYS32 GLN33 PHE34 GLY35 ILE36 THR37 TYR38 SER39 GLN40 TYR41 LEU42 VAL43 LEU44 LEU45 THR46 LEU47 TRP48 GLU49 GLU50 ASN51 PRO52 GLN53 THR54 LEU55 ASN56 SER57 ILE58 GLY59 ARG60 HIS61 LEU62 ASP63 LEU64 SER65 SER66 ASN67 THR68 LEU69 THR70 PRO71 MET72 LEU73 LYS74 ARG75 LEU76 GLU77 GLN78 SER79 GLY80 TRP81 VAL82 LYS83 ARG84 GLU85 ARG86 GLN87 GLN88 SER89 ASP90 LYS91 ARG92 GLN93 LEU94 ILE95 ILE96 THR97 LEU98 THR99 ASP100 ASN101 GLY102 GLN103 GLN104 GLN105 GLN106 GLU107 ALA108 VAL109 PHE110 GLU111 ALA112 ILE113 SER114 SER115 CYS116 LEU117 TYR126 ASP127 GLU128 THR129 LYS130 TYR131 VAL132 PHE133 GLU134 GLU135 LEU136 GLU137 GLN138 THR139 LEU140 LYS141 HIS142 LEU143 ILE144 GLU145
Unit 12 CYS-1 ASN0 MET1 LYS2 GLN3 GLU4 GLN5 MET6 ARG7 LEU8 ALA9 ASN10 GLN11 LEU12 CYS13 PHE14 SER15 ALA16 TYR17 ASN18 VAL19 SER20 ARG21 LEU22 PHE23 ALA24 GLN25 PHE26 TYR27 GLU28 LYS29 LYS30 LEU31 LYS32 GLN33 PHE34 GLY35 ILE36 THR37 TYR38 SER39 GLN40 TYR41 LEU42 VAL43 LEU44 LEU45 THR46 LEU47 TRP48 GLU49 GLU50 ASN51 PRO52 GLN53 THR54 LEU55 ASN56 SER57 ILE58 GLY59 ARG60 HIS61 LEU62 ASP63 LEU64 SER65 SER66 ASN67 THR68 LEU69 THR70 PRO71 MET72 LEU73 LYS74 ARG75 LEU76 GLU77 GLN78 SER79 GLY80 TRP81 VAL82 LYS83 ARG84 GLU85 ARG86 GLN87 GLN88 SER89 ASP90 LYS91 ARG92 GLN93 LEU94 ILE95 ILE96 THR97 LEU98 THR99 ASP100 ASN101 GLY102 GLN103 GLN104 GLN105 GLN106 GLU107 ALA108 VAL109 PHE110 GLU111 ALA112 ILE113 SER114 SER115 CYS116 LEU117 PRO118 GLN119 ASP127 GLU128 THR129 LYS130 TYR131 VAL132 PHE133 GLU134 GLU135 LEU136 GLU137 GLN138 THR139 LEU140 LYS141 HIS142 LEU143 ILE144
Unit 13 ASN0 MET1 LYS2 GLN3 GLU4 GLN5 MET6 ARG7 LEU8 ALA9 ASN10 GLN11 LEU12 CYS13 PHE14 SER15 ALA16 TYR17 ASN18 VAL19 SER20 ARG21 LEU22 PHE23 ALA24 GLN25 PHE26 TYR27 GLU28 LYS29 LYS30 LEU31 LYS32 GLN33 PHE34 GLY35 ILE36 THR37 TYR38 SER39 GLN40 TYR41 LEU42 VAL43 LEU44 LEU45 THR46 LEU47 TRP48 GLU49 GLU50 ASN51 PRO52 GLN53 THR54 LEU55 ASN56 SER57 ILE58 GLY59 ARG60 HIS61 LEU62 ASP63 LEU64 SER65 SER66 ASN67 THR68 LEU69 THR70 PRO71 MET72 LEU73 LYS74 ARG75 LEU76 GLU77 GLN78 SER79 GLY80 TRP81 VAL82 LYS83 ARG84 GLU85 ARG86 GLN87 GLN88 SER89 ASP90 LYS91 ARG92 GLN93 LEU94 ILE95 ILE96 THR97 LEU98 THR99 ASP100 ASN101 GLY102 GLN103 GLN104 GLN105 GLN106 GLU107 ALA108 VAL109 PHE110 GLU111 ALA112 ILE113 SER114 SER115 CYS116 LEU117 ASP127 GLU128 THR129 LYS130 TYR131 VAL132 PHE133 GLU134 GLU135 LEU136 GLU137 GLN138 THR139 LEU140 LYS141 HIS142 LEU143 ILE144 GLU145
Unit 14 ASN0 MET1 LYS2 GLN3 GLU4 GLN5 MET6 ARG7 LEU8 ALA9 ASN10 GLN11 LEU12 CYS13 PHE14 SER15 ALA16 TYR17 ASN18 VAL19 SER20 ARG21 LEU22 PHE23 ALA24 GLN25 PHE26 TYR27 GLU28 LYS29 LYS30 LEU31 LYS32 GLN33 PHE34 GLY35 ILE36 THR37 TYR38 SER39 GLN40 TYR41 LEU42 VAL43 LEU44 LEU45 THR46 LEU47 TRP48 GLU49 GLU50 ASN51 PRO52 GLN53 THR54 LEU55 ASN56 SER57 ILE58 GLY59 ARG60 HIS61 LEU62 ASP63 LEU64 SER65 SER66 ASN67 THR68 LEU69 THR70 PRO71 MET72 LEU73 LYS74 ARG75 LEU76 GLU77 GLN78 SER79 GLY80 TRP81 VAL82 LYS83 ARG84 GLU85 ARG86 GLN87 GLN88 SER89 ASP90 LYS91 ARG92 GLN93 LEU94 ILE95 ILE96 THR97 LEU98 THR99 ASP100 ASN101 GLY102 GLN103 GLN104 GLN105 GLN106 GLU107 ALA108 VAL109 PHE110 GLU111 ALA112 ILE113 SER114 SER115 CYS116 LEU117 TYR126 ASP127 GLU128 THR129 LYS130 TYR131 VAL132 PHE133 GLU134 GLU135 LEU136 GLU137 GLN138 THR139 LEU140 LYS141 HIS142 LEU143 ILE144 GLU145
Unit 15 GLN3 GLU4 GLN5 MET6 ARG7 LEU8 ALA9 ASN10 GLN11 LEU12 CYS13 PHE14 SER15 ALA16 TYR17 ASN18 VAL19 SER20 ARG21 LEU22 PHE23 ALA24 GLN25 PHE26 TYR27 GLU28 LYS29 LYS30 LEU31 LYS32 GLN33 PHE34 GLY35 ILE36 THR37 TYR38 SER39 GLN40 TYR41 LEU42 VAL43 LEU44 LEU45 THR46 LEU47 TRP48 GLU49 GLU50 ASN51 PRO52 GLN53 THR54 LEU55 ASN56 SER57 ILE58 GLY59 ARG60 HIS61 LEU62 ASP63 LEU64 SER65 SER66 ASN67 THR68 LEU69 THR70 PRO71 MET72 LEU73 LYS74 ARG75 LEU76 GLU77 GLN78 SER79 GLY80 TRP81 VAL82 LYS83 ARG84 GLU85 ARG86 GLN87 GLN88 SER89 ASP90 LYS91 ARG92 GLN93 LEU94 ILE95 ILE96 THR97 LEU98 THR99 ASP100 ASN101 GLY102 GLN103 GLN104 GLN105 GLN106 GLU107 ALA108 VAL109 PHE110 GLU111 ALA112 ILE113 SER114 SER115 CYS116 LEU117 GLU125 TYR126 ASP127 GLU128 THR129 LYS130 TYR131 VAL132 PHE133 GLU134 GLU135 LEU136 GLU137 GLN138 THR139 LEU140 LYS141 HIS142 LEU143 ILE144 GLU145
Unit 16 MET1 LYS2 GLN3 GLU4 GLN5 MET6 ARG7 LEU8 ALA9 ASN10 GLN11 LEU12 CYS13 PHE14 SER15 ALA16 TYR17 ASN18 VAL19 SER20 ARG21 LEU22 PHE23 ALA24 GLN25 PHE26 TYR27 GLU28 LYS29 LYS30 LEU31 LYS32 GLN33 PHE34 GLY35 ILE36 THR37 TYR38 SER39 GLN40 TYR41 LEU42 VAL43 LEU44 LEU45 THR46 LEU47 TRP48 GLU49 GLU50 ASN51 PRO52 GLN53 THR54 LEU55 ASN56 SER57 ILE58 GLY59 ARG60 HIS61 LEU62 ASP63 LEU64 SER65 SER66 ASN67 THR68 LEU69 THR70 PRO71 MET72 LEU73 LYS74 ARG75 LEU76 GLU77 GLN78 SER79 GLY80 TRP81 VAL82 LYS83 ARG84 GLU85 ARG86 GLN87 GLN88 SER89 ASP90 LYS91 ARG92 GLN93 LEU94 ILE95 ILE96 THR97 LEU98 THR99 ASP100 ASN101 GLY102 GLN103 GLN104 GLN105 GLN106 GLU107 ALA108 VAL109 PHE110 GLU111 ALA112 ILE113 SER114 SER115 CYS116 LEU117 PRO118 TYR126 ASP127 GLU128 THR129 LYS130 TYR131 VAL132 PHE133 GLU134 GLU135 LEU136 GLU137 GLN138 THR139 LEU140 LYS141 HIS142 LEU143 ILE144 GLU145

Other macromolecules
Unit 1 DT1 DA2 DA3 DC4 DT5 DC6 DA7 DA8 DT9 DC10 DG11 DC12 DG13 DC14 DG15 DC16 DG17 DA18 DT19 DT20 DG21 DA22 DG23 DT24
Unit 2 DT1 DA2 DA3 DC4 DT5 DC6 DA7 DA8 DT9 DC10 DG11 DC12 DG13 DC14 DG15 DC16 DG17 DA18 DT19 DT20 DG21 DA22 DG23 DT24
Unit 3 DT1 DA2 DA3 DC4 DT5 DC6 DA7 DA8 DT9 DC10 DG11 DC12 DG13 DC14 DG15 DC16 DG17 DA18 DT19 DT20 DG21 DA22 DG23 DT24
Unit 4 DT1 DA2 DA3 DC4 DT5 DC6 DA7 DA8 DT9 DC10 DG11 DC12 DG13 DC14 DG15 DC16 DG17 DA18 DT19 DT20 DG21 DA22 DG23 DT24
Unit 5 DT1 DA2 DA3 DC4 DT5 DC6 DA7 DA8 DT9 DC10 DG11 DC12 DG13 DC14 DG15 DC16 DG17 DA18 DT19 DT20 DG21 DA22 DG23 DT24
Unit 6 DT1 DA2 DA3 DC4 DT5 DC6 DA7 DA8 DT9 DC10 DG11 DC12 DG13 DC14 DG15 DC16 DG17 DA18 DT19 DT20 DG21 DA22 DG23 DT24
Unit 7 DT1 DA2 DA3 DC4 DT5 DC6 DA7 DA8 DT9 DC10 DG11 DC12 DG13 DC14 DG15 DC16 DG17 DA18 DT19 DT20 DG21 DA22 DG23 DT24
Unit 8 DT1 DA2 DA3 DC4 DT5 DC6 DA7 DA8 DT9 DC10 DG11 DC12 DG13 DC14 DG15 DC16 DG17 DA18 DT19 DT20 DG21 DA22 DG23 DT24

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