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Sequence, Chains, Asymmetric and Biological Units

Title CRYSTAL STRUCTURE OF AN ARCHAEAL PENTAMERIC RIBOFLAVIN SYNTHASE COMPLEX WITH A SUBSTRATE ANALOG INHIBITOR
Keywords LUMAZINE RIBOFLAVIN, TRANSFERASE
Experiment X-ray diffraction
Number of Models  1


   Database       ID code    StatusCoordinate files
        Header     Asymmetric unit     Biological unit  

PDB   2B99     released     available     available     Quaternary Structure Server  


Asymmetric unit from PDB
 Unit     Type     Name   Chain ID   Residues   Atoms   Hetatoms 
1  Protein   RIBOFLAVIN SYNTHASE  A 146 1145 0
2  Protein   RIBOFLAVIN SYNTHASE  B 143 1121 0
3  Protein   RIBOFLAVIN SYNTHASE  C 152 1189 0
4  Protein   RIBOFLAVIN SYNTHASE  D 141 1106 0
5  Protein   RIBOFLAVIN SYNTHASE  E 152 1189 0
6  Ligand   RIBOFLAVIN SYNTHASE  A 2 0 46
7  Ligand   RIBOFLAVIN SYNTHASE  B 3 0 69
8  Ligand   RIBOFLAVIN SYNTHASE  C 2 0 46
9  Ligand   RIBOFLAVIN SYNTHASE  D 1 0 23
10  Ligand   RIBOFLAVIN SYNTHASE  E 2 0 46
11 Water     207 0 207
total       951 5750 437

Proteins
Unit 1 THR2 LYS3 LYS4 VAL5 GLY6 ILE7 VAL8 ASP9 THR10 THR11 PHE12 ALA13 ARG14 VAL15 ASP16 MET17 ALA18 SER19 ILE20 ALA21 ILE22 LYS23 LYS24 LEU25 LYS26 GLU27 LEU28 SER29 PRO30 ASN31 ILE32 LYS33 ILE34 ILE35 ARG36 LYS37 THR38 VAL39 PRO40 GLY41 ILE42 LYS43 ASP44 LEU45 PRO46 VAL47 ALA48 CYS49 LYS50 LYS51 LEU52 LEU53 GLU54 GLU55 GLU56 GLY57 CYS58 ASP59 ILE60 VAL61 MET62 ALA63 LEU64 GLY65 MET66 PRO67 GLY68 LYS69 ALA70 GLU71 LYS72 ASP73 LYS74 VAL75 CYS76 ALA77 HIS78 GLU79 ALA80 SER81 LEU82 GLY83 LEU84 MET85 LEU86 ALA87 GLN88 LEU89 MET90 THR91 ASN92 LYS93 HIS94 ILE95 ILE96 GLU97 VAL98 PHE99 VAL100 HIS101 GLU102 ASP103 GLU104 ALA105 LYS106 ASP107 ASP108 LYS109 GLU110 LEU111 ASP112 TRP113 LEU114 ALA115 LYS116 ARG117 ARG118 ALA119 GLU120 GLU121 HIS122 ALA123 GLU124 ASN125 VAL126 TYR127 TYR128 LEU129 LEU130 PHE131 LYS132 PRO133 GLU134 TYR135 LEU136 THR137 ARG138 MET139 ALA140 GLY141 LYS142 GLY143 LEU144 ARG145 GLN146 GLY147
Unit 2 THR2 LYS3 LYS4 VAL5 GLY6 ILE7 VAL8 ASP9 THR10 THR11 PHE12 ALA13 ARG14 VAL15 ASP16 MET17 ALA18 SER19 ILE20 ALA21 ILE22 LYS23 LYS24 LEU25 LYS26 GLU27 LEU28 SER29 PRO30 ASN31 ILE32 LYS33 ILE34 ILE35 ARG36 LYS37 THR38 VAL39 PRO40 GLY41 ILE42 LYS43 ASP44 LEU45 PRO46 VAL47 ALA48 CYS49 LYS50 LYS51 LEU52 LEU53 GLU54 GLU55 GLU56 GLY57 CYS58 ASP59 ILE60 VAL61 MET62 ALA63 LEU64 GLY65 MET66 PRO67 GLY68 LYS69 ALA70 GLU71 LYS72 ASP73 LYS74 VAL75 CYS76 ALA77 HIS78 GLU79 ALA80 SER81 LEU82 GLY83 LEU84 MET85 LEU86 ALA87 GLN88 LEU89 MET90 THR91 ASN92 LYS93 HIS94 ILE95 ILE96 GLU97 VAL98 PHE99 VAL100 HIS101 GLU102 ASP103 GLU104 ALA105 LYS106 ASP107 ASP108 LYS109 GLU110 LEU111 ASP112 TRP113 LEU114 ALA115 LYS116 ARG117 ARG118 ALA119 GLU120 GLU121 HIS122 ALA123 GLU124 ASN125 VAL126 TYR127 TYR128 LEU129 LEU130 PHE131 LYS132 PRO133 GLU134 TYR135 LEU136 THR137 ARG138 MET139 ALA140 GLY141 LYS142 GLY143 LEU144
Unit 3 THR2 LYS3 LYS4 VAL5 GLY6 ILE7 VAL8 ASP9 THR10 THR11 PHE12 ALA13 ARG14 VAL15 ASP16 MET17 ALA18 SER19 ILE20 ALA21 ILE22 LYS23 LYS24 LEU25 LYS26 GLU27 LEU28 SER29 PRO30 ASN31 ILE32 LYS33 ILE34 ILE35 ARG36 LYS37 THR38 VAL39 PRO40 GLY41 ILE42 LYS43 ASP44 LEU45 PRO46 VAL47 ALA48 CYS49 LYS50 LYS51 LEU52 LEU53 GLU54 GLU55 GLU56 GLY57 CYS58 ASP59 ILE60 VAL61 MET62 ALA63 LEU64 GLY65 MET66 PRO67 GLY68 LYS69 ALA70 GLU71 LYS72 ASP73 LYS74 VAL75 CYS76 ALA77 HIS78 GLU79 ALA80 SER81 LEU82 GLY83 LEU84 MET85 LEU86 ALA87 GLN88 LEU89 MET90 THR91 ASN92 LYS93 HIS94 ILE95 ILE96 GLU97 VAL98 PHE99 VAL100 HIS101 GLU102 ASP103 GLU104 ALA105 LYS106 ASP107 ASP108 LYS109 GLU110 LEU111 ASP112 TRP113 LEU114 ALA115 LYS116 ARG117 ARG118 ALA119 GLU120 GLU121 HIS122 ALA123 GLU124 ASN125 VAL126 TYR127 TYR128 LEU129 LEU130 PHE131 LYS132 PRO133 GLU134 TYR135 LEU136 THR137 ARG138 MET139 ALA140 GLY141 LYS142 GLY143 LEU144 ARG145 GLN146 GLY147 PHE148 GLU149 ASP150 ALA151 GLY152 PRO153
Unit 4 LYS3 LYS4 VAL5 GLY6 ILE7 VAL8 ASP9 THR10 THR11 PHE12 ALA13 ARG14 VAL15 ASP16 MET17 ALA18 SER19 ILE20 ALA21 ILE22 LYS23 LYS24 LEU25 LYS26 GLU27 LEU28 SER29 PRO30 ASN31 ILE32 LYS33 ILE34 ILE35 ARG36 LYS37 THR38 VAL39 PRO40 GLY41 ILE42 LYS43 ASP44 LEU45 PRO46 VAL47 ALA48 CYS49 LYS50 LYS51 LEU52 LEU53 GLU54 GLU55 GLU56 GLY57 CYS58 ASP59 ILE60 VAL61 MET62 ALA63 LEU64 GLY65 MET66 PRO67 GLY68 LYS69 ALA70 GLU71 LYS72 ASP73 LYS74 VAL75 CYS76 ALA77 HIS78 GLU79 ALA80 SER81 LEU82 GLY83 LEU84 MET85 LEU86 ALA87 GLN88 LEU89 MET90 THR91 ASN92 LYS93 HIS94 ILE95 ILE96 GLU97 VAL98 PHE99 VAL100 HIS101 GLU102 ASP103 GLU104 ALA105 LYS106 ASP107 ASP108 LYS109 GLU110 LEU111 ASP112 TRP113 LEU114 ALA115 LYS116 ARG117 ARG118 ALA119 GLU120 GLU121 HIS122 ALA123 GLU124 ASN125 VAL126 TYR127 TYR128 LEU129 LEU130 PHE131 LYS132 PRO133 GLU134 TYR135 LEU136 THR137 ARG138 MET139 ALA140 GLY141 LYS142 GLY143
Unit 5 THR2 LYS3 LYS4 VAL5 GLY6 ILE7 VAL8 ASP9 THR10 THR11 PHE12 ALA13 ARG14 VAL15 ASP16 MET17 ALA18 SER19 ILE20 ALA21 ILE22 LYS23 LYS24 LEU25 LYS26 GLU27 LEU28 SER29 PRO30 ASN31 ILE32 LYS33 ILE34 ILE35 ARG36 LYS37 THR38 VAL39 PRO40 GLY41 ILE42 LYS43 ASP44 LEU45 PRO46 VAL47 ALA48 CYS49 LYS50 LYS51 LEU52 LEU53 GLU54 GLU55 GLU56 GLY57 CYS58 ASP59 ILE60 VAL61 MET62 ALA63 LEU64 GLY65 MET66 PRO67 GLY68 LYS69 ALA70 GLU71 LYS72 ASP73 LYS74 VAL75 CYS76 ALA77 HIS78 GLU79 ALA80 SER81 LEU82 GLY83 LEU84 MET85 LEU86 ALA87 GLN88 LEU89 MET90 THR91 ASN92 LYS93 HIS94 ILE95 ILE96 GLU97 VAL98 PHE99 VAL100 HIS101 GLU102 ASP103 GLU104 ALA105 LYS106 ASP107 ASP108 LYS109 GLU110 LEU111 ASP112 TRP113 LEU114 ALA115 LYS116 ARG117 ARG118 ALA119 GLU120 GLU121 HIS122 ALA123 GLU124 ASN125 VAL126 TYR127 TYR128 LEU129 LEU130 PHE131 LYS132 PRO133 GLU134 TYR135 LEU136 THR137 ARG138 MET139 ALA140 GLY141 LYS142 GLY143 LEU144 ARG145 GLN146 GLY147 PHE148 GLU149 ASP150 ALA151 GLY152 PRO153

Ligands
Unit 6 RDL1205 RDL1208
Unit 7 RDL1206 RDL1209 RDL1210
Unit 8 RDL1201 RDL1204
Unit 9 RDL1203
Unit 10 RDL1202 RDL1207

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