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Sequence, Chains, Asymmetric and Biological Units

Title CRYSTAL STRUCTURE OF MONOCLINIC FORM OF GENOMICALLY ENCODED RESISTANCE PROTEIN, FOSX, FROM LISTERIA MONOCYTOGENES AT PH
Keywords FOSFOMYCIN RESISTANCE PROTEIN, MN BINDING, ANTIBIOTIC RESIST METAL BINDING PROTEIN, HYDROLASE
Experiment X-ray diffraction
Number of Models  1

   Database       ID code    StatusCoordinate files
        Header     Asymmetric unit     Biological unit  
PDB   2P7L     released     available     available     Quaternary Structure Server  
Asymmetric unit from PDB
 Unit     Type     Name   Chain ID   Residues   Atoms   Hetatoms 
1  Protein   GLYOXALASE FAMILY PROTEIN  A 125 1024 0
2  Protein   GLYOXALASE FAMILY PROTEIN  B 125 1022 0
3  Protein   GLYOXALASE FAMILY PROTEIN  C 129 1036 0
4  Protein   GLYOXALASE FAMILY PROTEIN  D 124 1010 0
5  Protein   GLYOXALASE FAMILY PROTEIN  E 130 1055 0
6  Protein   GLYOXALASE FAMILY PROTEIN  F 130 1051 0
7  Ligand   GLYOXALASE FAMILY PROTEIN  B 1 0 6
8 Water     96 0 96
total       860 6198 102
Proteins
Unit 1 MET1 ILE2 SER3 GLY4 LEU5 SER6 HIS7 ILE8 THR9 LEU10 ILE11 VAL12 LYS13 ASP14 LEU15 ASN16 LYS17 THR18 THR19 ALA20 PHE21 LEU22 GLN23 ASN24 ILE25 PHE26 ASN27 ALA28 GLU29 GLU30 ILE31 TYR32 SER33 SER34 SER40 LEU41 SER42 LYS43 GLU44 LYS45 PHE46 PHE47 LEU48 ILE49 ALA50 GLY51 LEU52 TRP53 ILE54 CYS55 ILE56 MET57 GLU58 GLY59 ASP60 SER61 LEU62 GLN63 GLU64 ARG65 THR66 TYR67 ASN68 HIS69 ILE70 ALA71 PHE72 GLN73 ILE74 GLN75 SER76 GLU77 GLU78 VAL79 ASP80 GLU81 TYR82 THR83 GLU84 ARG85 ILE86 LYS87 ALA88 LEU89 GLY90 VAL91 GLU92 MET93 LYS94 PRO95 GLU96 ARG97 PRO98 ARG99 VAL100 GLN101 GLY102 GLU103 GLY104 ARG105 SER106 ILE107 TYR108 PHE109 TYR110 ASP111 PHE112 ASP113 ASN114 HIS115 LEU116 PHE117 GLU118 LEU119 HIS120 ALA121 GLY122 THR123 LEU124 GLU125 GLU126 ARG127 LEU128 LYS129 ARG130
Unit 2 MET1 ILE2 SER3 GLY4 LEU5 SER6 HIS7 ILE8 THR9 LEU10 ILE11 VAL12 LYS13 ASP14 LEU15 ASN16 LYS17 THR18 THR19 ALA20 PHE21 LEU22 GLN23 ASN24 ILE25 PHE26 ASN27 ALA28 GLU29 GLU30 ILE31 TYR32 SER33 SER34 GLY35 ASP36 LYS37 THR38 PHE39 SER40 LEU41 SER42 LYS43 GLU44 LYS45 PHE46 PHE47 LEU48 ILE49 ALA50 GLY51 LEU52 TRP53 ILE54 CYS55 ILE56 MET57 GLU58 GLY59 ASP60 SER61 LEU62 GLN63 GLU64 ARG65 THR66 TYR67 ASN68 HIS69 ILE70 ALA71 PHE72 GLN73 ILE74 GLN75 SER76 GLU77 GLU78 VAL79 ASP80 GLU81 TYR82 THR83 GLU84 ARG85 ILE86 LYS87 ALA88 LEU89 GLY90 VAL91 GLU92 MET93 LYS94 PRO95 GLU96 GLU103 GLY104 ARG105 SER106 ILE107 TYR108 PHE109 TYR110 ASP111 PHE112 ASP113 ASN114 HIS115 LEU116 PHE117 GLU118 LEU119 HIS120 ALA121 GLY122 THR123 LEU124 GLU125 GLU126 ARG127 LEU128 LYS129 ARG130 TYR131
Unit 3 MET1 ILE2 SER3 GLY4 LEU5 SER6 HIS7 ILE8 THR9 LEU10 ILE11 VAL12 LYS13 ASP14 LEU15 ASN16 LYS17 THR18 THR19 ALA20 PHE21 LEU22 GLN23 ASN24 ILE25 PHE26 ASN27 ALA28 GLU29 GLU30 ILE31 TYR32 SER33 SER34 GLY35 ASP36 LYS37 THR38 PHE39 SER40 LEU41 SER42 LYS43 GLU44 LYS45 PHE46 PHE47 LEU48 ILE49 ALA50 GLY51 LEU52 TRP53 ILE54 CYS55 ILE56 MET57 GLU58 GLY59 ASP60 SER61 LEU62 GLN63 GLU64 ARG65 THR66 TYR67 ASN68 HIS69 ILE70 ALA71 PHE72 GLN73 ILE74 GLN75 SER76 GLU77 GLU78 VAL79 ASP80 GLU81 TYR82 THR83 GLU84 ARG85 ILE86 LYS87 ALA88 LEU89 GLY90 VAL91 GLU92 MET93 LYS94 PRO95 GLU96 ARG97 PRO98 ARG99 VAL100 GLN101 GLY102 GLU103 GLY104 ARG105 SER106 ILE107 TYR108 PHE109 TYR110 ASP111 PHE112 ASP113 ASN114 HIS115 LEU116 PHE117 GLU118 LEU119 HIS120 ALA121 GLY122 THR123 LEU124 GLU125 GLU126 ARG127 LEU128 LYS129
Unit 4 MET1 ILE2 SER3 GLY4 LEU5 SER6 HIS7 ILE8 THR9 LEU10 ILE11 VAL12 LYS13 ASP14 LEU15 ASN16 LYS17 THR18 THR19 ALA20 PHE21 LEU22 GLN23 ASN24 ILE25 PHE26 ASN27 ALA28 GLU29 GLU30 ILE31 TYR32 SER33 SER34 SER42 LYS43 GLU44 LYS45 PHE46 PHE47 LEU48 ILE49 ALA50 GLY51 LEU52 TRP53 ILE54 CYS55 ILE56 MET57 GLU58 GLY59 ASP60 SER61 LEU62 GLN63 GLU64 ARG65 THR66 TYR67 ASN68 HIS69 ILE70 ALA71 PHE72 GLN73 ILE74 GLN75 SER76 GLU77 GLU78 VAL79 ASP80 GLU81 TYR82 THR83 GLU84 ARG85 ILE86 LYS87 ALA88 LEU89 GLY90 VAL91 GLU92 MET93 LYS94 PRO95 GLU96 ARG97 PRO98 ARG99 VAL100 GLN101 GLY102 GLU103 GLY104 ARG105 SER106 ILE107 TYR108 PHE109 TYR110 ASP111 PHE112 ASP113 ASN114 HIS115 LEU116 PHE117 GLU118 LEU119 HIS120 ALA121 GLY122 THR123 LEU124 GLU125 GLU126 ARG127 LEU128 LYS129 ARG130 TYR131
Unit 5 MET1 ILE2 SER3 GLY4 LEU5 SER6 HIS7 ILE8 THR9 LEU10 ILE11 VAL12 LYS13 ASP14 LEU15 ASN16 LYS17 THR18 THR19 ALA20 PHE21 LEU22 GLN23 ASN24 ILE25 PHE26 ASN27 ALA28 GLU29 GLU30 ILE31 TYR32 SER33 SER34 GLY35 ASP36 LYS37 THR38 PHE39 SER40 LEU41 SER42 LYS43 GLU44 LYS45 PHE46 PHE47 LEU48 ILE49 ALA50 GLY51 LEU52 TRP53 ILE54 CYS55 ILE56 MET57 GLU58 GLY59 ASP60 SER61 LEU62 GLN63 GLU64 ARG65 THR66 TYR67 ASN68 HIS69 ILE70 ALA71 PHE72 GLN73 ILE74 GLN75 SER76 GLU77 GLU78 VAL79 ASP80 GLU81 TYR82 THR83 GLU84 ARG85 ILE86 LYS87 ALA88 LEU89 GLY90 VAL91 GLU92 MET93 LYS94 PRO95 GLU96 ARG97 PRO98 ARG99 VAL100 GLN101 GLY102 GLU103 GLY104 ARG105 SER106 ILE107 TYR108 PHE109 TYR110 ASP111 PHE112 ASP113 ASN114 HIS115 LEU116 PHE117 GLU118 LEU119 HIS120 ALA121 GLY122 THR123 LEU124 GLU125 GLU126 ARG127 LEU128 LYS129 ARG130
Unit 6 MET1 ILE2 SER3 GLY4 LEU5 SER6 HIS7 ILE8 THR9 LEU10 ILE11 VAL12 LYS13 ASP14 LEU15 ASN16 LYS17 THR18 THR19 ALA20 PHE21 LEU22 GLN23 ASN24 ILE25 PHE26 ASN27 ALA28 GLU29 GLU30 ILE31 TYR32 SER33 SER34 GLY35 ASP36 LYS37 THR38 PHE39 SER40 LEU41 SER42 LYS43 GLU44 LYS45 PHE46 PHE47 LEU48 ILE49 ALA50 GLY51 LEU52 TRP53 ILE54 CYS55 ILE56 MET57 GLU58 GLY59 ASP60 SER61 LEU62 GLN63 GLU64 ARG65 THR66 TYR67 ASN68 HIS69 ILE70 ALA71 PHE72 GLN73 ILE74 GLN75 SER76 GLU77 GLU78 VAL79 ASP80 GLU81 TYR82 THR83 GLU84 ARG85 ILE86 LYS87 ALA88 LEU89 GLY90 VAL91 GLU92 MET93 LYS94 PRO95 GLU96 ARG97 PRO98 ARG99 VAL100 GLN101 GLY102 GLU103 GLY104 ARG105 SER106 ILE107 TYR108 PHE109 TYR110 ASP111 PHE112 ASP113 ASN114 HIS115 LEU116 PHE117 GLU118 LEU119 HIS120 ALA121 GLY122 THR123 LEU124 GLU125 GLU126 ARG127 LEU128 LYS129 ARG130
Ligands
Unit 7 GOL134
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Perl script:    PDBscan.pl  (15 Sep 2016)
Author:    Peter Slickers  (slickers@leibniz-fli.de),  IMB Jena,  Germany