PDB entry 1xqa
View 1xqa on RCSB PDB site
Description: Structure of a possible Glyoxalase from Bacillus cereus
Class: structural genomics, unknown function
Keywords: Dioxygenase, Glyoxalase/Bleomycin resistance, structural genomics, Midwest Center for Structural Genomics, MCSG, Protein Structure Initiative, PSI, UNKNOWN FUNCTION
Deposited on
2004-10-11, released
2004-11-23
The last revision prior to the SCOPe 2.08 freeze date was dated
2011-07-13, with a file datestamp of
2011-05-08.
Experiment type: XRAY
Resolution: 1.8 Å
R-factor: 0.192
AEROSPACI score: 0.51
(click here for full SPACI score report)
Chains and heterogens:
- Chain 'A':
Compound: Glyoxalase/Bleomycin resistance protein
Species: Bacillus cereus [TaxId:226900]
Gene: AAP10513
Database cross-references and differences (RAF-indexed):
- Uniprot Q81AI8 (1-112)
- cloning artifact (0)
- modified residue (1)
- modified residue (39)
- modified residue (50)
- modified residue (111)
Domains in SCOPe 2.08: d1xqaa1, d1xqaa2 - Chain 'B':
Compound: Glyoxalase/Bleomycin resistance protein
Species: Bacillus cereus [TaxId:226900]
Gene: AAP10513
Database cross-references and differences (RAF-indexed):
- Uniprot Q81AI8 (1-112)
- modified residue (1)
- modified residue (39)
- modified residue (50)
- modified residue (111)
Domains in SCOPe 2.08: d1xqab_ - Heterogens: MG, P6G, HOH
PDB Chain Sequences:
- Chain 'A':
Sequence, based on SEQRES records: (download)
>1xqaA (A:)
amgikhlnltvadvvaareflekyfgltcsgtrgnafavmrdndgfiltlmkgkevqypk
tfhvgfpqeseeqvdkinqrlkedgflveppkhahaytfyveapggftievmc
Sequence, based on observed residues (ATOM records): (download)
>1xqaA (A:)
amgikhlnltvadvvaareflekyfgltcsgtrgnafavmrdndgfiltlmkgkevqypk
tfhvgfpqeseeqvdkinqrlkedgflveppkhaaytfyveapggftievmc
- Chain 'B':
Sequence, based on SEQRES records: (download)
>1xqaB (B:)
amgikhlnltvadvvaareflekyfgltcsgtrgnafavmrdndgfiltlmkgkevqypk
tfhvgfpqeseeqvdkinqrlkedgflveppkhahaytfyveapggftievmc
Sequence, based on observed residues (ATOM records): (download)
>1xqaB (B:)
mgikhlnltvadvvaareflekyfgltcsgtrgnafavmrdndgfiltlmkgkevqypkt
fhvgfpqeseeqvdkinqrlkedgflveppkhaaytfyveapggftievmc