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Sequence Information

Primary Database Link 9954898
Original Database ID GI 9954898
Organism Escherichia coli
Annotation a chain a, crystal structure of
phytate complex escherichia coli
phytase at ph 5 .0. phytate is
bound with its 3-phosphate in
the active site. hg2+ ca ...
Sequence Length 410

Dataset Information:

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  Template
PDB Code		 PDB
Segment		 PDB Comment CATH
coverage
or Link		 Dataset Seq
Ident		 E-value Model
Score		 Quality Modeled Segment
1dkqA(1-410)crystal structure of phytate complex escherichia coli phytase at ph 5.0. phytate is bound with its 3-phosphate in the active site. hg2+ cation acts as an intermolecular bridge3.40.50.1240EFI_update-
20130509-01-
1235		10001

Cross-references

Show obsolete/secondary identifiers
Target Sequence
PDB1DKPA Chain A, Crystal Structure Of Phytate Complex Of Escherichia Coli Phytase At Ph 6.6. Phytate Is Bound With Its 3-Phosphate In The Active Site. Hg2+ Cation Acts As An Intermolecular Bridge
PDB1DKPAChain A, Crystal Structure Of Phytate Complex Of Escherichia Coli Phytase At Ph 6.6. Phytate Is Bound With Its 3-Phosphate In The Active Site. Hg2+ Cation Acts As An Intermolecular Bridge
PDB1DKQA Chain A, Crystal Structure Of Phytate Complex Escherichia Coli Phytase At Ph 5.0. Phytate Is Bound With Its 3-Phosphate In The Active Site. Hg2+ Cation Acts As An Intermolecular Bridge
PDB1DKQAChain A, Crystal Structure Of Phytate Complex Escherichia Coli Phytase At Ph 5.0. Phytate Is Bound With Its 3-Phosphate In The Active Site. Hg2+ Cation Acts As An Intermolecular Bridge
GenPept9954897A Chain A, Crystal Structure Of Phytate Complex Of Escherichia Coli Phytase At Ph 6.6. Phytate Is Bound With Its 3-Phosphate In The Active Site. Hg2+ Cation Acts As An Intermolecular Bridge
GenPept9954898A Chain A, Crystal Structure Of Phytate Complex Escherichia Coli Phytase At Ph 5.0. Phytate Is Bound With Its 3-Phosphate In The Active Site. Hg2+ Cation Acts As An Intermolecular Bridge