EC Explorer

EC 1.1.99.10 Details
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EC number
1.1.99.10
Accepted name
glucose dehydrogenase (acceptor)
Reaction
D-glucose + acceptor = D-glucono-1,5-lactone + reduced acceptor
Other name(s)
glucose dehydrogenase (Aspergillus), glucose dehydrogenase (decarboxylating), D-glucose:(acceptor) 1-oxidoreductase
Systematic name
D-glucose:acceptor 1-oxidoreductase
CAS registry number
37250-84-3
Comment
A glycoprotein containing one mole of FAD per mole of enzyme. 2,6-Dichloroindophenol can act as acceptor
History
created 1972, modified 1976, deleted 2013
EC Browser
1 Oxidoreductases (9574 organisms) download 3054352 sequences with EC number 1 in fasta format download 3054352 sequences with EC number 1 as tabstop The data in BRENDA allow the calculation or simulation of metabolic pathways by extracting the information of substrate/product chains and the corresponding kinetic data of the preceding and following enzymes in the Boehringer and KEGG metabolism (with the risk of including ?pathways? with non-natural compounds). version Download 2822 PDB numbers (EC 1) as tabstop separated file
1.1.99.15 created 1978, deleted 1980 show the reaction
1.1.99.17 created 1982, deleted 2003 show the reaction
1.21.1. undefined (18 organisms)
2 Transferases (6645 organisms) download 7349866 sequences with EC number 2 in fasta format download 7349866 sequences with EC number 2 as tabstop The data in BRENDA allow the calculation or simulation of metabolic pathways by extracting the information of substrate/product chains and the corresponding kinetic data of the preceding and following enzymes in the Boehringer and KEGG metabolism (with the risk of including ?pathways? with non-natural compounds). version Download 2822 PDB numbers (EC 2) as tabstop separated file
3 Hydrolases (11217 organisms) download 3878676 sequences with EC number 3 in fasta format download 3878676 sequences with EC number 3 as tabstop The data in BRENDA allow the calculation or simulation of metabolic pathways by extracting the information of substrate/product chains and the corresponding kinetic data of the preceding and following enzymes in the Boehringer and KEGG metabolism (with the risk of including ?pathways? with non-natural compounds). version Download 2822 PDB numbers (EC 3) as tabstop separated file
4 Lyases (5132 organisms) download 2266429 sequences with EC number 4 in fasta format download 2266429 sequences with EC number 4 as tabstop The data in BRENDA allow the calculation or simulation of metabolic pathways by extracting the information of substrate/product chains and the corresponding kinetic data of the preceding and following enzymes in the Boehringer and KEGG metabolism (with the risk of including ?pathways? with non-natural compounds). version Download 2822 PDB numbers (EC 4) as tabstop separated file
5 Isomerases (2096 organisms) download 1415170 sequences with EC number 5 in fasta format download 1415170 sequences with EC number 5 as tabstop The data in BRENDA allow the calculation or simulation of metabolic pathways by extracting the information of substrate/product chains and the corresponding kinetic data of the preceding and following enzymes in the Boehringer and KEGG metabolism (with the risk of including ?pathways? with non-natural compounds). version Download 2822 PDB numbers (EC 5) as tabstop separated file
6 Ligases (1554 organisms) download 2087965 sequences with EC number 6 in fasta format download 2087965 sequences with EC number 6 as tabstop The data in BRENDA allow the calculation or simulation of metabolic pathways by extracting the information of substrate/product chains and the corresponding kinetic data of the preceding and following enzymes in the Boehringer and KEGG metabolism (with the risk of including ?pathways? with non-natural compounds). version Download 2822 PDB numbers (EC 6) as tabstop separated file
7 Translocases (1092 organisms) download 2299998 sequences with EC number 7 in fasta format download 2299998 sequences with EC number 7 as tabstop The data in BRENDA allow the calculation or simulation of metabolic pathways by extracting the information of substrate/product chains and the corresponding kinetic data of the preceding and following enzymes in the Boehringer and KEGG metabolism (with the risk of including ?pathways? with non-natural compounds). version Download 2822 PDB numbers (EC 7) as tabstop separated file