All rules > rule id: 802950

Reaction SMARTS

[#6+0:1]1(=[#6+0:2]-[#7+0:6]-[#6+0:3](=[#7+:4]-1-[#1+0:11])-[#1,#6;+0:5])-[#6,#1;+0:7].[#6+0:8](=[#8+0:10])(-[#8+0:12]-[#6+0:17])-[#6+0:13](-[#8+0:14])(-[#1,#6;+0:15])-[#6,#1;+0:16].[#1+0:9]-[#7+0:23]1-[#6+0:19]2=[#6+0:18](-[#7+0:20](-[#6+0:21])-[#6+0:22]=[#6+0:29]-1-[#6,#1;+0:31])-[#7-:26]-[#6+0:25](=[#8+0:27])-[#7+0:28]-[#6+0:24]-2=[#8+0:30]>>[#6+0:1]1(=[#6+0:2]-[#7+0:6]-[#6+0:3](=[#7+0:4]-1)-[#1,#6;+0:5])-[#6,#1;+0:7].[#6+0:8](-[#1+0:9])(-[#8+0:10]-[#1+0:11])(-[#8+0:12]-[#6+0:17])-[#6+0:13](-[#8+0:14])(-[#1,#6;+0:15])-[#6,#1;+0:16].[#6+0:18]12-[#6+0:19](=[#7+0:23]-[#6+0:29](=[#6+0:22]-[#7+0:20]-1-[#6+0:21])-[#6,#1;+0:31])-[#6+0:24](-[#7+0:28]-[#6+0:25](-[#7+0:26]=2)=[#8+0:27])=[#8+0:30]

Simplified SMARTS

C1(*)=CNC(*)=[N+]1[H].C(=O)(OC)C(O)(*)*.[H]N1C2=C(N(C)C=C1*)[N-]C(=O)NC2=O>>C1(*)=CNC(*)=N1.C([H])(O[H])(OC)C(O)(*)*.C12=NC(=O)NC(=O)C1=NC(*)=CN2C

Rule Set Version: 0.2
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Complete rule seen in 2 catalytic steps

m-csa:567 - glucose oxidase - mechanism: 1 - step: 1
m-csa:673 - cellobiose dehydrogenase (acceptor) - mechanism: 1 - step: 1

Rule partially seen in 33 catalytic steps

m-csa:103 - vanillyl-alcohol oxidase - mechanism: 1 - step: 2
m-csa:104 - quinoprotein glucose dehydrogenase - mechanism: 1 - step: 1
m-csa:104 - quinoprotein glucose dehydrogenase - mechanism: 3 - step: 1
m-csa:108 - 2,4-dienoyl-CoA reductase (NADPH) - mechanism: 1 - step: 1
m-csa:110 - D-amino-acid oxidase - mechanism: 2 - step: 2
m-csa:110 - D-amino-acid oxidase - mechanism: 1 - step: 1
m-csa:113 - sarcosine oxidase - mechanism: 2 - step: 1
m-csa:115 - cytokinin dehydrogenase - mechanism: 1 - step: 1
m-csa:130 - naphthalene 1,2-dioxygenase - mechanism: 2 - step: 1
m-csa:131 - 4-hydroxybenzoate 3-monooxygenase - mechanism: 1 - step: 2
m-csa:142 - ferredoxin-NADP+ reductase (adrenodoxin-type) - mechanism: 1 - step: 1
m-csa:277 - mercury(II) reductase - mechanism: 2 - step: 12
m-csa:277 - mercury(II) reductase - mechanism: 1 - step: 12
m-csa:304 - glutamate synthase (NADPH) - mechanism: 1 - step: 1
m-csa:353 - UDP-N-acetylenolpyruvylglucosamine reductase (MurB) - mechanism: 1 - step: 1
m-csa:354 - cholesterol oxidase (GMC type) - mechanism: 1 - step: 1
m-csa:551 - phenol 2-monooxygenase - mechanism: 1 - step: 1
m-csa:555 - L-amino-acid oxidase - mechanism: 1 - step: 2
m-csa:739 - L-aspartate oxidase - mechanism: 1 - step: 1
m-csa:739 - L-aspartate oxidase - mechanism: 2 - step: 1
m-csa:800 - dihydropyrimidine dehydrogenase (NADP+) - mechanism: 1 - step: 1
m-csa:822 - cholesterol oxidase - mechanism: 1 - step: 1
m-csa:842 - glucose-6-phosphate isomerase - mechanism: 1 - step: 1
m-csa:843 - glucose-6-phosphate dehydrogenase - mechanism: 1 - step: 1
m-csa:942 - NikD - mechanism: 1 - step: 5
m-csa:942 - NikD - mechanism: 1 - step: 1
m-csa:969 - Phytoene desaturase (lycopene-forming) - mechanism: 2 - step: 7
m-csa:969 - Phytoene desaturase (lycopene-forming) - mechanism: 2 - step: 1
m-csa:969 - Phytoene desaturase (lycopene-forming) - mechanism: 2 - step: 3
m-csa:969 - Phytoene desaturase (lycopene-forming) - mechanism: 2 - step: 5
m-csa:977 - tryptophan 7-halogenase - mechanism: 1 - step: 1
m-csa:978 - D-arginine dehydrogenase - mechanism: 2 - step: 2
m-csa:978 - D-arginine dehydrogenase - mechanism: 1 - step: 2