Enzyme information

Carotenoid biosynthesis

GenesKOEnzymeEnzyme IDAnnotationBest Hit
Glyur000336s00018087.1K02291crtBEC:2.5.1.32 2.5.1.9915-cis-phytoene/all-trans-phytoene synthaseAT5G17230.2
Glyur001118s00030855.1K02291crtBEC:2.5.1.32 2.5.1.9915-cis-phytoene/all-trans-phytoene synthaseAT5G17230.2
Glyur000683s00025154.1K02291crtBEC:2.5.1.32 2.5.1.9915-cis-phytoene/all-trans-phytoene synthaseAT5G17230.2
Glyur000141s00009797.1K02291crtBEC:2.5.1.32 2.5.1.9915-cis-phytoene/all-trans-phytoene synthaseAT5G17230.2
Glyur001132s00025477.1K02293PDS, crtPEC:1.3.5.515-cis-phytoene desaturaseAT4G14210.1
Glyur000692s00016539.1K15744Z-ISOEC:5.2.1.12zeta-carotene isomeraseAT1G10830.1
Glyur001132s00025468.1K15744Z-ISOEC:5.2.1.12zeta-carotene isomeraseAT1G10830.1
Glyur001132s00025468.2K15744Z-ISOEC:5.2.1.12zeta-carotene isomeraseAT1G10830.1
Glyur000001s00000188.1K00514ZDS, crtQEC:1.3.5.6zeta-carotene desaturaseAT3G04870.2
Glyur000297s00023404.1K09835crtISO, crtHEC:5.2.1.13prolycopene isomeraseAT1G06820.1
Glyur000013s00003200.1K06443lcyB, crtL1, crtYEC:5.5.1.19lycopene beta-cyclaseAT3G10230.1
Glyur000528s00024898.1K06444lcyE, crtL2EC:5.5.1.18lycopene epsilon-cyclaseAT5G57030.1
Glyur002638s00042496.1K15746crtZEC:1.14.13.129beta-carotene 3-hydroxylaseAT4G25700.1
Glyur000025s00003342.1K15746crtZEC:1.14.13.129beta-carotene 3-hydroxylaseAT4G25700.1
Glyur000243s00013133.1K15747LUT5, CYP97A3EC:1.14.-.-beta-ring hydroxylaseAT1G31800.1
Glyur002339s00035632.1K09837LUT1, CYP97C1EC:1.14.99.45carotene epsilon-monooxygenaseAT3G53130.1
Glyur003328s00038635.1K09838ZEP, ABA1EC:1.14.15.21zeaxanthin epoxidaseAT5G67030.1
Glyur000653s00025440.1K09838ZEP, ABA1EC:1.14.15.21zeaxanthin epoxidaseAT5G67030.1
Glyur000674s00021142.1K09838ZEP, ABA1EC:1.14.15.21zeaxanthin epoxidaseAT5G67030.1
Glyur000087s00008532.1K09838ZEP, ABA1EC:1.14.15.21zeaxanthin epoxidaseAT5G67030.1
Glyur000142s00009099.1K09839VDE, NPQ1EC:1.23.5.1violaxanthin de-epoxidaseAT1G08550.2
Glyur000844s00023272.1K14593CCS1EC:5.3.99.8capsanthin/capsorubin synthaseAT3G10230.1
Glyur000426s00022723.1K09840NCEDEC:1.13.11.519-cis-epoxycarotenoid dioxygenaseAT1G30100.1
Glyur000037s00002596.1K09840NCEDEC:1.13.11.519-cis-epoxycarotenoid dioxygenaseAT4G19170.1
Glyur000278s00017280.1K09840NCEDEC:1.13.11.519-cis-epoxycarotenoid dioxygenaseAT1G30100.1
Glyur000128s00010777.1K09841ABA2EC:1.1.1.288xanthoxin dehydrogenaseAT1G52340.1
Glyur000128s00010774.1K09841ABA2EC:1.1.1.288xanthoxin dehydrogenaseAT1G52340.1
Glyur000135s00007312.1K09842AAO3EC:1.2.3.14abscisic-aldehyde oxidaseAT2G27150.2
Glyur000340s00024368.1K09843E1.14.13.93EC:1.14.13.93(+)-abscisic acid 8'-hydroxylaseAT4G19230.1
Glyur000340s00024368.2K09843E1.14.13.93EC:1.14.13.93(+)-abscisic acid 8'-hydroxylaseAT4G19230.1
Glyur000349s00021101.1K09843E1.14.13.93EC:1.14.13.93(+)-abscisic acid 8'-hydroxylaseAT4G19230.1
Glyur000349s00021101.2K09843E1.14.13.93EC:1.14.13.93(+)-abscisic acid 8'-hydroxylaseAT4G19230.1
Glyur000402s00033324.1K09843E1.14.13.93EC:1.14.13.93(+)-abscisic acid 8'-hydroxylaseAT2G29090.2
Glyur001406s00030094.2K09843E1.14.13.93EC:1.14.13.93(+)-abscisic acid 8'-hydroxylaseAT3G19270.1
Glyur000006s00001625.1K09843E1.14.13.93EC:1.14.13.93(+)-abscisic acid 8'-hydroxylaseAT3G19270.1
Glyur000006s00001627.1K09843E1.14.13.93EC:1.14.13.93(+)-abscisic acid 8'-hydroxylaseAT3G19270.1
Glyur000164s00014494.1K09843E1.14.13.93EC:1.14.13.93(+)-abscisic acid 8'-hydroxylaseAT3G19270.1
Glyur000016s00003064.1K17911DWARF27EC:5.2.1.14beta-carotene isomeraseAT1G03055.1
Glyur000610s00022582.1K17911DWARF27EC:5.2.1.14beta-carotene isomeraseAT1G03055.1
Glyur002310s00039389.1K17912CCD7EC:1.13.11.689-cis-beta-carotene 9',10'-cleaving dioxygenaseAT2G44990.1
Glyur002310s00039389.2K17912CCD7EC:1.13.11.689-cis-beta-carotene 9',10'-cleaving dioxygenaseAT2G44990.1
Glyur000466s00022904.1K17913CCD8EC:1.13.11.69 1.13.11.70carlactone synthase / all-trans-10'-apo-beta-carotenal 13,14-cleaving dioxygenaseAT4G32810.1


Pathway information

map00906

map00906

© 2021 Resource Institute for Chinese & Ethnic Materia Medica, Guizhou University of Traditional Chinese Medicine
State Key Laboratory of Plant Physiology and Biochemistry, College of Biological Sciences, China Agricultural University. All rights reserved