1.14.15.21: zeaxanthin epoxidase
This is an abbreviated version!
For detailed information about zeaxanthin epoxidase, go to the full flat file.
Word Map on EC 1.14.15.21
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1.14.15.21
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photosystems
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light-harvesting
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chlorophyl
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thylakoids
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antenna
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trimer
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carotenoid
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photoprotection
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dissipation
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xanthophyl
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non-photochemical
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pigment-protein
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lutein
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supercomplexes
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chlamydomonas
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grana
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reinhardtii
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photochemical
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acclimation
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spinach
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excitonic
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chlorophyll-protein
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photodamage
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chls
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photoinhibition
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neoxanthin
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picosecond
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monogalactosyldiacylglycerol
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excited-state
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de-epoxidation
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photochemistry
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pigment-binding
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plastoquinol
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9-cis-epoxycarotenoid
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unstacked
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chlorophyll-binding
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oxygen-evolving
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lhcas
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low-light
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de-epoxidase
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psi-lhci
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appressed
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high-light
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carotenogenesis
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macroaggregates
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antheraxanthin
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carotenogenic
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overexcitation
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ultrafast
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unquenched
- 1.14.15.21
- photosystems
-
light-harvesting
-
chlorophyl
- thylakoids
- antenna
- trimer
-
carotenoid
-
photoprotection
-
dissipation
-
xanthophyl
-
non-photochemical
-
pigment-protein
- lutein
-
supercomplexes
- chlamydomonas
-
grana
- reinhardtii
-
photochemical
-
acclimation
- spinach
-
excitonic
-
chlorophyll-protein
-
photodamage
- chls
-
photoinhibition
- neoxanthin
-
picosecond
- monogalactosyldiacylglycerol
-
excited-state
-
de-epoxidation
-
photochemistry
-
pigment-binding
- plastoquinol
-
9-cis-epoxycarotenoid
-
unstacked
-
chlorophyll-binding
-
oxygen-evolving
-
lhcas
-
low-light
-
de-epoxidase
-
psi-lhci
-
appressed
-
high-light
-
carotenogenesis
-
macroaggregates
- antheraxanthin
-
carotenogenic
-
overexcitation
-
ultrafast
-
unquenched
Reaction
Synonyms
ABA2 protein, At5g67030, CHL, chloroplastic lipocalin, EC 1.14.13.90, LHCII, lipocalin-like protein, More, temperature stress-induced lipocalin, temperature-induced lipocalin, TIL, TpZEP1, TpZEP2, TpZEP3, violaxanthin cycle enzyme, ZE, Zea-epoxidase, zeaxanthin epoxidase, zeaxanthin-epoxidase, ZEP, ZEP1, ZEP2, ZEP3
ECTree
1.14.15.21 zeaxanthin epoxidaseAdvanced search results
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results (Cloned
Cloned on EC 1.14.15.21 - zeaxanthin epoxidase
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CLONED (Commentary) 
ORGANISM
UNIPROT
LITERATURE
DNA and amino acid sequence comparison and analysis, expression analysis, phylogenetic analysis and evolution of lipocalins
DNA and amino acid sequence determination and analysis, expression analysis in tuber tissues during dormancy
gene LeZE, DNA and amino acid sequence determination and analysis, expression analysis, mRNA accumulation of LeZE in the wild-type is not induced by light and temperature but regulated by the diurnal rhythm, expression in transgenic tomato plants via Agrobacterium tumefaciens strain LBA4404 transfection using the 35S-CaMV promoter
genetic mapping of aba1 mutants, complementation of a mutant strain
Polyphyletic analyses of the presence of photoprotective compounds and zeaxanthin epoxidase sequences across a wide representation of the plant kingdom reveals no correlation between the presence of lutein-epoxide and recurrent mutations in sequences, including the duplications. There is an evolutionary trend to increase the content of alpha-tocopherol and to decrease the total amount of violaxanthin-cycle pigments.
Polyphyletic analyses of the presence of photoprotective compounds and zeaxanthin epoxidase ZE sequences across a wide representation of the plant kingdom reveals no correlation between the presence of lutein-epoxide and recurrent mutations in ZE sequences, including the duplications. There is an evolutionary trend to increase the content of alpha-tocopherol and to decrease the total amount of violaxanthin-cycle pigments.
Polyphyletic analyses of the presence of photoprotective compounds and zeaxanthin epoxidase ZE sequences across a wide representation of the plant kingdom reveals no correlation between the presence of lutein-epoxide and recurrent mutations in ZE sequences, including the duplications. There is an evolutionary trend to increase the content of alpha-tocopherol and to decrease the total amount of violaxanthin-cycle pigments.
Polyphyletic analyses of the presence of photoprotective compounds and zeaxanthin epoxidase ZE sequences across a wide representation of the plant kingdom reveals no correlation between the presence of lutein-epoxide and recurrent mutations in ZE sequences, including the duplications. There is an evolutionary trend to increase the content of alpha-tocopherol and to decrease the total amount of violaxanthin-cycle pigments.
Polyphyletic analyses of the presence of photoprotective compounds and zeaxanthin epoxidase ZE sequences across a wide representation of the plant kingdom reveals no correlation between the presence of lutein-epoxide and recurrent mutations in ZE sequences, including the duplications. There is an evolutionary trend to increase the content of alpha-tocopherol and to decrease the total amount of violaxanthin-cycle pigments.
Polyphyletic analyses of the presence of photoprotective compounds and zeaxanthin epoxidase ZE sequences across a wide representation of the plant kingdom reveals no correlation between the presence of lutein-epoxide and recurrent mutations in ZE sequences, including the duplications. There is an evolutionary trend to increase the content of alpha-tocopherol and to decrease the total amount of violaxanthin-cycle pigments.
