1.13.11.92: fatty acid alpha-dioxygenase
This is an abbreviated version!
For detailed information about fatty acid alpha-dioxygenase, go to the full flat file.
Word Map on EC 1.13.11.92
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1.13.11.92
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oxylipins
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pathogen-induced
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sexta
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patens
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manduca
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botrytis
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cinerea
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herbivory
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polygalacturonase
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physcomitrella
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attenuata
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moss
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synthesis
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turnera
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alpha-oxidation
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endoperoxide
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lipoxygenase-generated
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defense-related
- 1.13.11.92
- oxylipins
-
pathogen-induced
-
sexta
-
patens
-
manduca
-
botrytis
-
cinerea
-
herbivory
- polygalacturonase
-
physcomitrella
-
attenuata
-
moss
- synthesis
-
turnera
-
alpha-oxidation
-
endoperoxide
-
lipoxygenase-generated
-
defense-related
Reaction
Synonyms
alpha-dioxygenase, alpha-DOX1, AXX17_At3g00510, cce_4307, DOX1, fatty acid alpha-oxidase, PADOX-1, Piox
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Source Tissue
Source Tissue on EC 1.13.11.92 - fatty acid alpha-dioxygenase
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during germination, alpha-dioxygenase mRNA accumulates in the cotyledons and the embryonic axis of pea seeds de novo. alpha-Dioxygenase enzymatic activity in plant extracts is highest in cotyledons during imbibition
during germination, alpha-dioxygenase mRNA accumulates in the cotyledons and the embryonic axis of pea seeds de novo
additional information
in developing pea plants, the transcript is detected almost exclusively in roots
gene expression is confined to necrotic lesions during the hypersensitive response to bacterial infections, it occurs throughout the chlorotic area during a compatible interaction. Accumulation of alpha-DOX1 transcripts is impaired in salicylic acid-compromised plants and induced by salicylic acid and by chemicals generating nitric oxide, intracellular superoxide or singlet oxygen
additional information
the accumulation of alpha-dioxygenase protein parallels transcript accumulation in that it is abundant in germinating as well as young plant tissue, and correlates with loss of mRNA during plant maturation
additional information
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the accumulation of alpha-dioxygenase protein parallels transcript accumulation in that it is abundant in germinating as well as young plant tissue, and correlates with loss of mRNA during plant maturation
additional information
alpha-DOX1 transcripts are detected in the roots and absent in all other organs
additional information
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alpha-DOX1 transcripts are detected in the roots and absent in all other organs