1.14.11.13: gibberellin 2beta-dioxygenase
This is an abbreviated version!
For detailed information about gibberellin 2beta-dioxygenase, go to the full flat file.
Word Map on EC 1.14.11.13
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1.14.11.13
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dwarf
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ga1
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ga20ox
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3-oxidase
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ga-deficient
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dellas
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psga3ox1
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semi-dwarfism
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paclobutrazol
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2beta-hydroxylation
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ga-deactivating
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ga-biosynthesis
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2-oxidation
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ent-kaurenoic
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agriculture
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biofuel production
- 1.14.11.13
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dwarf
- ga1
- ga20ox
-
3-oxidase
-
ga-deficient
- dellas
-
psga3ox1
-
semi-dwarfism
- paclobutrazol
-
2beta-hydroxylation
-
ga-deactivating
-
ga-biosynthesis
-
2-oxidation
-
ent-kaurenoic
- agriculture
- biofuel production
Reaction
Synonyms
2-oxoglutarate-dependent dioxygenase, AaGA2ox1, AaGA2ox2, AaGA2ox3, AaGA2ox4, AtGA2ox10, AtGA2ox2, AtGA2ox8, AtGA2ox9, BnGA2ox2, C19-GA 2-oxidase, C20 GA2ox, C20-gibberellin deactivation enzyme, CuGA2ox2/3, CuGA2ox4, CuGA2ox8, GA 2-ox, GA 2-oxidase, GA 2-oxidase 6, GA 2-oxidase 7, GA 2-oxidase A1, GA 2-oxidase1, GA 2-oxidase3, GA 2beta,3beta-hydroxylase, GA 2ODD, GA2-oxidaseA9, GA2ox, GA2ox1, GA2ox2, GA2ox3, GA2ox4, GA2ox5, GA2ox6, GA2ox7, GA2oxA13, GA2oxA9, GA2oxidase 7, gibberellin 2-oxidase, gibberellin 2-oxidase 1, gibberellin 2-oxidase 2, gibberellin 2-oxidase 3, gibberellin 2-oxidase 4, gibberellin 2-oxidase 6, gibberellin 2beta-hydroxylase, gibberellin GA2oxidaseA13, giberellin 2-oxidase 2, JcGA2ox6, MdGA2ox1, PpGA2ox, PsGA2ox1, PsGA2ox2, PvGA2ox5b, PvGA2ox9a, SBI(SV14), SBI(Zhu1S), Solyc02g080120
ECTree
1.14.11.13 gibberellin 2beta-dioxygenaseAdvanced search results
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results (Source Tissue
Source Tissue on EC 1.14.11.13 - gibberellin 2beta-dioxygenase
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SOURCE TISSUE 
ORGANISM
UNIPROT
COMMENTARY 
LITERATURE
SOURCE
the enzyme (CuGA2ox4) is expressed in peel in December
the enzyme is primarily expressed in rice culm basal internodes
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BnGA2ox6 transcript is present at the highest levels in siliques and flowers, followed by the leaves and stems, while expressed at comparatively low levels in other plant organs
11 d, expression of GA2ox1, GA2ox2 (dominant), GA2ox3, GA2ox4, GA2ox6 (second highest level)
GA2ox1 is predominantly expressed in the subapical region of the stolon and growing tuber
isoform GA2ox1 is upregulated during the early stages of tuber development prior to visible swelling. It is predominantly expressed in the subapical region of the stolon and growing tuber
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BnGA2ox6 transcript is present at the highest levels in siliques and flowers, followed by the leaves and stems, while expressed at comparatively low levels in other plant organs
24 d inflorescence: expression of GA2ox1, GA2ox2 (dominant), GA2ox3, GA2ox4, GA2ox6 (second highest level)
transcript is predominantly expressed in roots and flowers, and displays very low expression in leaves and stems
transcripts are detected in all plant organs, but exhibit highest level in source leaves and stems
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BnGA2ox6 transcript is present at the highest levels in siliques and flowers, followed by the leaves and stems, while expressed at comparatively low levels in other plant organs
highest transcript abundance is in the silique, followed by the flower and leaves
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JcGA2ox6 is expressed in all tissues of adult Jatropha, with the highest expression level in male flowers and the lowest expression level in young leaves
the enzyme (CuGA2ox2/3) is expressed in in November
the transcript of CuGA2ox8 accumulates mainly in new leaves and flower buds in the adult phase
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BnGA2ox6 transcript is present at the highest levels in siliques and flowers, followed by the leaves and stems, while expressed at comparatively low levels in other plant organs
the enzyme (CuGA2ox2/3) is expressed in in November
the enzyme (CuGA2ox4) is expressed in juice sacs in November and December
24 d: expression of GA2ox1, GA2ox3, GA2ox2 and GA2ox6 dominant, no GA2ox4 expression
transcript is predominantly expressed in roots and flowers, and displays very low expression in leaves and stems
transcripts are detected in all plant organs, but exhibit highest level in source leaves and stems
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BnGA2ox6 transcript is present at the highest levels in siliques and flowers, followed by the leaves and stems, while expressed at comparatively low levels in other plant organs
highest transcript abundance is in the silique, followed by the flower and leaves
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JcGA2ox6 is expressed in all tissues of adult Jatropha, with the highest expression level in male flowers and the lowest expression level in young leaves
elevated PsGA2ox2 transcript levels 2 days prior to anthesis, directly after pollination decrease, removal of seeds 2-3 days after anthesis leads to inhibition of transitory increase of PsGA2ox2 observed in seed-containing pericarps, reduction of PsGA2ox2 by day 5 after anthesis, seed presence represses the expression of PsGA2ox2 during days 5-12 after anthesis
high levels of PsGA2ox1 prior to anthesis, reduced increase (15fold) of PsGA2ox1 mRNA levels directly after pollination compared to unpollinated pericarp (50-fold increase), decrease of pollinated and unpollinated levels one day after anthesis and further, concomitant with high pericarp growth rates, removal of seeds 2-3 days after anthesis increases PsGA2ox1 transcript levels compared to seed-containing pericarp, seed presence represses the expression of PsGA2ox1 during days 5-12 after anthesis, unpollinated ovaries degenerate after 4 d
major nutrient sink in the developing pea fruit until 8-12 days after pollination
7 d: expression of GA2ox1, GA2ox2, GA2ox3, GA2ox4, GA2ox6 dominant
transcript is predominantly expressed in roots and flowers, and displays very low expression in leaves and stems
transcripts are detected in all plant organs, but exhibit highest level in source leaves and stems
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BnGA2ox6 transcript is present at the highest levels in siliques and flowers, followed by the leaves and stems, while expressed at comparatively low levels in other plant organs
dry seed: GA2ox1 and GA2ox4 not expressed, high levels of GA2ox2 and GA2ox3, GA2ox6 dominant, 24 h inhibited seed: low expression of GA2ox1 and GA2ox4, highest expression of GA2ox2 and GA2ox6, expression of GA2ox3
the enzyme (CuGA2ox2/3) is highly expressed
the transcript of CuGA2ox8 accumulates mainly in new leaves and flower buds in the adult phase
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relatively strong expression in immature and low expression in mature seeds
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in the suspensor neck region from the late globular stage up to the heart stage
from day 10-12 PsGA2ox1 levels increase dramatically and remain elevated through day 20 after anthesis, high levels of PsGA2ox1 mRNA are found in testa compared with the cotyledons at day 26 after anthesis
presence of seeds is required for normal development of fruit from pericarp, removal of seeds leads to slowing of pericarp growth and subsequent abscission, the seed is the terminal nutrient sink when the development of the pea embryo begins
3 d: expression of GA2ox1, GA2ox2 (second highest level), GA2ox3, GA2ox4, and GA2ox6 (dominant)
7 d: expression of GA2ox1, GA2ox3 (very low expression), GA2ox4, GA2ox2 and GA2ox6 dominant
31 d: expression of GA2ox1, GA2ox2 (dominant), GA2ox3, GA2ox4, GA2ox6 (second highest level)
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BnGA2ox6 transcript is present at the highest levels in siliques and flowers, followed by the leaves and stems, while expressed at comparatively low levels in other plant organs
highest transcript abundance is in the silique, followed by the flower and leaves
24 d: expression of GA20x1, GA2ox2 (dominant), GA2ox3, GA2ox6 (second highest level), no GA2ox4 expression
transcript is predominantly expressed in roots and flowers, and displays very low expression in leaves and stems
transcripts are detected in all plant organs, but exhibit highest level in source leaves and stems
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BnGA2ox6 transcript is present at the highest levels in siliques and flowers, followed by the leaves and stems, while expressed at comparatively low levels in other plant organs
the transcript of CuGA2ox8 accumulates in the juvenile phase
the enzyme is primarily expressed in rice culm basal internodes
