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Search results 3101 to 3178 out of 3178 for reactive oxygen species

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Type Details Score
Protein Domain
IPR010236
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Protein Domain
IPR002402
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Protein Domain
IPR008072
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Protein Domain
IPR002401
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Protein Domain
IPR008066
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Protein Domain
IPR008069
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Protein Domain
IPR002403
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Protein Domain
IPR002243
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Protein Domain
IPR016433
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Protein Domain
IPR019877
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Protein Domain
IPR018504
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Protein Domain
IPR001375
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Protein Domain
IPR001690
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Protein Domain
IPR002359
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Protein Domain
IPR003578
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Protein Domain
IPR018149
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Protein Domain
IPR002313
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Protein Domain
IPR005453
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Protein Domain
IPR017231
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Protein Domain
IPR013550
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Protein Domain
IPR001975
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Protein Domain
IPR018311
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Protein Domain
IPR008071
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Protein Domain
IPR002448
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Protein Domain
IPR020849
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Protein Domain
IPR044136
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Protein Domain
IPR034762
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Protein Domain
IPR036854
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Protein Domain
IPR014265
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Protein Domain
IPR000484
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Protein Domain
IPR001461
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Protein Domain
IPR005404
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Protein Domain
IPR024156
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Protein Domain
IPR006687
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Protein Domain
IPR017926
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Protein Domain
IPR005664
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Protein Domain
IPR003982
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Protein Domain
IPR006689
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Protein Domain
IPR002041
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Protein Domain
IPR005450
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Protein Domain
IPR005693
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Protein Domain
IPR005891
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Protein Domain
IPR000155
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Protein Domain
IPR001653
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Protein Domain
IPR014343
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Protein Domain
IPR003280
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Protein Domain
IPR005408
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Protein Domain
IPR001686
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Protein Domain
IPR013455
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Protein Domain
IPR038359
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Protein Domain
IPR000500
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Protein Domain
IPR019570
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Protein Domain
IPR003976
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Protein Domain
IPR008074
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Protein Domain
IPR001769
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Protein Domain
IPR017990
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Protein Domain
IPR013092
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Protein Domain
IPR002260
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Protein Domain
IPR002265
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Protein Domain
IPR002271
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Protein Domain
IPR002270
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Protein Domain
IPR001779
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Protein Domain
IPR005409
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Protein Domain
IPR002268
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Protein Domain
IPR002269
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Protein Domain
IPR002264
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Protein Domain
IPR002263
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Protein Domain
IPR002261
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Protein Domain
IPR002267
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Protein Domain
IPR002266
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Protein Domain
IPR001030
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Protein Domain
IPR013124
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Protein Domain
IPR036008
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Protein Domain
IPR015931
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Protein Domain
IPR015932
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Protein Domain
IPR015928
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UniProt Feature
UniProt Feature
Begin: 173
Description: In zed1-D; normal growth of plants grown below 22 degrees Celsius, but high temperature (above 22 degrees Celsius)-dependent RPP13L4/ZAR1-influenced autoimmunity and growth retardation. Plants cultivated above 23 degrees Celsius are dwarf with crinkled lamina, shortened petiole, reduced pedicel length and silique numbers, increased branches, severely shortened inflorescence stem and clustered siliques. These phenotypes are associated with inhibited cell elongation and/or expansion and disturbed differentiation of trichomes and stomata, disorganized interfascicular fibers and fewer pith tissues in inflorescence stems as well as increased lignin deposition in the vasculatures. Elevated reactive oxygen species (ROS) content and extensive cell death as well as reduced expression of pathogenesis related genes (e.g. PR1 and PR2) but accumulation of SNC1 when grown at 25 degrees Celsius. The high temperature-induced autoimmune phenotype is blocked in the double mutant zed1-D zar1-3. Stronger binding activity with RPP13L4/ZAR1. Confined to the cytosol. Fully rescued by the over-expression of RKS1/ZRK1 and ZRK12, and partially by the over-expression of ZRK4, ZRK10, ZRK13 and ZRK14. The double mutants zed1-D snc1-11 and zed1-D nahG have restored normal growth phenotypes and rescued autoimmunity defects. These pleiotropic phenotypes are suppressed in plants lacking SZE1 and SZE2.
Type: mutagenesis site
End: 173
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Pseudogene
AT4G03060 | locus:2139380 | AOP2 | -
Length: 2409  
Chromosome Location: Chr4: 1351688-1354096
Organism . Short Name: A. thaliana
TAIR Computational Description: pseudogene of 2-oxoglutarate-dependent dioxygenase;(source:Araport11)
TAIR Curator Summary: Encodes a truncated and null function protein, due to a 5-bp deletion in cDNA. The functional allele in ecotype Cvi, AOP2, encodes a 2-oxoglutarate-dependent dioxygenase which is involved in glucosinolate biosynthesis. The natural variation in this locus explains the diversification of alkenyl glucosinolate among different ecotypes of Arabidopsis.
TAIR Short Description: AOP2 (ALKENYL HYDROXALKYL PRODUCING 2); oxidoreductase, acting on paired donors, with incorporation or reduction of molecular oxygen, 2-oxoglutarate as one donor, and incorporation of one atom each of oxygen into both donors
TAIR Aliases: AOP2
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