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STIFDB - Entry Name : AT4G32810

Stress Signals involved in

 ABA 

STIFDB Provides Data in 2 levels:
1000bp Data
100bp Data

Gene Description : AT4G32810

Locus IdentifierGene Model NameGene Model DescriptionGene Model Type
AT4G32810AT4G32810.1Encodes a protein with similarity to carotenoid cleaving deoxygenases, the enzymes that cleave beta-carotene. Involved in the production of a graft transmissable signal to suppress axillary branching. Protein is localized to chloroplast stroma and expressed primarily in root tip. Mutants in the gene exhibit increased shoot branching, and light-dependent defects in hook opening and hypocotyl/root elongation. Only upregulated by auxin in the root and hypocotyl, and this is not required for the inhibition of shoot branching.

Gene Ontology Data from TAIR : AT4G32810

GO Category GO Annotation Type GO ID GO Evidence Type References
Biological Processxanthophyll catabolic processGO:0016124 IDAPublication:501718812|PMID:16507088
Biological Processleaf morphogenesisGO:0009965 IMPPublication:501718812|PMID:16507088
Cellular CompartmentchloroplastGO:0009507 RCAPublication:501718812|PMID:16507088
Biological Processresponse to auxin stimulusGO:0009733 IMPPublication:501706916|PMID:12815068
Molecular Functionoxidoreductase activity, acting on single donors with incorporation of molecular oxygen, incorporation of two atoms of oxygenGO:0016702 ISSPublication:501706916|PMID:12815068
Biological Processsecondary shoot formationGO:0010223 IMPPublication:501718812|PMID:16507088
Biological Processcarotene catabolic processGO:0016121 IDAPublication:501718812|PMID:16507088
Biological Processauxin polar transportGO:0009926 IMPPublication:501718700|PMID:16546078
Cellular Compartmentchloroplast stromaGO:0009570 IDAPublication:501718812|PMID:16507088
Biological Processsecondary shoot formationGO:0010223 IGIPublication:501718812|PMID:16507088
Biological Processsecondary shoot formationGO:0010223 IMPPublication:501706916|PMID:12815068
Cellular CompartmentchloroplastGO:0009507 NASPublication:501707247
    Biological Process     Molecular Function     Cellular Compartment

Click here for Guide to GO Evidence Codes


Orthologs

Gene IdSorghum bicolorZea maysGlycine Max
AT4G32810Sb03g034400GRMZM2G446858GLYMA04G08910
 
 
           

Contact :

Prof. R. Sowdhamini

STIFDB TEAM :

Prof. R. Sowdhamini | Shameer Khader
Mahantesha Naika B. N. | Oommen K. M.

Last Updated :

15th Oct, 2012