STIFDB - Entry Name : AT1G16540

Stress Signals involved in

 ABA  NACL 

STIFDB Provides Data in 2 levels:



Gene Description : AT1G16540

Locus IdentifierGene Model NameGene Model DescriptionGene Model Type
AT1G16540AT1G16540.1Encodes molybdenum cofactor sulfurase. Involved in Moco biosynthesis. Involved in the conversion of ABA-aldehyde to ABA, the last step of abscisic acid (ABA) biosynthesis. sir loss-of-function mutants are resistant to sirtinol, a modulator of auxin signaling.N terminal domain is similar to bacterial NifS suggesting a common mechanism for sulphur mobilization and transfer.


Gene Ontology Data from TAIR : AT1G16540

GO Category GO Annotation Type GO ID GO Evidence Type References
Biological Processabscisic acid biosynthetic processGO:0009688 IMPPublication:3686|PMID:8893542
Biological Processstomatal movementGO:0010118 IMPPublication:501719973|PMID:16959575
Biological Processresponse to stressGO:0006950 IMPPublication:501680509|PMID:11549764
Biological Processresponse to salt stressGO:0009651 IMPPublication:501680509|PMID:11549764
Biological Processmolybdenum incorporation into molybdenum-molybdopterin complexGO:0018315 IDAPublication:501680519|PMID:11553608
Biological Processresponse to heatGO:0009408 IMPPublication:501716362|PMID:15923322
Biological Processresponse to coldGO:0009409 IMPPublication:501680509|PMID:11549764
Molecular FunctionMo-molybdopterin cofactor sulfurase activityGO:0008265 IDAPublication:501680519|PMID:11553608
Biological Processdefense response to bacteriumGO:0042742 IMPPublication:501719973|PMID:16959575
Biological Processauxin mediated signaling pathwayGO:0009734 IMPPublication:501714703|PMID:15710899
Biological Processresponse to osmotic stressGO:0006970 IMPPublication:501680509|PMID:11549764
Molecular Functionselenocysteine lyase activityGO:0009000 IDAPublication:501714734|PMID:15561708
Cellular Compartmentcellular_component_unknownGO:0005575 NDCommunication:1345790
Biological Processsugar mediated signalingGO:0010182 TASPublication:501705939|PMID:12663220
    Biological Process     Molecular Function     Cellular Compartment

Click here for Guide to GO Evidence Codes



Orthologs

Gene IdSorghum bicolorZea maysGlycine Max
AT1G16540Sb10g026910GRMZM2G048092GLYMA09G00460

 
 
           

Contact :

Prof. R. Sowdhamini

STIFDB TEAM :

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

Last Updated :

15th Oct, 2012