fioreDB : Database for Flower Bio-engineering by CRES-T system
fioreDB : Database for Flower Bio-engineering by CRES-T system

>>AT1G19180 (TIFY10A, JAZ1)

Alias TIFY10A, JAZ1
TF Classification
FioreDBZIM (Click to show phylogenetic tree)
RARTF
AtTFDB
PlnTFDBTify (v3.0), ZIM (v1.0)
DATFZIM
TAIR short description jasmonate-zim-domain protein 1 (.1.2)
TAIR annotation JAZ1 is a nuclear-localized protein involved in jasmonate signaling. JAZ1 transcript levels rise in response to a jasmonate stimulus. JAZ1 can interact with the COI1 F-box subunit of an SCF E3 ubiquitin ligase in a yeast-two-hybrid assay only in the presence of jasmonate-isoleucine (JA-ILE) or coronatine. Application of jasmonate methyl ester to Arabidopsis roots reduces the levels of a JAZ1:GUS fusion protein, presumably by stimulating ubiquitin-proteasome-mediated degradation. The Jas domain appears to be important for JAZ1-COI1 interactions in the presence of coronatine. Two positive residues (R205 and R206) in the Jas domain shown to be important for coronatine -dependent COI1 binding are not required for binding AtMYC2. (.1), JAZ1 is a nuclear-localized protein involved in jasmonate signaling. JAZ1 transcript levels rise in response to a jasmonate stimulus. JAZ1 can interact with the COI1 F-box subunit of an SCF E3 ubiquitin ligase in a yeast-two-hybrid assay only in the presence of jasmonate-isoleucine (JA-ILE) or coronatine. Application of jasmonate methyl ester to Arabidopsis roots reduces the levels of a JAZ1:GUS fusion protein, presumably by stimulating ubiquitin-proteasome-mediated degradation. The Jas domain appears to be important for JAZ1-COI1 interactions in the presence of coronatine. Two positive residues (R205 and R206) in the Jas domain shown to be important for coronatine -dependent COI1 binding are not required for binding AtMYC2. (.2)
Gene model
Gene model cDNA support
AT1G19180.1 170
AT1G19180.2 84
Entry clone (w/o stop) IE_0010
External link
General info TAIR DATA
Genomic seq TAIR seq viewer
SNP SALK SNP Viewer
T-DNA tag line T-DNA Express
miRNA Search ASRP
Phylogeny SALAD database
Promoter ppdb
Microarray data
FioreDB
ATTED-II ATTED-II data
NCBI GEO NCBI GEO profile
NASC NASCarray_SpotHistory NASCarray_DigitalNorthern
Genevestigator Genevestigator
eFP Browser Developmental Map Abiotic Stress
AtGenExpress Development Hormone Abiotic Stress Light Pathogen
Gene Ontology (GO)
(P) 1900067: response to abiotic or biotic stimulus ->regulation of cellular response to alkaline pH
(P) 1903507: other cellular processes ->negative regulation of nucleic acid-templated transcription
(P) 2000022: signal transduction ->regulation of jasmonic acid mediated signaling pathway
(P) 31347: response to stress ->regulation of defense response
(F) 3714: other molecular functions ->transcription corepressor activity
(P) 42742: response to abiotic or biotic stimulus ->defense response to bacterium
(F) 5515: protein binding ->protein binding
(C) 5634: nucleus ->nucleus
(P) 6351: transcription,DNA-dependent ->transcription, DNA-templated
(P) 6355: transcription,DNA-dependent ->regulation of transcription, DNA-templated
(P) 9555: developmental processes ->pollen development
(P) 9611: response to stress ->response to wounding
(P) 9753: other biological processes ->response to jasmonic acid
(P) 9867: other cellular processes ->jasmonic acid mediated signaling pathway
(P) 9908: developmental processes ->flower development
miRNA/tasiRNA
Orthologs
Type
Ia Ib II III Total
poplar 1 1
soybean 1 1
rice 1 1
sorghum 1 1
physcomitrella
Total 4 4
Repression motif 

       

       

        Repression motif
in putative orthologs		
        
        

       

       

        Status
        
         

          
Plasmid construction -> not_yet

          
Plasmid construction -> not_yet

          
Transformed -> not_yet

          
T1 seed harvested -> not_yet

          
T2 seed harvested -> not_yet

         

        		
       

       

        CRES-T phenotype from individual project
        
        

        		
       

       

        CRES-T phenotype from publication
        

        
       


       

        CRES-T phenotype from bulk project
        

        
       

       

        Phenotype in ornamental plants


        
         

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