Gene information for TraesCS1A02G306300

GeneID:	TraesCS1A02G306300 TraesCS1A01G306300 TraesCS1A03G0761500
Description:	BZIP transcription factor
Location:	Chinese_Spring1.0_chr1A:498532631 - 498536872
Strand:	+
Protein length:	325
Molecular Weight:	35048.18
Isoelectric points:	7.88
Function:	PF00170: bZIP transcription factor IPR004827: Basic-leucine zipper domain GO:0003700 MF: transcription factor activity, sequence-specific DNA binding;GO:0006355 BP: regulation of transcription, DNA-templated;GO:0043565 MF: sequence-specific DNA binding
GetSequence:	Download genomic, gene and protein sequence
Gene structure:	Center on TraesCS1A02G306300 | Full-screen view
GeneExpression:	BCS cv-1 Development Chinese Spring cv-1 Development (pair) Chinese Spring cv-1 Development (single) developing wheat grain Expression of embryo and endosperm in developing grain Tissue layers from developing wheat grain at 12 days post-anthesis meiosis data (CS) three stages from wheat microspore embryogenesis induction Early Wheat Spike Development Fusarium head blight (FHB) 2DL Comparative transcriptomics of Zymoseptoria tritici isolates Fusarium crown rot (Qcrs-3B) FHB-resistance QTL Fhb1 and Qfhs.ifa-5A Fhb1+ Fhb1- RNA-seq on Fusarium pseudograminearum infected wheat Examining the effects of F. graminearum infection on FHB susceptible wheat cultivar 'fielder'. Xanthomonas translucens infection mycorhizal fungi with and without Xanthomonas translucens infection Pyrenophora tritici-repentis inoculation Elicitation with PAMPs Powdery Mildew Pathogen Stress Time course of Z.tritici X days post inoculation on wheat leafs Stripe rust Pathogen Stress Field Pathogenomics of Wheat Blast stripe rust Pathogen Stress(Xingzi 9104 ) Transcriptome analysis of a stem rust resistance locus on wheat chromosome 7AL NIL Carrying Lr57 Under Compatible and Incompatible interactions phosphate (Pi) starvation condition(CS) gene expression data for the 12 and sample wheat tissues grown at 23 and 4 drought and heat stress stress treatment (drought, heat, and drought + heat) leaf, root and grain tissues tolerant and susceptible wheat cultivar under heat stress Unveiling multidimensional regulations of heat stress-responsive transcriptomes in wheat transcriptome response of two wheat cultivers to salt stress The root transcriptome profiling of the salt stress response PEG(6000) Nitrogen treatment Leaf transcriptome between wild type and a chlorophyll-deficient mutant gene imprinting analysis early meiosis in wheat in the presence and absence of the Ph1 locus Global studies of miR9678 function in wheat Fielder leaf was treated 1h with DMSO,GA and JA. Fielder leaf was treated 3h with DMSO,ABA, 6-BA and JA. two NILs segregating for a major grain weight QTL located on wheat chromosome arm 5AL Identification of key genes for wax production Transcriptome association identifies regulators of wheat grain production a mutant wheat line exhibited increased grain size and 1000-grain weight RNA-seq of pericarp of purple-grain wheat Transcriptome analysis of flag leaf during its senescence in wheat RNA seq data from tetraploid wheat, hexaploid wheat and reciprocally crossed endosperm
Co-expression:	Wheat Grain   Wheat multiple tissues   PCC >= 0.9 PCC >= 0.8 PCC >= 0.7 PCC >= 0.6 MR <= 30 MR <= 90 MR <= 300 MR <= 600 MR <= 900 MR <= 1200 MR <= 1500 MR <= 1800
WheatPPI:	WheatPPI database > 0.5 > 0.2 all
HomologFinder:	Find homologs in rice and Arabidopsis | Find homologs in Triticeae
EMS Mutants :	Center on TraesCS1A02G306300 | Full-screen view
Variants in the natural population :	Center on TraesCS1A02G306300 | Full-screen view
CRISPR/Cas9 sgRNA :	Center on TraesCS1A02G306300 | Full-screen view
External links:	Subcellular localization: crop-pal Gene network: knetminer MicroCollinearity:TGT Proteome: Wheat Proteome More information: Ensembl Plants   |  UniPort