Figure Details Page
Functional details
PubMed Id Figure
Type Experimental Method Comment  
  10611387 4.B F Transient co-expression analysis OsTRAB1 AB023288/BAA83740/Nearest RGAP Id- LOC_Os08g36790(Back ref- PMID: 10611387); Osem U22102/LOC_Os05g28210.  
  S. No. Locus Id 1 GO Id Dep. loc Dep. type From To Motif    
  1 BAA83740 GO:0000975 # # # # #            
  2 BAA83740 GO:0003677 # # # # #            
  3 BAA83740 GO:0006355 # # # # #            
  4 BAA83740 GO:0009725 # # # # #            
  5 BAA83740 GO:0009737 # # # # #            
 
BAA83740- TRAB1
GO:0000975-regulatory region DNA binding
GO:0003677-DNA binding
GO:0006355-"regulation of transcription, DNA-dependent"
GO:0009725-response to hormone stimulus
GO:0009737-response to abscisic acid stimulus
 
  INTERACTION DETAILS  
  PubMed Id Figure number Figure type Experimental method Comment  
  10611387 4.B F Transient co-expression analysis OsTRAB1 AB023288/BAA83740/Nearest RGAP Id- LOC_Os08g36790(Back ref- PMID: 10611387); Osem U22102/LOC_Os05g28210. Overexpression of TRAB1 activated the expression of ABRC-TATA-GUS by more than 50-fold. Reporter gene expression also was increased somewhat above its ABA-induced level when TRAB1 was expressed in the presence of ABA.  
  S. No. Locus Id 1 Term. From To Motif Locus Id 2 Term. From To Ref. point Motif PLACE Id Upstream GO Id PO Id EO Id  
  1 BAA83740 # # # # LOC_Os05g28210 # -179 -124 TSS # # # # # #  
 
BAA83740- TRAB1
LOC_Os05g28210-small hydrophilic plant seed protein, putative, expressed
TSS-Transcriptional start site
 

Department of Plant Molecular Biology, University of Delhi South Campus, New Delhi-110021, India