Figure Details Page
Regulation details
PubMed Id Figure
Type Experimental method Comment  
  22869603 2.A F Gene expression analysis (transcription) : Quantitative RT-PCR OsDMI3-LOC_Os05g41090(Primer BLAST). The fluridone-treated and -untreated seedlings were exposed to 10% PEG treatment for 1 h,100 μM ABA was added to overcome the effects of fluridone.Statistically significant difference was calculated at P<0.05.  
             
  Row Col. Gene analysed Transgene Prom. Id Taxon Id Culti. Id /
Ecotype
Mutant Id Plant type Trans. Id Plant Ont. Env. Ont. Trait Ont. Relative expression  
  1 1 LOC_Os05g41090 # # 39947 CU:100 # # # MCP:1000315[#] PO:0001053[#] # 20h # 1
grp_1_1_1
 
  1 2 LOC_Os05g41090 # # 39947 CU:100 # # # MCP:1000315[#] PO:0001053[#] MCE:1000016 10% 1h # 2.63898  
  1 3 LOC_Os05g41090 # # 39947 CU:100 # # # MCP:1000315[#] PO:0001053[#] MCE:1000103 80然 20h # 1.22969  
  1 4 LOC_Os05g41090 # # 39947 CU:100 # # # MCP:1000315[#] PO:0001053[#] MCE:1000103 80然 20h MCE:1000016 10% 1h # 1.18096  
  1 5 LOC_Os05g41090 # # 39947 CU:100 # # # MCP:1000315[#] PO:0001053[#] MCE:1000103 80然 20h EO:0007105 100然 MCE:1000016 10% 1h # 2.4228  
 
LOC_Os05g41090-CAMK_CAMK_like_CG18020d.1 - CAMK includes calcium/calmodulin depedent protein kinases, expressed
39947-Oryza sativa japonica group
CU:100-cv. Nipponbare, cv. GA3, cv. Nipponbare / Japonica
-
h-Hours
MCP:1000315-second leaf from base
PO:0001053-3 leaf fully expanded
EO:0007105-abscisic acid regimen
MCE:1000016-polyethylene glycol (PEG) treatment
MCE:1000103-fluridone
 
     
Functional details
PubMed Id Figure
Type Experimental Method Comment  
  22869603 2.A F Gene expression analysis (transcription) : Quantitative RT-PCR OsDMI3-LOC_Os05g41090(Primer BLAST).  
  S. No. Locus Id 1 GO Id Dep. loc Dep. type From To Motif    
  1 LOC_Os05g41090 GO:0009414 # # # # #            
  2 LOC_Os05g41090 GO:0009737 # # # # #            
 
LOC_Os05g41090-CAMK_CAMK_like_CG18020d.1 - CAMK includes calcium/calmodulin depedent protein kinases, expressed
GO:0009414-response to water deprivation
GO:0009737-response to abscisic acid stimulus
 

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