Figure Details Page
Regulation details
PubMed Id Figure
Type Experimental method Comment  
  22869603 5.F.i F Enzyme assay : Superoxide dismutase activity assay OsDMI3-LOC_Os05g41090(Primer BLAST). The activities of SOD protoplast transiently expressing OsDMI3 . When plants were ~48 inches tall, the protoplasts from the leaf and stem tissue were isolated.Fig 5.F has been split into 2 parts.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. Units/milligram protein  
  1 1 LOC_Os05g41090 # # 39947 CU:100 # WT # PO:0025034[#] PO:0009047[#] PO:0000006[#] # 5m MCT:1000034 37.70675
grp_1_1_1
grp_1_1_2
 
  1 2 LOC_Os05g41090 # # 39947 CU:100 # WT # PO:0025034[#] PO:0009047[#] PO:0000006[#] EO:0007105 10M 5m MCT:1000034 70.27625
grp_1_2_1
 
  1 3 LOC_Os05g41090 LOC_Os05g41090 PR:99 39947 CU:100 # TRI # PO:0025034[#] PO:0009047[#] PO:0000006[#] # 5m MCT:1000034 26.54753
grp_1_3_1
 
  1 4 LOC_Os05g41090 LOC_Os05g41090 PR:99 39947 CU:100 # TRI # PO:0025034[#] PO:0009047[#] PO:0000006[#] EO:0007105 10M 5m MCT:1000034 23.74923  
 
LOC_Os05g41090-CAMK_CAMK_like_CG18020d.1 - CAMK includes calcium/calmodulin depedent protein kinases, expressed
PR:99-T7 Promoter from bacteriophage
39947-Oryza sativa japonica group
CU:100-cv. Nipponbare, cv. GA3, cv. Nipponbare / Japonica
TRI-Transgenic RNAi
WT-Wild Type
M-
m-Minutes
PO:0000006-plant protoplast
PO:0009047-stem
PO:0025034-leaf
EO:0007105-abscisic acid regimen
MCT:1000034-superoxide dismutase (SOD) activity
 
     
Functional details
PubMed Id Figure
Type Experimental Method Comment  
  22869603 5.F.i F Enzyme assay : Superoxide dismutase activity assay OsDMI3-LOC_Os05g41090(Primer BLAST).  
  S. No. Locus Id 1 GO Id Dep. loc Dep. type From To Motif    
  1 LOC_Os05g41090 GO:0009737 # # # # #            
 
LOC_Os05g41090-CAMK_CAMK_like_CG18020d.1 - CAMK includes calcium/calmodulin depedent protein kinases, expressed
GO:0009737-response to abscisic acid stimulus
 

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