Figure Details Page
Regulation details
PubMed Id Figure
Type Experimental method Comment  
  23094910 1.iv T Agronomic trait analysis AK102475-LOC_Os11g08210. NT is taken as wild type. Yield components were evaluated in cultivating season of 2009. Table 1 is divided into 6 parts. Drought stress was given at the panicle heading stage (from 10 days before heading to 10 days after heading), until complete leaf-rolling had occurred, plants were irrigated overnight and immediately subjected again to a 2nd round of drought until complete leaf-rolling again occurred. Then irrigated to allow recovery until the seed maturation stages.P < 0.05 is considered as significant difference.  
             
  Row Col. Gene analysed Transgene Prom. Id Taxon Id Culti. Id /
Ecotype
Mutant Id Plant type Trans. Id Plant Ont. Env. Ont. Trait Ont. Gram  
  1 1 LOC_Os11g08210 # # 39947 CU:100 # WT # PO:0000003[#] PO:0007632[#] # TO:0000590 21.41
grp_1_1_1
grp_1_1_2
 
  1 2 LOC_Os11g08210 LOC_Os11g08210 PR:26 39947 CU:100 # TOE 8 PO:0000003[#] PO:0007632[#] # TO:0000590 24.52
grp_1_2_1
 
  1 3 LOC_Os11g08210 LOC_Os11g08210 PR:26 39947 CU:100 # TOE 33 PO:0000003[#] PO:0007632[#] # TO:0000590 23.99
grp_1_3_1
 
  1 4 LOC_Os11g08210 LOC_Os11g08210 PR:26 39947 CU:100 # TOE 41 PO:0000003[#] PO:0007632[#] # TO:0000590 23.41
grp_1_4_1
 
  1 5 LOC_Os11g08210 LOC_Os11g08210 PR:27 39947 CU:100 # TOE 39 PO:0000003[#] PO:0007632[#] # TO:0000590 24.47
grp_1_5_1
 
  1 6 LOC_Os11g08210 LOC_Os11g08210 PR:27 39947 CU:100 # TOE 47 PO:0000003[#] PO:0007632[#] # TO:0000590 24.38
grp_1_6_1
 
  1 7 LOC_Os11g08210 LOC_Os11g08210 PR:27 39947 CU:100 # TOE 53 PO:0000003[#] PO:0007632[#] # TO:0000590 21.91
grp_1_7_1
 
 
LOC_Os11g08210-no apical meristem protein, putative, expressed
PR:26-RCc3 , LOC_Os10g40430
PR:27-GOS2 , AF094774
39947-Oryza sativa japonica group
CU:100-cv. Nipponbare, cv. GA3, cv. Nipponbare / Japonica
TOE-Transgenic overexpression
WT-Wild Type
PO:0000003-whole plant
PO:0007632-seed maturation stage
TO:0000590-grain weight
 
     
  Row Col. Gene analysed Transgene Prom. Id Taxon Id Culti. Id /
Ecotype
Mutant Id Plant type Trans. Id Plant Ont. Env. Ont. Trait Ont. Gram  
  2 1 LOC_Os11g08210 # # 39947 CU:100 # WT # PO:0000003[#] PO:0007632[#] EO:0007404 EO:0007383 12h EO:0007404 EO:0007383 TO:0000590 8.55
grp_2_1_1
 
  2 2 LOC_Os11g08210 LOC_Os11g08210 PR:26 39947 CU:100 # TOE 8 PO:0000003[#] PO:0007632[#] EO:0007404 EO:0007383 12h EO:0007404 EO:0007383 TO:0000590 12.22  
  2 3 LOC_Os11g08210 LOC_Os11g08210 PR:26 39947 CU:100 # TOE 33 PO:0000003[#] PO:0007632[#] EO:0007404 EO:0007383 12h EO:0007404 EO:0007383 TO:0000590 13.97  
  2 4 LOC_Os11g08210 LOC_Os11g08210 PR:26 39947 CU:100 # TOE 41 PO:0000003[#] PO:0007632[#] EO:0007404 EO:0007383 12h EO:0007404 EO:0007383 TO:0000590 11.39  
  2 5 LOC_Os11g08210 LOC_Os11g08210 PR:27 39947 CU:100 # TOE 39 PO:0000003[#] PO:0007632[#] EO:0007404 EO:0007383 12h EO:0007404 EO:0007383 TO:0000590 7.7  
  2 6 LOC_Os11g08210 LOC_Os11g08210 PR:27 39947 CU:100 # TOE 47 PO:0000003[#] PO:0007632[#] EO:0007404 EO:0007383 12h EO:0007404 EO:0007383 TO:0000590 6.52  
  2 7 LOC_Os11g08210 LOC_Os11g08210 PR:27 39947 CU:100 # TOE 53 PO:0000003[#] PO:0007632[#] EO:0007404 EO:0007383 12h EO:0007404 EO:0007383 TO:0000590 3.72  
 
LOC_Os11g08210-no apical meristem protein, putative, expressed
PR:26-RCc3 , LOC_Os10g40430
PR:27-GOS2 , AF094774
39947-Oryza sativa japonica group
CU:100-cv. Nipponbare, cv. GA3, cv. Nipponbare / Japonica
TOE-Transgenic overexpression
WT-Wild Type
h-Hours
PO:0000003-whole plant
PO:0007632-seed maturation stage
EO:0007383-watering regimen
EO:0007404-drought environment
TO:0000590-grain weight
 
     
Functional details
PubMed Id Figure
Type Experimental Method Comment  
  23094910 1.iv T Agronomic trait analysis AK102475-LOC_Os11g08210.  
  S. No. Locus Id 1 GO Id Dep. loc Dep. type From To Motif    
  1 LOC_Os11g08210 GO:0006950 # # # # #            
  2 LOC_Os11g08210 GO:0009414 # # # # #            
  3 LOC_Os11g08210 GO:0009633 # # # # #            
 
LOC_Os11g08210-no apical meristem protein, putative, expressed
GO:0006950-response to stress
GO:0009414-response to water deprivation
GO:0009633-drought tolerance
 

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