Seed Tyr 1-2
     
    
      | Parent 1: | N87-984-16 | 
    
      | Parent 2: | TN93-99 | 
    
      | Heritability: | 66.6 | 
    
      | Interval LOD score: | 3.51 | 
    
      | Trait name: | Seed tyrosine content | 
Controlled vocabulary terms associated with the QTL
     
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Other related QTL's
     
Other names for the QTL
     
References for the QTL
     
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Maps containing Seed Tyr 1-2
     
Loci positively associated with the QTL
     
    
      | Satt274 | Additive_effect | -1.66 | 
     
    
      | Satt274 | Parent_1 | 20 g/kg | 
     
    
      | Satt274 | Parent_2 | 20.3 g/kg | 
     
    
      | Satt274 | Phenotypic_R2 | 12.5 | 
     
    
      | Satt274 | LOD_score | 3.51 | 
     
    
      | Satt274 | Additive_effect | -1.66 | 
Population types used in identification of the QTL
     
Parent trait values associated with the QTL
     
    | Parent | Trait | 
|---|
    
      | N87-984-16 | None Given | 
    
      | TN93-99 | None Given | 
Other QTLs studied
     
    
      | Seed alanine content | 
    
      | Seed arginine content | 
    
      | Seed aspartic acid content | 
    
      | Seed cysteine content | 
    
      | Seed glutamic acid content | 
    
      | Seed glycine content | 
    
      | Seed histidine content | 
    
      | Seed isoleucine content | 
    
      | Seed leucine content | 
    
      | Seed lysine content | 
    
      | Seed methionine content | 
    
      | Seed phenylalanine content | 
    
      | Seed proline content | 
    
      | Seed serine content | 
    
      | Seed threonine content | 
    
      | Seed tryptophan content | 
    
      | Seed valine content | 
Loci associated with the QTL
     
Methods used to identify the QTL
     
Comments about the QTL
     
    
      | Publication did not assign an individual name to this QTL; see source publication for more information | 
    
      | The trait measured was the amount of the amino acid tyrosine in a seed. Trial was conducted at 3 locations in this experiment.  Near Infrared Spectroscopy was used to measure amino acid concentration. | 
		
	
	
				
	
	
		| Funded by the USDA-ARS. Developed by the USDA-ARS SoyBase and Legume Clade Database group at the Iowa State University, Ames, IA | 
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