Science · 1970 · 214 citations · 1 references
AgricultureGeneticsPlant SciencesCrop ImprovementPlant GeneticsSeed ScienceCrop NutritionProtein NutritionSeed Crop SelectionSeed Genetic ImprovementSeed GeneticsSeed Nutritional CompositionAmino AcidsBarley GeneticsBarley Protein ContentGrain Protein ContentNutritional Value EnhancementProtein Amino Acid PatternSeed Protein Amino Acid CompositionSeed Protein Content Genetics
Genetically dependent 20 to 30 percent increase in lysine per 16 grams of nitrogen results in improved nutritional values in feeding trials with mice and rats. The recessive gene was selected from the World Barley Collection. Other amino acids are also influenced by the gene. Protein content segregates independently of the changed amino acid pattern. The gene putatively influences the matrix proteins, which characteristically adhere to the starch grains in meal preparations. The morphological character permits rapid microscopic screening of single seeds without affecting viability. Low yield is considerably improved by crossing and selection.
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Subcellular Structure of Endosperm Protein in High-Lysine and Normal Corn
M. Wolf, U. Khoo, H. L. Seckinger · Science · 1967 · 52 citations