Canadian Journal of Plant Science · 1964 · 124 citations · 3 references
AgricultureGeneticsPlant BreedingBreeding For Nutritional QualityOilseed Crop SciencePlant GeneticsOil Quality BreedingOilseed Crop BreedingOilseed Crop GeneticsOilseed Crop PhysiologyPlant Breeding GeneticsSeed GeneticsBrassica BreedingFatty AcidsInheritance Of Acid ContentOleic Acid ContentSeed Fatty Acid CompositionSeed Lipid ProfileSeed Oil AccumulationSeed Oil Content Genetics
Genetic analysis of F 2 , F 3 , and backcross populations supported the hypothesis that erucic acid content in seed oil of plants of Brassica napus L. is governed by two genes displaying no dominance and acting in an additive manner. Environment appeared to influence erucic acid content, especially in genotypes capable of producing a large amount of this acid. Methods for the breeding of plants of Brassica campestris L. with zero erucic acid are outlined and it is suggested that similar methods could be used to breed for or against other fatty acids.
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METHODS OF BREEDING FOR OIL QUALITY IN RAPE
R. K. Downey, B. L. Harvey · Canadian Journal of Plant Science · 1963 · 133 citations
A New Safflower Oil with a Low Iodine Value
B. Zane Horowitz, George Winter · Nature · 1957 · 27 citations