Research article | Open Access
Helia 1994, Vol. 17(21) 5-10
ISOZYMES, TOCOPHEROLS AND FATTY ACIDS AS SEED BIOCHEMICAL MARKERS OF GENETIC PURITY IN SUNFLOWER
pp. 5 - 10
Publish Date: January 01, 1994 | Single/Total View: 0/0 | Single/Total Download: 0/0
Abstract
Isozyme (eight loci), tocopherol (two genes), and fatty acid (one gene) phenotypes are shown to be a suitable seed biochemical marker of genetic purity in sunflower. Isoryme loci Est 1, Gdh 1, Gpi 1, Mdh 2, Mdh 5, Pgd 1, and Pgn 4 have an independent inheritance with Tph 1 and Tph 2 genes, controlling tocopherol composition, and Est 1 and Pgd 1 loci - with Ol 1 gene, controlling the oleicflinoleic ratio in seed oil. Fourteen inbred lines of sunflower were identified with these biochemical markers.
Keywords: Sunflower seeds, biochemical markers, genetic purity
APA 7th edition
A., L., Ya., D., I., O., N., B., S., T., & S., E. (1994). ISOZYMES, TOCOPHEROLS AND FATTY ACIDS AS SEED BIOCHEMICAL MARKERS OF GENETIC PURITY IN SUNFLOWER. Helia, 17(21), 5-10.
Harvard
A., L., Ya., D., I., O., N., B., S., T. and S., E. (1994). ISOZYMES, TOCOPHEROLS AND FATTY ACIDS AS SEED BIOCHEMICAL MARKERS OF GENETIC PURITY IN SUNFLOWER. Helia, 17(21), pp. 5-10.
Chicago 16th edition
A., Loskutov, Demurin Ya., Obraztsov I., Bochkarev N., Turkav S. and Efimenko S. (1994). "ISOZYMES, TOCOPHEROLS AND FATTY ACIDS AS SEED BIOCHEMICAL MARKERS OF GENETIC PURITY IN SUNFLOWER". Helia 17 (21):5-10.