Unique gene interaction for purple leaf tip in rice (Oryza sativa L. var. indica).
MVN Setty, S Vijayakumar, BI Shettar… - 1973 - cabidigitallibrary.org
MVN Setty, S Vijayakumar, BI Shettar, KM Chennakrishnaiah
1973•cabidigitallibrary.orgF1 plants from the cross W92 X Lama showed anthocyanin pigmentation of the apiculus, leaf
sheathes, margins and tips, as in the parent W92. F2 phenotypic ratios, confirmed in the F3,
indicate that the three complementary duplicate genes Pa, Pb and Pc are localization genes
and are pleiotropic for pigmentation in the four areas. The genes Plm and Pla are involved in
pigmentation of the leaf tip. The gene Pa acts in conjunction with any two of the other four
genes, except the Plm and Pla combination, to control pigmentation of the leaf tip.
sheathes, margins and tips, as in the parent W92. F2 phenotypic ratios, confirmed in the F3,
indicate that the three complementary duplicate genes Pa, Pb and Pc are localization genes
and are pleiotropic for pigmentation in the four areas. The genes Plm and Pla are involved in
pigmentation of the leaf tip. The gene Pa acts in conjunction with any two of the other four
genes, except the Plm and Pla combination, to control pigmentation of the leaf tip.
Abstract
F1 plants from the cross W92 X Lama showed anthocyanin pigmentation of the apiculus, leaf sheathes, margins and tips, as in the parent W92. F2 phenotypic ratios, confirmed in the F3, indicate that the three complementary duplicate genes Pa, Pb and Pc are localization genes and are pleiotropic for pigmentation in the four areas. The genes Plm and Pla are involved in pigmentation of the leaf tip. The gene Pa acts in conjunction with any two of the other four genes, except the Plm and Pla combination, to control pigmentation of the leaf tip.
CABI Digital Library以上显示的是最相近的搜索结果。 查看全部搜索结果