首页> 外文期刊>Journal of the American Society for Horticultural Science >Inheritance of scarlet color and vein pattern in flowers and oxblood red seedcoat color derived from the interspecific cross of common bean with scarlet runner bean (Phaseolus coccineus L.)
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Inheritance of scarlet color and vein pattern in flowers and oxblood red seedcoat color derived from the interspecific cross of common bean with scarlet runner bean (Phaseolus coccineus L.)

机译:从普通豆与猩红红花菜豆(菜豆)的种间杂交中获得的花朵和牛血红色种皮颜色中的猩红色和静脉纹的遗传。

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摘要

The genetics of the vermilion flower color (more orange than scarlet or salmon red) of Phaseolus coccineus L. is largely unknown, but the gene Sal for salmon red is the gene essential for its expression. Lamprecht line M0169 (PI 527868) expresses salmon red flowers with vein pattern on the wing petals and black seedcoats. M0169 (Sal Am and an unknown gene that inhibits the scarlet flower color expression of Am) was crossed with v BC3 5-593 (sal am and no inhibitor gene, expressing white flowers and mineral brown seedcoats). Line 5-593 is a Florida dry bean (Phaseolus vulgaris L.) line used as the recurrent parent for development of genetic stocks. The F-2 from Sal Am V-wf BC1 5-593 (scarlet flowers, black seedcoats) x v BC3 5-593 (white flowers, mineral brown seedcoats) supported the hypothesis that a partly dominant gene Am changes salmon red to scarlet flower color and that Am has no expression with sal. The F-3 progeny test of 27 random F-2 parents from the above cross supported the hypothesis of a single partly dominant factor (Am) with no expression without Sal, where only Sal/Sal Am/Am completely eliminates the flower vein pattern (VP) of Sal. F-4 progeny tests of 29 random F-3 parents derived from a F-2 selection with Sal/Sal Am/am V-wf/v supported the hypothesis that Am is linked to V (cM = 9.4 +/- 1.93) and the hypothesis that Am is linked with a dominant gene (tentative symbol Oxb) that (with Sal v) changes seedcoat color from mineral brown with red haze to oxblood red. Another F-4 progeny test of seven selected F-3 parents with Sal/Sal Am/am v/v and oxblood seedcoat color supported the hypothesis that the Oxb gene (linked with Am and derived from M0169) with Sal v expresses oxblood seedcoat color. The gene symbol Am is proposed for the gene from M0169 that with Sal v expresses two pleiotropic effects: changes salmon red to scarlet flower color and eliminates the VP of salmon red. The interaction of Sal with Am for flower color and VP expression is discussed for all gene combinations.
机译:菜豆的朱红色花朵颜色(比猩红色或鲑鱼红色更橙色)的遗传学尚不清楚,但是鲑鱼红的Sal基因是其表达必不可少的基因。 Lamprecht线M0169(PI 527868)在翼状花瓣和黑色种皮上表现出带有脉纹的鲑鱼红色花。 M0169(Sal Am和抑制Am的猩红色花朵颜色表达的未知基因)与BC3 5-593(Sal am且无抑制剂基因,表达白花和矿物棕色种皮)杂交。 5-593品系是佛罗里达干豆(Phaseolus vulgaris L.)品系,用作遗传种群发育的轮回亲本。 Sal Am V-wf BC1 5-593(猩红色的花朵,黑色种皮)的F-2 x BC3 3-593(白色花朵,矿物的棕色种皮)的F-2支持这样的假说:部分优势基因Am将鲑鱼红变成猩红色的花色而且我对萨尔一无所知。来自上述杂交的27个随机F-2亲本的F-3子代测试支持单一部分显性因子(Am)且无Sal表达而无表达的假设,其中只有Sal / Sal Am / Am完全消除了花脉模式( Sal副总裁)。从具有Sal / Sal Am / am V-wf / v的F-2选择派生的29个随机F-3亲本的F-4后代测试支持以下假设:Am与V相关(cM = 9.4 +/- 1.93),并且Am与一个显性基因(暂定符号Oxb)有关的假说(暂定符号Oxb)(与Sal v关联)将种皮的颜色从带红色雾度的矿物棕色变为牛血红。另对7个选定的具有Sal / Sal Am / am v / v和oxblood种皮颜色的F-3亲本进行F-4子代测试,支持了这样的假说,即Sal v的Oxb基因(与Am相连并来源于M0169)表达了oxblood种皮颜色。 。为M0169中的基因提出了基因符号Am,该基因与Sal v表现出两种多效作用:将鲑鱼红变成猩红色的花色,并消除鲑鱼红的VP。对于所有基因组合,都讨论了Sal与Am在花色和VP表达上的相互作用。

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