New insight into inheritance pattern of seed coat colour in adzuki bean

Kaili Wang, Liwei Chu, Pu Zhao, Bo Zhao, Yisong Li, Yang Kai, Ping Wan
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Abstract

Abstract Seed coat colour in adzuki bean is an important quality trait and closely associated with anthocyanin metabolism pathways. To further understand the inheritance of seed coat colour pattern, the inheritance between multiple seed coat colours and ivory seed were analysed using F 1:2 , F 2:3 and F 3:4 populations derived from five bi-parental crosses. The differences between ivory and red mottle on ivory are controlled by a single recessive R locus and RI locus, respectively. Green, light brown and golden are all dominant to red and governed by two loci. The B (brown) locus shows dominant epistasis over T locus. The R (red) locus was recessive epistasis to B (black), T (light brown), G (golden), GR (green) and RI (red mottle on ivory) loci. The new insight into the strong recessive epistasis of the R locus will be important for gene mapping and cloning, candidate gene functional validation and quality improvement in adzuki bean.
小豆种皮颜色遗传模式的新认识
摘要小豆种皮颜色是一种重要的品质性状,与花青素代谢途径密切相关。为了进一步了解种皮颜色图案的遗传规律,利用5个双亲本杂交组合的f1:2、f2:3和f3:4群体,分析了多个种皮颜色与象牙种子之间的遗传关系。象牙与象牙上红斑驳的差异分别受单个隐性R位点和RI位点的控制。绿色、浅棕色和金色都是红色的显性基因,由两个基因座控制。B(棕色)位点比T位点具有显性上位性。R(红色)基因座隐性上位于B(黑色)、T(浅棕色)、G(金色)、GR(绿色)和RI(象牙红色斑驳)基因座。对小豆R位点强隐性上位性的新认识将对小豆基因定位与克隆、候选基因功能验证和品质改良具有重要意义。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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