首页> 外文期刊>Journal of Plant Biochemistry and Biotechnology >Molecular Marker Based Coefficient of Parentage Analysis for Establishing Distinctness in Indian Rice (Oryza sativa L) Varieties
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Molecular Marker Based Coefficient of Parentage Analysis for Establishing Distinctness in Indian Rice (Oryza sativa L) Varieties

机译:建立基于亲缘关系分析的分子标记的印度稻(Oryza sativa L)新品种

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摘要

Molecular characterization of 32 Indian rice varieties of different agro-climatic zones resulted in mean heterozygosity value of 0.622, 0.819 and 0.890 over polymorphic loci and marker index value of 1.00, 6.75 and 4.16, respectively for RAPD, ISSR and STMS primers. The three marker systems resulted in 201 polymorphic bands (94.36%) out of a total of 213 bands. The probability of a chance identical match between two varieties was very low (2.08x10~(10)) in combined molecular marker analysis as compared to individual marker system (RAPD, 7.5 x 10~(-4); ISSR, 1.5 x 10~(-3) and STMS, 3.9 x 10~(-6)). The combined average genetic similarity for molecular markers and coefficient of parentage (COP) across all 496 pairwise combinations revealed a non-significant relationship (r = 0.215).
机译:对32个不同农业气候区的印度水稻品种进行分子鉴定,得出RAPD,ISSR和STMS引物的多态性位点平均杂合度分别为0.622、0.819和0.890,标记指数分别为1.00、6.75和4.16。这三个标记系统在总共213个条带中产生了201个多态性条带(94.36%)。与单独的标记系统(RAPD,7.5 x 10〜(-4); ISSR,1.5 x 10〜)相比,在组合分子标记分析中,两个品种之间机会相同的机会很低(2.08x10〜(10))。 (-3)和STMS,3.9 x 10〜(-6))。所有496个成对组合中分子标记和亲子系数(COP)的组合平均遗传相似性显示无显着性关系(r = 0.215)。

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