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Comparative Protein Fraction Analysis for Commercial Hybrid Seed Purity Testing in Cotton (Gossypium Hirsutum L.)

机译:棉花(Gossypium Hirsutum L.)商业杂交种子纯度测试的比较蛋白质组分分析

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摘要

An experiment was designed to find out the best suited seed protein fraction for identifying the genetic contaminants in seeds of two cotton hybrids viz., CSHH 198 and CSHH 238 where its morphological and genetic differences are meager. The electrophoretic comparison of albumin, globulin, and prolamin seed protein fractions revealed that both albumin and globulin fractions are able to differentiate the hybrids from its male and female parents. The analysis of seed proteins of two cotton hybrid revealed that, albumin fraction produced six different fingerprints with highest discrimination ability than globulin fraction (three). Due to this, albumin fraction showed the added advantage in assessment of genetic purity of CSHH 198 hybrid seed lot that are contaminated with its own parental (selfed female) seeds as well as CSHH 238 cotton hybrid. In contrast, globulin fraction can only be used for identification of off type contaminations due to its own parental seeds and prolamin was unable to differentiate any contaminant. Thus, water soluble albumin protein fraction can be used to differentiate the CSHH 198 and CSHH 238 cotton hybrids and their parental line for both genetic and hybrid purity testing.
机译:设计了一个实验,以找出最合适的种子蛋白馏分,以鉴定两种棉花杂种,即CSHH 198和CSHH 238的种子中的遗传污染物,它们的形态和遗传差异很小。白蛋白,球蛋白和谷醇溶蛋白种子蛋白级分的电泳比较显示,白蛋白和球蛋白级分均能够将杂种与其雄性和雌性亲本区分开。对两种棉花杂交种种子蛋白的分析表明,白蛋白级分产生的六个指纹比球蛋白级分(三个)具有最高的识别能力。因此,白蛋白级分在评估被其自己的亲本(自交雌性)种子和CSHH 238棉花杂交种污染的CSHH 198杂交种子的遗传纯度中显示出额外的优势。相反,由于其自​​身的亲本种子,球蛋白级分只能用于鉴定异型污染物,而醇溶蛋白不能区分任何污染物。因此,水溶性白蛋白蛋白级分可用于区分CSHH 198和CSHH 238棉杂种及其亲本,以进行遗传和杂种纯度测试。

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