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Protein profiling of Pongamia pinnata L. accessions.

机译:樟子松(Pongamia pinnata) L。种的蛋白质谱分析。

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摘要

Pongamia pinnata L. known as Karanja is gaining importance in Indian context as a renewable source of energy. The basic aim of this study was to establish the genetic relationship/diversity in accessions of Pongamia pinnata based on protein profiling using SDS-PAGE. Dice similarity coefficient based dendrogram generated two clusters. The cluster 1 embodied two accessions viz., G10 and G3. The second cluster was further divided into two sub-clusters. G18 was placed alone in first sub-cluster while second sub-cluster was divided into two groups. In first group 4 accessions i.e., G5, G11, G12 and G14 were placed. In second group 11 accessions i.e., G1, G17, G2, G15, G8, G16, G9, G4, G13, G6 and G7 were present. The information generated can very well be utilized in future Karanja improvement programme to produce elite/hybrid varieties with characters of importance.
机译:在印度,作为印度可再生能源的 Pongamia pinnata L.在印度越来越重要。这项研究的基本目的是基于使用SDS-PAGE进行蛋白质谱分析来确定凤尾枫(Pongamia pinnata)的种质的遗传关系/多样性。基于骰子相似系数的树状图生成两个聚类。簇1包含两个登录名 viz。,G10和G3。第二个集群进一步分为两个子集群。 G18单独放置在第一个子集群中,而第二个子集群分为两组。在第4组中,分别放入G5,G11,G12和G14。在第二组11种中,存在G 1,G 17,G 2,G 15,G 8,G 16,G 9,G 4,G 13,G 6和G 7。生成的信息可以很好地用于未来的Karanja改进计划中,以产生具有重要特征的精英/杂交品种。

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