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首页> 外文期刊>Pakistan journal of botany >GENETIC DIVERSITY OF SOYBEAN ACCESSIONS USING SEED STORAGE PROTEINS
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GENETIC DIVERSITY OF SOYBEAN ACCESSIONS USING SEED STORAGE PROTEINS

机译：使用种子储存蛋白遗传多样性大豆饲料

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Soybean, Glycine max (L) Merrill, is the most important grain legume in the world that has a fairly wide range ofadaptations to different climatic conditions. The present study was conducted to assess genetic variations on 139 Soybeangenotypes collected from different countries including Australia, Brazil, India, Japan, Pakistan, Tiwan, USA, Yugoslaviaand China. A total of 17 bands have been identified for 139 Soybean genotypes which include 9 monomorphic bands and 8polymorphic bands. Total number of bands was found highest for India (215) while these were lowest for Yugoslavia (33).Cluster analysis, clustered these accessions into 10 clusters without having any indication of grouping on the basis of theirrelationships to their regions. Pairwise comparisons based on Nei and Li similarities for inter-population genetic distances ofsoybean accessions ranged from 0.14 to 1.12. Genetic distances for soybean germplasm from different countries were foundhighest for Brazil (0.97±0.03) while it was lowest for Taiwan (0.91±0.02). Clustering for Soybean groups was clustered intothree clusters including Korea, Taiwan in the first group while Yugoslavia and Japan were clustered in the second group.The third cluster was comprised of Soybean genotypes from China, Pakistan, USA, India Brazil and Australia. Total seedstorage protein variation was partitioned by AMOVA on the basis of their origins into within-population and amongpopulationcomponents which revealed 10.00% of the total variation resided among countries and 90.0% within countries.Genetic patterns obtained from this study can help soybean breeders to make better plan for selecting germplasm from widesources for a specific purposes.
机译：大豆，甘氨酸Max（L）Merrill，是世界上最重要的谷物豆科植物，对不同气候条件具有相当广泛的范围。本研究进行了评估从不同国家收集的139豆培养型的遗传变异，包括澳大利亚，巴西，印度，日本，巴基斯坦，锡湾，美国，南斯拉夫亚州中国。已经鉴定了139种大豆基因型的总共17个频带，其包括9个单声道带和8个聚合带。印度（215）最高的频段总数最高（215），而南斯拉夫（33）.Cluster分析，这些加入将这些加入聚集成10个集群，而不会根据其地区的财务关系进行分组。基于Nei和Li相似性的成对比较，用于群体的群体遗传距离范围为0.14至1.12。来自不同国家的大豆种质的遗传距离是巴西最低的（0.97±0.03），而台湾最低（0.91±0.02）。大豆团体的聚类是集群的Intothree集群，包括韩国，在第一组台湾，而南斯拉夫和日本在第二组中集中在一起。第三簇由来自中国，巴基斯坦，美国，印度巴西和澳大利亚的大豆基因型组成。种子术蛋白质变异是由Amova分配的，在它们的血统和群体内部，揭示了各国居住的总变异的10.00％和90.0％的国家。从本研究中获得的每种方法可以帮助大豆饲养员更好计划以获得特定目的的播放方法的种质。

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