四倍体紫花苜蓿的比较从土耳其和前苏联国家收集的人口

D. Ilhan
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摘要

四倍体紫花苜蓿亚种;紫孢杆菌sativa, sativa亚科falcata和M. sativa亚种。变种形成了苜蓿的主要基因库。这个亚种的多样性中心被认为是高加索,伊朗西北部和土耳其东北部,其自然范围是前苏联和北非南部边界作为北部边界。主要基因库间的遗传多样性和区域间的遗传多样性比较为育种者利用遗传资源提供了良好的参考。美国农业部遗传资源信息网络(USDA-GRIN)系统提供来自其整个自然范围的参考数据,包括土耳其和前苏联地区。本研究利用20个SSR标记对美国农业部GRIN系统中土耳其7个苜蓿群体和前苏联13个苜蓿群体进行了评价。在研究范围内,比较了亚种位置之间的信息,揭示了种群的等级结构。结构分析和主成分分析结果表明,这两个国家的种群都聚集在两个主要类群中,但属于前苏联国家的亚种在杂交基因组内容上有很高的相似性。此外,根据两国亚种分析,AMOVA分析确定种群内方差大于种群间方差。研究结果对利用这些国家的苜蓿遗传资源进行育种具有一定的参考价值。
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Comparison of Tetraploid Alfalfa (Medicago sativa L.) Populations Collected from Turkey and Former Soviet Countries
Tetraploid Medicago sativa L. subspecies; M. sativa subsp. sativa, M. sativa subsp. falcata and M. sativa subsp. varia form the primary gene pool of the alfalfa. The center of diversity for this subspecies is seen as the Caucasus, Northwest Iran and Northeast Turkey, and its natural range is the former Soviet Union and the southern border of North Africa as the northern border. Genetic diversity among the primary gene pool and comparisons between regions of diversity provide a good reference for breeders when utilizing genetic resources. The United States Department of Agriculture Genetic Resources Information Network (USDA-GRIN) System provides reference data from its entire natural range, including Turkey and the Former Soviet region. In this study, seven populations collected from Turkey and thirteen alfalfa populations collected from Former Soviet Countries held in the USDA GRIN System were evaluated using 20 SSR markers. Within the scope of the study, the information between the locations of the subspecies was compared to reveal the hierarchical population structure. The results obtained from the STRUCTURE and PCA analyzes show that the populations are clustered in two main groups for both countries, but there is a high similarity in hybrid genome contents in the subspecies belonging to the Former Soviet countries. In addition, it was determined by AMOVA analysis that the variance within the populations was higher than that between the populations according to the subspecies analyzed from both countries. It is thought that the results will be effective in terms of using alfalfa genetic resources of these countries in breeding programs.
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