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Genetic diversity of natural populations of Medicago truncatula in Morocco using isozyme polymorphism.

机译:利用同工酶多态性分析摩洛哥梅花ago 自然种群的遗传多样性。

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摘要

Nine natural populations of Moroccan Medicago truncatula were analysed using enzymatic markers to identify useful phytogenetic resources for their integration in programmes of safeguard and conservation. Starch gel electrophoresis was used to examine genetic variation within and among natural populations. According to our estimates of genetic variation analysed by five loci detected for three enzyme system, the species showed a high genetic diversity. 46% of the total variation is due to the diversity between populations. It appears that a considerable variation was found among populations, indicating an interesting genetic potential for selection. This result is in accordance with the strictly autogamous system of reproduction in this species. The dendrogram generated from pairwise genetic distance among all populations showed three distinct clusters independently from the geographic origin. Conservation programs should take into account the level of genetic diversity within and between populations revealed by isozyme markers.
机译:利用酶标记物分析了9个摩洛哥截叶苜蓿的自然种群,以鉴定有用的植物遗传资源,以便将其纳入保障和保护计划。淀粉凝胶电泳用于检查自然种群内部和种群之间的遗传变异。根据我们对三个酶系统检测到的五个基因座分析的遗传变异估计,该物种显示出很高的遗传多样性。总变异的46%是由于人群之间的差异。似乎在种群之间发现了相当大的变异,表明选择的有趣的遗传潜力。该结果与该物种严格的同性生殖系统一致。从所有种群之间成对遗传距离生成的树状图显示了三个独立于地理位置的不同簇。保护计划应考虑同工酶标记揭示的种群内部和种群之间的遗传多样性水平。

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