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No Variation at 29 Microsatellites in the Genome of Jatropha curcas

机译:麻疯树基因组中的29个微卫星没有变化

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Genetic variation in the genome of a given species is the basis for natural selection and genetic improvement through selective breeding. We applied 29 microsatellites located on 11 linkage groups to study genetic variation in 276 accessions of J. curcas collected from nine locations in five countries in South America, Asia and Africa to initiate a breeding program. To our surprise, we did not detect any genetic diversity at all 29 microsatellites loci. All the 276 accessions were homo- zygous at all loci and shared the same genotype at each locus, suggesting no microsatellite variation in the genome of Jatropha curcas. This result is quite unusual, and may have a profound influence on the breeding strategies and genome study of this species
机译:给定物种的基因组中的遗传变异是自然选择和通过选择性育种进行遗传改良的基础。我们应用了位于11个连锁群上的29个微卫星,研究了从南美,亚洲和非洲五个国家的9个地点采集的276种麻疯树的遗传变异,从而启动了育种计划。令我们惊讶的是,我们在所有29个微卫星基因座上均未发现任何遗传多样性。 276个种质在所有基因座上都是纯合子,并且在每个基因座处具有相同的基因型,这表明麻疯树基因组中没有微卫星变异。这个结果是非常不寻常的,并且可能对该物种的繁殖策略和基因组研究产生深远的影响。

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