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野生恒河猴种群(猕猴)的遗传学:II. 从物种层面看敦加加利种群。

Genetics of a wild population of rhesus monkeys (Macaca mulatta): II. The Dunga Gali population in species-wide perspective.

作者信息

Melnick D J, Jolly C J, Kidd K K

出版信息

Am J Phys Anthropol. 1986 Oct;71(2):129-40. doi: 10.1002/ajpa.1330710202.

Abstract

Genetic variability in a population of wild rhesus monkeys near the village of Dunga Gali, Northwest Frontier Province, Pakistan (Melnick et al., Am. J. Phys. Anthropol. 63:341-360, 1984) was compared to similar variation in other wild-caught rhesus monkeys. Regional samples of rhesus from different parts of Asia all displayed similar amounts of variation (i.e., P and Hi) and were consistently more variable than the Dunga Gali local population. Despite these differences in the level of genetic variation, genetic diversity is fairly evenly distributed across the species range. Thus only 3-9% of the total gene diversity of Macaca mulatta can be attributed to differences among major regions. The differences that do exist tend toward a weak geographic cline with clustering of populations into an eastern and a western group. Both selection and drift/migration models explain this general genetic homogeneity. More genetic (protein and DNA) and zoogeographic data are necessary to choose between these models.

摘要

对巴基斯坦西北边境省敦加加利村附近野生恒河猴种群的遗传变异性(梅尔尼克等人,《美国体质人类学杂志》63:341 - 360,1984年)与其他野生捕获的恒河猴的类似变异进行了比较。来自亚洲不同地区的恒河猴区域样本都显示出相似程度的变异(即P和Hi),并且始终比敦加加利当地种群的变异性更大。尽管遗传变异水平存在这些差异,但遗传多样性在整个物种分布范围内相当均匀地分布。因此,恒河猴总基因多样性中只有3 - 9%可归因于主要区域之间的差异。确实存在的差异倾向于形成一个微弱的地理渐变群,种群聚为东部和西部两个群体。选择模型和漂变/迁移模型都能解释这种总体遗传同质性。需要更多的遗传(蛋白质和DNA)以及动物地理学数据来在这些模型之间做出选择。

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