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首页> 外文期刊>Journal of biosocial science >CONSANGUINITY ON ROBINSON CRUSOE ISLAND, AN ISOLATED CHILEAN POPULATION
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CONSANGUINITY ON ROBINSON CRUSOE ISLAND, AN ISOLATED CHILEAN POPULATION

机译:鲁宾逊克鲁斯群岛(一个孤立的智利人口)的健康意识

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摘要

The population of Robinson Crusoe Island is estimated at 633 inhabitants. The current population has a common origin from the first eight families who colonized the island at the end of the 19th century. The objective of this study was to determine the rates of consanguinity, the average coefficients of inbreeding, the types of consanguineous marriages and the inbreeding evolution between 1900 and 2000 on the island. All marriages registered on the island, from the last colonization until 2000 (417 in total), were included in the analysis. In addition, extended genealogies were obtained. The consanguinity rate was 14.9% and the average coefficient of inbreeding () 54.05x10(-4). The most frequent type of consanguineous marriages was between second cousins, followed by first cousins. The average value of the first/second cousin ratio was 1.11. The population of Robinson Crusoe Island has a high rate of inbreeding. The unique characteristic of the island - its small current population, originating from just a few families, with small rate of gene flow - could explain the observed high and increasing consanguinity.
机译:鲁滨逊·克鲁索岛的人口估计为633人。目前的人口来自19世纪末殖民该岛的前八个家庭。这项研究的目的是确定近亲繁殖率,近亲繁殖的平均系数,近亲结婚的类型以及该岛在1900年至2000年之间的近亲进化。从上次殖民统治到2000年,岛上登记的所有婚姻(总计417)都包括在分析中。另外,获得了扩展的家谱。血缘率为14.9%,平均近交系数()为54.05x10(-4)。近亲结婚最频繁的类型是在第二个堂兄之间,其次是第一个堂兄。第一/第二表亲比的平均值为1.11。鲁滨逊·克鲁索岛的人口近亲繁殖率很高。该岛的独特特征-人口稀少,仅来自少数几个家庭,基因流动率低-可以解释观察到的高血缘性。

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  • 来源
    《Journal of biosocial science》 |2014年第4期|546-555|共10页
  • 作者单位

    Univ Chile, Inst Biomed Sci, Santiago, Chile|Univ Chile, Dept Pediat Dent & Dentomaxillary Orthoped, Santiago, Chile|Univ Chile, Sch Speech & Hearing Sci, Santiago, Chile|Univ Granada, Grad Sch, Doctoral Program Psychol, E-18071 Granada, Spain;

    Univ Chile, Sch Speech & Hearing Sci, Santiago, Chile;

    Univ Chile, Sch Speech & Hearing Sci, Santiago, Chile;

    Univ Chile, Inst Biomed Sci, Santiago, Chile;

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  • 正文语种 eng
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