首页> 外文期刊>Behavior Genetics: An International Journal Devoted to Research in the Inheritance of Behavior in Animals and Man >Exploratory factor analysis in behavior genetics research: factor recovery with small sample sizes.
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Exploratory factor analysis in behavior genetics research: factor recovery with small sample sizes.

机译:行为遗传学研究中的探索性因素分析:小样本量的因素回收。

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Results of a Monte Carlo study of exploratory factor analysis demonstrate that in studies characterized by low sample sizes the population factor structure can be adequately recovered if communalities are high, model error is low, and few factors are retained. These are conditions likely to be encountered in behavior genetics research involving mean scores obtained from sets of inbred strains. Such studies are often characterized by a large number of measured variables relative to the number of strains used, highly reliable data, and high levels of communality. This combination of characteristics has special consequences for conducting factor analysis and interpreting results. Given that limitations on sample size are often unavoidable, it is recommended that researchers limit the number of expected factors as much as possible.
机译:蒙特卡洛探索性因素分析研究的结果表明,在以样本量较小为特征的研究中,如果社区数高,模型误差低且保留了很少的因素,则可以充分恢复人口因素结构。这些是行为遗传学研究中可能遇到的条件,涉及从自交系中获得的平均得分。此类研究通常具有相对于所用菌株数量的大量测量变量,高度可靠的数据以及高水平的社区性。这些特征的组合对于进行因子分析和解释结果具有特殊的影响。鉴于样本量的限制通常是不可避免的,因此建议研究人员尽可能限制预期因素的数量。

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