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Pleiotropy across academic subjects at the end of compulsory education

机译:义务教育结束时各学科的多形性

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Research has shown that genes play an important role in educational achievement. A key question is the extent to which the same genes affect different academic subjects before and after controlling for general intelligence. The present study investigated genetic and environmental influences on, and links between, the various subjects of the age-16 UK-wide standardized GCSE (General Certificate of Secondary Education) examination results for 12,632 twins. Using the twin method that compares identical and non-identical twins, we found that all GCSE subjects were substantially heritable, and that various academic subjects correlated substantially both phenotypically and genetically, even after controlling for intelligence. Further evidence for pleiotropy in academic achievement was found using a method based directly on DNA from unrelated individuals. We conclude that performance differences for all subjects are highly heritable at the end of compulsory education and that many of the same genes affect different subjects independent of intelligence.
机译:研究表明,基因在教育成就中起着重要作用。一个关键问题是,在控制一般智力之前和之后,相同基因在多大程度上影响不同的学术学科。本研究调查了遗传和环境因素对16 632例双胞胎在英国进行的16岁全英国标准化GCSE(普通中等教育证书)考试结果的各个主题之间的联系以及它们之间的联系。使用对同卵双胞胎和异卵双胞胎进行比较的双胞胎方法,我们发现所有GCSE受试者都是可遗传的,并且即使控制了智力,各种学术受试者在表型和遗传上也都具有实质性的关联。使用直接基于不相关个体的DNA的方法,发现了学术成就中的多效性的进一步证据。我们得出结论,在义务教育结束时,所有受试者的表现差异都是高度可遗传的,并且许多相同的基因独立于智力而影响不同的受试者。

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