决定运动能力的先天与后天。

Medicine and sport science Pub Date : 2016-01-01 Epub Date: 2016-06-10 DOI:10.1159/000445238
Xu Yan, Ioannis Papadimitriou, Ronnie Lidor, Nir Eynon
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引用次数: 38

摘要

这篇综述提供了关于先天和后天在决定人类运动能力中的作用的一般性讨论。在自然(遗传学)方面,重点回顾了历史研究和几个可能对未来研究重要的领域,包括下一代测序技术。此外,还讨论了一些精心设计的训练研究,这些研究可能揭示基因变异和运动能力之间关联的生物学机制(“原因”)。在培养(环境)方面,我们讨论了常见的环境变量,包括刻意练习、家庭支持和出生地效应,这些因素可能对成为一名优秀运动员很重要。发育影响很难与遗传影响分离,因为早期生活环境可能对成年期产生长期影响。考虑到这一点,胎儿编程假说也简要回顾,因为胎儿编程提供了环境如何与遗传相互作用的一个很好的例子。我们的结论是,传统的先天与后天的争论已经不再相关,因为它已经明确地确定,两者都是成为精英运动员的重要因素。随着下一代遗传学(测序)技术的发展,希望未来的研究能够揭示影响表现的相关基因,以及这些基因与环境(培养)因素之间的相互作用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Nature versus Nurture in Determining Athletic Ability.

This overview provides a general discussion of the roles of nature and nurture in determining human athletic ability. On the nature (genetics) side, a review is provided with emphasis on the historical research and on several areas which are likely to be important for future research, including next-generation sequencing technologies. In addition, a number of well-designed training studies that could possibly reveal the biological mechanism ('cause') behind the association between gene variants and athletic ability are discussed. On the nurture (environment) side, we discuss common environmental variables including deliberate practice, family support, and the birthplace effect, which may be important in becoming an elite athlete. Developmental effects are difficult to disassociate with genetic effects, because the early life environment may have long-lasting effects in adulthood. With this in mind, the fetal programming hypothesis is also briefly reviewed, as fetal programming provides an excellent example of how the environment interacts with genetics. We conclude that the traditional argument of nature versus nurture is no longer relevant, as it has been clearly established that both are important factors in the road to becoming an elite athlete. With the availability of the next-generation genetics (sequencing) techniques, it is hoped that future studies will reveal the relevant genes influencing performance, as well as the interaction between those genes and environmental (nurture) factors.

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