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Molecular basis of trait correlations

机译:性状相关的分子基础

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摘要

Trait correlations are common phenomena in biology. Plant breeders need to consider trait correlations to either improve correlated traits simultaneously or to reduce undesirable side effects when improving only one of the correlated traits. Pleiotropy or close linkage are the two major reasons for genetic trait correlations and are often confounded at the level of quantitative trait loci or genes. With the progress of genetic and genomic approaches, discrimination of intragenic linkage from true pleiotropy is increasingly possible. This will substantially impact breeding strategies and will be helpful to understand the nature of trait correlations.
机译:特质相关性是生物学中的普遍现象。植物育种者需要考虑性状相关性,以同时改善相关性状或减少仅改善一种相关性状时的不良副作用。多效性或紧密连锁是遗传性状相关的两个主要原因,并且常常在数量性状基因座或基因的水平上混淆。随着遗传学和基因组学方法的进步,将基因内连锁与真正的多效性区分开的可能性越来越大。这将大大影响育种策略,并有助于理解性状相关性的本质。

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