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Principles for the Buffering of Genetic Variation

机译:缓冲遗传变异的原理

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摘要

Most genetic research has used inbred organisms and has not explored the complexity of natural genetic variation present in outbred populations. The translation of geno- type to phenotype is complicated by gene interactions observed as epistasis, anali- zation, robustness, or buffering. Analysis of double mutations in inbred experimental organisms suggests some principles for gene interaction that may apply to natural variation as well. The buffering of variation in one gene is most often due to a small number of other genes that function in the same biochemical process. However, buffering can also result from genes functioning in processes extrinsic to that of the primary gene.
机译:大多数遗传学研究都使用近交生物,并且没有探索近交群体中自然遗传变异的复杂性。基因型向表型的翻译由于观察到上位,分析,健壮或缓冲的基因相互作用而变得复杂。近交实验生物中双突变的分析提出了一些基因相互作用的原理,这些原理也可能适用于自然变异。一个基因变异的缓冲通常是由于少数几个在同一生化过程中起作用的其他基因。但是,缓冲作用也可能是由于基因所起的作用与原始基因无关。

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