Felsenstein J, Yokoyama S
Genetics. 1976 Aug;83(4):845-59. doi: 10.1093/genetics/83.4.845.
Based on the FISHER-MULLER theory of the evolution of recombination, an argument can be constructed predicting that a recessive allele favoring recombination will be favored, if there are either favorable or deleterious mutants occurring at other loci. In this case there is no clear distinction between individual and group selection. Computer simulation of populations segregating for recessive or dominant recombination alleles showed selection favoring recombination, except in the case of a dominant recombination allele with deleterious background mutants. The relationship of this work to parallel investigations by WILLIAMS and by STROBECK, MAYNARD SMITH, and CHARLESWORTH is explored. All seem to rely on the same phenomenon. There seems no reason to assume that the evolution of recombination must have occurred by group selection.
基于费雪-穆勒重组进化理论,可以构建一个论点,预测如果在其他位点出现有利或有害突变体,那么一个有利于重组的隐性等位基因将受到青睐。在这种情况下,个体选择和群体选择之间没有明显区别。对隐性或显性重组等位基因进行分离的群体的计算机模拟表明,除了具有有害背景突变体的显性重组等位基因的情况外,选择有利于重组。探讨了这项工作与威廉姆斯以及斯特罗贝克、梅纳德·史密斯和查尔斯沃思的平行研究之间的关系。所有这些似乎都依赖于相同的现象。似乎没有理由假定重组的进化一定是通过群体选择发生的。