Preĭgel' S I, Korol' A B
Genetika. 1990 Feb;26(2):349-58.
Evolution of the recombination system caused by antagonistic species interactions (host and parasite, for example) was studied. The genetic structure of host population as well as that of parasite is explicitly present in our models. The selection intensity depends on host's resistance and parasite's virulence, both controlled by polygenic systems. The rec-system dynamics was numerically studied using the genetic operators method. It is shown that high-recombination alleles of the rec-modificator can have a short-term selective advantage in both interacting populations simultaneously.
研究了由拮抗物种相互作用(例如宿主和寄生虫)引起的重组系统的进化。我们的模型明确呈现了宿主种群以及寄生虫的遗传结构。选择强度取决于宿主抗性和寄生虫毒力,二者均由多基因系统控制。使用遗传算子方法对重组系统动力学进行了数值研究。结果表明,重组修饰因子的高重组等位基因可在两个相互作用的种群中同时具有短期选择优势。