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Genetic Instability at the Agouti Locus of the Mouse (Mus Musculus). I. Increased Reverse Mutation Frequency to the A(w) Allele in a/a Heterozygotes

机译:小鼠(鼠肌肉)的刺突基因座的遗传不稳定性。 I.杂合子中A(w)等位基因的反向突变频率增加

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摘要

We have compiled the reverse mutation rate data to the white bellied agouti (A(w)) allele in heterozygous A/a mice and shown it to be increased by a factor of at least 350 in comparison to the reverse mutation rate in homozygous a/a mice. Employing tightly linked flanking restriction fragment length polymorphism DNA markers, we have shown that reversion to A(w) is associated with crossing over in the vicinity of the agouti locus. The non-agouti (a) allele has been recently shown to contain an 11-kb insert within the first intron of the agouti gene. Together with our present results, these observations suggest possible mechanisms to explain the reversion events.
机译:我们已经编制了杂合A / a小鼠中白腹刺豚鼠(A(w))等位基因的反向突变率数据,并显示与纯合a / a小鼠的反向突变率相比,它至少增加了350倍。老鼠利用紧密连接的侧翼限制性片段长度多态性DNA标记,我们已经表明,向A(w)的回复与在刺豚鼠基因座附近的穿越有关。最近已经证明,非刺突(a)等位基因在刺豚鼠基因的第一个内含子中含有一个11kb的插入片段。连同我们目前的结果,这些观察结果提出了可能的机制来解释逆转事件。

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