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大肠杆菌中某些导致重组缺陷的突变的基因定位。

Genetic location of certain mutations conferring recombination deficiency in Escherichia coli.

作者信息

Willetts N S, Clark A J, Low B

出版信息

J Bacteriol. 1969 Jan;97(1):244-9. doi: 10.1128/jb.97.1.244-249.1969.

Abstract

Four mutations conferring recombination deficiency (recA1, recA13, rec-12, and rec-65) have been cotransduced with cysC and pheA; consequently they lie between 53 and 50 on the standard genetic map of Escherichia coli. The four mutations show different degrees of apparent dominance in transient rec(+)/rec(-) zygotes, and the degree of apparent dominance of a particular mutation was shown to be a characteristic of that mutation, not a reflection of other genetic differences in the original rec mutant strain. All four mutations map at similar distances from cysC and pheA and, despite the different degrees of apparent dominance, all may lie in the recA gene.

摘要

赋予重组缺陷的四个突变(recA1、recA13、rec - 12和rec - 65)已与cysC和pheA共转导;因此,它们位于大肠杆菌标准遗传图谱上53至50之间。这四个突变在瞬时rec(+)/rec(-) 合子中表现出不同程度的明显显性,并且特定突变的明显显性程度被证明是该突变的一个特征,而不是原始rec突变菌株中其他遗传差异的反映。所有四个突变与cysC和pheA的定位距离相似,并且尽管明显显性程度不同,但它们都可能位于recA基因中。

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