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通过分子克隆对TOL分解代谢功能插入突变体进行表征。

Characterization by molecular cloning of insertion mutants in TOL catabolic functions.

作者信息

Lehrbach P R, Jeenes D J, Broda P

出版信息

Plasmid. 1983 Mar;9(2):112-25. doi: 10.1016/0147-619x(83)90014-8.

Abstract

A physical and genetic map of the Tol catabolic region of pWWO (TOL) was obtained by restriction endonuclease analysis of several DNA insertion mutants (xylA, xylA xylS, xylS, and xylR) of R plasmid--TOL derivatives. In two cases, the inserted DNA was shown from restriction, DNA hybridization, or heteroduplex analysis of cloned Hind III fragments to originate from within pWWO fragment Hind III-E. The effect of these DNA insertions on Tol catabolic activity and on structural alterations to the TOL plasmid is discussed.

摘要

通过对R质粒-TOL衍生物的几个DNA插入突变体(xylA、xylA xylS、xylS和xylR)进行限制性内切酶分析,获得了pWWO(TOL)的Tol分解代谢区域的物理图谱和遗传图谱。在两种情况下,通过对克隆的Hind III片段进行限制性分析、DNA杂交或异源双链分析表明,插入的DNA源自pWWO片段Hind III-E内部。讨论了这些DNA插入对Tol分解代谢活性以及对TOL质粒结构改变的影响。

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