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乳酸链球菌中的两种质粒决定的限制与修饰系统。

Two plasmid-determined restriction and modification systems in Streptococcus lactis.

作者信息

Chopin A, Chopin M C, Moillo-Batt A, Langella P

出版信息

Plasmid. 1984 May;11(3):260-3. doi: 10.1016/0147-619x(84)90033-7.

Abstract

Two restriction and modification systems were found in Streptococcus lactis strain IL594 which was found to contain 9 plasmids designated pIL1 to pIL9. On the basis of protoplast-induced curing experiments, we showed that a restriction and modification system was related to the presence of pIL6 or pIL7. The pIL6-determined restriction and modification system was confirmed by cotransfer of the plasmid and of the restriction and modification system to a plasmid-free, nonrestricting, and nonmodifying derivative of S. lactis IL594.

摘要

在乳酸链球菌IL594菌株中发现了两种限制与修饰系统,该菌株含有9个质粒,分别命名为pIL1至pIL9。基于原生质体诱导消除实验,我们表明一种限制与修饰系统与pIL6或pIL7的存在有关。通过将该质粒以及限制与修饰系统共转移至乳酸链球菌IL594的无质粒、无限制且无修饰的衍生物中,证实了由pIL6决定的限制与修饰系统。

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