Monodane T, Uesugi Y, Tokunaga M
Department of Microbiology, Faculty of Dentistry, Kagoshima University, Japan.
Cell Mol Biol. 1991;37(3):359-64.
Mixed culture study of singly occurring wild strain IFO 3333 of Micrococcus luteus and a tetrads-forming mutant strain MT, in the absence or presence of trypsin, supported our previous assumption that at least two kinds of separation systems were involved in cell separation of M. luteus, the one having a physiological role in cutting off the outermost layer of the cell wall (separation system-Om) and the other in cutting off the inner layer of the "proper" cell wall or the septum (separation system-In). The separation system-Om of IFO 3333 insensitive to trypsin substituted, freely from the cells, for that of MT sensitive to trypsin.
对单独存在的藤黄微球菌野生菌株IFO 3333和形成四联球菌的突变菌株MT进行混合培养研究,无论有无胰蛋白酶存在,都支持了我们之前的假设,即藤黄微球菌的细胞分离至少涉及两种分离系统,一种在切断细胞壁最外层方面具有生理作用(分离系统-Om),另一种在切断“固有”细胞壁内层或隔膜方面具有生理作用(分离系统-In)。对胰蛋白酶不敏感的IFO 3333的分离系统-Om可从细胞中自由替代对胰蛋白酶敏感的MT的分离系统。