Kaulfers P M, Laufs R
Zentralbl Bakteriol Mikrobiol Hyg B. 1985 Dec;181(3-5):309-19.
It was possible to isolate a strain of Serratia marcescens from fresh clinical bacterial isolates which was 4-6 times more resistant against formaldehyde than other strains. It was shown that the strain harbours two plasmids with molecular sizes of 58- and 90 Mdal. It was demonstrated by conjugation-, transformation- and plasmid-curing experiments that the formaldehyderesistance is plasmid mediated and transferable to E. coli. It was shown by labelling with 14C-formaldehyde that the resistant strains bind much more formaldehyde than the sensible strains.
从新鲜的临床细菌分离物中能够分离出一株粘质沙雷氏菌,该菌株对甲醛的抗性比其他菌株高4至6倍。结果表明,该菌株含有两个分子大小分别为58兆道尔顿和90兆道尔顿的质粒。通过接合、转化和质粒消除实验证明,甲醛抗性是由质粒介导的,并且可以转移到大肠杆菌中。用14C-甲醛标记表明,抗性菌株比敏感菌株结合更多的甲醛。