Shishkina Z V, Sidorov I A, Korotiaev A I
Antibiot Med Biotekhnol. 1986 Aug;31(8):600-2.
Shigella strains showed that in 43.9 per cent of the strains this feature was controlled by conjugative R plasmids. On the whole these were the plasmids allotting the bacterial cell with resistance simultaneously to SmTcCm (37.1 per cent) and SmTc (17.1 per cent). The plasmids with other phenotypes were less frequent: SmApCm, 11.4 per cent, TcApCm, 8.6 per cent; SmTcApCm, 8.6 per cent; Tc, 8.6 per cent; Sm, 2.9 per cent; Cm, 2.9 per cent and TcCm, 2.9 per cent. The incompatibility groups of 19 plasmids were determined: Inc I zeta, 28.6 per cent; Inc zeta I and Inc B, 14.2 per cent; Inc FII, 8.6 per cent and Inc I alpha, 2.9 per cent.
志贺氏菌菌株显示,在43.9%的菌株中,这一特性由接合性R质粒控制。总体而言,这些质粒使细菌细胞同时对链霉素-四环素-氯霉素(37.1%)和链霉素-四环素(17.1%)具有抗性。具有其他表型的质粒较少见:链霉素-氨苄青霉素-氯霉素,11.4%;四环素-氨苄青霉素-氯霉素,8.6%;链霉素-四环素-氨苄青霉素-氯霉素,8.6%;四环素,8.6%;链霉素,2.9%;氯霉素,2.9%;四环素-氯霉素,2.9%。已确定19种质粒的不相容群:Inc I zeta,28.6%;Inc zeta I和Inc B,14.2%;Inc FII,8.6%;Inc I alpha,2.9%。