Bygdeman S
Acta Pathol Microbiol Scand B. 1981 Aug;89(4):227-37. doi: 10.1111/j.1699-0463.1981.tb00181_89b.x.
Susceptibility testings, by means of the agar-dilution method, were performed on nine antibiotics of 138 non-PPNG (beta-lactamase-producing = PPNG) strains, 17 of which originated from Thailand, and 88 PPNG isolates. The gonococcal strains were sero-grouped by the co-agglutination method and classified among the sero-groups W I, W II or W III. Statistically significant differences in antibiotic susceptibility between non-PPNG strains of the three sero-groups could be demonstrated with strains belonging to sero-group W I as the most sensitive and W III isolates as the most resistant. Non-PPNG strains from Thailand were significantly more resistant than the other non-PPNG isolates of the same sero-group. There was, however, no significant difference in resistance between non-PPNG strains from Thailand and PPNG isolates of the same sero-group. PPNG strains of sero-group W I were significantly more sensitive than PPNG strains of sero-group W II, whereas there was no significant difference between PPNG isolates of sero-groups W II and W III. Non-PPNG strains, not from Thailand, of sero-groups W I and W II were significantly more susceptible to non beta-lactam antibiotics than PPNG strains of corresponding sero-groups, while no such difference could be demonstrated for non-PPNG and PPNG isolates of sero-group W III.
采用琼脂稀释法对138株非PPNG(产β-内酰胺酶=PPNG)菌株、其中17株源自泰国的菌株以及88株PPNG分离株进行了9种抗生素的药敏试验。通过协同凝集法对淋球菌菌株进行血清分组,并将其分类为血清群W I、W II或W III。三个血清群的非PPNG菌株之间在抗生素敏感性方面存在统计学上的显著差异,其中血清群W I的菌株最敏感,W III分离株最耐药。来自泰国的非PPNG菌株比同一血清群的其他非PPNG分离株耐药性显著更高。然而,来自泰国的非PPNG菌株与同一血清群的PPNG分离株在耐药性方面没有显著差异。血清群W I的PPNG菌株比血清群W II的PPNG菌株敏感性显著更高,而血清群W II和W III的PPNG分离株之间没有显著差异。血清群W I和W II的非泰国非PPNG菌株比相应血清群的PPNG菌株对非β-内酰胺类抗生素更敏感,而血清群W III的非PPNG和PPNG分离株之间未显示出这种差异。