Joly B, Chanal M, Sirot D, Cluzel R, Jouan J P
Pathol Biol (Paris). 1979 Feb;27(2):117-24.
The authors study "in vitro" effects of sulfamethoxazol-trimethroprime (SMZ-TMP) on 1 078 bacterial strains isolated from urinary-tract infections during january 1974, the second trimester 1974 and january 1975. Study involves two parts : comparison between bacteriostatic activity of SMZ-TMP, ampicillin and nalidixic acid; evaluation of bactericidal activity of antibiotic associations including SMZ-TMP. MIC study included all strains. On Gram- negative bacilli the bacteriostatic activity of SMZ-TMP (74,6 percent of sensitive strains) was comparable with nalidixic acid (79,6 percent of sensitive strains) and better than ampicillin 31,4 percent of sensitive strains). On staphylococcus strains the bacteriostatic activity of SMZ-TMP (84,6 percent of sensitive strains) is better than ampicillin (36,4 percent of sensitive strains); on streptococcus strains the bacteriostatic activity of ampicillin (71 percent of sensitive strains) is better than SMZ-TMP (5l percent of sensitive strains). 473 associations including SMZ-TMP were studied upon 44 strains of Gram- negative bacilli by bactericidal test. ("Cross disposition" method, derive from "cellophane transfer method".
作者研究了1974年1月、1974年中期和1975年1月从尿路感染中分离出的1078株细菌菌株上磺胺甲恶唑-甲氧苄啶(SMZ-TMP)的“体外”效应。研究包括两个部分:比较SMZ-TMP、氨苄西林和萘啶酸的抑菌活性;评估包括SMZ-TMP在内的抗生素组合的杀菌活性。MIC研究涵盖了所有菌株。在革兰氏阴性杆菌上,SMZ-TMP的抑菌活性(敏感菌株的74.6%)与萘啶酸(敏感菌株的79.6%)相当,且优于氨苄西林(敏感菌株的31.4%)。在葡萄球菌菌株上,SMZ-TMP的抑菌活性(敏感菌株的84.6%)优于氨苄西林(敏感菌株的36.4%);在链球菌菌株上,氨苄西林的抑菌活性(敏感菌株的71%)优于SMZ-TMP(敏感菌株的51%)。通过杀菌试验对44株革兰氏阴性杆菌上的473种包括SMZ-TMP的组合进行了研究。(“交叉配置”方法,源自“玻璃纸转移法”。