
Аntimicrobial activity of three the most active new derivatives of 5-nitrotiazole against Clostridium spp., isolated from the patients with disbacteriosis, has been studied by a method of serial dilutions in Wilson-Blear agar media. Nitazol was the matter of comparison. It has been showed that derivatives of N-(5-nitrothiazole-2-il)-N-(4-R’-benzolsulfonilamino) alcandioildiamida and the derivative of N-(5-nitrothiazole-2-il)-N-(2or 4-pyridilamino) alcandioildiamida and nitazol had high antimicrobial activity against the studied anaerobic microorganisms. These derivativesproduced a bactericidal effect. The received derivatives are perspective for further studying and possible application of them in medicine. New derivatives of 5-nitrothiazole have high antimicrobial activity against anaerobic microorganisms Clostridium spp., isolated from the patients with disbacteriosis. New derivatives of 5-nitrothiazole have high antimicrobial activity against anaerobic microorganisms Clostridium spp., isolated from the patients with disbacteriosis.
Методом серийных разведений в агаре Вильсона-Блера было изучено антимикробное действие трех наиболее активных новых производных 5-нитротиазола на Clostridium spp., выделенных от больных с дисбактериозом кишечника. Препаратом сравнения служил нитазол. Было показано, что производные N–(5-нитротиазол-2-ил)-N’-(4-R’-бензолсульфониламино) алкандиоилдиамида и производное N–(5-нитротиазол-2-ил)-N’-(2или 4-пиридиламино) алкандиоилдиамида, а также нитазол обладали высокой антимикробной активностью на изучаемые анаэробные микроорганизмы. Эти соединения оказывали бактерицидное действие. Полученные соединения являются перспективными для дальнейшего изучения и возможного применения их в медицине.
АНТИМИКРОБНАЯ АКТИВНОСТЬ, НОВЫЕ ПРОИЗВОДНЫЕ 5-НИТРОТИАЗОЛА, АНАЭРОБНЫЕ МИКРООРГАНИЗМЫ
АНТИМИКРОБНАЯ АКТИВНОСТЬ, НОВЫЕ ПРОИЗВОДНЫЕ 5-НИТРОТИАЗОЛА, АНАЭРОБНЫЕ МИКРООРГАНИЗМЫ
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