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Fosfomycin: Mechanism and Resistance

机译:磷霉素:作用机理和耐药性

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摘要

Fosfomycin, a natural product antibiotic, has been in use for >20 years in Spain, Germany, France, Japan, Brazil, and South Africa for urinary tract infections (UTIs) and other indications and was registered in the United States for the oral treatment of uncomplicated UTIs because of Enterococcus faecalis and Escherichia coli in 1996. It has a broad spectrum, is bactericidal, has very low toxicity, and acts as a time-dependent inhibitor of the MurA enzyme, which catalyzes the first committed step of peptidoglycan synthesis. Whereas resistance to fosfomycin arises rapidly in vitro through loss of active transport mechanisms, resistance is rarely seen during therapy of UTIs, seemingly because of the low fitness of the resistant organisms. Recently, interest has grown in the use of fosfomycin against multidrug-resistant (MDR) pathogens in other indications, prompting the advent of development in the United States of a parenteral formulation for use, initially, in complicated UTIs. Whereas resistance has not been problematic in the uncomplicated UTI setting, it remains to be seen whether resistance remains at bay with expansion to other indications.
机译:磷霉素,一种天然产物抗生素,已在西班牙,德国,法国,日本,巴西和南非使用了20多年,用于尿路感染(UTI)和其他适应症,并已在美国注册用于口服治疗由于粪肠球菌和大肠杆菌在1996年造成了不复杂的UTIs。它具有广谱,具有杀菌作用,毒性极低,并且是MurA酶的时间依赖性抑制剂,可催化肽聚糖合成的第一步。尽管对磷霉素的抗性由于失去主动转运机制而迅速在体外产生,但在UTI治疗期间很少见到抗药性,这似乎是由于抗性生物的适应性低。近来,对磷霉素在其他适应症中对抗多药耐药性(MDR)病原体的使用越来越引起关注,这促使在美国出现了一种肠胃外制剂的开发,该制剂最初用于复杂的UTI。尽管在简单的UTI环境中抵抗力没有问题,但随着其他适应症的扩大,抵抗力是否仍然存在。

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