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Novel Classes of Antibacterial Drugs in Clinical Development, a Hope in a Post-antibiotic Era

机译:新型抗菌药物在临床开发中的抗菌药物,在抗生素后时代的希望

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摘要

Bacterial resistance is a growing problem worldwide and is estimated that deaths by infectious diseases associated with resistant pathogens will generate 10 million deaths per year in 2050. This problem becomes more serious due to the low level of research and development of new drugs, which has fallen drastically in the last 40 years. For example, in the last decade of a total of 293 new drugs approved by the FDA, only 9 corresponded to antimicrobial drugs and none constituted a new structural class. The majority of the molecules in the clinical phase II or III, coming from modifications of drugs in clinical use, this strategy makes easier the bacterial susceptibility to generate resistance through the mechanisms expressed for their drug predecessors.
机译:细菌抗性是全世界生长的问题,估计与抗性病原体相关的传染病死亡将在2050年产生1000万人死亡。由于新药物的研究和开发水平低,这一问题变得更加严重 在过去的40年里急剧上。 例如,在过去十年中,总共293名由FDA批准的新药,只有9种与抗微生物药物相对应,没有构成新的结构阶级。 临床期间的大多数分子II或III,来自临床用途的药物修饰,这种策略使细菌易感性通过针对其药物前辈所表达的机制来产生抗性。

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