适应性抗生素耐药性:综述与展望

K. S. Rizi, K. Ghazvini, Mahdi kouhi Noghondar
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引用次数: 10

摘要

随着抗菌材料使用的改善,特别是在20世纪,细菌已经发展出了超越抗生素功效的机制,因此产生了耐药性。事实上,细菌对抗生素的强迫性耐药性的进化是巨大的。微生物与环境抗生素材料的共同进化加剧了耐药机制的进化,通常将其分为内在耐药、获得性耐药和适应性耐药三种类型。细菌要么天生耐药,要么对抗生素产生耐药性,以阻止药物靶点的获取、抗生素靶点的结构和保护的改变以及抗生素的直接改变或失活。在适应性耐药性中,细菌在不发生突变的情况下克服抗生素挑战的能力是重点。在这种阻力中,有一种短暂的性质。它是对一些环境条件的反应,这些环境条件依赖于表观遗传现象,以显示永久抗性。这篇综述提供了可获得的适应性耐药信息的总结。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Adaptive Antibiotic Resistance: Overview and Perspectives
In reaction to the improved use of antibacterial materials, particularly in the 20th century, bacteria have developed mechanisms to surmount the efficacy of antibiotics and so become resistant. In fact, the evolution of the compulsive resistance of bacteria to antibiotics is great. Coevolution of microorganisms with environmental antibiotic materials has intensified the evolution of resistance mechanisms, which are usually classified into three types including intrinsic, acquired and adaptive resistance. Bacteria are either innately resistant or attain resistance to antibiotics in order to prevent access to drug targets, alterations in the construction and aegis of antibiotic targets and the direct change or inactivation of antibiotics. In adaptive resistance, the ability of bacteria to surmount antibiotic challenge without mutation is the focus. In this resistance, there is a transient nature. It occurs in response to some environmental conditions that are dependent on epigenetic phenomena for exhibition of permanent resistance. This review provides a summary of accessible information on adaptive resistance.
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