畜牧与饲料科学
畜牧與飼料科學
축목여사료과학
ANIMAL HUSBANDRY AND FEED SCIENCE
2012年
8期
81-83
,共3页
细菌生物膜%耐药性%研究进展%细菌
細菌生物膜%耐藥性%研究進展%細菌
세균생물막%내약성%연구진전%세균
bacterial biofilm%drug resistance%research progress%bacteria
细菌生物膜是一种包裹于细胞外多聚物基质中的黏附于非生物或生物表面的微生物菌落。作为一种生存策略,绝大多数细菌在合适的条件下都会产生生物膜,生物膜状态下的细菌相对其游离状态有着更强的耐药性,是导致临床上出现难治性感染的重要原因之一。主要综述了生物膜的形成、耐药机制及抗生物膜的策略,以便寻找有效控制生物膜相关感染的手段,指导临床合理用药和新药开发。
細菌生物膜是一種包裹于細胞外多聚物基質中的黏附于非生物或生物錶麵的微生物菌落。作為一種生存策略,絕大多數細菌在閤適的條件下都會產生生物膜,生物膜狀態下的細菌相對其遊離狀態有著更彊的耐藥性,是導緻臨床上齣現難治性感染的重要原因之一。主要綜述瞭生物膜的形成、耐藥機製及抗生物膜的策略,以便尋找有效控製生物膜相關感染的手段,指導臨床閤理用藥和新藥開髮。
세균생물막시일충포과우세포외다취물기질중적점부우비생물혹생물표면적미생물균락。작위일충생존책략,절대다수세균재합괄적조건하도회산생생물막,생물막상태하적세균상대기유리상태유착경강적내약성,시도치림상상출현난치성감염적중요원인지일。주요종술료생물막적형성、내약궤제급항생물막적책략,이편심조유효공제생물막상관감염적수단,지도림상합리용약화신약개발。
Bacterial biofilm is a biopolymer matrix-enclosed bacterial population adherent to biotic or abiotic surfaces. This adaptation has been implicated as a survival strategy. Most of bacteria can form biofilm under proper conditions. Antibiotics are generally not very effective against organisms embedded in biofilms (sessile bacteria) in comparison with free-floating organisms (planktonic bacteria). This was one of the important reasons why infections were difficult to treat nowadays. How to form the biofilm, drug resistance mechanism and diseases caused by bacterial biofilm were conclude in this paper. The effective control methods were discussed. The information was useful to direct using antibiotics reasonable and developing new drugs.