[Evaluation of antibiotic resistance in the frame of the surveillance system for nosocomial infections. Strong and weak points].

Roxana Serban, Irina Codiţă
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引用次数: 0

Abstract

Since 2005 a sentinel system for surveillance of nosocomial diseases has been introduced in Romania which had, among other objectives, the evaluation of antibiotic resistance. The surveillance methodology was shared annually, the number of participants varying between 12 and 40 hospitals. During 2005-2008 the Reference Laboratory for Nosocomial Infections and Antibiotic Resistance in the "Cantacusino" NIRDMI received 1481 bacterial strains, comprising 531 S. aureus, 486 Pseudomonas aeruginosa, 439 enterobacteria and 25 enterococci strains. The resistance percents widely differred for some species, especially regarding the type of hospital unit that sent the strains (ex., Pseudomonas aeruginosa isolated form patients with burns). A great variability was noted concerning the manner in which nominalized hospitals responded to the solicitations in the methodology that was shared. especially regarding participation to a national bank for bacterial strains. Only for 5 out of the 40 hospitals that participated along the 4 years in the sentinel programme the annual comparative evaluations of antibiotic resistance were achieved. for a small number of microorganisms that underwent surveillance (S. aureus, E. coli). Among the strong points of the system we can point out: unity in methodology; working protocols for microbiological investigation given to all the participants; special forms for reporting. Among the weak points, we consider: modification in the number of participant hospitals during the program: unequal participation of hospitals, with unwanted effects on the sample representativity of analysed microbial strains; difficulties in stocking and processing laboratory data. In order to increase the quality of data provided, we consider the following as useful: harmonization of the objectives regarding integrated surveillance of nosocomial infections and antibiotic resistance in hospital environment, correlated with the ECDC demands and recommendations; inclusion in the system of sanitary units that fit the needs of the program fir microbiological identification and investigation of nosocomial infections; intensification of the training activities of persons involved in the program, regardless of the level of responsibility and the acknowledgement of each person's responsibilities in nosocomial infection monitoring; external and internal control implementation in the laboratories: selection of aspects concerning the emergence and spread of antibiotic resistance that come out during surveillance in order to be studied using molecular methods for the emphasizing of mechanisms and causes, in view of implementing measures for prevention and control; evaluation of the necessity for molecular investigation in view of identifying resistant bacterial clones in the hospitals in Romania etc.

医院感染监测系统框架下的抗生素耐药性评估。优点和缺点]。
自2005年以来,罗马尼亚建立了医院疾病监测哨点系统,其目标之一是评估抗生素耐药性。监测方法每年共享一次,参与者的数量在12至40家医院之间。2005-2008年期间,"Cantacusino"医院感染和抗生素耐药性参考实验室收到了1481株细菌菌株,其中包括531株金黄色葡萄球菌、486株铜绿假单胞菌、439株肠杆菌和25株肠球菌。某些菌种的耐药率差别很大,特别是在送出菌株的医院单位类型方面(例如,从烧伤患者身上分离出的铜绿假单胞菌)。委员会注意到,在共享的方法中,被提名的医院对征求意见的回应方式存在很大差异。特别是在加入国家细菌菌株银行方面。在4年期间参与哨点方案的40家医院中,只有5家完成了抗生素耐药性的年度比较评估。接受监测的少数微生物(金黄色葡萄球菌,大肠杆菌)。该体系的优点包括:方法论上的统一性;向所有参与者分发微生物调查工作方案;特别报告表格。在薄弱环节中,我们考虑:在计划期间参与医院数量的修改:医院的不平等参与,对分析的微生物菌株的样本代表性产生了不必要的影响;实验室数据储存和处理困难。为了提高所提供数据的质量,我们认为以下是有用的:协调医院环境中医院感染和抗生素耐药性综合监测的目标,并与ECDC的要求和建议相关联;将符合项目需要的卫生单位纳入微生物鉴定和医院感染调查系统;加强对参与方案人员的培训活动,无论其责任级别如何,并承认每个人在医院感染监测中的责任;在实验室实施外部和内部控制:选择监测过程中发现的抗生素耐药性出现和传播的有关方面,利用分子方法进行研究,强调机制和原因,以便实施预防和控制措施;鉴于罗马尼亚医院中发现耐药细菌克隆,评估进行分子调查的必要性等。
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