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Prevalence of plasmid mediated multi drug resistant Enterobacteriaceae in Hospital environment at Bangalore, India

机译:印度班加罗尔医院环境中质粒介导的多药物抗药性肠杆菌患病率

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Air being a major medium allows pathogens to disseminate and cause infections. An initial prevalence survey conducted in the air samples of the hospital environment especially in the out patient unit/department (OPD) of 2 government and 2 private hospitals in Bangalore using a centrifugal air sampler system, when subjected to different standard morphological studies, staining procedures and biochemical techniques showed existence of nosochomial infection causing organisms in government hospital environment only. The highest frequency of nosochomial infection causing organisms in government hospitals are gram negative enterobacteriaceae and was recorded to be the dominant (81%). The organisms thus isolated were subjected to multidrug antibiotic resistance test which include a group of P-lactam antibiotics that are frequently used in the treatment. Susceptibility testing revealed that the isolates from government hospitals are resistant to old β lactams penicillin (95%), ampicillin (100%) as well to the first and second generation cephalosporins (cephaloxin-40%, cephalothin-60%, cefoxitin-45%). The plasmids were isolated from these resistant strains and were observed that around 90% of the isolates had plasmid. The possible reason of antibiotic resistance in the organism being plasmid meditated. Incidences of these multidrug resistant enterobacteriaceae are serious threat to the hospital community. The organism can become endemic within the hospital setting with continued presence in the OPD environment and nosochomial spread. Hence the administration and management of the hospital must give top priority to support the hospital infection control program by establishing a committee to constantly monitor on hygienic conditions and apply the appropriate methods for preventing nosochomial infections.
机译:作为主要培养基的空气允许病原体传播和引起感染。在医院环境的空气样本中进行的初始普遍存在调查,特别是在2个政府的患者单位/部门(OPD)的2个政府和2名私人医院的班加罗尔,在班加罗尔使用离心机系统,当受到不同的标准形态学研究时,染色程序生化技术表明,仅存在鼻腔感染导致政府医院环境中的生物体。导致政府医院生物的鼻咽癌感染的最高频率是革兰阴性肠杆菌,被记录为优势(81%)。将由此分离的生物进行多药抗生素抗性试验,其包括经常用于治疗中的一组p-lactam抗生素。易感性测试显示,政府医院的孤立含量对旧β内酰胺青霉素(95%),氨苄青霉素(100%)以及第一代和第二代Cephalosporins(头孢氨苄-40%,头孢噻吩-60%,Cefoxitin-45% )。从这些抗药性菌株中分离质粒,观察到约90%的分离株具有质粒。在有机体中抗生素抗性的可能原因是冥想的质粒。这些多药抗生素的发生率是对医院社区的严重威胁。有机体可以在医院环境中变得流行,在OPD环境中继续存在和鼻腔扩散。因此,医院的行政和管理必须通过建立委员会在不断监测卫生条件并应用预防鼻腔感染的适当方法来支持医院感染控制计划的首要任务。

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