印度拉贾斯坦邦焦特布尔牙科学院总医院三个选定单位关键区域的细菌学评估

H. S. Murjanatu, I. Maryam, A. Y. Ahmed, S. Saeed, P. R. Anam, L. D. Rogo
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摘要

医院环境在感染传播链中起着至关重要的作用。因此,有必要从感染链最薄弱的环节入手,作为打击和/或预防医院感染的最有效方法。本研究旨在评估焦特布尔国立大学牙科医院不同科室常见的需氧致病菌,并确定最佳消毒剂和消毒程序。进行了横断面描述性研究。在牙科手术前后的14天内,在所有三个科室采集空气和表面样本。使用不同的防腐剂,比较其效果。从不同地方采集拭子,在血琼脂板上划线,在37℃有氧条件下孵育24小时。孵育后,对获得的分离株进行适当鉴定。沉淀板在370C下有氧培养24小时后,计数每个平板上的菌落,记录在给定时间内沉淀在平板面积上的携带颗粒的细菌数量。空气中细菌污染的程度通常用每立方毫米携带细菌颗粒的数量来表示。共采集地表样本274份,空气样本97份。所有空气样品均有细菌分离,只有255个表面样品有细菌生长。各菌种中优势菌种为芽孢杆菌,其次为凝固酶阴性葡萄球菌、黄体微球菌、需氧孢子形成菌,铜绿假单胞菌最少。从空气中分离出来的细菌与从表面分离出来的细菌相似。总之,缺乏普遍的医院感染监测程序,致病菌的存在,手卫生差和一些重要表面的严重污染是我国医院最重要的问题。
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Bacteriological Assessment of Critical Areas in Three Selected Units in Jodhpur Dental College General Hospital, Jodhpur Rajasthan, India
The hospital environment plays a crucial role in the chain of infection spread. Thus, there is need to attack the chain of infection at its weakest link as the most effective way in combating and/or preventing nosocomial infections. The study aims to assess the common aerobic pathogenic bacteria in the different departments of Jodhpur National University Dental Hospital and to establish the best disinfectant as well as disinfection procedure. A cross sectional descriptive study was conducted.  Air and surface samples were taken before and after dental procedures from all the three departments within durations of 14 days. Different antiseptics were used so as to compare their effectiveness. Swabs taken from different places were streaked on blood agar plates and incubated at 37oC under aerobic conditions for 24 hours. After incubation, isolates obtained were appropriately identified. After aerobic incubation of the settle plates at 370C for 24hours, the colonies on each plate were counted and recorded as the number of bacteria carrying particles settling over the area of the plate in a given period of time. The level of bacterial contamination of air is usually expressed as the number of bacteria carrying particles per cubic millimeter. A total of 274 surface samples and 97 air samples were collected. Bacteria were isolated in all air samples while only 255 surface samples had growth. The predominant species in all services was Bacillus spp, followed by coagulase negative Staphylococci, Micrococcus luteus, aerobic spore formers and least was Pseudomonas aeruginosa.  The bacteria isolated in the air were similar to those isolated from surfaces. In conclusion, lack of a universal procedure for surveillance of nosocomial infection, presence of pathogenic bacteria, poor hand hygiene and heavy contamination of some important surfaces are the most important problems in our hospitals.
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