Alrazeeni Daifallah, Al Sufi Mohammed S
Prince Sultan Bin AbdulAziz College of Emergency Medical Services, Al-Malaz, King Saud University, PO Box 25063, Riyadh 11466, Kingdom of Saudi Arabia. Tel. +966 (11) 2097928. E-mail.
Saudi Med J. 2014 Nov;35(11):1354-60.
To evaluate infection control and the incidence of bacterial pathogens in Emergency Medical Service (EMS) ambulances in Riyadh, Saudi Arabia. The effectiveness of fumigation techniques used for these ambulances to minimize the spread of infection to transported patients and pre-hospital care providers was also assessed.
Based on previous literature review indicating a higher propensity of microbial load, 3 areas within the ambulance, such as, stretcher handle, oxygen flow meter knob, and interior handle of the rear door were selected for specimen collection. Swab samples were collected both in the day and night shift, after the intended disinfection and cleaning (before and after fumigation). Micro-organisms were identified using standard procedures. This phase-I study was conducted at the Emergency Medical Services Department, Prince Sultan Bin AbdulAziz College of Emergency Medical Services, Al Malaz, King Saud University, Riyadh, Saudi Arabia between October and November 2013, wherein a total of 10 ambulances from the Saudi Red Crescent Authority in Riyadh were selected for inclusion in the study.
The specimens from all 10 ambulances showed similar results. In post disinfection and before fumigation, swab samples showed positive cultures that grew moderate to large quantities of environmental and skin flora. However, almost all organisms were susceptible to the fumigation technique.
This study confirms the importance of evaluating the frequency and efficiency of various fumigation techniques as an ambulance is a potential reservoir for microbial transmission to patients and staff.
评估沙特阿拉伯利雅得市紧急医疗服务(EMS)救护车的感染控制情况及细菌病原体的发生率。同时评估用于这些救护车的熏蒸技术在将感染传播给转运患者和院前护理人员方面的有效性。
基于先前文献综述表明微生物负荷倾向较高,选择救护车内部的3个区域,如担架把手、氧气流量计旋钮和后门内把手进行标本采集。在日班和夜班期间,在预期的消毒和清洁(熏蒸前后)后采集拭子样本。使用标准程序鉴定微生物。这项I期研究于2013年10月至11月在沙特阿拉伯利雅得国王沙特大学马拉兹分校苏丹·本·阿卜杜勒阿齐兹王子紧急医疗服务学院的紧急医疗服务部进行,其中从利雅得的沙特红新月会总共选取了10辆救护车纳入研究。
所有10辆救护车的标本显示出相似的结果。在消毒后和熏蒸前,拭子样本显示培养阳性,并培养出中等至大量的环境菌和皮肤菌。然而,几乎所有微生物都对熏蒸技术敏感。
本研究证实了评估各种熏蒸技术的频率和效率的重要性,因为救护车是微生物传播给患者和工作人员的潜在源头。