与内在污染的生理盐水溶液相关的皮氏Ralstonia血液感染暴发

Yin-Yin Chen, Wan-Tsuei Huang, Chia-Ping Chen, Shu-mei Sun, Fu-Mei Kuo, Y. Chan, S. Kuo, Fu-Der Wang
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引用次数: 24

摘要

目的:在许多国家,皮氏Ralstonia (Ralstonia pickettii)引起了药物溶液的污染,导致医疗保健感染或爆发事件。我们确定了匹克蒂弓形虫血流感染(BSI)暴发的来源。方法:本研究于2015年5月在台湾一家拥有3000个床位的三级转诊医疗中心进行,入院人数超过8500人。患者在门诊、急诊科或医院病房的注射室或化疗室接受治疗。2015年5月3日至6月11日期间,所有pickettii r培养阳性的患者均符合研究条件。调查的目的是进行临床流行病学和微生物学调查,以确定可能的感染源。结果从30例患者中采集到57份皮氏恙螨阳性标本。我们进行了24次血培养;其中14例显示>2例标本,6例使用了从Port-a-Cath植入式静脉通路装置中取出的液体。所有患者均通过导管冲洗注射0.9%生理盐水20 mL。另外,2个未开封的生理盐水溶液(20 mL)被证实为皮氏恙螨阳性。台湾疾病预防控制中心对同一批次产品进行了抽样检测,鉴定出同一株皮氏恙螨。脉冲场凝胶电泳检测结果显示,所有临床分离株相似性大于90%,证实了同一克隆的爆发。结论:皮氏恙螨可在生理盐水中生长并引起血流感染。医院监测机制是查明和结束此类疫情的极其重要的措施。中华流行病学杂志,2017;38 (4):444 - 448
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An Outbreak of Ralstonia pickettii Bloodstream Infection Associated with an Intrinsically Contaminated Normal Saline Solution
OBJECTIVE Ralstonia pickettii has caused contamination of pharmaceutical solutions in many countries, resulting in healthcare infections or outbreak events. We determined the source of the outbreak of R. pickettii bloodstream infection (BSI). METHODS This study was conducted in a 3,000-bed tertiary referral medical center in Taiwan with >8,500 admissions during May 2015. Patients had been treated in the injection room or chemotherapy room at outpatient departments, emergency department, or hospital wards. All patients who were culture positive for R. pickettii from May 3 to June 11, 2015, were eligible for the study. The aim of the survey was to conduct clinical epidemiological and microbiological investigations to identify possible sources of infection. RESULTS We collected 57 R. pickettii–positive specimens from 30 case patients. We performed 24 blood cultures; 14 of these revealed >2 specimens and 6 used fluid withdrawn from Port-a-Cath implantable venous access devices. All patients received an injection of 20 mL 0.9% normal saline via catheter flushing. In addition, 2 unopened ampules of normal saline solution (20 mL) were confirmed positive for R. pickettii. The Taiwan Centers for Disease Control and Prevention performed sampling and testing of the same manufactured batch and identified the same strain of R. pickettii. Pulsed-field gel electrophoresis tests revealed that all clinical isolates had similarity of >90%, validating the outbreak of the same clone of R. pickettii. CONCLUSIONS R. pickettii can grow in saline solutions and cause bloodstream infections. Hospital monitoring mechanisms are extremely important measures in identifying and ending such outbreaks. Infect Control Hosp Epidemiol 2017;38:444–448
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