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[军团病检测的主动临床监测:对卫生保健机构的影响]

[Active clinical surveillance for detection of Legionnaires' disease: implications for health care structures].

作者信息

Marchesi I, Bargellini A, Cencetti S, Marchegiano P, Cauteruccio L, Casolari C, Borella P

机构信息

Dipartimento di Scienze di Sanità Pubblica, Università degli Studi di Modena e Reggio Emilia.

出版信息

Ann Ig. 2007 Jul-Aug;19(4):295-302.

Abstract

In an university hospital of about 900 beds, a clinical surveillance was activated to detect cases of Legionnaires' disease in patients affected by community and/or nosocomial-acquired pneumonia. In the hospital Legionella spp was detected in the hot water distribution system and various disinfecting and control procedures were adopted to reduce contamination. Contemporary, the clinical surveillance began with the systematic detection of Legionella urinary antigen among recovered pneumonia, seroconversion as confirmation test and the collection of respiratory secretions or other biological materials to isolate the microorganism in patients positive to the urinary antigen. From September 2003 to May 2005, 486 pneumonia were followed, 98 of which considered of nosocomial origin. In total, 15 cases of community-acquired Legionnaires' disease were detected by the urinary test, whereas no cases of nosocomial origin were found. The characteristics of the detected cases are described in comparison with the other pneumonia and the surveillance cost was evaluated. The systematic clinical surveillance for Legionella infections is feasible with limit costs, allows to detect community-acquired cases otherwise unknown and to ascertain the absence/presence of nosocomial-acquired pneumonia, irrespective of the environment contamination.

摘要

在一家拥有约900张床位的大学医院,启动了一项临床监测,以检测社区获得性和/或医院获得性肺炎患者中的军团病病例。在医院的热水分配系统中检测到了嗜肺军团菌属,并且采取了各种消毒和控制措施以减少污染。同时,临床监测从对康复的肺炎患者系统检测军团菌尿抗原开始,以血清转化作为确认试验,并收集呼吸道分泌物或其他生物材料,以便在尿抗原呈阳性的患者中分离出微生物。从2003年9月到2005年5月,对486例肺炎患者进行了跟踪,其中98例被认为是医院源性的。通过尿液检测共检测到15例社区获得性军团病病例,而未发现医院源性病例。将检测到的病例特征与其他肺炎病例进行了比较,并评估了监测成本。对军团菌感染进行系统的临床监测成本有限,是可行的,能够检测到原本未知的社区获得性病例,并确定医院获得性肺炎的有无,而与环境污染无关。

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