2015-2016年魁北克省努纳维克村结核病人群筛查干预结果。

R Dion, M Brisson, J F Proulx, H Zoungrana
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引用次数: 5

摘要

背景:魁北克省努纳维克的一个小村庄在2012-2013年爆发了结核病,然后在2015-2016年再次爆发。尽管已经对四分之一的人口进行了接触者追踪,但病例仍在发生。决定对人群进行大规模结核病筛查。目的:描述基于人群的结核病筛查干预的结果,该干预旨在识别需要治疗的潜伏性结核病感染者(LTBI)或活动性结核病患者。方法:确定结核病感染史(活动性结核病或LTBI,定义为至少5毫米硬结的结核菌素皮肤试验阳性结果)和治疗(如果至少服用80%的处方剂量,则认为足够)。那些在2015年6月1日之后未被纳入接触者追踪的两岁及以上的人被纳入结核病筛查(n=1026名符合条件的人)。筛查包括护士评估,对既往TST阴性或状态不明的患者进行结核菌素皮试(TST),对其他患者进行胸部X光检查。结果:在受影响村庄符合条件的个人中,1004人(98%)参加了筛查。其中,30%有结核病感染史。71%的参与者接受了TST筛查,其中10%的参与者结果呈阳性。对425名参与者进行了评估,385人接受了胸部X光检查。记录了52例先前诊断为活动性结核病的病例和3例新的活动性结核病病例。此外,有247名LTBI患者先前已被确认(191人接受了充分的LTBI治疗,56人接受了不充分的LTBI治疗),69人被确认为新发LTBI。此外,633名参与者被发现没有感染结核病。共有125名参与者被转诊接受LTBI治疗。有120名患者的随访信息,其中85人(71%)完成了治疗。结论:在这个北方村庄,尽管采取了传统的控制措施,但仍有持续的结核病传播,基于人群的筛查覆盖率很高,是发现更多活动性结核病患者和LTBI患者的有效方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

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Results of a population screening intervention for tuberculosis in a Nunavik village, Quebec, 2015-2016.

Background: A small village in Nunavik, Quebec experienced a tuberculosis (TB) outbreak in 2012-2013 and then a resurgence in 2015-2016. Cases were still occurring, despite the fact that contact tracing had already been conducted on one quarter of the population. A decision was taken to conduct large-scale screening of the population for TB.

Objective: To describe the results of a population-based TB screening intervention designed to identify individuals with latent TB infection (LTBI) or active TB requiring treatment.

Methodology: The history of TB infection (either active TB or LTBI, defined as a positive tuberculin skin test result of at least five mm induration) and treatment (considered adequate if at least 80% of prescribed doses were taken) were determined. Those who were two years of age and older and had not been included in contact tracing after June 1, 2015 were included for TB screening (n=1,026 eligible individuals). Screening included a nurse assessment, tuberculin skin test (TST) for those with previous negative TST or of unknown status and chest X-ray for the others.

Results: Of the eligible individuals in the affected village, 1,004 (98%) participated in the screening. Of these, 30% had a history of previous TB infection. A TST screening was administered to 71% of the participants, 10% of whom had positive results. Assessments were performed on 425 participants and 385 underwent a chest X-ray. Fifty-two cases of previously diagnosed active TB and three cases of new active TB were documented. In addition, there were 247 individuals with LTBI who had been previously identified (191 were found to have had adequate LTBI treatment, 56 were found to have had inadequate LTBI treatment) and 69 were identified with de novo LTBI. In addition, 633 participants were found to have no TB infection. There were 125 participants who were referred for LTBI treatment. Follow-up information was available for 120 and 85 (71%) of these completed the treatment.

Conclusion: Within this northern village, which had persistent TB transmission despite classic control measures, population-based screening had a high degree of coverage and was an effective way to detect additional cases of individuals with active TB and those with LTBI.

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