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引用次数: 0

摘要

十几年前,美国以及其他工业化国家和第三世界国家的结核病发病率开始上升。我们美国的城市中心是“新型”结核病流行的中心,纽约市占美国所有结核病病例的15%以上。人类最普遍和最致命的疾病出现这种戏剧性的、意想不到的爆发,是由许多因素造成的,包括(1)越来越多的易感人群,由于感染了人类免疫缺陷病毒(HIV),在感染结核分枝杆菌后,更有可能迅速发展为活动性(传染性)结核病;(2)减少可用于识别、治疗和监测结核感染和疾病患者的资源和场所;(3)经入境输入的结核病例。随着结核病的死灰复燃,越来越多地分离出难以治疗的耐多药结核分枝杆菌(MDRTB)新菌株,纽约市再次成为焦点。全国60%以上的耐多药结核病病例发生在纽约市,1992年达到441例的高峰。在过去两年中,流行病学数据表明,该流行病已得到控制,与高峰年(1992年)相比,新病例(1995年)减少了38%。许多因素在重新控制结核病方面发挥了重要作用,包括改进诊断方式,例如使用一些分子生物学策略;公共卫生工作者积极寻找病例和接触者;量身定制的治疗方法,如针对非耐多药结核病的四药初始治疗、针对耐多药结核病的先进多药管理,以及扩大直接观察治疗的使用;以及使用人员防护装置和环境控制,以减少结核病的医院传播。这些因素将在这篇概述文章中重点介绍。
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Resurgence of tuberculosis: the perspective a dozen years later.

More than a dozen years ago, case rates of tuberculosis (TB) began to increase in the United States, as well as in other industrialized and Third World countries. Our US urban centers were the epicenter of the "new" TB epidemic, with New York City accounting for more than 15% of all TB cases in the United States. Numerous factors were responsible for this dramatic, unexpected explosion in mankind's most prevalent and lethal disease, including (1) an increasing pool of susceptible individuals who, by virtue of human immunodeficiency virus (HIV) infection, were much more likely to rapidly progress to active (contagious) TB after becoming infected with Mycobacterium tuberculosis; (2) a reduction in the resources and sites available for the identification, treatment, and surveillance of patients with tuberculous infection and disease; and (3) the importation of TB cases via immigration. Coupled with the resurgence of tuberculosis, new strains of difficult-to-treat, multiple-drug-resistant M tuberculosis (MDRTB) were isolated with increasing frequency, with New York City again the focal point. More than 60% of the nation's MDRTB cases occurred in New York City, reaching a peak of 441 cases in 1992. Over the past 2 years, epidemiologic data suggest that the epidemic has come under control, with a 38% decrease in new cases (1995) compared with the peak year (1992). A number of factors have been important in regaining control of TB, including enhanced diagnostic modalities, such as the use of some molecular biologic strategies; active case and contact finding by public health workers; tailored therapeutic approaches, such as four-drug initial therapy for non-MDRTB, advanced multidrug management for MDRTB, and expanded use of directly observed therapy; and use of personnel-protective devices and environmental controls to decrease nosocomial transmission of TB. These factors are highlighted in this overview article.

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