Improving TB Case Detection Through Active Case-Finding: Results of Multiple Intervention Strategies in Hard-to-Reach Riverine Areas of Southern Nigeria.

IF 2.5 3区 医学 Q2 PUBLIC, ENVIRONMENTAL & OCCUPATIONAL HEALTH Global Health: Science and Practice Pub Date : 2024-02-28 DOI:10.9745/GHSP-D-23-00164
Joseph N Chukwu, Cosmas Kenan Onah, Edmund Ndudi Ossai, Charles C Nwafor, Chukwuka Alphonsus, Okechukwu E Ezeakile, Ngozi Murphy-Okpala, Chinwe C Eze, Obioma Chijioke-Akaniro, Anthony Meka, Martin I Njoku, Francis S Iyama, Ngozi Ekeke
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Abstract

Background: A major challenge to TB control globally is low case detection, largely due to routine health facility-based passive case-finding employed by national TB control programs. Active case-finding is a risk-population-based screening approach that has been established to be effective in TB control. This intervention aimed to increase TB case detection in hard-to-reach areas in southern Nigeria.

Methods: Using a descriptive cross-sectional design, we conducted implementation research in 15 hard-to-reach riverine local government areas with historically recognized low TB case notification rates. Individuals with TB symptoms were screened using multiple strategies. Data were collected quarterly over a 4-year period using reporting tools and checklists. Descriptive analysis was done with Microsoft Excel spreadsheet 2019.

Results: A total of 1,089,129 individuals were screened: 16,576 in 2017; 108,102 in 2018; 697,165 in 2019; and 267,286 in 2020. Of those screened, 24,802 (2.3%) were identified as presumptive TB, of which 88.8% were tested and 10% were diagnosed with TB (0.23% of those screened). TB notifications more than doubled, increasing by 183.3% and 137.5% in the initial implementation and scale-up, respectively. On average, 441 individuals needed to be screened to diagnose 1 TB case. The cases, predominantly males (56.1%) and aged 15 years and older (77.4%), comprised 71.9% bacteriologically confirmed drug-sensitive TB, 25.8% clinically diagnosed drug-sensitive TB, and 2.3% drug-resistant cases. Detection sources included community outreach (1,786), health facilities (505), people living with HIV (57), and household contacts of bacteriologically confirmed TB cases (123). Remarkably, 98.1% of diagnosed TB cases commenced treatment.

Conclusions: We found a significant yield in TB case notifications, more than doubling the baseline figures. Given these successful results, we recommend prioritizing resources to support active case-finding strategies in national programs, especially in hard-to-reach areas with high-risk populations, to address TB more comprehensively.

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通过主动寻找病例改进结核病病例检测:在尼日利亚南部难以到达的沿河地区采取多种干预策略的结果。
背景:全球结核病控制面临的一个主要挑战是病例发现率低,这主要是由于国家结核病控制计划采用了基于医疗机构的常规被动病例调查。主动病例调查是一种基于风险人群的筛查方法,已被证实在结核病控制中非常有效。这项干预措施旨在提高尼日利亚南部难以到达地区的结核病例发现率:我们采用描述性横断面设计,在 15 个难以到达且结核病病例通报率历来较低的沿河地方政府地区开展了实施研究。采用多种策略对有肺结核症状的人进行筛查。在为期 4 年的时间里,我们使用报告工具和核对表每季度收集一次数据。使用 Microsoft Excel 电子表格 2019 进行了描述性分析:共有 1,089,129 人接受了筛查:2017年为16576人;2018年为108102人;2019年为697165人;2020年为267286人。在接受筛查的人群中,有 24 802 人(2.3%)被确定为推定肺结核患者,其中 88.8% 接受了检测,10% 被确诊为肺结核患者(占筛查人数的 0.23%)。结核病通报数增加了一倍多,在初始实施阶段和扩大实施阶段分别增加了 183.3% 和 137.5%。平均需要筛查 441 人,才能诊断出 1 例肺结核病例。这些病例以男性为主(56.1%),年龄在 15 岁及以上(77.4%),其中 71.9% 为细菌学确诊的药物敏感型肺结核,25.8% 为临床诊断的药物敏感型肺结核,2.3% 为耐药病例。检测来源包括社区外展(1,786 例)、医疗机构(505 例)、艾滋病病毒感染者(57 例)以及细菌学确诊肺结核病例的家庭接触者(123 例)。值得注意的是,98.1% 的确诊肺结核病例开始接受治疗:我们发现肺结核病例通报率大幅提高,比基线数字翻了一番多。鉴于这些成功的结果,我们建议将资源优先用于支持国家项目中的积极病例发现策略,尤其是在高危人群难以到达的地区,以便更全面地应对结核病。
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来源期刊
Global Health: Science and Practice
Global Health: Science and Practice Medicine-Health Policy
CiteScore
3.50
自引率
7.50%
发文量
178
审稿时长
22 weeks
期刊介绍: Global Health: Science and Practice (GHSP) is a no-fee, open-access, peer-reviewed, online journal aimed to improve health practice, especially in low- and middle-income countries. Our goal is to reach those who design, implement, manage, evaluate, and otherwise support health programs. We are especially interested in advancing knowledge on practical program implementation issues, with information on what programs entail and how they are implemented. GHSP is currently indexed in PubMed, PubMed Central, POPLINE, EBSCO, SCOPUS,. the Web of Science Emerging Sources Citation Index, and the USAID Development Experience Clearinghouse (DEC). TOPICS: Issued four times a year, GHSP will include articles on all global health topics, covering diverse programming models and a wide range of cross-cutting issues that impact and support health systems. Examples include but are not limited to: Health: Addiction and harm reduction, Child Health, Communicable and Emerging Diseases, Disaster Preparedness and Response, Environmental Health, Family Planning/Reproductive Health, HIV/AIDS, Malaria, Maternal Health, Neglected Tropical Diseases, Non-Communicable Diseases/Injuries, Nutrition, Tuberculosis, Water and Sanitation. Cross-Cutting Issues: Epidemiology, Gender, Health Communication/Healthy Behavior, Health Policy and Advocacy, Health Systems, Human Resources/Training, Knowledge Management, Logistics and Supply Chain Management, Management and Governance, mHealth/eHealth/digital health, Monitoring and Evaluation, Scale Up, Youth.
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