The Infectious Diseases Institute, College of Health Sciences, Makerere University Kampala, Mulago Hospital Complex, P.O. Box 22418, Kampala, Uganda.
Division of Infectious Diseases, Department of Medicine, Johns Hopkins University School of Medicine, Baltimore, MD, USA.
BMC Health Serv Res. 2022 Jun 28;22(1):831. doi: 10.1186/s12913-022-08213-w.
The WHO END TB strategy targets to place at least 90% of all patients diagnosed with Tuberculosis (TB) on appropriate treatment. In Uganda, approximately 20% of patients diagnosed with TB are not initiated on TB treatment. We sought to identify the patient and health system level barriers to and facilitators for TB treatment initiation in Uganda.
We conducted the study at ten public health facilities (three primary care, four district and three tertiary referral hospitals). We carried out in-depth interviews with patients diagnosed with TB and key informant interviews with health managers. In addition, we held focus group discussions with healthcare workers involved in TB care. Data collection and thematic analysis of transcripts was informed by the Capability, Opportunity, Motivation and Behavior (COM-B) model. We identified relevant intervention functions using the Behavior Change Wheel.
We interviewed 79 respondents (31 patients, 10 health managers and 38 healthcare workers). Common barriers at the health facility level included; lack of knowledge about the proportion of patients not initiated on TB treatment (psychological capability); difficulty accessing sputum results from the laboratory as well as difficulty tracing patients due to inadequate recording of patient addresses (physical opportunity). At the patient level, notable barriers included long turnaround time for sputum results and lack of transport funds to return to health facilities (physical opportunity); limited TB knowledge (psychological capability) and stigma (social opportunity). The most important facilitators identified were quick access to sputum test results either on the date of first visit (same-day diagnosis) or on the date of first return and availability of TB treatment (physical opportunity). We identified education, restructuring of the service environment to improve sputum results turnaround time and enablement to improve communication of test results as relevant intervention functions to alleviate these barriers to and enhance facilitators for TB treatment initiation.
We found that barriers to treatment initiation existed at both the patient and health facility-level across all levels of the (Capability, Opportunity and Motivation) model. The intervention functions identified here should be tested for feasibility.
世界卫生组织(WHO)的终结结核病(TB)战略旨在将所有被诊断为结核病(TB)的患者中至少 90%的患者安置在适当的治疗中。在乌干达,约有 20%被诊断患有结核病的患者未开始结核病治疗。我们试图确定乌干达患者和卫生系统层面在开始结核病治疗方面的障碍和促进因素。
我们在十家公共卫生机构(三家基层医疗、四家地区和三家三级转诊医院)开展了这项研究。我们对被诊断患有结核病的患者进行了深入访谈,并对卫生管理人员进行了关键人物访谈。此外,我们还与参与结核病护理的医疗保健工作者举行了焦点小组讨论。数据收集和对转录本的主题分析以能力、机会、动机和行为(COM-B)模型为指导。我们使用行为改变车轮确定了相关的干预功能。
我们采访了 79 名受访者(31 名患者、10 名卫生管理人员和 38 名医疗保健工作者)。卫生机构层面常见的障碍包括:缺乏了解未开始结核病治疗的患者比例的知识(心理能力);由于对患者地址记录不足,难以从实验室获取痰结果并追踪患者(物理机会)。在患者层面,突出的障碍包括痰结果的周转时间长且缺乏返回卫生机构的交通资金(物理机会);有限的结核病知识(心理能力)和耻辱感(社会机会)。确定的最重要的促进因素包括快速获取痰检测结果,无论是在首次就诊日(当日诊断)还是首次复诊日,以及提供结核病治疗(物理机会)。我们确定了教育、重组服务环境以改善痰结果周转时间和增强沟通测试结果的能力作为相关的干预功能,以缓解这些开始结核病治疗的障碍和促进因素。
我们发现,在患者和卫生机构层面,在(能力、机会和动机)模型的所有层面都存在治疗启动的障碍。这里确定的干预功能应进行可行性测试。