Shewade Hemant Deepak, Gupta Vivek, Satyanarayana Srinath, Kharate Atul, Sahai K N, Murali Lakshmi, Kamble Sanjeev, Deshpande Madhav, Kumar Naresh, Kumar Sunil, Pandey Prabhat, Bajpai U N, Tripathy Jaya Prasad, Kathirvel Soundappan, Pandurangan Sripriya, Mohanty Subrat, Ghule Vaibhav Haribhau, Sagili Karuna D, Prasad Banuru Muralidhara, Nath Sudhi, Singh Priyanka, Singh Kamlesh, Singh Ramesh, Jayaraman Gurukartick, Rajeswaran P, Srivastava Binod Kumar, Biswas Moumita, Mallick Gayadhar, Bera Om Prakash, Jaisingh A James Jeyakumar, Naqvi Ali Jafar, Verma Prafulla, Ansari Mohammed Salauddin, Mishra Prafulla C, Sumesh G, Barik Sanjeeb, Mathew Vijesh, Lohar Manas Ranjan Singh, Gaurkhede Chandrashekhar S, Parate Ganesh, Bale Sharifa Yasin, Koli Ishwar, Bharadwaj Ashwin Kumar, Venkatraman G, Sathiyanarayanan K, Lal Jinesh, Sharma Ashwini Kumar, Rao Raghuram, Kumar Ajay M V, Chadha Sarabjit Singh
a Department of Operational Research , International Union Against Tuberculosis and Lung Disease (The Union), South-East Asia Office , New Delhi , India.
b Centre for Operational Research , International Union Against Tuberculosis and Lung Disease (The Union) , Paris , France.
Glob Health Action. 2018;11(1):1494897. doi: 10.1080/16549716.2018.1494897.
There is limited evidence on whether active case finding (ACF) among marginalised and vulnerable populations mitigates the financial burden during tuberculosis (TB) diagnosis.
To determine the effect of ACF among marginalised and vulnerable populations on prevalence and inequity of catastrophic costs due to TB diagnosis among TB-affected households when compared with passive case finding (PCF).
In 18 randomly sampled ACF districts in India, during March 2016 to February 2017, we enrolled all new sputum-smear-positive TB patients detected through ACF and an equal number of randomly selected patients detected through PCF. Direct (medical and non-medical) and indirect costs due to TB diagnosis were collected through patient interviews at their residence. We defined costs due to TB diagnosis as 'catastrophic' if the total costs (direct and indirect) due to TB diagnosis exceeded 20% of annual pre-TB household income. We used concentration curves and indices to assess the extent of inequity.
When compared with patients detected through PCF (n = 231), ACF patients (n = 234) incurred lower median total costs (US$ 4.6 and 20.4, p < 0.001). The prevalence of catastrophic costs in ACF and PCF was 10.3 and 11.5% respectively. Adjusted analysis showed that patients detected through ACF had a 32% lower prevalence of catastrophic costs relative to PCF [adjusted prevalence ratio (95% CI): 0.68 (0.69, 0.97)]. The concentration indices (95% CI) for total costs in both ACF [-0.15 (-0.32, 0.11)] and PCF [-0.06 (-0.20, 0.08)] were not significantly different from the line of equality and each other. The concentration indices (95% CI) for catastrophic costs in both ACF [-0.60 (-0.81, -0.39)] and PCF [-0.58 (-0.78, -0.38)] were not significantly different from each other: however, both the curves had a significant distribution among the poorest quintiles.
ACF among marginalised and vulnerable populations reduced total costs and prevalence of catastrophic costs due to TB diagnosis, but could not address inequity.
关于在边缘化和弱势群体中开展主动病例发现(ACF)是否能减轻结核病(TB)诊断期间的经济负担,证据有限。
与被动病例发现(PCF)相比,确定在边缘化和弱势群体中开展主动病例发现对受结核病影响家庭因结核病诊断导致的灾难性费用的患病率和不公平性的影响。
2016年3月至2017年2月期间,在印度随机抽取的18个主动病例发现地区,我们纳入了通过主动病例发现检测出的所有新的痰涂片阳性结核病患者,以及通过被动病例发现随机选取的同等数量的患者。通过在患者家中进行访谈,收集因结核病诊断产生的直接(医疗和非医疗)和间接费用。如果因结核病诊断产生的总费用(直接和间接)超过结核病诊断前家庭年收入的20%,我们将其定义为“灾难性”费用。我们使用集中曲线和指数来评估不公平程度。
与通过被动病例发现检测出的患者(n = 231)相比,主动病例发现的患者(n = 234)的总费用中位数较低(分别为4.6美元和20.4美元,p < 0.001)。主动病例发现和被动病例发现中灾难性费用的患病率分别为10.3%和11.5%。调整分析显示,通过主动病例发现检测出的患者灾难性费用的患病率比被动病例发现低32%[调整患病率比(95%CI):0.68(0.69,0.97)]。主动病例发现[-0.15(-0.32,0.11)]和被动病例发现[-0.06(-0.20,0.08)]中总费用的集中指数(95%CI)与平等线无显著差异,且彼此之间也无显著差异。主动病例发现[-0.60(-0.81,-0.39)]和被动病例发现[-0.58(-0.78,-0.38)]中灾难性费用的集中指数(95%CI)彼此之间无显著差异:然而,两条曲线在最贫困的五分之一人群中分布显著。
在边缘化和弱势群体中开展主动病例发现可降低因结核病诊断产生的总费用和灾难性费用的患病率,但无法解决不公平问题。