Abstract

BackgroundNumerous studies have reported the economic burden of childhood diarrhea in low- and middle-income countries (LMICs). Yet, empirical data on the cost of diarrheal illness is sparse, particularly in LMICs. In this study we review the existing literature on the cost of childhood diarrhea in LMICs and generate comparable estimates of cost of diarrhea across 137 LMICs.MethodsThe systematic literature review included all articles reporting cost estimates of diarrhea illness and treatment from LMICs published between January 2006 and July 2018. To generate country-specific costs, we used service delivery unit costs from the World Health Organization’s Choosing Interventions that are Cost-Effective (WHO–CHOICE database). Non-medical costs were calculated using the ratio between direct medical and direct non-medical costs, derived from the literature review. Indirect costs (lost wages to caregivers) were calculated by multiplying the average GDP per capita per day by the average number of days lost to illness identified from the literature. All cost estimates are reported in 2015 USD. We also generated estimates using the IHME’s service delivery unit costs to explore input sensitivity on modelled cost estimates.ResultsWe identified 25 articles with 64 data points on either direct or indirect cost of diarrhoeal illness in children aged < 5 years in 20 LMICs. Of the 64 data points, 17 were on the cost of outpatient care, 28 were on the cost of inpatient care, and 19 were unspecified. The average cost of illness was US$36.56 (median $15.73; range $4.30 – $145.47) per outpatient episode and $159.90 (median $85.85; range $41.01 – $538.33) per inpatient episode. Direct medical costs accounted for 79% (83% for inpatient and 74% for outpatient) of the total direct costs. Our modelled estimates, across all 137 countries, averaged (weighted) $52.16 (median $47.56; range $8.81 – $201.91) per outpatient episode and $216.36 (median $177.20; range $23.77 –$1225.36) per inpatient episode. In the 12 countries with primary data, there was reasonable agreement between our modelled estimates and the reported data (Pearson’s correlation coefficient = .75).ConclusionOur modelled estimates generally correspond to estimates observed in the literature, with a few exceptions. These estimates can serve as useful inputs for planning and prioritizing appropriate health interventions for childhood diarrheal diseases in LMICs in the absence of empirical data.

Highlights

  • Numerous studies have reported the economic burden of childhood diarrhea in low- and middleincome countries (LMICs)

  • Characteristics of studies included Studies identified for quantitative analysis in the systematic review (N = 25) represented six low- income countries (LIC) [16, 28–32], nine lower-middle-income countries (LMIC) [18, 19, 30, 33–44], and five uppermiddle-income countries (UMIC) [13, 17, 45–47], as classified by the World Bank’s income groups in 2018 [25]

  • As a sensitivity check to the cost estimates generated using the WHO-CHOICE service delivery unit costs, we evaluated the cost of diarrhea for both inpatient and outpatient care using the unit cost estimates from the IHME [27]

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Summary

Introduction

Numerous studies have reported the economic burden of childhood diarrhea in low- and middleincome countries (LMICs). Diarrhea remains one of the leading causes of global disease burden, accounting for approximately 1.1 billion episodes, 450,000 deaths, and 40 million disability-adjusted life-years (DALYs), among children under five in 2016. Countries in South Asia and sub-Saharan Africa account for almost 90% of global diarrheal deaths in children and a significant share of the total disease burden [3]. Childhood diarrhea imposes economic costs on the health system and families. These costs are especially poignant in resource-limited settings. Often referred to as disease of poverty, repeated bouts of diarrhea can lead to malnutrition, stunting and delayed brain growth later in life costing individuals and societies substantial economic burden [4–6]. Increasing access to existing solutions will be important to prevent and further lower diarrheal disease burden [12]

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