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Quantifying pediatric patient need for second- and third-line HIV treatment: A tool for decision-making in
Perry Mohammed1, Andrea Linden2, Maura Reilly2
1Global Public Health, Johnson & Johnson, High Wycombe, Hertfordshire, United Kingdom.
Insights
Accurately estimating pediatric HIV treatment needs is crucial, especially in sub-Saharan Africa. A new tool quantifies second- and third-line HIV treatment demands for children, aiding resource allocation and planning.
Area of Science:
- Public Health
- Epidemiology
- Health Services Research
Background:
- National HIV programs are scaling up towards UNAIDS' 90-90-90 targets.
- Accurate estimation of pediatric HIV treatment needs is vital, particularly in sub-Saharan Africa.
- Data for treatment-experienced pediatric populations, especially those on second- and third-line treatments, are limited.
Purpose of the Study:
- To introduce a country-level quantification tool for estimating pediatric HIV treatment needs.
- To support national HIV programs in planning for second- and third-line pediatric treatment demands.
- To address data limitations in pediatric HIV management.
Main Methods:
- A five-year country-level quantification and decision-making tool was developed.
- The tool uses a patient pathway conceptual framework to quantify influencing factors.
- An Excel-based algorithm utilizes available national, regional, and global data on treatment coverage, viral load testing, treatment failure, and loss to follow-up.
Main Results:
- The tool estimates the aggregate annual number of pediatric patients by treatment line.
- It provides a mechanism for scenario planning to aid resource allocation decisions.
- The output aids in streamlining antiretroviral procurement for later treatment lines.
Conclusions:
- The tool helps fill critical data gaps for pediatric HIV treatment quantification.
- It supports policymakers in resource allocation and program scale-up for pediatric HIV.
- The tool enhances national HIV policy and planning, especially in resource-limited settings.
Abstract:
As national HIV programs across the world mature and continue to scale up towards UNAIDS' 90-90-90 targets, it is increasingly important to accurately estimate HIV treatment needs in pediatric patient populations to prepare for anticipated increases in demand. This is particularly vital in sub-Saharan Africa, where the bulk of the global pediatric HIV burden remains concentrated, and for treatment-experienced populations, for which data are severely limited. This article discusses the conceptual framework behind and application of a five-year country-level quantification and decision-making tool aimed at providing national HIV programs and their partners with a better understanding of their evolving national HIV treatment and programming needs for second-and third-line pediatric populations. The conceptual framework of the algorithm which undergirds the tool is the patient pathway, along which key influencing factors that determine whether pediatric HIV patients are linked to care, remain in treatment, and are appropriately switched to later lines of treatment are accounted for quantitatively. Excel-based and arithmetic, the algorithm is designed to use available national, regional, and global data for factors impacting patient estimates including treatment coverage; routine viral load testing; viral load non-suppression; confirmed treatment failure; and patient loss to follow up-outcomes for which data are generally very limited in this patient population. The ultimate output of the tool is an estimate of the aggregate annual number of patients by treatment line. Given the limitations in available data for pediatric HIV, particularly for patients on second- and third-line treatments, this tool may help fill a data gap by providing a mechanism for policymakers to scenario plan, thus aiding resource allocation decisions for pediatric HIV program scale-up. The tool may be used to streamline national antiretroviral procurement of later lines of treatment, especially in resource-limited settings, and may also be used to add value to broader HIV policy and planning processes at the national level.
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