Background: Human Immunodeficiency Virus (HIV) infection continues to have a profound humanitarian and public health impact in western and central Africa, a region that risks being left behind in the global response to ending the AIDS epidemic. In Liberia, where the health system is being rebuilt following protracted civil wars and an Ebola virus disease outbreak, the Resilient and Responsive Health System (RRHS) is assisting with quality HIV services delivery through support from PEPFAR and HRSA but gaps remain across the cascade of care from diagnosis to viral load suppression.
Objective: To highlight gaps in HIV service delivery in Liberia, identify opportunities and offer recommendations for improving the quality of service delivery.
The 5-year Resilient and Responsive Health Systems (RRHS)-Liberia Initiative, funded by PEPFAR via HRSA, launched in 2017 and was designed to support the implementation of Liberia's National Health Workforce Program as a means to improving HIV-related health outcomes. The COVID-19 pandemic, arrived in Liberia just five years after Ebola and during RRHS-Liberia's fourth year, impacted educational programs and threatened the project's continued work. This paper presents the challenges that the COVID-19 pandemic posed to the RRHS partners, as well as adaptations they made to maintain progress towards project goals: 1) contributing to Liberia's 95-95-95 HIV targets via direct service delivery, and 2) building a resilient and responsive health workforce in Liberia via instruction and training.
View Article and Find Full Text PDFFollowing the Ebola crisis in Liberia in 2014-15, the Liberian Ministry of Health developed a strategy to build a fit-for-purpose health workforce, focusing on both health care providers and health managers. To help fulfill national capacity-building goals for health management, a team of faculty, staff, and practitioners from the Yale School of Medicine, the University of Liberia, the National Public Health Institute of Liberia, and the Ministry of Health collaboratively developed and launched the health management program in Liberia in July 2017. The team worked to build specific management and leadership competencies for healthcare workers serving in management and leadership roles in Liberia's health sector using two concurrent strategies-1) implementation of a hospital-based partnership-mentorship model in the two largest hospitals in the capital city of Monrovia, and 2) establishment of an executive education-style advanced Certificate in Health Systems Leadership and Management at the University of Liberia.
View Article and Find Full Text PDFFollowing civil war and the Ebola epidemic, Liberia's health workforce was devastated, essential health services and primary care were disrupted, and health outcomes for maternal and child mortality were amongst the worst in the world. To reverse these trends, the government of Liberia developed the . With the goal of building a resilient and responsive health system to ensure access to essential services and the ability to respond to future crises, this strategy aimed to add 6,000 new professionals to the workforce.
View Article and Find Full Text PDFObjectives: Non-communicable diseases (NCDs) account for one-third of disability-adjusted life years in Malawi, and access to care is exceptionally limited. Integrated services with HIV are widely recommended, but few examples exist globally. We report descriptive outcomes from an Integrated Chronic Care Clinic (IC3).
View Article and Find Full Text PDFThis case study describes an integrated chronic care clinic that utilizes a robust HIV program as a platform for NCD screening and treatment. A unique model, the integrated chronic care clinic provides longitudinal care for patients with an array of chronic diseases including HIV and common NCDs, allowing for a single visit for all of a patient's conditions. Set in Malawi's remote Neno District, this clinic structure aims to (1) increase access to care for NCD patients, (2) maximize efficiency given the severe human resource shortages, and (3) replicate strong HIV outcomes for patients with other chronic conditions.
View Article and Find Full Text PDFThis report describes the development of a hand-powered centrifuge to determine hematocrit values in low-resource settings. A hand-powered centrifuge was constructed by using a salad spinner. Hematocrit values were measured by using the hand-powered device, and results were compared with those of a benchtop centrifuge.
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