Finiza, TNNxumalo, ZandileTinarwo, MAgbanglanon, PLukovi, SChakauya, E2026-01-212026-01-212025-112682-40782682-431010.21608/ARABSTI.2025.397377.1024http://hdl.handle.net/10204/14635The COVID-19 pandemic posed a global health crisis, particularly in low to middle-income countries, due to low manufacturing and innovation capacity, poor health systems, and disrupted supply chains. It was predicted Africa would be the worst hit; however, the result was not as predicted. This paper contributes to understanding why it was not doom and gloom for the continent. The study exploresand reports on the dynamic and resourceful response of low to middle-income countries to COVID-19 within the AUDA NEPAD Southern Africa Network for Biosciences (SANBio) Networks. The specific objectives were: 1) to document how entities in the SANBio network responded to COVID-19 using available capacity, and 2) to conduct a survey to validate desktop research and produce case studies. Our analysis shows that amidst constrained resources and infrastructure, low- to middle-income countries displayed remarkable ingenuity in devising locally tailored strategies to combat the multifaceted impacts of the pandemic. In the healthcare sector, innovations emerged, including rapid and low-cost testing solutions, novel telemedicine platforms, and community-based health initiatives. These approaches enabled efficient detection, monitoring, and treatment of COVID-19 cases while alleviating the burden on strained healthcare systems. The innovations that surfaced stand as a testament to the resilience, adaptability, and determination of communities facing unparalleled challenges. Understanding the impact of local innovation on human life would go a long way toward advocating for local industrialization and grassroots innovation in solving African problems. Learning from these innovations contributes to the and offers insights for future crises.FulltextenInnovationCOVID-19SANBio network researchResilienceInnovations to Curb Covid-19: Perspectives from AUDA NEPAD SANBio network countriesArticleN/A