Abstract
Low- and middle-income countries (LMICs) face a significant burden of cancer prevalence and incidence. However, the survival rates for patients with cancer in these regions are notably lower than those in high-income countries, primarily due to late diagnosis and limited access to advanced treatments. Chimeric antigen receptor (CAR) T-cell therapy has demonstrated promising outcomes in certain terminally ill patients with cancer, yet access to this treatment remains limited in LMICs, including Nepal.The Center for Regenerative Medicine in Nepal has initiated efforts to make CAR-T cell therapy accessible to patients with cancer at a substantially reduced cost. This initiative includes successful research to test the feasibility of local laboratory capabilities using reagents sourced locally or from developed countries. Additionally, a Good Manufacturing Practicies (GMP) grade CAR-T cell manufacturing facility is being established to commence clinical manufacturing. This endeavor has encountered several challenges, including technical difficulties, regulatory barriers, and resource limitations, which could provide valuable insights for other developing countries. This experience from Nepal highlights the importance of interdisciplinary collaboration, shared knowledge, funding, and innovative solutions from the global scientific community to achieve equitable access to advanced medical treatments.