drugset / Trial / NCT05905432

Pan-Malaria Transmission-Blocking Vaccine AnAPN1

NCT05905432 ↗

RandomizedParallel-groupDouble-blindPrevention

Summary

Malaria is still responsible for more than 627,000 deaths each year, predominantly among children under 5 years old. Current reductions in deaths have stagnated, and additional setbacks for malaria control programs due to the Coronavirus Disease 2019 (COVID-19) pandemic are expected. To achieve malaria elimination and eradication a leverage concerted approaches to reduce clinical disease and prevent new infections is a must. The existing malaria controls tools including the a recombinant protein-based malaria vaccine (RTS,S ,(trade name MosquirixMosquirix )), a malaria vaccine currently undergoing implementation studies and endorsed by the World Health Organization on October 7, 2021, can reduce disease burden for patients but cannot ultimately support malaria elimination and eradication since their effect on malaria transmission is at most partial. Consequently, complementary interventions, such as transmission-blocking vaccines (TBVs) may prove to be a cost-effective intervention that can reduce on-going residual transmission and the cascade of new infections.

Timeline

Start
2023-09-11
Primary completion
2025-01-22
Completion
2025-01-31

Drugs

EvaluationDrugModalityDoseRoute
Subject AnAPN1 Protein / enzyme biologic 20 ug Intramuscular
Subject AnAPN1 Protein / enzyme biologic 50 ug Intramuscular
Subject AnAPN1 Protein / enzyme biologic 100 ug Intramuscular

Indications