Discover the groundbreaking research revealing the periodic DNA synthesis in Plasmodium knowlesi, the malaria parasite, and its implications for drug development.
Discover how Gal4-based enhancer trapping technology is revolutionizing malaria research by unlocking genetic secrets of Anopheles stephensi mosquitoes.
Exploring the complex determinants of malaria persistence in Oiapoque, a border municipality in the Brazilian Amazon facing unique public health challenges.
Scientists are mapping the secret weapon Plasmodium falciparum uses to hide from our immune system, bringing us one step closer to outsmarting a deadly foe.
Discover how scientists are tracking genetic mutations in malaria parasites to detect early signs of artemisinin resistance in Uganda before policy changes.
Discover how Plasmodium falciparum selectively consumes human serum proteins to fuel its growth and increase virulence in malaria infections.
Discover how galectin-3 protein controls malaria infection in a species-specific manner and its implications for future therapeutic strategies.
Exploring how malaria parasites evolve drug resistance and the genetic signatures that reveal this evolutionary arms race across different transmission zones.
Understanding how Plasmodium cynomolgi's strict tropism for CD71+/CD234+ human reticulocytes limits its zoonotic potential and protects human populations from this monkey malaria parasite.
Comparing microscopy and rapid diagnostic tests for measuring P. falciparum infection prevalence in malaria diagnosis and elimination efforts.