Discover the groundbreaking research revealing the periodic DNA synthesis in Plasmodium knowlesi, the malaria parasite, and its implications for drug development.
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 Plasmodium falciparum selectively consumes human serum proteins to fuel its growth and increase virulence in malaria infections.
Discover how the piggyBac transposon system combined with next-generation sequencing is revolutionizing malaria research by identifying essential parasite genes.
Exploring the scientific evidence behind ginger's potential as an anti-malarial treatment through experimental research on Plasmodium berghei in mice.
Discover how scientists identified a new component in the malaria parasite's glideosome, opening new possibilities for fighting this deadly disease.
Explore the scientific journey to culture the mosquito phase of avian malaria, from biological challenges to modern 3D culture systems and their implications for conservation.
Discover how Plasmodium falciparum transcriptome changes determine malaria severity through gene expression variations and metabolic adaptations.
Discover how Plasmodium falciparum's unique organelle-specific lipoylation pathways reveal potential vulnerabilities for new antimalarial treatments.
Discover how malaria parasites use genetic recombination to evade human defenses and develop drug resistance through cutting-edge research breakthroughs.