Discover how the elastic CSP protein enables malaria parasites to move and infect human hosts through a unique spring-loaded mechanism.
Discover how biotin derivatives help scientists study malaria parasites by penetrating their protective membranes and revealing hidden pathways for potential drug development.
Discover how biological sex influences malaria severity and treatment response through blood cell analysis and clinical research.
Exploring how repeated malaria infections develop immunity through controlled human studies and the implications for vaccine development.
Discover how the malaria parasite manipulates our immune system through specialized T cells and the CXCR3 homing signal in this fascinating scientific exploration.
How scientists are using metabolic roadmaps to discover new drugs against the malaria parasite Plasmodium falciparum.
Discover how the peritrophic matrix, gut bacteria, and red blood cells interact to determine malaria transmission success in mosquitoes.
Discover how Plasmodium vivax malaria triggers CD4+ T cell apoptosis through both intrinsic and extrinsic pathways, crippling the immune response.
Explore how climate change is altering malaria vector distributions in South America, with projections showing significant shifts by 2070.
Discover how malaria parasites manipulate avian host behavior through experimental research on escape responses and predator avoidance.