New science reveals how Plasmodium vivax, once considered a mild malaria parasite, can cause severe kidney damage including renal cortical necrosis.
Exploring the dangerous intersection of asymptomatic malaria and HIV in pregnant women in Nigeria, with research findings from Sagamu study.
Comparative analysis of Artemether-Lumefantrine and Artesunate-Amodiaquine treatments for malaria in Nigerian children
Discover how genetic variations in Plasmodium berghei control malaria severity through single gene manipulation and virulence factors.
Discover how the conserved DBL5ε domain of VAR2CSA protein offers promising potential for developing a universal vaccine against placental malaria.
Explore how Plasmodium berghei's glycolytic enzymes reveal new therapeutic approaches for malaria treatment through cutting-edge research.
Explore how artificial intelligence and Multilayer Perceptron networks are transforming malaria diagnosis through automated parasite detection in blood smears.
Discover how structural biology and cryo-electron microscopy are revolutionizing malaria vaccine development through atomic-level visualization of parasite proteins.
Discover how asymptomatic malaria infections impact iron status in Malawian children and the implications for public health interventions.
Discover how scientists are detecting malaria DNA in saliva and urine samples, revolutionizing malaria diagnosis with non-invasive methods.