Discover how a deficiency in the PBGD enzyme confers resistance to certain malaria species while leaving others unaffected, opening new pathways for antimalarial therapies.
Discover how Plasmodium falciparum transcriptome changes determine malaria severity through gene expression variations and metabolic adaptations.
Discover how genetic variations in TLR2 and co-receptors influence malaria severity in Odisha, India, and what this means for personalized treatment approaches.
Exploring Iran's innovative approach to preventing malaria transmission through blood donations using scientific screening methods and deferral strategies.
Explore the remarkable story of Anna Fraentzel Celli, a pioneering malaria fighter and social reformer who transformed public health in Italy through scientific innovation and education.
Exploring how flooding reshapes malaria transmission patterns in Uganda and the scientific approaches being used to combat this climate-driven health threat.
Discover how Aotus infulatus monkeys help scientists unravel the mystery of severe malarial anemia in Plasmodium falciparum infections.
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.
Discover how the XN-30 hematology analyzer is transforming malaria detection with 98.7% accuracy in just one minute.