Exploring the growing threat of drug-resistant malaria in Yemen, its molecular mechanisms, research findings, and future strategies for control.
Discover how the unique enzyme Ap4A hydrolase in malaria parasites presents a promising new drug target for combating drug-resistant malaria.
Explore the 30-year scientific journey to develop antimalarial drugs by targeting falcipains - essential enzymes in the malaria parasite's survival mechanism.
Discover how malaria infection triggers autoimmune responses against red blood cells and platelets, worsening anemia through friendly fire attacks.
Discover how optimized combinations of medicinal plants using factorial design offer new hope against drug-resistant malaria
Discover how cellular immunity against Plasmodium vivax MSP1P antigen could revolutionize malaria vaccine development
Explore the complex within-host dynamics of Plasmodium vivax malaria through computational modeling, hypnozoite biology, and immune system interactions.
Comprehensive analysis of deep learning models for malaria detection, comparing accuracy and performance of various AI architectures.
Explore how malaria rapid diagnostic tests (RDTs) are transforming disease diagnosis with simple, effective technology that works in remote settings.
Exploring the critical need for malaria screening in Sudan's blood supply and the scientific methods being used to protect transfusion recipients.