Explore how blind cavefish have evolved extraordinary adaptations and become powerful models for scientific research in genetics, evolution, and human disease.
Discover how Gal4-based enhancer trapping technology is revolutionizing malaria research by unlocking genetic secrets of Anopheles stephensi mosquitoes.
Exploring how malaria parasites evolve drug resistance and the genetic signatures that reveal this evolutionary arms race across different transmission zones.
Discover how scientists are identifying genetic markers for Gyrodactylus salaris resistance in Atlantic salmon, offering hope for conservation and aquaculture.
Discover how the piggyBac transposon system combined with next-generation sequencing is revolutionizing malaria research by identifying essential parasite genes.
Exploring genetic variations in HRP2 and HRP3 proteins in Myanmar's malaria parasites and their impact on diagnostic tests
Exploring how genetic detective work and statistical adjustments are revolutionizing malaria treatment efficacy studies and public health decisions.
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 genetic variations in TLR2 and co-receptors influence malaria severity in Odisha, India, and what this means for personalized treatment approaches.
Exploring how Plasmodium falciparum's genetic diversity in malaria infections varies between Senegalese villages with different transmission conditions.