Discover how geometric features are revolutionizing malaria parasite stage classification in thin smear microscopy through advanced computer vision techniques.
Discover how the P47 protein enables malaria parasites to evade mosquito immune defenses through groundbreaking research on Plasmodium berghei.
Explore how molecular genetics is transforming malaria research through genetic surveillance, nanopore sequencing, and innovative field methods.
Explore how malaria parasites strategically balance growth and transmission investment in response to in-host competition through scientific research and experiments.
Exploring whether artemether-lumefantrine affects mosquito olfactory behavior and fitness in malaria treatment
A deep dive into the changing distribution of malaria in the Brazilian Amazon between 2003-2009, revealing how the disease concentrated into hotspots despite overall declines.
Scientists race against time to decode the evolving language of parasite resistance in India's Mandla district through molecular surveillance.
Discover how High-Resolution Melting analysis is transforming malaria drug resistance detection with rapid, field-deployable genetic testing.
Atomic-level research reveals how protective antibodies neutralize Plasmodium vivax by binding to the circumsporozoite protein, advancing malaria vaccine development.
Explore the incredible journey of malaria-specific CD8+ T cells as they navigate from lymph nodes to the liver to eliminate hidden parasites.