Explore how nucleoside/nucleotide analogues are revolutionizing hepatitis B treatment during pregnancy to protect both mothers and newborns from chronic infection.
Discover how Romanomermis jingdeensis, a microscopic nematode, offers a biological solution to combat malaria by targeting mosquito larvae with deadly precision.
Discover how lactic acid bacteria from fermented foods regulate our immune system through sophisticated molecular mechanisms and strain-specific interactions.
Explore how COVID-19 accelerated the adoption of remote clinical management for rheumatic diseases, featuring digital tools, pilot studies, and future directions.
Exploring how tailored interventions for forest-goers can accelerate malaria elimination in Cambodia's Greater Mekong Subregion through qualitative research insights.
Discover how Enterovirus A71 hijacks the cellular autophagy process to enhance its replication and cause severe neurological complications in children.
Discover how fungal-specific outer kinetochore proteins in Magnaporthe oryzae play dual roles in cell division and infection, revealing potential for revolutionary antifungal strategies.
Discover how housefly larvae proteins show remarkable anti-HBV activity, potentially revolutionizing hepatitis B treatment through multi-targeted viral suppression.
Explore the science behind Chronic Multifocal Osteomyelitis (CMO), a rare autoinflammatory disease where the immune system attacks bone tissue, and discover the genetic breakthroughs transforming treatment.
Explore how antibody-rich plasma from recovered COVID-19 patients became a vital treatment and the science behind harnessing our natural immune defenses.