Discover how Mongolian gerbils in space revealed critical insights about cardiac adaptation to weightlessness through changes in myosin filament proteins.
Explore groundbreaking research in gastroenterology covering AI diagnostics, Crohn's disease mechanisms, and gut microbiome interactions with serotonin production.
Explore how biomedical research is transforming medicine through AI, gene editing, and synthetic organ models. Discover the latest breakthroughs and future trends.
Explore Emmanuel Derivery's groundbreaking research on asymmetric cell division and its implications for regenerative medicine and cancer therapeutics.
Explore how mitotic kinases like PLK1 and Aurora A coordinate the centrosome cycle with mitotic spindle assembly in cell division.
Explore the fascinating world of planar cell polarity - the biological GPS that guides cellular orientation from fruit flies to vertebrates including humans.
Discover how the FHL2 protein inhibits osteoclast activity through TRAF6, offering potential new treatments for osteoporosis and bone diseases.
Discover how scientists are using nanoscopic lenses to reveal GPCR oligomerization at the single-molecule level, transforming our understanding of cellular communication.
Discover how Salmonella infection triggers miR-29a to silence Caveolin-2, making intestinal cells vulnerable to bacterial invasion.
Explore the groundbreaking treatments and diagnostic advances revolutionizing care for inborn errors of metabolism, with 275 disorders now treatable.