Dive into the world of Bacillus velezensis GQJK49, a groundbreaking bacterium with antifungal properties that could transform the future of agriculture. Learn how this natural solution can protect crops, reduce reliance on chemical pesticides, and foster healthier ecosystems.
Explore how scientists are using the ODIN neutron imager at Sandia's Z facility to understand and optimize fusion reactions, paving the way for cleaner energy sources. Learn about the challenges, innovative solutions, and future possibilities in neutron imaging.
For years, the Impact Factor (IF) has been the gold standard for judging a journal's importance. But is it really a fair measure? Learn why many researchers and organizations are now questioning its value and exploring new ways to assess scientific impact.
Explore the groundbreaking discoveries about phosphorylation and methylation's role in regulating Kv7.2 potassium channels, essential for brain health. Learn how these modifications could unlock new treatments for epilepsy and other neurological disorders.
Discover how FishTEDB is changing the game in genetics, offering a comprehensive look at fish genomes and transposable elements, potentially unlocking new understandings of vertebrate evolution and genetic research.
Discover how sow udder morphology influences piglet survival rates and overall farm productivity. Learn about the latest research and genetic factors.
Explore how cells leverage tubulin diversity—a combinatorial code—to regulate microtubule interactions, influencing everything from cargo transport to cell division. Dive into the mechanisms that build and maintain complex microtubule mosaics.
Delve into the innovative world of brain simulations, where new models are helping scientists understand complex brain functions and develop better treatments for neurological disorders.
Discover how cutting-edge PCR assays are transforming the fight against Glässer's disease in pigs, providing rapid, serotype-specific identification for better prevention and control.
Discover how a novel chemical process, leveraging visible-light-promoted denitrogenative cyclization, is revolutionizing the creation of biaryl sultams, opening doors to groundbreaking advancements in pharmaceuticals and material science.
