Exploring the revolutionary field of geroscience and how the Euro-Geroscience Conference is transforming our understanding of aging as a modifiable biological process.
Discover how scientists uncovered a mysterious new lipid pathway in mouse skin that transforms arachidonic acid into bioactive 12-HETrE, reshaping our understanding of skin biology.
Research reveals how tobacco smoke directly disrupts blood sugar and cholesterol management, increasing risks for diabetes and heart disease.
Exploring the critical balance between zinc and copper in piglet nutrition and its impact on health, growth, and environmental sustainability.
Discover how pipecolic acid reveals the brain's unique lysine metabolism pathway, differing from the liver's saccharopine pathway, and its implications for neurology.
Exploring how Traditional Chinese Medicine targets metabolic memory in diabetes through multi-pathway interventions and epigenetic modulation.
Discover how identical twins from the East Flanders Prospective Twin Survey are helping scientists decode the genetic secrets of diabetes through cutting-edge research.
Exploring how MADD-FOLH1 genetic variations influence homocysteine levels and coronary heart disease risk through gene-environment interactions.
Discover how hydrogen sulfide (H₂S) acts as a master metabolic reprogrammer by directly rewiring mitochondria through Electron Transport Chain (ETC) plasticity.
Exploring the remarkable science behind seeds - nature's most resilient vessels of life that defy time, space, and extinction.