Discover how lung adenocarcinoma exploits fructose through GLUT5 transporter for growth and survival, revealing new therapeutic opportunities.
Discover how red blood cells are far more than simple oxygen carriers - they're dynamic organs with complex metabolic functions and immune roles.
Explore the structure and function of the human arginase gene, its role in metabolism, and implications for health and disease.
How acrylonitrile transforms into 2-cyanoethylene oxide and wreaks havoc on cellular components through protein binding and DNA damage
Discover how circadian rhythms and time-restricted eating can optimize your metabolism and improve health without changing what you eat.
Explore the fascinating world of sugar transport in biology - from cellular highways to gut-liver communication and revolutionary research applications.
Discover how mTORC1 transforms nutrients into vitality and why its malfunction fuels diseases from cancer to diabetes.
Exploring the critical role of nicotinamide riboside kinases (NRK1 and NRK2) in NAD+ metabolism and their potential for combating aging and metabolic diseases.