Discover how the DGAT2 enzyme regulates fat storage and glucose metabolism in skeletal muscle, with implications for diabetes and obesity treatment.
Exploring the synergistic effects of Ascophyllum nodosum and Camellia sinensis on glycolipid and energy metabolism in obese mice
Explore how scientists use chemostats to study Bacillus caldotenax, a heat-loving microbe thriving at 65°C, and discover its metabolic secrets.
Discover how high-sugar diets reprogram your intestinal cells to become fat-producing factories, contributing to obesity and metabolic diseases.
Discover how Xrn1, a cellular RNA-degrading enzyme, regulates metabolism and controls obesity through groundbreaking scientific research.
Discover how syndecan proteins act as master regulators of metabolism, controlling energy balance from fruit flies to humans. Explore the evolutionary conservation and therapeutic potential of these cellular switches.
Discover how glucose serves as a master regulatory signal directing wheat root growth, nutrient uptake, and enzymatic metabolism in this scientific exploration.
Discover how scientists are unraveling the secrets of neuronal energy management and its profound implications for brain health using AMPK research and Seahorse technology.
Explore how lactate, once considered a simple metabolic waste product, is now recognized as a key regulator driving breast cancer aggression and metastasis.
Discovering the bistable engine in our metabolism - how glycolysis operates as an on/off switch in cellular energy production