Discover how zebra finches defy mammalian glucose rules with their remarkable metabolic adaptations and what this means for human health.
Discover how Eucalyptus grandis trees dynamically reconfigure their primary metabolism to survive seasonal changes in tropical climates, with implications for biofuels and climate resilience.
Discover how leptin's effects on appetite and heart rate are mediated through distinct neural pathways, with the pituitary gland playing a crucial role.
Discover how insulin and IGF-1 hormones directly program T cells, with profound implications for obesity, aging, and autoimmune diseases.
How scientists harness Bacillus subtilis sporulation timing to optimize production of glutamyl endopeptidase enzyme
Research reveals how autophagy deficiency specifically targets mitochondrial complexes I and II in pancreatic β-cells, leading to metabolic dysfunction and diabetes implications.
Exploring how insulin regulates postprandial fat metabolism through apoB48-containing lipoproteins and implications for cardiovascular health.
Exploring how fat location affects insulin sensitivity and diabetes risk through depot-specific differences in adipocytes.
Discover how continuous culture studies of Trichoderma reesei reveal optimal conditions for biofuel enzyme production through physiological and kinetic analysis.
Discover how miR-409-3p regulates brown fat angiogenesis and its potential for treating obesity and diabetes.