New research reveals women with lower total cholesterol during pregnancy face higher risks of postpartum glucose intolerance after gestational diabetes.
Exploring how mitochondria regulate carbon catabolite repression in yeast and its broader implications for metabolism research.
Discover how the IraP protein protects E. coli's sigma S during stress, revealing new insights into bacterial survival mechanisms.
Discover how 14% of infants with 6q24-related transient neonatal diabetes mellitus develop life-threatening hypoglycemia after diabetes remission, and what this means for treatment.
Comparative study of growth strategies in S. cerevisiae, S. kluyveri, and K. lactis yeasts during glucose surges, revealing fundamental metabolic principles
Discover how glucose uniquely alters brain chemicals in animals predisposed to seek sweetness, reprogramming neural pathways controlling hunger and reward.
Discover how HR-MAS 1H NMR spectroscopy reveals the invisible biochemical damage caused by steroids and UVB exposure in eye lenses before cataracts form.
Discover how maternal protein intake permanently alters cardiac metabolism through CPT and malonyl-CoA regulation, with lifelong consequences for cardiovascular health.
Discover how precision gene regulation transforms E. coli into efficient L-threonine factories through dynamic expression control of key metabolic genes.
Discover how thiamine (vitamin B1) and benfotiamine combat diabetic complications by regulating glucose metabolism in vascular cells.