Research Articles
Rewiring Diabetes: How Your Vagus Nerve Controls Blood Sugar
Discover how the vagus nerve acts as a master control system for blood sugar regulation and the groundbreaking research revealing new diabetes treatment possibilities.
The Silent Conductor: How Adenosine Fine-Tunes Your Brain's Energy and Activity
Discover how adenosine serves as a crucial link between brain metabolism and neuronal activity through autocrine regulation mechanisms.
The Obesity Puzzle: How a Selective Adenosine Blocker Fights Inflammation Without Cutting Weight
Discover how KD-64, a selective A2A adenosine receptor antagonist, fights inflammation in obesity without weight loss effects, compared to caffeine's non-selective approach.
The Chicken Insulin Puzzle: What Bird Brains Teach Us About Appetite
Exploring the unique glucose transport system and appetite regulation in chickens and its implications for human metabolic research.
Tiny Patients, Big Advancements: How ERAS Protocols Are Revolutionizing Newborn Surgery
Explore how Enhanced Recovery After Surgery (ERAS) protocols are transforming neonatal surgical care through evidence-based practices and improved outcomes.
The Two-Hormone Hero: How Survodutide's Liver Targeting is Revolutionizing Weight Loss Therapy
Discover how survodutide's dual-action mechanism targeting both GLP-1 and glucagon receptors delivers superior weight loss results through hepatic GCGR activation.
A Surprising Twist: Could a Mood Stabilizer Counteract Birth Control Side Effects?
Discover how valproic acid may reverse metabolic side effects of oral contraceptives through a novel biological pathway independent of corticosterone.
The Molecular Switch: How Your Liver Turns Blood Sugar Into Storage
Explore the fascinating molecular regulation of liver glycogen synthase through phosphorylation and how glucose and glucagon control this essential energy storage process.
The Hidden Battle Within: How Transition Dairy Cows Manage Energy and Muscle
Exploring insulin signaling and skeletal muscle metabolism in transition dairy cows during the critical prepartum to postpartum period.
The Bacterial Brain: How a Bug Makes a Tough Decision
Discover how Klebsiella pneumoniae uses molecular signals to decide when to form resilient biofilms through the CRP-cAMP and cyclic di-GMP pathways.