Acid — Beta-hydroxybutyric

When insulin levels drop and glucagon rises, the liver breaks down fatty acids into . Two acetyl-CoA molecules condense to form acetoacetate, which is then converted into BHB. Once produced, BHB is released into the bloodstream and transported to energy-demanding tissues like the brain, heart, and skeletal muscles . 2. Dual Roles: Energy and Signaling

BHB is primarily synthesized in the from fatty acids. This process, known as ketogenesis, is triggered when glucose levels are low, such as during: Prolonged fasting or starvation Adherence to a ketogenic diet (low-carb, high-fat) Strenuous, long-duration exercise beta-hydroxybutyric acid

is more than just a byproduct of fat metabolism; it is a sophisticated signaling molecule that bridges the gap between environmental cues and cellular function. Often referred to as the "super fuel," BHB makes up roughly 70% of the total ketone body pool in the blood. 1. Synthesis: How the Body Produces BHB When insulin levels drop and glucagon rises, the

While its primary reputation is as an alternative fuel, recent science has uncovered its role as a powerful regulator of health. Often referred to as the "super fuel," BHB