How does H+Blocker work?
During intense exercise, the release of hydrogen ions (H+) are accelerated in the muscle; followed by a simultaneous decrease in pH levels—a process called “metabolic acidosis”—which is directly associated with muscle fatigue, weakness, and ultimately physical exhaustion (often referred to as “muscle failure”). This increase in H+ and decreased pH slows both the production of ATP—our bodies’ natural source of energy—and inhibits the actual process of contraction within the muscle. New research indicates H+Blocker’s patent-pending nutrient matrix increases the synthesis of carnosine. Carnosine is a di-peptide that binds to the fatigue-causing hydrogen ions, thereby delaying the decline in pH and the inevitable onset of muscular fatigue. As a result, the total workload and intensity you normally train at will now dramatically increase.
