What’s Inside REJUVENATION
Every tablet delivers a precision and unique blend of clinically supported nutrients designed to work together not just coexist.
Molecular Hydrogen (via proprietary matrix)
A biologically active signaling molecule that supports mitochondrial health, cellular energy metabolism, and homeostatic balance across immune, cognitive, and metabolic systems.
Magnesium
Reacts with water to generate molecular hydrogen, infusing the drink with active hydrogen while also releasing magnesium ions. These ions support muscle, nerve, and cardiovascular health, contributing to overall wellness and hydration balance.
Malic acid
A naturally occurring compound that plays a key role in cellular energy production (Krebs cycle), helping to reduce fatigue and support endurance. It may also aid mineral absorption and contribute a pleasant tartness to the formula.
Dextrose
A simple carbohydrate that serves as a rapid energy source for both muscles and the brain. It aids in quick absorption of the formula and helps replenish energy stores, supporting recovery and vitality.
Tartaric acid
An alpha hydroxy acid (AHA) found in fruits, it supports digestive health and may help balance glucose metabolism. In formulations, it acts as a gentle acidulant, enhances flavor, and can help stabilize the pH of the product.
Adipic acid
Used as a food-grade acidulant and gelling agent, it provides a clean tartness and helps maintain the stability and texture of powdered drinks. It also supports controlled release of active ingredients in some formulas.
Sodium stearyl fumarate
Functions as a lubricant and flow agent, ensuring even mixing and consistent tablet quality. It improves dissolution and bioavailability of the active ingredients, supporting the effectiveness of the formula.
Each ingredient is chosen to enhance the effectiveness, stability, and palatability of hydrogen water, supporting hydration, energy, and overall wellness. The synergy of these components helps deliver both functional benefits and a pleasant drinking experience.