First Endurance Optygen VO2 Supplement 90 Count

• YOUR INNER DRIVE HAS MET ITS MATCH -1st Endurance OPTYGEN formula has been engineered to optimize performance and increase endurance in athletes
• OPTIMIZE & MAXIMIZE STAMINA - Elite endurance athletes show increased levels of VO2Max, the body’s ability to adapt to high levels of physical stress, increase anaerobic threshold and reduce lactic acid
• CLINICALLY PROVEN TO REDUCE CORTISOL - Chronically elevated cortisol levels can slow recovery, prevent effective training, can increase fatigue, and suppress the immune system
• VITAL PERFORMANCE NUTRIENTS - Optygen contains Rhodiola to help deliver levels of nutrients that have been shown in clinical research to improve oxygen utilization
• PEAK PERFORMANCE - Optygen is designed to help regulate the nutrient breakdown sustaining the nutrient delivery to the working muscles

OPTYGEN CLINICALLY PROVEN TO INCREASES ENDURANCE & PERFORMANCE Optygen is a legal, safe and stimulant-free formula that designed specifically to improve oxygen utilization, reduce lactic acid and allow the body to adapt to high levels of physical stress. KEY BENEFITS ✓ Increases VO2 Max ✓ Improves Oxygen Utilization & Anaerobic Threshold ✓ Modulates Cortisol & Reduces Lactic Acid YOUR INNER DRIVE HAS MET ITS MATCH Optygen contains Rhodiola that’s 40% stronger than the original formula and delivers the levels of nutrients that have been shown in clinical research to improve oxygen utilization, reduce lactic acid and allow the body to adapt to high levels of physical stress. This critically acclaimed formula is based on human clinical trials and the latest scientific research on increasing endurance. The two main adaptogens in Optygen were first used by Tibetan Sherpas to help them climb Mount Everest. Optygen utilizes these unique adaptogens because clinical research (on elite endurance athletes) has shown them to increase oxygen utilization, increase the body’s ability to adapt to high levels of physical stress, increase anaerobic threshold and reduce lactic acid.