Deep Tissue Oxygenator!
Every body has its breaking point. When you’re pushing yourself, and pushing yourself hard, you come to a point where you hit the wall… your endurance is maxed out, your body needs time to recover, and you’re not seeing any gains. If you’re serious about your workouts, you know exactly how frustrating that can be. But now there’s a revolutionary new compound that’s been clinically tested and suggested to help both serious athletes and weekend warriors optimize their performance and increase their exercise capacity.* And the best part? It’s a completely stimulant free, jitter free, 100% Crenulin-RCC2 formula. It’s called Oxydrene® Elite, and when taken 1 hour before exercise, Oxydrene® Elite’s powerful functional extract (Crenulin-RCC2) has been suggested by a double-blind, placebo-controlled clinical trial to not only increase exercise endurance, but to help participants actually reach a higher VO2 Max, a sign of greater oxygen consumption at the tissue level, than the placebo group.* What does all that mean for you? It means optimized performance, faster recovery times, and the formula your body needs to push yourself to the next level and see gains unlike anything you’ve ever achieved before.*
- Increase V02 Max Through Optimized Systemic Oxygen Utilization*
- Maximize Aerobic Power and Performance During Exercise*
- Optimize Muscle Recuperation Cycle*
The Science Behind Oxydrene® Elite
Oxydrene® Elite’s powerful functional extract (Crenulin-RCC2) has been suggested in a double-blind, placebo-controlled clinical trial to not only increase exercise endurance when taken 1 hour before a workout, but to help participants actually reach a higher VO2 Max, a sign of greater oxygen consumption at the tissue level, than the placebo group.* Moreover, in a separate and distinct study on markers of muscle damage and recovery, subjects were tested both 5 hours and 5 days after strenuous exercise.* In that study, there was a clear trend concluding that Oxydrene Elite’s key Crenulin-RCC2 extract helped decrease the damage associated with muscle stress, thus facilitating muscle recovery after strenuous exercise.*