Intra HD

Intra HD is an enhanced intra-workout product designed to improve muscular endurance and recovery, helping you push past your last rep and accelerate your muscle recovery protocol. Intra HD's innovative formula combines clinically validated ingredients at effective doses to deliver unparalleled results rarely achieved by other amino acid-based products on the market.

Intra HD contains 10 grams of all nine essential amino acids, effectively providing your muscles with all the elements needed to maximize protein synthesis and promote muscle growth and recovery.

Intra HD further enhances your results and goes beyond simple muscle recovery by:

• Increasing maximum power and endurance
• Limiting damage caused by free radicals to promote recovery
• Supporting efficient oxygen consumption at the cellular level
• Promoting hydration and optimal electrolyte utilization

Key ingredients

• Essential Amino Acids (Amino9®) – A leucine-enriched blend specifically dosed with the nine essential amino acids. Amino9® has been clinically shown to increase muscle protein synthesis and limit muscle breakdown. Essential amino acids are the building blocks of muscle and cannot be produced by the body; therefore, they must be obtained through diet or supplements such as IntraHD. Amino9® has also demonstrated an increase in protein synthesis comparable to that of whey protein with a lower insulin spike.
• Taurine – Non-essential amino acid, included for its hydration and endurance properties.
• PeakO2® – A blend of six adaptogenic mushrooms clinically proven to help the body better adapt to physical and mental stress, while increasing strength, power, and endurance. By improving oxygen utilization and reducing lactic acid in muscles, PeakO2® delivers a powerful impact on athletic performance.
• Coconut water powder extract – Natural superfood rich in electrolytes and nutrients, promoting hydration and recovery.
• Spectra™ – Ingredient 100 % vegetable , composed of a precise dosage of clinically proven fruit and vegetable extracts to optimize oxygen use and antioxidant activity, while limiting the production of free radicals.