OUTBREAK-ANTIDOTE – AMINO RECOVERY COMPLEX(60 Serves)

Branch-chain Amino Acids 5g

The three branch-chain amino acids are L-Leucine, L-Isoleucine, and L-Valine. All three have important roles within the body. They are all essential amino acids meaning that the body cannot create them naturally. Therefore we must consume them through food or supplements. BCAAs play an integral part in muscle building and muscle recovery after intensive exercise and are most beneficial during and directly after training

Essential Amino Acids 1g

Essential amino acids are not created by the body; they must be consumed via food or supplements. If essential amino acids are missing, then muscle recovery slows. Antidote™ contains the most vital essential amino acids required for your body to work at peak levels and recover quickly.

High GI Glucose (Dextrose) 6g

During and after exercise the muscles burn up all available glucose. Muscle recovery cannot begin until the body replaces this muscle glycogen. The feeling of “hitting the wall” during intense exercise is usually attributed to the body running out of glycogen to burn, which is why it’s important, even when dieting, to consume some carbohydrates during or directly after training. The combination of high GH glucose with the trademarked ingredient ActiGin® in Antidote™ provides a significant and well-studied way of giving your body the fuel it needs to recover quickly and build lean muscle.

ActiGin® (Panax notoginseng [root] and Rosa roxburghii [fruit] ) 50mg

ActiGin® is a proprietary, all-natural plant-based formulation derived from highly purified Panax notoginseng and Rosa roxburghii using a pharmaceutical grade extraction and processing technology. ActiGin® has been extensively studied and subsequently proven to offer significant recovery benefits to the body, especially when combined with the fast-acting carbohydrates found in Antidote™.

In human clinical trials, ActiGin® was shown to:

• Speed up muscle fatigue recovery by increasing glycogen recovery rate of exercised muscles by 373% at the end of the third hour of a 70% VO2 max cycling exercise
• Increase energy catalyst citrate synthase activity by 47%
• Increase endurance in high-intensity exercise by 20% at 80% VO2max to exhaustion
• Decrease muscle damage (Creatine kinase) by 69% after day four of exercise
• Reduce free radical damage to muscle after exercise (MDA synthesis, an oxidative stress marker) by 44% on day four after high-intensity exercise
• Reduce inflammation by decreasing IL-6 synthesis, a pro-inflammatory cytokine, by 35% on day four after high-intensity exercise