Beyond Raw® Precision Bcaa - Strawberry Banana

SUMMARY:
A concentrated BCAA complex precisely formulated to provide the body what it needs to enhance power output and support muscle repair following exercise. When faced with extreme exertion, and unrelenting dedication, subjects must be given the opportunity to convert physical labor into molecular change.

KEY BENEFITS:
CONSIDERABLE DOSE OF BCAAs: 10g of BCAAs per serving, including 5g of Leucine, to fuel skeletal muscles and give you the edge to push beyond your limits. A clinically dosed source of phytochemicals works with leucine to impact insulin response, further boosting anabolic activity.
POWER AND PERFORMANCE: Including key electrolytes, magnesium and calcium, in highly bioavailable sources, may help support hydration to further elevate performance.
INFLAMMATORY SUPPORT: Training hard can induce stress on the body. A blend of natural plant flavonoids is included to help support a healthy response to inflammation associated with your extreme workout.

LEARN MORE ABOUT THE INGREDIENTS:
Each ingredient serves a precise role in this evidence-based formula designed to support power and performance goals while aiding recovery and getting subjects back in the gym.

• BCAAs are appreciated for their role in muscle health. Leucinealso plays a critical role in stimulating muscle protein synthesis. Leucine is a potent activator of the mTOR signaling pathway, a master regulator of cell growth and many anabolic processes.
• Precision BCAA contains a whopping 5g of Leucine per serving to support muscle-building goals.
• During exercise, electrolytes are lost through sweat and can lead to muscle cramping. Precision BCAA provides highly bioavailable sources of key electrolytes, namely magnesium and calcium, to support hydration and performance in addition to 10g of BCAAs to help fuel skeletal muscles during exercise and facilitate recovery efforts.
• Insulin is considered an anabolic hormone as it facilitates nutrient uptake in cells, including amino acids, and encourages the synthesis of protein.