Redcon1 Basic Training Series – BCAA 5g (30 Servings)

Branched Chain Amino Acids are the building blocks of protein, and hence the building blocks of our muscle cells. BCAAs are considered a staple supplement when it comes to any fitness supplement regimen, because they play a direct and critical role in building and repairing muscle tissue: they are shown to be responsible for kick-starting muscle protein synthesis.

BCAAs include, leucine, isoleucine and valine, three of the nine essential amino acids. This means that we must acquire BCAAS though food and supplementation; our body does not produce them. Even if we eat consistently throughout the day, there are still nutritional gaps that need to be filled to optimize our performance. Basic Training Series BCAAs help fill the gaps to aid in muscle recovery and help prevent the breakdown of muscle tissue through the day.

Ways to Customize your Supplementation: Take 1 serving while working out on training days with Cluster Bomb®️ to help reduce the break down of muscle. Stack with Grunt to boost the amino acid profile. Add to your favorite drink and sip throughout the day to combat muscle breakdown and help support recovery.

The Objective:

• Branched chain amino acids are the building blocks for our muscular cells.
• Even if we eat consistently throughout the day, there are still nutritional gaps.
• Gaps that need to be filled to optimize our performance.
• Basic training series bcaas help fill the gaps to aid in muscle recovery.
• Helps prevent the breakdown of muscle tissue throughout the day.

Suggested use:

• As a dietary supplement and added bcaa content.
• Mix one scoop with your favorite beverage, pre-workout or post-workout shake.
• On non-training days, consume one serving at any time throughout the day.
• Use as directed.

Key Ingredients:

Branched chain amino acids, or BCAAs, include Leucine, Valine and Isoleucine and are 3 of the essential amino acids. BCAAs play a critical role in muscle recovery and repair post workout because BCAAs help kick-start muscle protein synthesis.