Advanced Muscle Science - Body Mortar CF

Individuals who are at an intermediate or advanced level of body building are always seeking a supplement to provide an edge to their routine for extreme results. Body Mortar CF is a carb-free supplement containing essential amino acids to reduce muscle breakdown during an intense weightlifting routine. It contains the three branch-chain amino acids that are proven to minimize catabolism, release insulin to encourage anabolism, and aid in recovery after an intense workout. These BCAAs are not produced in the body; instead, they have to be derived from dietary sources. A single serving of Body Mortar CF provides all that the body needs and more. There is no dextrose/maltodextrose in Body Mortar CF, providing an option to those who want the benefits of the BCAAs without having to juggle carbs.

How does Body Mortar CF work?

The three main ingredients in Body Mortar CF, L-leucine, isoleucine and valine, are scientifically proven to increase the duration and intensity of a body building session. L-leucine, the main ingredient, performs many functions during a training session. This particular amino acid is oxidized by muscles for ATP production, and is oxidized at an accelerated pace during an intense workout. Leucine's major function is to minimize catabolism, or muscle wasting, during strenuous activity. The combination of all three BCAAs has been shown in studies to increase muscle mass, whereas those who had consumed a placebo saw no muscle gain under the same training routine. Research has shown that supplementation with BCAA increases testosterone, growth hormone and insulin, all of which assist with gaining muscle mass. Body Mortar CF also contains glutamine, which aids in the body's recovery from an intense workout. Scientific studies suggest that supplementing with glutamine can minimize muscle tissue breakdown while improving protein metabolism.

Benefits of Advanced Muscle Science’s Body Mortar CF:

• Carb-free for straight BCAA supplementation
• Minimizes catabolism during exercise
• Shortens recovery time after a strenuous workout
• Stimulates the release of testosterone, growth hormone and insulin