Trec CM3 Creatine Malate 500g Pineapple Flavor

The Trec CM3 dietary supplement is a high-quality product that provides a source of creatine in the form of creatine malate, which is highly absorbed by the body. This form is rapidly absorbed into the bloodstream and exhibits high stability in the acidic environment of the digestive tract. Trec CM3 is intended for individuals who engage in intensive strength and resistance training and want to build solid muscle mass quickly, safely, and effectively.

Creatine is a natural component of muscle tissue. It plays many very important roles in the biochemical transformations that lead to muscle fiber contraction. It exhibits extremely strong anabolic and ergogenic effects. Therefore, it promotes muscle growth and increases in muscle volume in physically active individuals who perform strength and resistance training over short periods of time. Furthermore, it contributes to increasing physical performance during short, consecutive, high-intensity exercises.

Chronic creatine supplementation promotes increases in total creatine levels, phosphocreatine, skeletal muscle mass, lean body mass, and muscle fiber size. Furthermore, there is strong evidence that muscle strength and performance also increase after creatine supplementation.

In summary, Trec CM3 is a high-quality product containing creatine malate, a pure and highly absorbable form of creatine with a pineapple flavor. This compound has many advantages over other forms of creatine, as it is rapidly absorbed into the bloodstream and exhibits high stability in the acidic environment of the digestive tract. Trec CM3 is a dietary supplement that supports the rapid, safe, and effective building of muscle mass. It was specifically developed for athletes and individuals who engage in intense strength and resistance training. It comes in a convenient powder form.

1 Antonio J, Ciccone V. The effects of pre versus post workout supplementation of creatine monohydrate on body composition and strength. J Int Soc Sports Nutr. 2013 Aug 6;10:36. doi: 10.1186/1550-2783-10-36. PMID: 23919405; PMCID: PMC3750511.