YK-11 10mg

Description

YK11 is one of the most advanced compounds currently available on the market. It is a one of a kind substance that works to inhibit Myostatin and raise levels of follistatin while working as a SARM at the same time (Selective Androgen Receptor Modulator). Myostatin is a protein created endogenously in the human body and the vehicle of mammals as a whole which, inhibits and limits muscle growth. YK-11 attaches to the androgen receptor (AR) to help inhibit the production of myostatin in the muscle, easing the muscle to create more follistatin (FST), thus, increasing muscle growth [13]. binding to Myostatin allowing for the potential to build more muscle beyond the limitations that myostatin normally places on them.

YK11 treatment of C2C12 cells, induced the expression of follistatin (Fst), and the YK11-mediated myogenic (muscle creating) differentiation was reversed by anti-Fst (follistatin) antibody. These results suggest that the activation of follistatin (Fst) by YK11 is very important for its anabolic effects.

Myostatin is found mostly exclusively in muscles called skeletal muscles, used for movement such as that conducted during physical exercise. Myostatin limits muscle growth, ensuring that muscles do not grow too large. Myostatin has been studied extensively in mice, cows, and other animals, and it appears to have very similar function in humans.

Researchers are studying myostatin and its action when suppressed in the body, acting as a switch for muscle growth or when normally active – muscle stagnation. This research is leading in the direction as a potential treatment for various muscular dystrophies that cause muscle weakness and wasting (atrophy).

YK11 induces muscle cells to make more follistatin (more than DHT does) – also a strong myostatin inhibitor. With that said, YK11 can be as powerful as testosterone in terms of muscle tissue strengthening and muscle cell volumisation in trained. By increasing the synthesis of follistatin (FST), YK11 enhances the potential in promoting muscle growth and bone tissue development.