Discover the molecular signals that help muscle regeneration and protects it from atrophy

To test the effects of permanent CnAß1 expression Enrique Lara, from laboratory Pezzi Rosenthal overexpessed CnAß1 in muscle cells, and noted the increasing prevalence of muscle stem cells.

Turn off the protein has the opposite effect; stem cells stopped dividing and differentiated muscle cells instead. These were animals when overexpressed CnAß1 muscles in transgenic mice, resistant to the destructive effects of muscle injury and revitalize the damage more efficiently.
Famous Product Dr. Charles Livingston Fat Loss Factor

Using sophisticated molecular techniques, scientists revealed that calcineurin (calcineurin) achieves its effect on the muscle that prevents another protein called FoxO.

FoxO is a transcription factor, a protein that plays a critical role in the atrophy of skeletal muscle through the induction of genes involved in cell cycle repression and protein degradation. Suppress the effects of FoxO, calcineurin (calcineurin) ensures that proliferating cells stay alive and keep dividing to produce enough cells to repair muscle damage.

"Supplementary also reduces the formation of scars in damaged muscle, helps to speed up the solution of inflammation and protects muscle cells from atrophy under starvation," says Rosenthal. "These effects make CnAß1 promising candidate for new therapeutic approaches against muscle damage."