CARNITINE : a natural component of cells responsible for important processes concerning the use of lipid substrates. It is the only substance by which fatty acids can penetrate the mitochondrial membrane and initiate final beta-oxidation. Lipolysis leads to the breakdown of triglycerides into glycerol and fatty acids, and the latter, for their own breakdown, must pass from the cytoplasm to the mitochondria, which is facilitated by Carnitine. Thus, fatty acids are oxidized by creating ACETYL COENZYME A and are included in the Krebs cycle for energy production.
US PEPTIDE : activates the permeability of the internal mitochondrial membranes, which contributes to the reduction of the proton angle and the change of the fat accumulation metabolism chains, producing energy that is spent in the form of calories. In other words, this peptide increases cellular energy consumption.
LIPOXIN : a biomimetic peptide with lipolytic action, promotes the breakdown of triglycerides into glycerol and fatty acids thanks to a completely new biochemical mechanism.
THYMOSIN BETA-4: a natural peptide found in high concentrations in platelets and other body tissues. This peptide is not a growth factor, but a more important regulatory peptide of actin and a protective agent for the regeneration and transformation of damaged tissues. Enhances intercellular metabolism, has an anti-inflammatory effect, fights the formation of fibrous partitions (present in cellulite) and activates angiogenesis. In addition, it improves recovery processes, circulation, including blood, and oxygenation
