Dipeptides have key functions such as maintaining DNA, antioxidant, anti carboxylation, and anti sugar. In the grand blueprint of genetic inheritance, DNA Asura governs the life of somatic cells, correctly guiding the thematic activities of somatic cells and the growth and development of the body, so each shape will be different.

Tripeptides.

Tripeptide compounds mainly stimulate the production of collagen and hydroxyglucan, improve skin firmness, and enhance hoof formation. Extracellular matrix is composed of proteins produced by fibroblasts, which interact with fibroblasts to regulate skin growth, development, basal metabolism, and remodeling. The biomolecules that make up extracellular matrix can be roughly divided into four categories: collagen, fish collagen, enzyme proteins, and sugars.

Peptide substances are chemical substances in the body's blood that are closely related to cell growth. They can repair wounds, stimulate fibroblast growth, and promote the production of collagen and sugar content.

Tetrapeptide.

Tetrapeptide is a biomimetic technology called Youth Growth Hormone, which can restructure skin tissue, adjust body cytokines, reduce UV damage to the skin, and promote wound repair. Hormones within somatic cells regulate their growth, development, and division. Excessive or insufficient levels of cytokines can lead to immune fragility, while disrupted metabolism of cytokines can also cause various fragility conditions.