1. Chemotaxis: As a chemotactic agent, stem cell regenerative peptide chemotaxis a variety of inflammatory cells, tissues and repair factors, and migrates to the wound or wound, creating important and necessary conditions for wound sterilization and later repair. & shy;
2. Proliferation: Stem cell regeneration peptide directly acts on the growth factor receptor on tissue repair cells, and accelerates the cell cycle transition through its mitotic effect to accelerate wound repair; Stem cell regeneration peptide up-regulates the activity of growth factor receptor on tissue repair cells through competitive action, thus accelerating signal transmission.
3. Reconstruction: Stem cell regeneration peptide can increase the synthesis of collagen, connexin, hyaluronic acid, hydroxyproline and glycoprotein in cells, improve the connection strength and repair quality between various regenerated cells, and reduce and prevent the formation of scars. & shy;
4. There is no toxic or side effect. Stem cell regeneration peptide stimulates the growth of autologous stem cells, not foreign body filling. After years of scientific research and clinical experience, there is no toxic or side effect.
5. Perfect after-sales customer service system and strict market protection mechanism &; shy; As early as 194, Hoftman and others found a substance that could promote the growth of fibroblasts in the extracts of brain and pituitary. Then, a highly homologous substance was isolated. Because it contains more acidic amino acid bases and its isoelectric point is acidic (5.6), the current data show that the biological function of stem cell regeneration peptide is extremely extensive, and it plays a very important role in angiogenesis, promoting wound healing and tissue repair, promoting tissue regeneration and nerve tissue growth and development. In this paper, the general properties, distribution, action and mechanism of stem cells on nervous tissue and clinical application prospect are reviewed to promote their development and clinical application.