What Are the Steps in Cell Growth?

Cell growth mainly refers to the increase in cell volume. Not all cells have a growth process after cell differentiation is completed. Most tissues and organs achieve organ growth through continuous cell division to increase the number of cells. Only a few cells (like neuronal cells) achieve organ growth by increasing the volume of the cells. With the continuous development of the individual, the neuronal cells, especially the axons, must continue to grow.

Cell growth

Cell growth process:

Cell growth is affected by temperature,

We know that human growth depends on

1. Effect on the skeletal system: promote the generation of a large number of osteoblasts and inhibit osteoclasts. Treatment of osteoporosis, femoral head necrosis, arthritis, rheumatism and diseases caused by calcium deficiency.

2. Effect on digestive system: strengthen gastrointestinal function, promote the decomposition of digestive enzymes, increase appetite, and treat chronic gastritis.

3. Effect on the blood system: strengthen the bone marrow hematopoietic function, promote the generation of stem cells, and then generate a large number of red blood cells and white blood cells. Strengthen left ventricular thickness, increase myocardial elasticity, and effectively treat heart disease. Effectively remove low-density proteins in the blood, prevent deposition on blood vessel walls, and treat blood clots.

Growth factors are produced by the body's own cells.

A variety of growth factors in the body can promote cell growth, repair, and nutrition. When human tissue is damaged due to injury, disease or aging, human auxin stimulates the production of growth factors, and these growth factors rush to "fire fighting" like a fire brigade. Dr. Du Bang said that if the metaphor "human auxin is a general, growth factor is a soldier at the grassroots level, fighting locally in the organization".

Cell growth factor is a multifunctional and powerful cytokine that plays an important role in promoting the metabolism of fibroblasts and the formation of collagen. Cell growth factor can promote the growth and reproduction of skin tissues. By binding to specific receptors on the cell surface, it regulates the division, reproduction and growth of skin epithelium, endothelial and stromal cells, promotes cell metabolism and enhances oxidation; it can promote skin damage Relevant cells grow and reproduce rapidly, and regulate the synthesis, secretion, and breakdown of the intercellular matrix; can promote the regeneration of stratum corneum cells, accelerate the repair of skin stratum corneum and stroma, and promote the growth of human skin cells; enhance the protein of skin cells Synthesis and cell metabolism, it can delay the aging of skin cells, promote the repair and growth of epidermal cells, and make the skin smooth and plump.

The cell growth factor has a pH value of 5.8, which is consistent with the pH of human skin, and can effectively maintain the skin's slightly acidic environment and prevent the generation of bacteria. Compared with bFGF (basic fibroblast growth factor) and hEGF (epidermal cell growth factor), the long-term use of the latter can cause yellowing of the skin and limited repair depth.

Cell growth factors are powerful and have deep repairing effects. They play an immeasurable role in modern clinical medicine and surgical and cosmetic surgery.