Growth Activator Local

Local Growth Activator: What is it and how does it work?

Local growth activator (LAG) is a protein factor that plays an important role in regulating the growth and development of cells and tissues. Unlike growth hormones, the action of which extends to all organisms, A. r. acts only in the tissue where it is produced.

A. r. was first discovered in the 1960s in plants, where it is involved in regulating root and stem growth. Later, local growth activators were discovered in animals, including humans.

Function of A. r. is to stimulate the growth and division of cells in the tissue where it is produced. Thus, it plays an important role in tissue regeneration and wound healing.

There are several types of AR, each of which acts on a specific type of cells and tissues. For example, A. r. for epithelial cells stimulates their division and growth, which promotes the healing of damage to the skin or mucous membranes. A. r. for muscle tissue stimulates growth and increase in muscle mass.

Some A. r. may also play a role in the development of tumors. For example, excess production of A. r. may contribute to the development of liver or lung tumors.

Currently, research on A. r. are actively pursued in medicine and cosmetology. Some companies are already producing cosmetics containing A. r. to stimulate hair growth or improve skin condition. In addition, research is being conducted in the areas of wound therapy, tissue regeneration and tumor treatment.

Thus, Local Growth Activator is an important biological factor that plays an important role in regulating the growth and development of cells and tissues. Despite the fact that research in this area continues, today A. r. found application in medicine and cosmetology.

Tissue growth activators and their role in medical practice.

Growth activators are synthetic or natural substances that stimulate tissue growth by increasing blood flow, improving cellular metabolism and accelerating cell regeneration. These agents are widely used in medicine to treat various diseases associated with disruption of normal tissue function, such as wound healing, injury recovery, and