Many hair loss friends, when accustomed to traditional methods to solve hair loss, will question the reliability of stem cell hair growth technology. In fact, "stem cell" is not a new word or a new concept for us, as early as 2013, scientists have conducted in-depth research on it in related fields and achieved corresponding research results. Breaking the bottleneck period of traditional hair loss, stem cell exosomes "emerged" in hair regeneration medicine, bringing new hope to people with hair loss!
So before understanding stem cell exosomes, we must first understand what the root cause of hair loss is? In short, your hair follicles are "striked" by long-term compression. The hair follicle is a complex microscopic organ, and the formation and growth of the hair follicle is the result of the interaction between the epithelial component of the hair follicle and the dermal component, and the growth and regeneration of the hair follicle is regulated by its own stem cells. The stem cells present in hair follicles mainly include: hair follicle stem cells (HFSCs), dermal papilla cells (DPCs), melanocyte stem cells (McSCs). Among them, hair follicle stem cells will self-renew in each hair follicle cycle, which is the basis for ensuring the continuous growth of hair; Melanocytic stem cells mainly affect the coloration of hair follicles.
The hair papilla cells are the key part to control the growth of hair follicles, and the process of hair follicle atrophy is the process of hair papilla cell reduction. Studies have shown that in bald places, hair follicles do not disappear, they just shrink, and it is difficult for hair follicles to grow normal hair after shrinking. If the papilla cells can be replenished in these areas, the hair follicles may recover. Therefore, if we can reawaken the ability of hair follicles to grow, then the problem of hair loss will be solved.
To this end, Dr. Wang Jing, chief scientist of Beijing Vanthely Laboratory, was deeply influenced by the scientific research achievements of various scientists on stem cell exosomes in the field of hair regrowth, and launched clinical research on stem cell exosomes in 2012, and completed the transformation and application of stem cell EXOSOME technology in hair growth products, and has the world's exclusive anti-hair follicle in vitro simulation technology independently developed, and the exclusive formula grouping technology has an effective rate of more than 85%. The purity of stem cell EXOSOME active ingredient purification technology is as high as 99.9%.
Based on the traditional way of solving hair loss, many hair institutions always look for the problem of "bald" or "not long" hair follicle stem cells with inherent thinking, find the cause of its "strike", and remedy it in various ways, but ignore the burden we bear on the hair, stay up late, pressure and other reasons make the original diligent work of the hair follicle have no sense of belonging, so it decisively "resigned" and retired. And the "full of holes" that let the originally healthy hair follicles be tormented by the overloaded work burden, are close to the age of flower armor.
As signal molecules of cells, they can fuse with the plasma membrane of cells or directly enter the cell, bringing the active molecules they carry to the cell, and can transmit the active ingredients to other cells around them, giving them vitality and vitality, and then regulating the function of the cell. Let its badly damaged hair follicles rest, and let the hair follicles that have entered the dormant period for unknown reasons receive the signal and return to life and enter the "working" state. For example, stem cell exosomes are like a department manager, when the department is not functioning well, he will gather personnel to solve the problem of "shortage of manpower" and restore the normal operation of the department.
Hair follicle regeneration is based on the complex signal interaction between the hair follicle stem cell pool and the hair papilla, especially the conduction mechanism of exosomes plays an important role, among which the ectoderm component hair follicle stem cells are the main cell source for regenerating hair follicles, and mesenchymal-derived exosomes regulate this process through secretion signal molecules, both of which are indispensable.