[ad_1]
<div id = "firstBodyDiv" data-bind-html-content-type = "article" data-bind-html-compile = "article.body" data-first-article-body = "
Scientists from New York University's Faculty of Medicine have been able to activate and activate the neurotransmitter pathways in the brain, which play a vital and important role in growth, thanks to which a gene is very active in the fetus and contributes to hair follicles, but stops working with age and skin wounds to the skin.
Scientists studied the affected skin of test mice and focused on the young fibroblasts that secrete collagen protein, responsible for healing wounds and maintaining the shape and strength of skin and hair.
The team of scientists led by researcher Maiomi Ito revitalized the pathway between these cells and noted that hair regrow in 4 weeks, while hair roots and new pores appeared after 9 weeks, according to the report. Experience published in the newspaper. "Natural communication".
Eto's stated that their findings showed that fibroids were stimulated and returned to their own pathways "can lead to hair growth and wound healing in an unprecedented manner".
She added, "Hair regrowth on damaged skin is no longer a medical practice, although thousands of people suffer from skin wounds, burns and other injuries and cause various distortions."
Scientists have up to now hypothesized that the accumulation of scars and collagen in damaged skin, as part of the healing process, was at the origin of hair loss, "We now know that the problem lies in the cells that are very active during their development in the uterus, and then that their activity in mature skin cells decreases with age."
One of the conclusions of the study is that no evidence of hair growth was observed in areas of skin that had not been treated, but was observed again in the treated areas.
Previous studies have shown that about 25% of men start baldness at age 25 and that women start losing their hair at age 40, according to the American Academy of Dermatology.
">
Scientists from New York University's Faculty of Medicine have been able to activate and activate the neurotransmitter pathways in the brain, which play a vital and important role in growth, thanks to which a gene is very active in the fetus and contributes to hair follicles, but stops working with age and skin wounds to the skin.
Scientists studied the affected skin of test mice and focused on the young fibroblasts that secrete collagen protein, responsible for healing wounds and maintaining the shape and strength of skin and hair.
The team of scientists led by researcher Maiomi Ito revitalized the pathway between these cells and noted that hair regrow in 4 weeks, while hair roots and new pores appeared after 9 weeks, according to the report. Experience published in the journal "Natural Communication". .
Eto's stated that their findings have shown that stimulating fibroblasts and returning to their own pathways "can lead to hair growth and wound healing in an unprecedented manner".
"In medicine, hair regrowth on damaged skin has never occurred before, although thousands of people suffer from skin wounds, burns and other injuries and cause various distortions."
Scientists have hitherto assumed that hair loss was responsible for the accumulation of scars and collagen in damaged skin, "in the process of healing.We now know that the problem resides in the very active cells during their development in the uterus, ripe as we get older. "
One of the conclusions of the study is that no evidence of hair growth was observed in areas of skin that had not been treated, but was observed again in the treated areas.
Previous studies have shown that about 25% of men start baldness at age 25 and that women start losing their hair at age 40, according to the American Academy of Dermatology.
