https://www.asahi.com/articles/ASN394WMDN36ULBJ00R.html?iref=sp_nattop_feature_list_n
After culturing the cells of my own hair and transplanting it to the scalp, the hair "regenerated"-. Such results have been announced by research teams such as Tokyo Medical University. May lead to treatments that improve alopecia and thinning hair.
Age-related alopecia is the most common among alopecia and has a significant impact on quality of life (QOL). It is said that there are many treatments in Japan in Japan, but there are problems such as continuous progress and limited options for women.
Ryoji Tsuboi, professor of dermatology at Tokyo Medical University, has been working with Toho University and Shiseido to study how to stimulate hair growth by transplanting cells that activate hair-making activities into the scalp.
For 50 males and 15 females, the scalp of the occipital region is taken from each, and special cells in the hair root are taken out and cultured. The scalp was injected to see how much hair had "regenerated" in one year.
As a result, the effect of increasing and thickening the hair was confirmed in the area where the cells were implanted, compared to the area where the cell-free solution was injected, and the hair was increased by up to about 8%. Tsuboi says, "The results have been sufficiently responsive to show that it can be a new treatment." (Masayoshi Toda)
After culturing the cells of my own hair and transplanting it to the scalp, the hair "regenerated"-. Such results have been announced by research teams such as Tokyo Medical University. May lead to treatments that improve alopecia and thinning hair.
Age-related alopecia is the most common among alopecia and has a significant impact on quality of life (QOL). It is said that there are many treatments in Japan in Japan, but there are problems such as continuous progress and limited options for women.
Ryoji Tsuboi, professor of dermatology at Tokyo Medical University, has been working with Toho University and Shiseido to study how to stimulate hair growth by transplanting cells that activate hair-making activities into the scalp.
For 50 males and 15 females, the scalp of the occipital region is taken from each, and special cells in the hair root are taken out and cultured. The scalp was injected to see how much hair had "regenerated" in one year.
As a result, the effect of increasing and thickening the hair was confirmed in the area where the cells were implanted, compared to the area where the cell-free solution was injected, and the hair was increased by up to about 8%. Tsuboi says, "The results have been sufficiently responsive to show that it can be a new treatment." (Masayoshi Toda)