Care program and cost
Hair loss is different from what it seems. Technology to analyze a mere 1% difference of genes
Haesol Scalp Clinic offers a customized solution with detailed analysis of scalp condition and hair information with precise gene analysis that can accurately diagnose individual scalp types, pore condition, hair density rate, damage degree, and survival rate.
Tricolorists, our scalp specialists use a cutting-edge diagnostic system and scientifically discuss individual scalp condition and hair loss problems and management.
Scientific and systematic scalp and hair care solution through hair loss, genetic testing
The hair loss gene testing technology has been used for microscopic and mineral tests, and it provides accurate reports that can quickly and easily recognize the state of hair and scalp using original gene extraction technology, which is deviating from the existing testing technology limited to physical analysis and subjective judgment.
Excessive male hormone testosterone
Combined with 5a-reductase of monocytes, and DHT is synthesized in a large amount
The synthesized DHT binds to the androgen receptor in monocyte
Promotes hair follicle degeneration and hair loss
※ Testosterone (male hormone) is transformed into dihydrotestosterone by 5 alpha-reductase and formed dihydrootestosterone attacks hair follicle causing hair loss.
Hair loss is one of the symptoms of hair falling out of the scalp and the cause varies but customers are not aware of it.
The complex action of several genes is associated with genetic factors, and patients with round hair loss have a family history of 20 to 30%.
Our system analyzes individual genetic characteristics through scientific and systematic testing and counseling, including hair follicle damage, various inflammations and troubles of the scalp, infection of the hair follicle, type of hair loss due to the degree of mental and physical stress of the human body, as well as the survival rate of hair.
It is a genetic analysis service that enables SNPs related to hair loss in chromosomes to predict the risk of hair loss diseases and to enable early prevention and management of hair loss diseases.