Hair Loss In Women - The Role of DHT Sebum
Hair Loss In Women - The Role of DHT Sebum - According to some estimates, Hair loss in women affects one in four women in the U. S.A. alone.
It can be very distressing for a woman, not least because it is so misunderstood and often fails to elicit sympathy from those closest to her. Hair loss in women is usually not so severe as hair loss in men.
Although the numbers of men and women experience hair loss or thinning hair is roughly equal, the degree of thinning is usually less for women.
Male pattern baldness and female pattern baldness are terms used to describe the hair loss and both conditions are known as androgenetic alopecia.
This term means hair loss caused by sensitivity to male hormones which exist in both men and women. DHT (Dihydrotestosterone) is one of the main enemies in the Hair loss in women war.
DHT is a combination of testosterone and androgen receptors mixed with sebum and dirt particles. DHT has a disastrous effect on the hair follicle so it begins to shut down and the hair eventually falls out. (Sebum is a fatty substance secreted from the sebaceous glands most of which open into hair follicles.)
Sebum buildup in the follicles attacks the hair bulb, the rounded area at the end of a hair strand which is rooted in the follicle. Sebum causes the hair bulb to shrink so the hair is not as well rooted.
After the hair falls out the new hair strand growing in that follicle is weaker and thinner and the process is repeated until the hair follicle is so damaged it dies.
Many products on the market therefore try and address this problem by effectively cleaning out the Sebum and dirt from the hair follicles.
Women often notice their own hair loss much sooner than it becomes visible to others. By the general feel, texture, and body of their hair, they realize it is getting thin.
Often, just behind the hairline, they notice a roundish shaped area that gets very thin. This rings alarm bells and those women then search out the best treatment.
Hair loss is a genetic/hormonal process that can affect both men and women. Hormones that bind to hair follicles can cause an imbalance in the biological processes that cause hair growth.