The Truth about Baldness Hair Loss
Chances are if you are experiencing baldness hair loss the wizard behind the curtain pulling your hair out is androgenetic alopecia. If may or may not be comforting to know that this particular form of balding is responsible for over eight out of every ten cases.
Androgenetic alopecia (male pattern baldness, female pattern baldness) is a complicated dance between genetics and androgen hormones affecting both men and women which normally becomes noticeable around the age of 45 in men and slightly later in women. While 45 or 50 is the norm it can begin as early as the teenage years.
The three androgen hormones that are linked to this condition are testosterone, androsteinedione, and dihydrotestosterone. These hormones are naturally occurring in the both men and women though women tend to have much smaller amounts. Of the three dihydrotestosterone or DHT plays the biggest role, and has been given the nick name of "the hair loss hormone".
DHT is produced when testosterone comes in contact with the hair mediating enzyme 5 alpha reductase type 2 residing in the hair cell. Dihydrotestosterone is many times more powerful than testosterone and its major goal in life is to make sure that not one hair is left standing on your head.
Once testosterone is converted to DHT it binds with receptors deep within the hair follicle. Over one or two replacement cycles an excess of DHT in the hair follicles causes hair to become finer and shorter. It also interrupts the naturally hair replacement cycle reducing the growth phase and lengthening the resting phase.
How can I tell if I have androgenetic alopecia?
In men, balding hair loss generally begins at the forehead or on the top of the head toward the back. While some men notice only a small bald spot in the area of the crown along with a receding hair line others aren't so lucky. This is particularly true for men whose balding hair loss began at an early age. These gents will lose all of the hair on top of the head but retain hair on the sides and back of the scalp.
In women the condition looks much differently with general thinning beginning on the top of the head and spreading equally over the scalp. They quite often don't experience the receding hairline so prominent in their male counterparts. There have been a number of explanations for the differences in men and women but most experts agree that lower blood testosterone levels in women combined with a different pattern of hormone receptors in the scalp is the most likely explanation.
What Next? If your baldness hair loss is dramatic your treatment options will likely be limited to wigs, toupees, or hair transplant surgery. On the other hand if progressive balding has been recognized early there a number of excellent hair regrowth options [http://purchaseremedies.com/hair-loss.html] designed specifically to treat androgenetic alopecia. Taking swift action is important, for every day you wait more hair is lost, thus making the chances of successful treatment less likely.
Androgenetic alopecia (male pattern baldness, female pattern baldness) is a complicated dance between genetics and androgen hormones affecting both men and women which normally becomes noticeable around the age of 45 in men and slightly later in women. While 45 or 50 is the norm it can begin as early as the teenage years.
The three androgen hormones that are linked to this condition are testosterone, androsteinedione, and dihydrotestosterone. These hormones are naturally occurring in the both men and women though women tend to have much smaller amounts. Of the three dihydrotestosterone or DHT plays the biggest role, and has been given the nick name of "the hair loss hormone".
DHT is produced when testosterone comes in contact with the hair mediating enzyme 5 alpha reductase type 2 residing in the hair cell. Dihydrotestosterone is many times more powerful than testosterone and its major goal in life is to make sure that not one hair is left standing on your head.
Once testosterone is converted to DHT it binds with receptors deep within the hair follicle. Over one or two replacement cycles an excess of DHT in the hair follicles causes hair to become finer and shorter. It also interrupts the naturally hair replacement cycle reducing the growth phase and lengthening the resting phase.
How can I tell if I have androgenetic alopecia?
In men, balding hair loss generally begins at the forehead or on the top of the head toward the back. While some men notice only a small bald spot in the area of the crown along with a receding hair line others aren't so lucky. This is particularly true for men whose balding hair loss began at an early age. These gents will lose all of the hair on top of the head but retain hair on the sides and back of the scalp.
In women the condition looks much differently with general thinning beginning on the top of the head and spreading equally over the scalp. They quite often don't experience the receding hairline so prominent in their male counterparts. There have been a number of explanations for the differences in men and women but most experts agree that lower blood testosterone levels in women combined with a different pattern of hormone receptors in the scalp is the most likely explanation.
What Next? If your baldness hair loss is dramatic your treatment options will likely be limited to wigs, toupees, or hair transplant surgery. On the other hand if progressive balding has been recognized early there a number of excellent hair regrowth options [http://purchaseremedies.com/hair-loss.html] designed specifically to treat androgenetic alopecia. Taking swift action is important, for every day you wait more hair is lost, thus making the chances of successful treatment less likely.
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