Why the Bosley Hair Transplant Procedure Works
- By Super Admin
- Published 04/21/2009
- Articles
You may have heard of the Bosley hair transplant procedure and the fact that it can help you recoup the hair that you have lost, but have you ever wondered how this procedure works or why it is able to help so many people enjoy having a full head of hair once more?
After all, if the person went bald once, what is stopping him or her from going bald again? The reality is that the Bosley hair transplant procedure results in permanent restoration of the hair, but it takes gaining a better understanding of the procedure in order to understand why this is.
As strange as it may sound, every hair follicle on your scalp is genetically programmed before you are ever even born.
This genetic programming tells that follicle whether or not it will become sensitive to the male hormones that begin to appear in your body as you go through puberty.
Those that are programmed to be overly sensitive to these hormones are destined to ultimately wither and fall out. Those that are not overly sensitive to the hormone, on the other hand, will remain strong and will continue to grow throughout your lifetime.
When you undergo a Bosley hair transplant procedure, those hairs that are genetically programmed to continue growing are moved from one part of your scalp to the other. When they are moved, they take this programming with them. Therefore, they will continue to stay strong and to grow regardless of where they are located on your scalp.
Of course, transplanting these hair follicles is a painstaking process, as they must be moved one follicle at a time. Nonetheless, the end result is a natural looking hairline with a much improved density than what you had before.
While it is true that there isn't a whole lot you can do to save those hair follicles that are programmed to wither as you age, you can make better use of those hairs that are standing strong when you move them from one part of your scalp to the other.
Fill out the form to the right to receive a FREE no obligation Bosley DVD, informational guide and a FREE consultation. And when you act now, you can also receive a $250 off coupon direct from Bosley. Hurry, supplies limited!
After all, if the person went bald once, what is stopping him or her from going bald again? The reality is that the Bosley hair transplant procedure results in permanent restoration of the hair, but it takes gaining a better understanding of the procedure in order to understand why this is.
As strange as it may sound, every hair follicle on your scalp is genetically programmed before you are ever even born.
This genetic programming tells that follicle whether or not it will become sensitive to the male hormones that begin to appear in your body as you go through puberty.
Those that are programmed to be overly sensitive to these hormones are destined to ultimately wither and fall out. Those that are not overly sensitive to the hormone, on the other hand, will remain strong and will continue to grow throughout your lifetime.
When you undergo a Bosley hair transplant procedure, those hairs that are genetically programmed to continue growing are moved from one part of your scalp to the other. When they are moved, they take this programming with them. Therefore, they will continue to stay strong and to grow regardless of where they are located on your scalp.
Of course, transplanting these hair follicles is a painstaking process, as they must be moved one follicle at a time. Nonetheless, the end result is a natural looking hairline with a much improved density than what you had before.
While it is true that there isn't a whole lot you can do to save those hair follicles that are programmed to wither as you age, you can make better use of those hairs that are standing strong when you move them from one part of your scalp to the other.
Fill out the form to the right to receive a FREE no obligation Bosley DVD, informational guide and a FREE consultation. And when you act now, you can also receive a $250 off coupon direct from Bosley. Hurry, supplies limited!
