Posts Tagged ‘tricophytic closure’

Double Edged Trichophytic Closure

Thursday, July 15th, 2010

Double edged trichophytic closure is a new approach to donor wound closure.  Double edged or two sided trichotomy can help to minimize the complications of trichophytic closure based on the width of epithelium that is being removed and inability of some the hair follicles or oil glands to find their way out to the skin surface.

Hair Restoration Surgery is evolving rapidly and we are consistantly refining our approach on a regular basis to improve the quality of transplanted hair while at the same time minimize the possibility complications.

Double edged trichophytic closure helps us to minimize the width of the top skin layer (epithelium) that is being removed from each edge of the donor wound.  This approach allows hair to grow into the wound from both edges and thus minimize the contrast between scar (with no hair) and surrounding scalp (with 100% hair density).

By employing double edged trichophytic closure we constantly have results of less detectable donor scars and are able to minimize the risk of folliculitis or ingrown hairs in the donor area, which are the two common complications of trichotomy with the traditional methods.

Shock Loss After Second Hair Transplant

Friday, June 18th, 2010

shock lossShock loss after a second hair transplant

Q:

I am considering a second procedure in a few months for additional coverage in my mid-to-crown area, will the frontal area (my first procedure) be affected with ‘shock loss’ during the healing process of the second procedure?

Thanks again for your replies.

A:

Transplanted hair from a previous surgery won’t be affected as native hair to a second hair transplant procedure, however, the surgeon should be extremely careful with transplanting into the area that has already been transplanted. We at US Hair Restoration use special devices and needles to minimize the transaction rate of preexisting hair follicles.  Some loss of the transplanted hair may be seen when we transplant to thicken up the already transplanted area, but it will be reversible as opposed to the permanence of shock loss.