A trichophytic closure is a surgical technique used in hair transplantation to minimize the visibility of the linear scar that often results from the removal of a strip of hair-bearing scalp tissue (known as a donor strip) during a follicular unit transplantation (FUT) procedure. The primary goal of a trichophytic closure is to make the scar less noticeable by allowing hair to grow through and around the scar tissue.
Here's how the trichophytic closure technique works:
Scalp Incision: During the FUT procedure, a strip of donor tissue is surgically removed from the back or sides of the scalp. After the donor strip is excised, the hair restoration surgeon in Pakistan will close the incision site.
Beveling the Incision: In a trichophytic closure, the surgeon bevels or angles the edges of the incision in a way that allows a portion of the hair follicles at the incision line to overlap and cover the scar.
Suturing: The surgeon then carefully sutures the incision, taking care to align the edges of the scalp precisely. The beveled edges create a slight overlap, which encourages hair follicles to grow through the scar.
Hair Growth: Over time, as the incision heals, hair begins to grow through and around the scar, helping to camouflage it. The hair that grows through the scar helps to blend it with the surrounding scalp, making it less conspicuous.
A well-executed trichophytic closure can result in a much less noticeable scar, making it an attractive option for individuals who choose the FUT method of hair transplantation. It's important to note that not all patients are candidates for this technique, as the success of a trichophytic closure depends on factors such as hair texture, the size of the donor strip, and the skill of the surgeon. Additionally, individual healing and scarring patterns can vary.
It's crucial to consult with a qualified and experienced hair transplant surgeon in Peshawar who can assess your specific case and recommend the most appropriate surgical technique for achieving your desired results while minimizing the visibility of the donor scar.
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