Microscopic hair transplantation
The grafts extracted from the donor area contain varying numbers of hair strands, as is well known. A single graft can consist of 2 or 3 hair
strands, while in some individuals, it can even be found in a group of 4, which varies from person to person.
For a successful hair transplant process and outcome, it is crucial to extract these hair strand groups from the donor area without causing any
damage. These extracted roots are then transferred to the predetermined recipient areas.
During this process, it is important to separate and select the grafts to be placed in the front zone of the implanted area, which is the front line
zone.
It is crucial to implant as many single hair strands as possible to achieve a more natural and aesthetically pleasing appearance once the
follicles are transplanted into the front line area. This technique is known as microscopic hair transplantation. With the aid of a microscope, we
separate these follicles with single hair grafts and insert them into the front line region. Through this approach, we can achieve an
undetectable, natural-looking result with full density. At Long Hair Center, we employ this procedure in every hair transplant operation without
exception.
The most important point to remember is that a successful hair transplant depends on the proper implementation of all these detailed
processes.
