This is a basic post about how a modern hair transplant works with a summary of the hair restoration storey to see how far we are today. As many of my patients see me, they are simply uncertain about how a hair transplant works and what they would have to do over time to keep the outcome on track.
Let’s come back to the start. Tamura and Okuda noticed in Japan back in 1939 and 1942, that hair transplanted from the back of the top would live and grow again to create pubic hair loss. In Japan this kind of transplantation was a key move in the awareness that hair transplantation from one region of the body to another could thrive and survive because of public bathing practices along with an illness problem in young Asian females who suffered from pubic hair injury. However, we did know that the hair transferred from the rear of the head to the top of the head where there is a baldness does not get lost in the time like the original hairs. However, we did not know until the famous New York dermatologist Norman Orentreich in the 1950s. He referred to this phenomenon as the superiority of the donor which means that hair transferred from the back of the top to a genetic region vulnerable to hair loss will maintain donor hair characteristics and would never be lost over time. We had to realise that this was the great breakthrough to survive, even though transplantation into a position that was vulnerable to hair loss.
If you wonder how hair is not prone to hair loss in the back of the head? That’s just God knows, really. It’s the case, however. Think maybe of his baldest male (which hasn’t shaved off the locks behind the head) you know. There’s also a patch of hair. In the back of the head even the baldest man has a horseshoe with his hair held. The only trick is to consider what area is “safe” for transplants when a hair transplant is performed; i.e. what area will not be lost in time when the person is older. This is an important explanation for transplanting a person at the age of 20 to be alarming. We don’t know exactly how much hair can fade over time in the back of the top. In addition, we can only run away from the donor hair to transplant the head side and retain a natural outcome when more hair (that were not transplanted) falls away at age.
In fact this decision is one of the key characteristics of a seasoned hair transplant surgeon. Knowing who is healthy or not is a cardinal requirement for a safe hair transplantation work. It is a necessary precondition. With the laws of demand and supply someone who has massive Donor hair density can cover an enormous amount of baldness impressively, naturally in many instances, and with a variety of hair follicles per centimetre in the donor region. The proper use of grafts by a surgeon in a good pattern distribution with an excellent angulation will help to ensure that the result is both dense and normal provided the functional level of a certain individual and the hair loss supply of hair.
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The other question always asked is “Will the hair transplanted be the same as another hairs that I’ve there that weren’t transplanted? Will I cut it just like my other hairs?” I further clarify that a phase of hair transplantation just transfers hair from one end of the head to another, like taking a flower out of a pot and transferring it to a different. It will evolve the same way as it did in its previous environment in its brand new environment. Although the amount of hair transplanted does not equate exactly to hair lost, the doctor will generate 5,000 hair transplanted (usually in a large session), which is around 50,000 hair losses (the start of hair loss enough that baldness is becoming apparent.)
Ideally, this brief article on how modern hair transplantation works was useful for someone interested in how this process works or maybe who really thinks about doing it.