I got the idea from another forum ...
What would happen if hair from the front of the head would be replaced to back and sides of the head , and hair from back of the head to the front. So we made some kind of hair replacement or hair swap. The hair on the back is resistant to DHT, because their hair follicles contain significantly lower number of androgen receptors, and therefore wherever it's transplanted , it will continue to grow.
So this procedure would ensure that the hair sensitive to DHT would be moved in areas with much greater blood supply. The less blood supply is in frontal part of head (temples, anterior-mild scalp region). So the blood supply plays a role , as well as the amount of aromatase enzyme . Male skin contains less aromatase enzyme which is necesary to transform T to E , and it is known that females naturally have a lot more of that enzyme . A new study has found that the amount of the enzyme is lowest in the face , forehead and frontal part of the head in males, it is certainly the reason why most men lose hair or start to thinning at the front of the head from NW1 to NW3 or NW4 borderline.
I know, hair susceptible to DHT is programed to be killed sooner or later, but that hair swap would certainly provide at least more time ( maybe 5 , 10 or even more years) of growth and life of hair follicles because of these two factors: increased blood supply and higher concentration of aromatizing enzyme in replaced donor area.
What would happen if hair from the front of the head would be replaced to back and sides of the head , and hair from back of the head to the front. So we made some kind of hair replacement or hair swap. The hair on the back is resistant to DHT, because their hair follicles contain significantly lower number of androgen receptors, and therefore wherever it's transplanted , it will continue to grow.
So this procedure would ensure that the hair sensitive to DHT would be moved in areas with much greater blood supply. The less blood supply is in frontal part of head (temples, anterior-mild scalp region). So the blood supply plays a role , as well as the amount of aromatase enzyme . Male skin contains less aromatase enzyme which is necesary to transform T to E , and it is known that females naturally have a lot more of that enzyme . A new study has found that the amount of the enzyme is lowest in the face , forehead and frontal part of the head in males, it is certainly the reason why most men lose hair or start to thinning at the front of the head from NW1 to NW3 or NW4 borderline.
I know, hair susceptible to DHT is programed to be killed sooner or later, but that hair swap would certainly provide at least more time ( maybe 5 , 10 or even more years) of growth and life of hair follicles because of these two factors: increased blood supply and higher concentration of aromatizing enzyme in replaced donor area.
