youngbaldie
Established Member
- Reaction score
- 3
Using those born with a genetic deficiency as an example, would it be possible in the near future to accomplish the same goal with perhaps a surgical implant under the skin that would inhibit the enzyme indefinately?
Obviously, there would be no demand to do this, but would it be possible? I believe that would be a very good solution to hair loss and prostate problems in genetically prone men.
There is an implant being worked on, I believe its called 'melanotan'. It releases a hormone through the blood stream, thus giving very pale peple better protection against skin cancer.
The point of the implant is to avoid taking drugs due to financial reasons and also the inconvenience, particularly if living in an area of the world where drugs like this aren't common. This would be close to a permanent solution. A big financial cost up front for those who can afford it, but over time, much more practical.
What do you think?
Obviously, there would be no demand to do this, but would it be possible? I believe that would be a very good solution to hair loss and prostate problems in genetically prone men.
There is an implant being worked on, I believe its called 'melanotan'. It releases a hormone through the blood stream, thus giving very pale peple better protection against skin cancer.
The point of the implant is to avoid taking drugs due to financial reasons and also the inconvenience, particularly if living in an area of the world where drugs like this aren't common. This would be close to a permanent solution. A big financial cost up front for those who can afford it, but over time, much more practical.
What do you think?
