freakout said:It's also impossible for technicians to orient where hair will point towards when they grow. It's likely going to appear like pubic hair rather than scalp hair because they go to any direction.The absence of sebum in these follicles will also mean that mean they will feel more like dog hair but dog hair will look better because of aesthetic orientation.
hmmm... let's see.optimus prime said:I wonder how much it will cost for this pubic dog hair
freakout said:hmmm... let's see.optimus prime said:I wonder how much it will cost for this pubic dog hair
Human scalp contains about 150,000 folicles.
considering that you will have to return 15 times for 5 years at least.
If you opt for 20,000 cells;
injected equidistantly from one another;
considering a 1 in 15 chance that each cell will develop;
multiply that 15 by 20,000 cells = 300,000 cells
How long and how difficult will it be to inject EACH CELL equidistantly?
If you put a $1 price tag for each, that'll be $300,000.
I doubt $1 for each would pay for it unless they develop a system.
These is also a question of: Will these follicles meet their demise to male pattern baldness?
cheap huh?
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No new sebaceous glands will be generated but the old glands might still be functional. These are completely independent of hair follicles.
freakout said:If you have it injected to your scalp, it won't matter if you still have the 'old' follicles since they're in miniaturized form.
That one person injected the 15 cells in different parts of his body.
My guess is, SOME test subjects in this experiment will NOT develop new follicles but rather the cells will be killed by the harsh scalp condition unless they were chosen as good candidates.
And then it will only be another 50 years before this treatment becomes economically viablefinfighter said:dabritz said:freakout said:If you have it injected to your scalp, it won't matter if you still have the 'old' follicles since they're in miniaturized form.
That one person injected the 15 cells in different parts of his body.
My guess is, SOME test subjects in this experiment will NOT develop new follicles but rather the cells will be killed by the harsh scalp condition unless they were chosen as good candidates.
Ok I want to verify something. If you get this shot can it activate sites on your head where the follicle is dead not dormant??
So would this new technique simply reactive old dead follicles?
We don't know anything for sure yet, the trial hasn't been completed yet, the outcome of the trial will answer these questions. but my assumption is that it will spawn a new hair follicle, stem cells can replicate any other cells in the body, depending on where they are administered, and result in new tissue formation....
I'm an IT professional and no expert on the subject of hair so consider this a guessing game... If you get this shot can it activate sites on your head where the follicle is dead not dormant??
And furthermore I would conclude that under a microscope it would be very easy to tell where on your head where hair used to grow. Like on my head for instance i can tell by looking up close on a spot where hair no longer grows that there used to be a follicle in that region due to the poreish apprearance of that region almost looks like a minature hole where the hair follicle used to grow out of.
So would this new technique simply reactive old dead follicles?
waynakyo said:great
it is taking place in the ocuntry of georgia
i don t know why but i don t have high hopes or another tatonnement in georgia
TrichoScience Innovations, Inc. (USA)
PHARMALOG Institute for Clinical Research (Germany)
PRA International (USA)
Innovacell Biotechnologie (Austria)
DatInf (Germany)
The Hair and Skin Research and Treatment Center (USA)