"The treatment involves cutting off a small section of scalp and extracting two kinds of stem cells from hair follicles. The extracted cells are processed and propagated to increase their number by 100- to 1,000-fold, making it possible to transplant a large number of hair follicles by cutting off only a small section of the scalp."
Wait so does this mean that the small section of scalp could 'only' produce between 100 and 1,000 new follicles?
A huuuuuge improvement on fue of course, but it could still mean that 30 fue-like cut out sections of scalp would be necessary to make 30,000 hairs, 60 to make 60,000 hairs etc.
Or could one single section of scalp produce unlimited/100k hairs by itself?
Yeah even if they would start in 2020 it would go fast. Maybe 2-3 years later or something. I have never heard better news than this.
If I would be a hair transplant doctor or be a company in the current pipeline I would be sh*tting in my pants LOL.
You're reading way too much into the infographic. I'm sure they'll find the thickest hair and use it. Remember, many men have retrograde alopecia and there's no way they would just ignore that.![]()
My donor area isn't actually that strong in the spot marked red in the dead middle. It's actually denser on the same horizontal line but to the left, closer to the ear.
I hope this is only for illustrative purposes and the team will be trained to detect the best section at the back of the head to dissect based on that individual's own hair characteristics. I hope they won't just always go where that red spot dead center is.
That was linked by Kuba on the first page.This from http://www.hairlosscure2020.com/, The author of the site has found an article with Kyocera directly that contain much more info.
http://global.kyocera.com/news/2016/0702_nfid.html
I'm confused are they starting trials in 2020, or are they making a business because it's available and been through testing by 2020?
"In addition, the RIKEN research team has succeeded in using iPS cells*6 to regenerate functional skin organ systems*7 in mice, including all follicles, sebaceous glands, and skin tissues, thus leading the world in organ regeneration technology."![]()
I understand the skepticism but c'mon guys. If this isn't it, it will never be.
We're talking about the world leader in organ regeneration technology here. This isn't some small time company just f*****g around. And they are pairing with a huge electronics company (nearly 15 billion dollars in revenue with 1 billion dollars income) to create machinery to allow others to use this technology easily. This is 100% the real deal.
Great news. Sucks for those of us with weak donor hair.
I assume starting human clinical trials in 2020.
Lol I had the same reaction, who knows where Forbes got that number from."Meanwhile, Japan cosmetic maker Shiseido has been working with RepliCel Life and Sciences in Canada to develop their own regenerative process and aims to introduce a treatment as early as 2018 for a fee of 100,00 yen ($10,000)."
lolwhat. i thought Replicel was aiming for ~$800-1000