Yesn't
Read your post great analysis, i agree with you although the fact that we came far doesn't necessarly mean that we're close, tsuji is today the only one that's tackeling hairloss through cells 3d printing once he shows the world that he made it (which he partially did with his papers and it's strange that no other big corp launched their own research on this) it will certainly draw more attention to this approach which will make things go ten times faster than today.
Personnaly i'm not interested when a cure is out, i'm only intersted when i'll be able to get my hair and i know through facts not assumptions that it wont be the case before 10 years minimum due to many reasons : logistics, price... among my bigest concerne that is other issues with this technology will pop up once they start testing on humans which 100% will be the case
- Reaction score
- 521
The treatment will come in 3020 and it will cost USD1,000,000. Nobody knows you dumbf***. Stop asking stupid questions.
Everyone here is depressed buddy. Welcome
- Reaction score
- 316
Check this out. http://www.keratin.com/aa/aa014.shtml
Average density for white nw1 men is about 250 hairs (not follicles) per cm. Ronaldo could be over 300. Tsuji has shown 120 so far while transplants remain at 60-70.
120 is a decent result but it's what you'd describe as thin hair, think east asian people.
I don't think the Tsuji team was trying to maximize results on that study that early on in development however.
- Reaction score
- 1,321
And, if you're an older guy, you can get by with that less density. However, this is just the infant stage of this technology and there will be improvements likely in the biology and technique that could take packing to natural hair levels or beyond. Meanwhile, all we can do is wait.
- Reaction score
- 460
Hair density is different in different scalp regions (for example, it is denser on the crown), and in different racial groups.
The density on the mouse was 129 hairs/cm², and the stem cells were most probably of a Japanese individual (East Asians sport lower hair densities on average.).
The most skilled hair transplant surgeons can achieve densities of 60-70 hair follicles/cm² (dense packing), aka similar densities to Organ Germ Technology (about half the density of nw1). Average hair transplant surgeons can achieve densities of 30-45 hair follicles/cm², or 70-100 hairs (about one third of nw1's density).
In my opinion, higher densities, close to normal, will be achieved as the technology advances. Nevertheless, in order to advance, it need be successful at lower densities, first. Unfortunately, that hasn't cropped up yet.
The first clinical trial is to commence in March 2019, aka in nine months.
In other words, we ought to wait.
i wouldn't mind having two 15cm diameter hair shafts on my head
- Reaction score
- 129
Just shave it bruh
that's an assumption in itself. If Tsuji starts the trials next year and everything goes accordingly, then we will have the cure sooner then ten years. Eventually the price will come down. I think it will be cheaper then a hair transplant due to everyone who is bald or balding will do this. Only a select people who are bald get hair transplants, so hair doctors have to charge so much. This also will be easier for hair docs to perform then hair transplants right now. All they will have to do is inject the cells. they wont have to go through the lengthy process a hair transplant requires right now. Which means they will not need as big of staff. Also, if this gets automated by something like Artas robot, it should be even cheaper. A doctor would have the robot do all the work. I believe everyone will have this procedure automated. Which leads me to my next point, do not worry about location. This will be in the states and Europe fast. Those will be the 2 biggest markets for them.
Idk what problems will occur when they test this on humans but we will see after phase 1, but I do not think their will be health problems from this, if that is what you're assuming.
Tsuji is using the organ germ method not 3d printing. Idk if that was a typo ,but 3d printing are teams like lauster and poietis. And true we may still be years away but I think we are close. Looking at it from a 3d printing standpoint. We can print blood vessels networks and dermial papilla. We can also print complex tissue now and can shape that tissue. When I see this it makes me believe we are not that far from being able to print a fully functional follicle.
but I am just speculating with what i said, lets just hope whoever solves it does it soon... we are all tired of having to deal with this.
You wish it’ll be available in 2020. I like how you and many others try to be optimistic by plugging “maybe 2020” then hit reality with by saying maybe not. It’s like trying to cover up your delusion.
You’ll be balding even worse in 2020 with no hope of any cures so prepare for it now.
True but i don't agree with tsuji being easier than a hair transplant. Tsuji's process not only include implementing the follicles just like in a transplant but also culturing them which took them 8 weeks in their pilote study. that's a lengthy process
- Reaction score
- 521
You balding virgin brah?
All your bros f*****g all the girls while you stand and watch, with armpit hair on your head.
lol dude I understand you are incredibly insecure about your balding, but why do you need to project your hate for yourself unto others like that? That's just childish. At least elaborate on why you think tsuji will fail