Stemson is going to use minipigs in the next stage of their hair cloning research

[Roeysdomi]

does Yokohama have a patent on how to control the thickness and color of hair? will they use a robot to place the hair follicles in the patients' skin?

Yokohama and Fukuda Hair Multiplication Trials in 2023 | Hair Loss Cure 2020

Yokohama National University's hair loss research is led by Dr. Junji Fukuda and Dr. Tatsutu Kageyama. The Japanese team is creating new hair follicle germs.

www.hairlosscure2020.com

 

[froggy7]

Yokohama and Fukuda Hair Multiplication Trials in 2023 | Hair Loss Cure 2020

Yokohama National University's hair loss research is led by Dr. Junji Fukuda and Dr. Tatsutu Kageyama. The Japanese team is creating new hair follicle germs.

www.hairlosscure2020.com

they are writing that ipsc cells can be carcinogenic
I have not seen anything about hair thickness and color control in their method

 

[Roeysdomi]

they are writing that ipsc cells can be carcinogenic
I have not seen anything about hair thickness and color control in their method

If you google them you would find a pic of the mice that grew hair from their expriment. By far looked the best compare to other companys , there were no weird bumps in the sking in the hair look quite good , and i think that controling that is less of problem of you solved the rest of the things

 

[froggy7]

If you google them you would find a pic of the mice that grew hair from their expriment. By far looked the best compare to other companys , there were no weird bumps in the sking in the hair look quite good , and i think that controling that is less of problem of you solved the rest of the things

yes, but they do not have a partner to commercialize their solution

 

[Roeysdomi]

yes, but they do not have a partner to commercialize their solution

Who care! Once the clinical trails are good they will find partner easily

 

[froggy7]

Who care! Once the clinical trails are good they will find partner easily

yes, but who will conduct this clinical trial, where will they get the funding?

 

[Roeysdomi]

yes, but who will conduct this clinical trial, where will they get the funding?

For hair cloning you can do trails with like 5-10 ppl . Its not big deal.

 

[froggy7]

For hair cloning you can do trails with like 5-10 ppl . Its not big deal.

one question - are thery ready for human trials?

 

[Roeysdomi]

one question - are thery ready for human trials?

They aim for 2023. Meaning in around 2-1.5 years they spouse to start.

 

[froggy7]

They aim for 2023. Meaning in around 2-1.5 years they spouse to start.

interesting, if they can control hair color and direction, okay, maybe they can do it?

 

[Ghc]

This interview was quite positive, I can't see what's bad in there to cause retarded pessimistic comments about 30+ years?

 

[froggy7]

This interview was quite positive, I can't see what's bad in there to cause retarded pessimistic comments about 30+ years?

i wouldnt say that, they dont know how to create dht resisitant hair

 

[froggy7]

This interview was quite positive, I can't see what's bad in there to cause retarded pessimistic comments about 30+ years?

"
1. They still need to learn how to control the hair quality.
2. The hair is still not dht restitent
3. They probbly know how to do it “by hands” but they trying to find a way to scale this thing up.
4. The hair probbly dosent survive many cycle which is the part he mention is chalenge not to lose the cells the produce the hair, which is way you saw the hair on mice but who know how many cycle the hair survived… "

 

[Ghc]

i wouldnt say that, they dont know how to create dht resisitant hair

Not that important at all, if you have unlimited source of hair who cares if it is dht resistant.

 

[froggy7]

Not that important at all, if you have unlimited source of hair who cares if it is dht resistant.

how do you imagine it go bald every few years and do hair cloning again?

 

[Ghc]

1. They still need to learn how to control the hair quality.
2. The hair is still not dht restitent
3. They probbly know how to do it “by hands” but they trying to find a way to scale this thing up.
4. The hair probbly dosent survive many cycle which is the part he mention is chalenge not to lose the cells the produce the hair, which is way you saw the hair on mice but who know how many cycle the hair survived… "

4. is the only serious problem

how do you imagine it go bald every few years and do hair cloning again?

First gen therapies don't need to be dht restitant, when your hair from a first gen hair cloning falls out second gen hair cloning will have dht restitant hair.

 

[froggy7]

4. is the only serious problem



First gen therapies don't need to be dht restitant, when your hair from a first gen hair cloning falls out second gen hair cloning will have dht restitant hair.

can You explain that?

 

[Ghc]

can You explain that?

Let's say dht resistant cloning will be out 5 years after non dht resistant cloning. Why not get non dht resistant hair which will fall out in a 5 years and then get dht resistant hair when cloning improves. Better than being bald 5 more years waiting for a dht resistant cloning.

 

[froggy7]

Let's say dht resistant cloning will be out 5 years after non dht resistant cloning. Why not get non dht resistant hair which will fall out in a 5 years and then get dht resistant hair when cloning improves. Better than being bald 5 more years waiting for a dht resistant cloning.

but who will release dht-sensitive cloning?

 

[Ghc]

but who will release dht-sensitive cloning?

Stemson or some other company, why would that be such a big problem? Making cloned hair grow on a human head is the biggest problem to solve, making it dht resistant shouldn't be so hard to solve after that.