Very Intresting!
I'd like to know how the above is relevant to the question list.
Oh it has to do with one of the poll questions that didn't go through. Some people were interested to have the question asked so I thought I'd share just in case. I still think FUE will probably be preferred by the doctors for this method. For collection not transplantation.
).Well the problem in the past has always been cell culturing.Tsuji-sama is a SCIENTIST, who has mainly focused on tissue regeneration (he doesn't wake up and goes to sleep always thinking about us, the balsies,
From what we have been told, he has managed to induce hair generation on a bald mouse, after injecting primordia, created by the interaction of derma papilla and epithelial stem cells. That was 2012. Back then, there were several obstacles, which needed be overcome.
Up until now, we have been let know that some of them have, indeed, been overcome, which is some great news. Others we haven't been informed about, which means one of two things: either that those obstacles haven't been overcome yet or that they have, but they need be self-restrained, as nobody knows how it is going to work on humans.
I suppose we all know that human scalp hair is several levels higher on the tissue complexity scale than mouse fur.
Nonetheless, hearing the news that a BIG corporate firm has joined the team and that vague timelines have been set, even I, the troll, thought for a second that this was it, a Nw0 by my early thirties. Superb, right?
Then, my enthusiasm abated and reality hi
Tsuji-sama is a SCIENTIST, who has mainly focused on tissue regeneration (he doesn't wake up and goes to sleep always thinking about us, the baldsies,
From what we have been told, he has managed to induce hair generation on a bald mouse, after injecting primordia, created by the interaction of derma papilla and epithelial stem cells. That was 2012. Back then, there were several obstacles, which needed be overcome.
Up until now, we have been let know that some of them have, indeed, been overcome, which is some great news. Others we haven't been informed about, which means one of two things: either that those obstacles haven't been overcome yet or that they have, but they need be self-restrained, as nobody knows how it is going to work on humans.
I suppose we all know that human scalp hair is several levels higher on the tissue complexity scale than mouse fur.
Nonetheless, hearing the news that a BIG corporate firm has joined the team and that vague timelines have been set, even I, the troll, thought for a second that this was it, a Nw0 by my early thirties. Superb, right?
After a while, my enthusiasm abated and reality hit me; it always does. "It's too good to be true. I'm being too optimistic.", I thought and still do.
And, then, a couple of days ago, I just read about the upcoming interview. I was thrilled. That was it. I would have the scientific-based answers I needed to consolidate my faith in Tsuji's deed.
But, no, people want to ask a scientist how much it will cost, when the final product will be released, how the hair is going to look like, etc, when it is pretty clear that IT HASN'T BEEN TESTED ON HUMANS YET, for Allah's sake. He's a scientist, not a prophet!
That Guy, I'm not a troll. I can tell you, though, what You are: A MALAKAS.
Sorry, Admin, but I had enough with him.
In addition, I suggest you postpone it until Swoop is available.
Peace ✌ out.
It's pretty much a given that this should work on any type of allopecia where stable hair exists. So it should work for Androgenetic Alopecia in women too. Perhaps not Allopecia Universalis
But the thing is, Women with Androgenetic Alopecia often have a diffuse...
But the thing is, Women with Androgenetic Alopecia often have a diffuse...
diffuse Unpatterned?But the thing is, Women with Androgenetic Alopecia often have a diffuse...
I think she means diffuse unpatterned, that's s tough one to treat. Diffuse patterned is easier due to a stable zone and pure recession is easiest to treat and cosmetically the least disastrous
