michael barry
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http://www.hairsite.com/hair-loss/forum ... nswer.html
This is one of the drugs follica will probably use.
This is one of the drugs follica will probably use.
very impressive, if this happens by accident with this drug then just imagine what we would get if follica designed a process to cure hair loss with it. Imagine the possibilities, super dense color rich hair or they could just fail and never reproduce the results or improve upon them.
elguapo said:Awesome explanation, thank you!
// I just dont see any of the info about the accidental hair regrowth. Michael when i click at your link i only see a flame thread debating if follica has been tested or humans or not and a poster has this pictures attached with no info on what they are. Am i missing something
michael barry said:Diffuse Propecia wrote:
very impressive, if this happens by accident with this drug then just imagine what we would get if follica designed a process to cure hair loss with it. Imagine the possibilities, super dense color rich hair or they could just fail and never reproduce the results or improve upon them.
.................Exactly. Im very excited about what Follica will come up with. Im very very confident that they will have the first REAL treatment for baldness that works. Some of the guys fooling around trying to do it themselves might grow a few hairs, but the professional researchers and experts they have assembled will come up with a topical and a wounding protocol that will no doubt be able to grow pretty darn thick hair. They even have a method for hair removal that is really permanent in places you dont want it in their patent. Being able to "watch" hairs develop on post-natal humans, will also give them the ability to really see what happens when hair forms and probably exactly what genes encode for baldness, early greying, curls, you name it.
Let me explain about the photos and follica in a language everyone can understand.
Follica ran series of tests on human skin that was transplanted onto immunodeficient mice. When immuno-deficient mice have their skin dermabraded, removing the top layers of the dermis, the skin's epidermal stem cells make BRAND NEW hairs. This happens on even genetically hairless mice. There is an "embryonic window" of time where the skin reverts back to a primitive state after the top layers of the dermis are removed. The stem cells in the skin can either re-make skin, or be coaxed into making new hair follicles chemically.
Follica tried this with human skin on the mice. It was a success. They got human hair everytime they tried it. Its experiment number 7 in their patent.
However, a human being has an immune system. We have seen that miniaturized vellus hairs from male pattern baldness-men can be transplanted to immuno-deficient mice and shockingly regrow suprisingly well if the androgen levels in the mice are low, even as well as normal hairs from the wreath transplanted to the same mice. Our immune systems might be a factor they will have to overcome by using anti-inflammatories, anti-bacterials, antimicrobails, and especially antihistamines. If all else fails, they can suppress the immune system with cytotoxic drugs (used for organ rejection) for the ten day period. There are topical immunosuppressants for eczema and psoriasis commonly used now. They have been very effective.
Follica tested several other drugs with this process to see if bigger and better and thicker hair could be "made". They found that it could. Epidermal Growth Factor antagonizing cancer drugs (like getfitinib) could make bigger and better and thicker hairs if used at the right time after wouding (probably after 3 to 5 days). Minoxidil, fiberblast growth factor, beta catenin, and a few other things were shown in experiments to increase yield.
The people in these two photographs had been on chemotherapy. The man with the bald head eventually died from his cancer. Chemo devastates the immune system. The reason these two people got this growth is almost assuredly sunburn. The nose-growth photo could have been sun or an irritated nose that was "blown' several times or scratched perhaps during allergy season. At any rate, epidermal disruption took place while the immunity was weak and the drug's effects were in evidence-------so the skin stem cells being unable to make new skin to heal the wounds......made hair instead.
Follica's patent calls for epidermal disruption (abrasion) to take place....................then a wait of at least three days for the wound to re-epilithialize (keratinocytes will cover the wound), and then to use a TOPICAL formulation of a EGF-antagonist (like getfitinib) and the other adjuvants (probably finasteride, minoxidil, an antihistamine, an anti-inflammatory, an anti-microbial, and a retinoid).
Several of the other adjuvants are probably to keep the immune system from inflamming the wounded area, so that hair will develop there. Cotsarialis has found in mice if the skin is inflammed in baby mice, their hair wont form correctly if at all. Certain prostaglandins (D2), can inhibit the hair formation and its first cycle (mice hair cycles in less than a month). If necessary (but we hope not), a topical immunosuppressant might have to be used. The patent names five possible ones---one is used for eczema and one for psoriasis if memory serves.
The second follica patent calls for a "kit" that a dermatologist will have with the cream formulation therein. Most likely you will get the balding area dermabraded or lasered to remove the top layers of the dermis........................and after 3 to 5 days (the dermatologist will look and see if re-epilithialization is complete) the topical will be administed daily. All the stuff will be in the topical most likely.
The people in the picture just had compromised immune sytems and were on getfitinib. Just imagine how much hair they can make grow by adding minoxidil and other stimulators (maybe FGF) at the exact right time. This really is a very exciting development in dermatology. The hair follicle, believe it or not, is the most important thing in dermatology because it gives the renewal signals to the skin. Perhaps someday, they will be able to silence whatever genes are associated with baldness during the ten days or so you use this topical.........................making the hair created like your donor hair in your hippocratic wreath----very resistant to male hormone.
This is beginning tests at Harvard Medical already. Initially they are just dermabrading bald scalp on men and seeing what natural biochemcial pathways are being activated in vivo to see what pathways they will have to stimulate or supress. I thought guys here would appreciate seeing these photos though. If it can grow hair on your nose or a long-bald frontal lobe.............................then the prospects for growing hair on receeded areas or bald spots looks pretty good.
michael barry said:Diffuse Propecia wrote:
very impressive, if this happens by accident with this drug then just imagine what we would get if follica designed a process to cure hair loss with it. Imagine the possibilities, super dense color rich hair or they could just fail and never reproduce the results or improve upon them.
.................Exactly. Im very excited about what Follica will come up with. Im very very confident that they will have the first REAL treatment for baldness that works. Some of the guys fooling around trying to do it themselves might grow a few hairs, but the professional researchers and experts they have assembled will come up with a topical and a wounding protocol that will no doubt be able to grow pretty darn thick hair. They even have a method for hair removal that is really permanent in places you dont want it in their patent. Being able to "watch" hairs develop on post-natal humans, will also give them the ability to really see what happens when hair forms and probably exactly what genes encode for baldness, early greying, curls, you name it.
Let me explain about the photos and follica in a language everyone can understand.
Follica ran series of tests on human skin that was transplanted onto immunodeficient mice. When immuno-deficient mice have their skin dermabraded, removing the top layers of the dermis, the skin's epidermal stem cells make BRAND NEW hairs. This happens on even genetically hairless mice. There is an "embryonic window" of time where the skin reverts back to a primitive state after the top layers of the dermis are removed. The stem cells in the skin can either re-make skin, or be coaxed into making new hair follicles chemically.
Follica tried this with human skin on the mice. It was a success. They got human hair everytime they tried it. Its experiment number 7 in their patent.
However, a human being has an immune system. We have seen that miniaturized vellus hairs from male pattern baldness-men can be transplanted to immuno-deficient mice and shockingly regrow suprisingly well if the androgen levels in the mice are low, even as well as normal hairs from the wreath transplanted to the same mice. Our immune systems might be a factor they will have to overcome by using anti-inflammatories, anti-bacterials, antimicrobails, and especially antihistamines. If all else fails, they can suppress the immune system with cytotoxic drugs (used for organ rejection) for the ten day period. There are topical immunosuppressants for eczema and psoriasis commonly used now. They have been very effective.
Follica tested several other drugs with this process to see if bigger and better and thicker hair could be "made". They found that it could. Epidermal Growth Factor antagonizing cancer drugs (like getfitinib) could make bigger and better and thicker hairs if used at the right time after wouding (probably after 3 to 5 days). Minoxidil, fiberblast growth factor, beta catenin, and a few other things were shown in experiments to increase yield.
The people in these two photographs had been on chemotherapy. The man with the bald head eventually died from his cancer. Chemo devastates the immune system. The reason these two people got this growth is almost assuredly sunburn. The nose-growth photo could have been sun or an irritated nose that was "blown' several times or scratched perhaps during allergy season. At any rate, epidermal disruption took place while the immunity was weak and the drug's effects were in evidence-------so the skin stem cells being unable to make new skin to heal the wounds......made hair instead.
Follica's patent calls for epidermal disruption (abrasion) to take place....................then a wait of at least three days for the wound to re-epilithialize (keratinocytes will cover the wound), and then to use a TOPICAL formulation of a EGF-antagonist (like getfitinib) and the other adjuvants (probably finasteride, minoxidil, an antihistamine, an anti-inflammatory, an anti-microbial, and a retinoid).
Several of the other adjuvants are probably to keep the immune system from inflamming the wounded area, so that hair will develop there. Cotsarialis has found in mice if the skin is inflammed in baby mice, their hair wont form correctly if at all. Certain prostaglandins (D2), can inhibit the hair formation and its first cycle (mice hair cycles in less than a month). If necessary (but we hope not), a topical immunosuppressant might have to be used. The patent names five possible ones---one is used for eczema and one for psoriasis if memory serves.
The second follica patent calls for a "kit" that a dermatologist will have with the cream formulation therein. Most likely you will get the balding area dermabraded or lasered to remove the top layers of the dermis........................and after 3 to 5 days (the dermatologist will look and see if re-epilithialization is complete) the topical will be administed daily. All the stuff will be in the topical most likely.
The people in the picture just had compromised immune sytems and were on getfitinib. Just imagine how much hair they can make grow by adding minoxidil and other stimulators (maybe FGF) at the exact right time. This really is a very exciting development in dermatology. The hair follicle, believe it or not, is the most important thing in dermatology because it gives the renewal signals to the skin. Perhaps someday, they will be able to silence whatever genes are associated with baldness during the ten days or so you use this topical.........................making the hair created like your donor hair in your hippocratic wreath----very resistant to male hormone.
This is beginning tests at Harvard Medical already. Initially they are just dermabrading bald scalp on men and seeing what natural biochemcial pathways are being activated in vivo to see what pathways they will have to stimulate or supress. I thought guys here would appreciate seeing these photos though. If it can grow hair on your nose or a long-bald frontal lobe.............................then the prospects for growing hair on receeded areas or bald spots looks pretty good.
Matt27 said:If it's really the immune system that causes the need for EGFR inhibitors and/or WNT signalers then why not just slam the first door (the immune system) shut instead of worrying about all of the others further down stream??
If the ONLY difference between the mice and humans is the immune system then I don't see why simply adding a topical immnosupressor like Tacrolimus wouldn't be all we need to achieve good results? If it's really the immune system that causes the need for EGFR inhibitors and/or WNT signalers then why not just slam the first door (the immune system) shut instead of worrying about all of the others further down stream??
Just apply some Tacrolimus to one area for a few days, dermabrade the same area while continuing to apply Tac for another 10 days and see what you get.