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Minoxidill first tests for hairloss were also done with the same type of monkeys.. This is really promissing
So what was the outcome of the minoxidil Test For hairloss in Monkeys in comparison to the BAY ?
Minoxidill first tests for hairloss were also done with the same type of monkeys.. This is really promissing
YesCorrect me if Im wrong. You guys are trying to get your hands on SMI and test your "method" right?
The compound from Bayer is a monoclonal antibody that non-competitively inhibits the prolactin receptor. SMI1 and 6 appear to simply be competitive inhibitors to prolactin (attach to the same binding site as prolactin but don't result in transcription of the same genes that inhibit hair growth).@FollicleGuardian what's the (biggest) difference between SMI-1 and the compound from Bayer?
You contacted her?The result is probably a much greater inhibition of prlr with the antibody. There's no telling if SMI will work. It should be noted the inventor of SMI says that it will not, but she doesn't seem to be aware of the antibody study or the role of prolactin in Androgenetic Alopecia
Do you think that anti-androgens will still be essential if this theory is true?DHT is necessary for Androgenetic Alopecia. The AR is the first signal that stops cell proliferation. The PRLR apparently is responsible for keeping cells in a quiescent state after DHT shuts them down.
so do you think that finasteride + SMI6/SMI1 is effectively a 'cure' then?No, another member did.
Depends on what you qualify as essential. If you want to stop the balding process and get maximum regrowth then you need AAs. Some people will choose just to take a course of this stuff every couple years and be happy with that.
Not a cure, but a good and effective treatment IF SMI works comparably to BAY.so do you think that finasteride + SMI6/SMI1 is effectively a 'cure' then?
assuming that SMI6/SMI1 are working as intended as a weaker/localized BAY
To clarify, the Inventor didn’t even think BAY works for hairloss lmao which it clearly does.The result is probably a much greater inhibition of prlr with the antibody. There's no telling if SMI will work. It should be noted the inventor of SMI says that it will not, but she doesn't seem to be aware of the antibody study or the role of prolactin in Androgenetic Alopecia
@pegasus2 I will eat my hat if this doesn’t work broI don't think we can say it clearly does. This has to be demonstrated in vivo. I think it probably does. The inventor wasn't asked about BAY. I don't think she is even aware they are using it for hair loss
Why are you not going to try it?This being SMI or BAY? I would be shocked if BAY doesn't work. I think SMI will probably work, but it wouldn't really surprise me if it didn't.
The compound from Bayer is a monoclonal antibody that non-competitively inhibits the prolactin receptor. SMI1 and 6 appear to simply be competitive inhibitors to prolactin (attach to the same binding site as prolactin but don't result in transcription of the same genes that inhibit hair growth).
So in layman's terms, DHT kills our follicles, and PRLR is potentially the reason they stay dead even if we're taking dutasteride? And you believe that if we inhibit both hairs will be able to grow back?DHT is necessary for Androgenetic Alopecia. The AR is the first signal that stops cell proliferation. The PRLR apparently is responsible for keeping cells in a quiescent state after DHT shuts them down.
I think probably no one knows, but I don't think it's quite like that, because the monkeys got regrowth with the antibody alone, without addressing DHT. Certainly DHT has some role, but you can get regrowth by hitting PRL alone (at least if the monkey model translates).So in layman's terms, DHT kills our follicles, and PRLR is potentially the reason they stay dead even if we're taking dutasteride? And you believe that if we inhibit both hairs will be able to grow back?