Quite a few studies have confirmed that the androgen receptors on DP cells are the main culprit in degrading the communication between DP and stem cells, by altering the WNT, bmp (and other) pathways. It occurs until the communication completely stops (dormant follicle).
Logically, with Aderans, follicles are recruiting cells that have fewer androgen receptors. While we dont the the ratio of new cells / old cells that would save a balding follicle (cure), aderans have described they are taking steps to monitor the recruitment of new cells.
There is a chance the newly inducted dp cells might sprout more receptors, but theres also a chance they might not. I still feel there is one more factor, possibly outside the follicle, who knows.
I would stay hopeful. They are achieving regrowth for a reason. Besides, we'll know very soon if histogen and aderans will change the hair loss industry forever. If they both hit phase 3, I think we can be very excited. We're not looking at a real cure for slick nw6s, but I think the era of minox might be over soon. Hopefully fin too
Logically, with Aderans, follicles are recruiting cells that have fewer androgen receptors. While we dont the the ratio of new cells / old cells that would save a balding follicle (cure), aderans have described they are taking steps to monitor the recruitment of new cells.
There is a chance the newly inducted dp cells might sprout more receptors, but theres also a chance they might not. I still feel there is one more factor, possibly outside the follicle, who knows.
I would stay hopeful. They are achieving regrowth for a reason. Besides, we'll know very soon if histogen and aderans will change the hair loss industry forever. If they both hit phase 3, I think we can be very excited. We're not looking at a real cure for slick nw6s, but I think the era of minox might be over soon. Hopefully fin too

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