I'm not sure. The majority of studies use epithelial cells that are very receptive to follicle induction i.e. mouse or human neonatal epithelial cells. We are attempting to use adult human only cells, but this is "healthy" tissue. As far as I know there are no groups using alopecia scalp tissue to test for inductivity. Speculating, I would assume if an inductive enough construct was created that the initial follicle would form. However, as this isn't treating the underlying causes of the various alopecias I would assume the follicle would then degrade as the previously, perhaps even at a faster rate due to the loss of fatty tissue in the scalp.
I'm not American or a clinical trials expert so I'm not sure what would have to occur. In the UK if the clinical trial is robust enough then things can pass quite quickly through the MHRA (our equivalent of the FDA). But as I say I'm no clinical trials expert so I can't give you a time frame for that. I was referring to the initial experiment demonstrating the technique appearing without warning.
No worries, happy to explain what I'm up to.
The follicle structures orientate towards the epidermis and do not form cysts. However in the study by Dr Higgins, and my continuation of her work, we are not looking at patterning or angle of egress etc. That's something that will come when we're achieving reliable follicle induction.
I'm not American or a clinical trials expert so I'm not sure what would have to occur. In the UK if the clinical trial is robust enough then things can pass quite quickly through the MHRA (our equivalent of the FDA). But as I say I'm no clinical trials expert so I can't give you a time frame for that. I was referring to the initial experiment demonstrating the technique appearing without warning.
No worries, happy to explain what I'm up to.
The follicle structures orientate towards the epidermis and do not form cysts. However in the study by Dr Higgins, and my continuation of her work, we are not looking at patterning or angle of egress etc. That's something that will come when we're achieving reliable follicle induction.
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