26 may 2015 : http://www.ncbi.nlm.nih.gov/pmc/articles/PMC4444612/
"Although a successful strategy to generate human hair follicles from adult cells has not yet been reported, the results presented in this review suggest the issues that need to be addressed before success can be achieved. Perhaps the most important of those issues is to provide cells with a three-dimensional structure that simulates the natural scaffold.
Improving culture conditions that allow the expansion of these cells without losing their natural properties, as well as selecting the appropriate epithelial stem cells, should give us the tools needed to face the challenge of regenerating human hair follicles."
With a quick research, the tools needed seems not far away, some exemples:
-“Here, the Christiano and Jahoda groups join forces to tackle this hurdle by maintaining human scalp dermal papilla in 3-D cultures.
Many have tried 3-D culture in the past, Fuchs adds. But “the approach this group used appears to be particularly effective.”
-IBN 3D Hair Follicle Model : The team who developed the 3D hair follicle structure is headed by Dr. Andrew Wan. In a nutshell, they have developed an in vitro 3D hair follicle model that mimics the cellular characteristics of a real hair follicle.
-Theracell is trying to regrow hair via cell-based hair regeneration. They state that they will isolate stem cells from 10-20 follicles and use 3-D culturing to increase their numbers significantly prior to injecting them into the scalp as pre-follicular units.
-Dr Beren Atac: 3D Micro Hair Follicle Culture In a Dynamic Chip Bioreactor
Well I stop here but there are many other exemples.
That's the real cure for hairloss, I know its gonna take 15-20 years or more, but it's good for the new generations. (and who knows, with exponential science progress and easy-to-market approval, we could have a great surprise in 10 years
)
"Although a successful strategy to generate human hair follicles from adult cells has not yet been reported, the results presented in this review suggest the issues that need to be addressed before success can be achieved. Perhaps the most important of those issues is to provide cells with a three-dimensional structure that simulates the natural scaffold.
Improving culture conditions that allow the expansion of these cells without losing their natural properties, as well as selecting the appropriate epithelial stem cells, should give us the tools needed to face the challenge of regenerating human hair follicles."
With a quick research, the tools needed seems not far away, some exemples:
-“Here, the Christiano and Jahoda groups join forces to tackle this hurdle by maintaining human scalp dermal papilla in 3-D cultures.
Many have tried 3-D culture in the past, Fuchs adds. But “the approach this group used appears to be particularly effective.”
-IBN 3D Hair Follicle Model : The team who developed the 3D hair follicle structure is headed by Dr. Andrew Wan. In a nutshell, they have developed an in vitro 3D hair follicle model that mimics the cellular characteristics of a real hair follicle.
-Theracell is trying to regrow hair via cell-based hair regeneration. They state that they will isolate stem cells from 10-20 follicles and use 3-D culturing to increase their numbers significantly prior to injecting them into the scalp as pre-follicular units.
-Dr Beren Atac: 3D Micro Hair Follicle Culture In a Dynamic Chip Bioreactor
Well I stop here but there are many other exemples.
That's the real cure for hairloss, I know its gonna take 15-20 years or more, but it's good for the new generations. (and who knows, with exponential science progress and easy-to-market approval, we could have a great surprise in 10 years

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