Quote from: Harald Oberlaender on January 20, 2018, 01:23:46 PMDear TIBIKE200,
of course it wouldn´t work with donating before getting additional information, That´s why I said, that I would have to find a researcher, who doesn´t want to protect his ideas with strict confidentiality agreements. Of course this researcher would have to explain his research project idea to the general public. Only if we find such a researcher, a small donation attempt would make sense.
Dear Body Builder,
I don´t think, that it would take so long to develop a safe and effective biomedical height increase therapy, if sufficient funding was available, e.g. the Hong Kong research proposal is based on rabbit studies with a tissue engineered growth plate implant. The bioengineered growth plate was implanted into partially damaged proximal tibial physes of adolescent rabbits. The implanted 3-D chondroycte pellet incorporated well with the host tissue with no sign of rejection. The next step would be to produce artificial growth plate in a larger size for complete growth plate reconstruction and future clinical application in humans. As there are already promissing animal studies, human clinical trials could be realistic within 3-4 years after we find a funding source.
Concerning short term possibilities I am also quite optimistic concerning spinal disc regeneration research. With some specific modifications for the indication "height increase" this could lead to a safe and effective torso lengthening method. A very interesting biotech company in this field of research is e.g. Mesoblast. They are currently doing phase 3 human clinical trials with a disc regeneration therapy: http://www.mesoblast.com/product-candidates/spine-orthopedic-disorders/chronic-discogenic-low-back-pain We haven´t contacted Mesoblast yet, but we will surely do so, if we find a funding source.
Best wishes
Harald
If you can't share information, then which of the research projects do you think is more promising?