Hey there! Within the last year, there has been a clinical trial suggesting that by transplanting cells from inside the nose, olfactory ensheathing glial cells, above and below the spinal cord injury site that regeneration and some recovery is possible. The most prominent case in the media is with Darek Fidyka who sustained a T9, complete spinal cord injury leaving an 8 mm gap in his spinal cord. Fidyka underwent the OEC transplant and started recovering function and sensation in areas that were previously paralysed.
The science behind choosing the OECs for the transplant is that they are similar to stem cells in the sense that they can adapt to their environment, OECs have also been speculated a strong candidate for this procedure because they clean up dead cells in the area and replace them with new ones, encourage nerve growth, and can be acquired from within the individual relatively easily.
I believe all the research and clinical studies are promising. sooner or later we will hear positive news. Once the data is published in the medical journal, we then know are day will come. I have seen a very strong awareness in research and clinical studies the last two years. I never seen this much back six or more years ago. I feel that is very good for all of us. I keep the faith and hope that someday we will regain what we have lost. A lot of research can be skeptical but if it is published in the medical journal , then it is promising. It is the FDA's bible of medicine. I believe we are very close for nerve connection and the firing up of Lower motor neurons. I would be happy with that to regain bowel and blatter. This would be a major stepping stone for all of us. Best to all and thanks for the article.
Thanks for the kind welcoming! We are always very excited at Walk It Off to hear about new break throughs in the SCI recovery and rehabilitation field. In Fidyka's case, he has experienced some very impressive gains which we hope can be duplicated in the near future with more SCI cases.
Thanks for posting more informative links on the topic, wavewolf,. It's always good to be up to date!
I read some of the articles about him, it sounds like they use the OECs in conjunction with a nerve grafted from somewhere else in the body to bridge a gap in the spinal cord. Is there any application of this for incomplete injuries? i.e. in someone who has a damaged cord but no observable gap?
capybara, Ive do believe that studies did include 'incomplete' injuries as part of the trial. Take a look at this article and see what you think. It does seem that function return is very limited but there was improvements in the sympathetic nervous system but this mainly affects higher injury levels.
These articles are never straightforward, i need to re read it to get to the correct understanding of it!