No miracle. No hocus pocus.

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Are you sitting down?  This is going to blow you away.  Because it will mean that paralyzed folks now have REAL hope of walking again.

Dr. George Bittner led a multi-discipline team (Spaeth, Fan, Zuzek, Wilcott, Gonzalez-Lima, Shallert) from the University of Texas (along with Keating and Winograd at Harvard and Thayer at Vanderbilt) who published their results in the Journal of Neuroscience Research; the paper describes their experiments enabling paralyzed rats to walk within days of their developed recovery procedure.  In four weeks, 98% had regained more than 60% of their leg functionality!

We knew that should a nerve get severed, there is a short window when one can connect the two severed ends, which then allows the body’s repair mechanism (for plasma-lemmal damage) to work its wonders.  Wait a little too long (There’s the rub- how long?  Certainly 2 days or so seems about right), and vesicles (spherical elements) form in the nerve ends, thereby sealing the ends and precluding their reconnection. But, Bittner’s research had uncovered another vital secret- deplete the calcium from the region of injury and those vesicles don’t form.

As such, they decided to squirt a (hypotonic, calcium-free) saline solution, laced with methylene blue (acting as an anti-oxidant), into the region of injury.  This injection suspends the formation of vesicles, as described above, since the calcium level has now been radically reduced in the region.   Then, surgeons have the time to pull the (cut or smashed) nerve ends together and provide another injection- this time comprised of PEG (polyethylene glycol), which serves to draw the water out from the membranes that surround the two nearly-contiguous, nerve endings.  This affords the ability of the fatty tissues covering the nerves to merge together. (See diagram below.)  The final step in the process- injecting an isotonic, calcium-laden saline solution into the region- promotes the vesicle formation, leading to the merger of the two nearly contiguous nerve endings.

Axial View, Sciatic Nerve

So far, these experiments have proven successful in rats- with the sciatic nerve (peripheral nervous system component). The damage was effected via cutting or crushing the nerves. The next steps sre to see if this can work in the far-less controlled emergency room environment and on other nerves, especially those of  the central nervous system structures.

Here’s a link to let you see the rats in motion for yourselves…

[jwplayer mediaid=”5762″]

 

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36 thoughts on “No miracle. No hocus pocus.”

  1. This is amazing news. I have known people who have been in accidents and have to spend the rest of their lives in a wheelchair. This research will bring hope to many. I pray that the day will soon arrive when it will be a common procedure to help those in desperate need.
    Janette Fuller recently posted..Happy Scarecrow Greeting Card

  2. My grandma passed away after over two years of paralysis of her left side. I saw her suffer every single day and being restricted to the bed was probably the worst thing ever for a woman who loved to be on the move. In the end I think she just gave up. She was the only of my grandparents I ever got to meet. No one hates paralysis as much as I do.

    I hope this is the next big thing.
    Hajra recently posted..Will they call you over for a bloggers party?

    1. Lynn:
      I have given up figuring out what and why certain news is picked up by the media. This article was less technical than most; the research was done in Massachusetts- and you’re right, nothing much in the “popular” media has been seen.
      I guess they are all waiting for the next series of test results???

  3. My ‘adapted’ daughter ( I helped raise her while mom was recovering from illness) crashed on her bike when she was 6. She wasn’t wearing a helmet & they had to fly her to shock trauma. Thankfully, there was no permanent damage. That was something that could’ve been prevented, but so much out there is beyond our control… very exciting news indeed. Thanks for sharing!
    Jenny recently posted..How Do You Sneak the ‘Fit’ Into ‘Fun?’

  4. It really blows me away. It is good to know about this miraculous one and I know for sure many individual will love to know about this.

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