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"Marc Buoniconti paralyzed on the
field, but not in life"
By Dave Andrusko
I
am old enough not only to remember when Marc Buoniconti was
paralyzed 25 years ago making a tackle in a football game, I
also remember his father, Nick, playing for the Miami Dolphins!
All these memories came rushing back this morning when I read,
"Marc Buoniconti paralyzed on the field, but not in life," which
ran in USA Today.
The story is incredibly
inspirational, and I would encourage anyone to read it. (www.usatoday.com/sports/football/2010-09-23-marc-buoniconti-citadel-paralyzed-miami-project_N.htm.)
It's of particular relevance to us for two reasons.
First, Marc's injury left him
never again able to move his arms or legs on his own. He is
honest in his discussion with USA Today's Erik Brady. The tube
in his throat initially saved his life, but he hated it, and he
sank into depression. The story is a little sketchy on what got
him out of it, but clearly it was a combination of Marc's own
toughness, his dad's refusal to "accept" that nothing could be
done, and the work of a project on spinal injuries at the
University of Miami.
The point, obviously, is many
other people with major spinal cord injuries don't have that
kind of support. They could easily conclude that their life is
"not worth living."
The other direct connection to us
is what Barth Green, the neurosurgeon Buoniconti has worked with
for years, talked about with Brady.
"Green expects real breakthroughs
in coming years," Brady writes. "'We expect to be doing
FDA-approved clinical trials on injecting Schwann cells into
people's spinal cords' next year, he says."
"Schwann cells"? Brady says "in
oversimplified terms," they "are sheathes that wrap and support
neurons -- sort of the glue of the peripheral nervous system."
The plan is "to use patients' own Schwann cells to promote nerve
growth in damaged spinal cords, a procedure that shows promise
in lab animals."
And while I would certainly not
hype something I know so little about, it is significant that
these are Buoniconti's own cells, not embryonic stem cells. |