michael barry
Senior Member
- Reaction score
- 12
First, watch this video, http://www.myfoxcleveland.com/myfox/pag ... geId=3.5.1
Now look:
http://www.acell.com/vetcases/chadwick.html
http://www.acell.com/vetcases/fancy.html
http://www.acell.com/vetcases/lucille.html
http://www.acell.com/vetcases/twinkie.html
Notice how the fur grew back after the wound healed with the ACELL application. This could be huge for transplant surgeons. Remove donor tissue, apply ACELL, and perhaps the donor area just regrows back.
Very exciting science to say the least. Raptor over at hairsite found this. THis science has been bottled up in litigation for four years because it research was done at Purdue University, and some entity that funded it wants proprietary rights for very obvious reasons over the guys who actually did the research. Id like to see if traditional "donor" areas could be removed to be surgically placed up front, only to "grow back" with ACELL. It would only take the area half the size of a postage stamp from the donor area to test. It could be very interesting.
Now look:
http://www.acell.com/vetcases/chadwick.html
http://www.acell.com/vetcases/fancy.html
http://www.acell.com/vetcases/lucille.html
http://www.acell.com/vetcases/twinkie.html
Notice how the fur grew back after the wound healed with the ACELL application. This could be huge for transplant surgeons. Remove donor tissue, apply ACELL, and perhaps the donor area just regrows back.
Very exciting science to say the least. Raptor over at hairsite found this. THis science has been bottled up in litigation for four years because it research was done at Purdue University, and some entity that funded it wants proprietary rights for very obvious reasons over the guys who actually did the research. Id like to see if traditional "donor" areas could be removed to be surgically placed up front, only to "grow back" with ACELL. It would only take the area half the size of a postage stamp from the donor area to test. It could be very interesting.