To restore damage brain area by tissue engineering, the biomaterial scaffold has to mimic this microenvironment to allow organized tissue regeneration.
Together, these findings suggest that microchannel scaffolds are well suited for chronic implantation and peripheral nerve interfacing to promote organized nerve regeneration that lends itself well to stable interfaces.
We hypothesize that this regenerative platform is not limited to regeneration of bladder and bladder-like neo-organs, but rather represents a foundational technology platform broadly applicable for regeneration of laminarly organized hollow organs.
By implication, such regenerative constructs may potentially be used to mediate the regeneration of any laminarly organized tubular organ.
There was no evidence for organized muscles or nerve regeneration.
Although these experiments involve generation of body parts that have never existed, and therefore cannot be defined as regeneration, they are reminiscent of regeneration in that organized outgrowths are formed.
Scarless healing in the fetus is characterized by regeneration of an organized dermis with normal appendages and by a relative lack of inflammation.
Dr. Sharlini Sankaran, Executive Director of Duke's Regeneration Next Initiative, organized a group of graduate students to attend the North Carolina Hospital Associations (NCHA) "Partnering for a Healthier Tomorrow!" advocacy day at the state legislature in Raleigh.
In the search for an ideal TENG, researchers have introduced increasingly more sophisticated fabrication techniques in combination with a variety of biomaterials to produce organized porous structures conducive to nerve regeneration and functional recovery.
It has been said that annelids are the most highly organized animals with the power of complete regeneration.
