Source https://www.fightaging.org/archives/2022/02/cell-and-scaffold-implants-produce-spinal-cord-regeneration/
As illustrated by today’s research materials, the state of the art in spinal cord regeneration is improving. Scientists have produce engineered implants consisting of stem cells and hydrogel scaffold material intended to provide an environment conducive to nerve regeneration, and the results in mice are promising. Considered at the high level, this sort of work on implanted scaffolds containing a mix of cell types has been going on for two decades or more. The important advances are all in the details, building the right sort of environment of cells, cell signaling, and supporting metabolites.
All mammals are in principle capable of regenerating nerves. Those nerves were, after all, constructed during early life and then later maintained. Unfortunately adult mammalian tissues have suppressed much of the rege…
Source https://www.fightaging.org/archives/2022/02/cell-and-scaffold-implants-produce-spinal-cord-regeneration/
As illustrated by today’s research materials, the state of the art in spinal cord regeneration is improving. Scientists have produce engineered implants consisting of stem cells and hydrogel scaffold material intended to provide an environment conducive to nerve regeneration, and the results in mice are promising. Considered at the high level, this sort of work on implanted scaffolds containing a mix of cell types has been going on for two decades or more. The important advances are all in the details, building the right sort of environment of cells, cell signaling, and supporting metabolites.
All mammals are in principle capable of regenerating nerves. Those nerves were, after all, constructed during early life and then later maintained. Unfortunately adult mammalian tissues have suppressed much of the rege…
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