The Prospects for Enhancing Repair Systems in the Brain to Treat Stroke Patients

A sizable fraction of the regenerative medicine community is interested in finding ways to improve existing repair systems in the body, and particularly in the central nervous system, which exhibits little ability to recover from injury in mammals. Initiatives in progress include efforts to increase the rate at which new neurons are created and integrated into the brain, work on ways to encourage more glial cells to adopt a pro-regenerative state, and the usual range of approaches based on delivering signal molecules found to be significant in stem cell therapies or heterochronic parabiosis studies. This open access review paper looks over some of the areas of present research. One of the more interesting points made by the authors is that the window of time for a successful regenerative intervention to restore function is very long, years or more. Any significant advance in the field will bring benefits to a large number of existing patients.

regenerative medicinecentral nervous systemneuronsglial cellsadopt a pro-regenerative statestem cell therapiesheterochronic parabiosis

A stroke is caused by a sudden interruption of cerebral blood supply to a specific region of the brain, resulting in regional brain tissue death. Once a stroke occurs, brain tissue that is located inside and


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