Peripheral nervous system (PNS) glial cells (Schwann cells) allow for regeneration of axons through the area of neural injury in cases of amputated limbs, but central nervous system (CNS) glial cells (oligodendrocytes) do not. How does this explain recovery from PNS and CNS nerve injuries? Investigate the differences between these cells, and try to come up with a solution or two for CNS injury based on your research.
Response Parameters
Initial Post
- Due no later than Wednesday at 11:59 pm ET each week
- Each initial post should include a minimum of 250 words of actual text (i.e., the 250 word minimum does not include your reference)
- At least 1 outside, empirical/peer-reviewed reference should be integrated in your initial post (your textbook and the lecture do not count as an outside source). Failure to include an outside source will result in a grade of 0.
- Correct APA formatting of citations/references is required and part of your grade
Peripheral nervous system (PNS) glial cells (Schwann cells) allow for regeneration of axons through the area of neural injury in cases of amputated limbs, but central nervous system (CNS) glial cells (oligodendrocytes) do not. How does this explain recovery from PNS and CNS nerve injuries? Investigate the differences between these cells and try to come up with a solution or two for CNS injury based on your research.
Response Parameters
Initial Post
- Due no later than Wednesday at 11:59 pm ET each week
- Each initial post should include a minimum of 250 words of actual text (i.e., the 250 word minimum does not include your reference)
- At least 1 outside, empirical/peer-reviewed reference should be integrated in your initial post (your textbook and the lecture do not count as an outside source). Failure to include an outside source will result in a grade of 0.
- Correct APA formatting of citations/references is required and part of your grade