Glial scars formed by reactive astrocytes are bad in the sense that they inhibit axonal regrowth. In contrast, treatment that limits glial scarring might
A) also limit reactive astrocytes' ability to take up glutamate and other toxic molecules
B) also limit reactive astrocytes' ability to take up potassium
C) also limit reactive astrocytes' ability to engulf pathogens
D) all of the above
Correct Answer:
Verified
Q44: Choose whether the event below describes necrosis
Q45: Choose whether the event below describes necrosis
Q46: Choose whether the event below describes necrosis
Q47: Choose whether the event below describes necrosis
Q48: Potassium buffering refers to
A) ensuring enough potassium
Q50: Differentiate between oligodendrocytes and Schwann cells.
A) oligodendrocytes
Q51: The story of the non-sighted woman who
Q52: A short summary of constraint-induced movement therapy
Q53: At rest, the brain uses around _%
Q54: Decide which of these cells (NEURON, NON-NEURON,
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