- the
classic human oligodendrocyte lineage are found: OPCs,
immature oligodendrocytes (non-myelinating), and
mature oligodendrocytes (myelinating). It...
-
differentiate into the less
mobile premyelinating oligodendrocytes that
further differentiate into
oligodendrocytes, a
process characterized by the emergence...
- 'mature' glia, such as
astrocytes or
oligodendrocytes,
retain mitotic capacity. Only the
resident oligodendrocyte precursor cells seem to keep this ability...
-
nervous system,
axons are
myelinated by
oligodendrocytes, thus lack neurilemma. The
myelin sheaths of
oligodendrocytes do not have
neurilemma because excess...
-
myelination or myelinogenesis. In the CNS,
oligodendrocyte progenitor cells (OPCs)
differentiate into
mature oligodendrocytes,
which form myelin. In humans, myelination...
-
distinct from astrocytes,
oligodendrocytes, and microglia. They
serve as the
developmental precursors of
oligodendrocytes.
Schwann cells: The PNS equivalent...
- no
particular organization.
Immature oligodendrocyte:
Sometimes referred to as
premyelinating oligodendrocytes,
these cells extend "pioneer processes"...
-
different types of
glial cells,
including astrocytes, microglia, and
oligodendrocytes. In its most
extreme form, the
proliferation ****ociated with gliosis...
-
relevant MOG dimer." Developmentally, MOG is
formed "very late on
oligodendrocytes and the
myelin sheath".[full
citation needed]
Interest in MOG has centered...
-
macroscopically on
brain tissue. The
white matter consists of
axons and
oligodendrocytes,
while the gray
matter consists of
neurons and
unmyelinated fibers...
