Blackmore, M. & Letourneau, P. C., Changes within maturing neurons limit axonal regeneration in the developing spinal cord.
The maturing neurons were abundantly developed in the subcortical regions, but were depleted from the schizophrenia cortex.
How expression of effector genes is maintained following downregulation of programming TFs in maturing neurons remains unknown.
(A ) Expression of PTBP2 in maturing neurons of E15.5 brain.
Glial proliferation continued after a month differentiation, likely providing enhanced trophic supports for maturing neurons.
In humans, mature neurons do not divide and therefore cannot regenerate, which makes restoring vision especially difficult.
Here we describe a novel hESC differentiation method to produce enriched populations of PNS mature neurons.
This expression pattern suggests STIM1 functions in both developing and mature neurons.
Red indicates upregulation and green indicates downregulation in R15 mature neurons relative to R15 old neurons.
Do mature neurons revert to a phenotype similar to immature neurons during neurodegeneration?
These data indicate that mature neurons develop a senescence-like phenotype with aging.
