… 2j), consistent with an increased proportion of R cells in the final composition of clones
with … We show that (1) NSCs show reduced proliferative activity with age, causing reduced …

… structure by histone post-translational modifications (more particularly, histone acetylation)
and DNA methylation. In the nucleus of the cell, … of resveratrol stimulate cell proliferation, high …

… born cells in the dentate gyrus of the hippocampal formation. … decline in cellular proliferation
in this structure that occurs at … cellular proliferation and neurogenesis in the hippocampal …

… The granule cell (GC) layer is the information gateway to the HC and exhibits an age-dependent
decrease in activity that might impact directly on memory encoding. Input signals …

… their cytoplasmic structure, such as deramified/atrophic cells (solid … with the previously
reported age-dependent decline in … First, the effect of aging on the proliferation in hippocampus is …

… We confirmed that, as predicted, these cells were non-proliferative by injecting 12 month
old mice with ethynyldeoxyuridine (EdU) and analyzing SA-β-Gal and EdU 24 h later. No SA-β-…

… age-dependent epigenetic erosion. To probe for the involvement of aging, we generated
rejuvenated iPSC-derived neurons … neuronal changes as age-dependent cellular programs that …

… potential effects of hormonal fluctuations on BBB structure that … age-dependent alterations,
the present study showed regional differences between the prefrontal cortex and hippocampus…

… tissue organization, niche composition, and the regulatory … alteration in the proliferative
capacity of activated B1 cells … Encinas and colleagues 30 in the hippocampus. Using two different …

… In the postnatal development of rodents, an age-dependent increase in mRNA and protein
is evident [27,28]. In transgenic animals, GFAP participates in postnatal neurogenesis. In the …