Assertion: telencephalon's cell | /r/HasProperty | retained in the vz
Facets:
value: after overnight
type: TEMPORAL
Source sentences:
text: The image in (B) shows that very few BrdU+ cells are retained in the VZ by 2 weeks after overnight BrdU labeling, but those that do remain and express GFAP may represent new radial glia-like cells.
text: The relatively small densities (versus F) of BrdU/GFAP+ cells retained in the VZ are resilient across weeks 2 to 4 after BrdU labeling.
text: Figure 5D shows that the density of BrdU+ cells retained in the VZ is resilient, because although the densities are relatively small, they did not change across weeks 2 to 4 after labeling (F(2,10) = 1.31; P = 0.31).
text: In contrast to the BrdU/GFAP+ cells retained in the VZ, BrdU+ neurons (DCX and/or NeuN+) that had migrated into the parenchyma appeared to either be vulnerable to cell death or continue to migrate because their densities decreased across weeks 2 to 4 (F(2,10) = 14.66; P = 0.001).
text: The image in (B) shows that very few BrdU+ cells are retained in the VZ by 2 weeks after overnight BrdU labeling, but those that do remain and express GFAP may represent new radial glia-like cells.
text: The relatively small densities (versus F) of BrdU/GFAP+ cells retained in the VZ are resilient across weeks 2 to 4 after BrdU labeling.
text: Figure 5D shows that the density of BrdU+ cells retained in the VZ is resilient, because although the densities are relatively small, they did not change across weeks 2 to 4 after labeling (F(2,10) = 1.31; P = 0.31).
text: In contrast to the BrdU/GFAP+ cells retained in the VZ, BrdU+ neurons (DCX and/or NeuN+) that had migrated into the parenchyma appeared to either be vulnerable to cell death or continue to migrate because their densities decreased across weeks 2 to 4 (F(2,10) = 14.66; P = 0.001).