1
Irradiation of potential cancer stem-cell niche in the SVZ may influence survival.
2
Increasing mean dose to the ipsilateral SVZ was associated with significantly improved OAS.
3
The SVZ shows a different expression pattern of Cu-regulatory genes from the CP.
4
SVZ dose was not associated with outcome for any of the dose levels assessed.
5
Cultured neural precursor cells derived from the adult SVZ also expressed both trophinin and bystin.
6
We describe a transgenic system that allows for targeted labeling of ependymal cells within the V-SVZ.
7
These characteristics indicate that this subset of trophinin-positive cells in the SVZ is type C cells.
8
These findings provide insight into the molecular basis of adult neurogenesis in the SVZ and RMS.
9
We show here that the polarity kinase MARK2 maintains its expression in the postnatal SVZ-OB system.
10
In control rats, Cu levels were significantly higher in the SVZ than other brain regions examined.
11
A recent study reported that interneurons are constantly generating in the adult human striatum from the SVZ.
12
As neurogenesis progresses in the adult SVZ, cell fate restriction is essential to direct proper lineage commitment.
13
Tissues showed edema, decreased cell number, and disordered arrangement in the SVZ in the snake venom group.
14
The BMMC transplant stimulated a transitory increase in the proliferation of SVZ cells in the BCCL group.
15
In this article, the authors report on four main types of SVZ walls in the human brain.
16
Dose-volume parameters to the SVZ were extracted from treatment planning system and analyzed in relation to survival outcomes.