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. Author manuscript; available in PMC: 2017 May 26.
Published in final edited form as: Neuroscience. 2015 Nov 3;323:20–28. doi: 10.1016/j.neuroscience.2015.10.053

Table 1.

Anatomical, antigenic, and neurophysiological properties of V-SVZ cells.

Type Subtype Morphology Location Markers Glutamate related
marker
GABA
related
marker
V-SVZ
astrocytes
Type B1 Overall
Type B1
fusiform Attached to the ventricle
and blood vessels
Cell body in V-SVZ
GFAP +
CD133 +/−
Nestin +/−
C×43 ; C×30
hgfap-GFP
BLBP +/−
GLAST
GLT-1
VGlut1
Glutamate
mGluR1-5
GAT4
GABAAR
quiescent " " GFAP +;
CD133 +/−
? ?
activated " " GFAP +; Nestin +
EGFR +;
CD133 +
hgfap-GFP
BLBP
? ?
Type B2 Intermediate fusiform
/stellate
Periphery of the V-SVZ,
not in contact with the
ependymal layer
GFAP +; BLBP +
Nestin +;
C×43 +; Cx30?
hgfap-GFP
GLAST; GLT-1
VGlut1 ?
Glutamate
mGluR1-5 ?
GAT4 GABAAR
Other astrocytes Stellate no specific location hgfap-GFP +/−
S100B +; GFAP? C×43 ? ; C×30?
? ?
Type C Larger, more spherical
than type B
Core SVZ Mash1 +; EGFR +
Lex +; Dl×2 +
BLBP+/−
? ?
Type A bipolar elongated Core SVZ DCX +; Tuj 1 +
PSA-NCAM +
NMDA-R
Kainate-R
AMPA-R
mGluR
GAT1
VGAT
GABAAR
GABA
Ependymal cells cubic border of the ventricle S100B +; CD24 +
Nestin +; C×43+
CD133 (cilia) +
- -

+/− indicates that the marker is not expressed in all the population