<p>(A, B) Alexa-filled dentate granule cells were reconstructed in confocal image stacks using Neuronstudio software. 2D-projected image stacks (left) and the corresponding reconstructed skeletons (right) are shown for a granule cell without (A) and with a hBD (B). Scale bar: 50 µm. (C–E) No significant difference in total dendritic branch length (TDBL), number of segments per branch order or mean length per branch order was observed between granule cells with and without basal dendrites (n = 21 GCs without hBDs and n = 21 GCs with hBDs; in 12 cultures). (F, G) The Sholl-analysis of the two GC populations showed a comparable complexity of the dendritic trees (distance of circles/spheres in F, 25 µm).</p
<p>(A) Typical morphology of the pyramidal and granule cell at DIV 4. Cells were isolated from P0 hi...
Dendritic morphology has been shown to have a dramatic impact on neuronal function. However, populat...
<div><p>Dendritic morphology has been shown to have a dramatic impact on neuronal function. However,...
<p>(A) Overview of a mature entorhino-hippocampal slice culture (blue, TOPRO nuclear stain; EC, ento...
Hippocampal pyramidal cells and dentate granule cells develop morphologically distinct dendritic arb...
<p>(<b>A</b>) Spheres with a 12.54 µm diameter were distributed on a closed hexagonal grid in the vo...
<div><p>Hippocampal pyramidal cells and dentate granule cells develop morphologically distinct dendr...
Hippocampal pyramidal cells and dentate granule cells develop morphologically distinct dendritic arb...
<p>(A) Typical morphology of pyramidal cells, granule cells and interneurons. The cell type was char...
<p>(<b>A</b>) Visualization of the boundary surfaces of the dentate gyrus model structure (GCL and M...
<p>(A-B) Typical morphology of pyramidal and granule cells at DIV 7 (A) and DIV 16 (B) of cultures p...
<p>(A) 2D-projected confocal image stacks of individual dendritic segments of dentate granule cells ...
Dendritic morphology has been shown to have a dramatic impact on neuronal function. However, populat...
During postnatal development hippocampal dentate granule cells (GCs) often extend dendrites from the...
<p>Hilar basal dendrites (hBDs) contribute to ∼8–10% of the total dendritic branch length of hBD-GCs...
<p>(A) Typical morphology of the pyramidal and granule cell at DIV 4. Cells were isolated from P0 hi...
Dendritic morphology has been shown to have a dramatic impact on neuronal function. However, populat...
<div><p>Dendritic morphology has been shown to have a dramatic impact on neuronal function. However,...
<p>(A) Overview of a mature entorhino-hippocampal slice culture (blue, TOPRO nuclear stain; EC, ento...
Hippocampal pyramidal cells and dentate granule cells develop morphologically distinct dendritic arb...
<p>(<b>A</b>) Spheres with a 12.54 µm diameter were distributed on a closed hexagonal grid in the vo...
<div><p>Hippocampal pyramidal cells and dentate granule cells develop morphologically distinct dendr...
Hippocampal pyramidal cells and dentate granule cells develop morphologically distinct dendritic arb...
<p>(A) Typical morphology of pyramidal cells, granule cells and interneurons. The cell type was char...
<p>(<b>A</b>) Visualization of the boundary surfaces of the dentate gyrus model structure (GCL and M...
<p>(A-B) Typical morphology of pyramidal and granule cells at DIV 7 (A) and DIV 16 (B) of cultures p...
<p>(A) 2D-projected confocal image stacks of individual dendritic segments of dentate granule cells ...
Dendritic morphology has been shown to have a dramatic impact on neuronal function. However, populat...
During postnatal development hippocampal dentate granule cells (GCs) often extend dendrites from the...
<p>Hilar basal dendrites (hBDs) contribute to ∼8–10% of the total dendritic branch length of hBD-GCs...
<p>(A) Typical morphology of the pyramidal and granule cell at DIV 4. Cells were isolated from P0 hi...
Dendritic morphology has been shown to have a dramatic impact on neuronal function. However, populat...
<div><p>Dendritic morphology has been shown to have a dramatic impact on neuronal function. However,...