<p>Panels d, e, f show climbing fibers labeled by anti-vGlut2 (red) and Purkinje cells labeled by anti-calbindin (green) in wild type controls at P3, P5 and P7. Climbing fibers can be seen to extend to the limit of the developing molecular layer (ml) inferior to the external granule cell layer (egl). In age-matched mutant littermates (panels a,b,c) Purkinje cells (pcl) have an unusual appearance beginning at P5, multiple thin dendrites are seen with a prominent staining rounded soma (arrow). Scale bar indicates 25 microns.</p
<p>A: Representative electron micrographs of the molecular layer of wild-type and <i>ho15J</i> cereb...
The cerebellar molecular layer in adult rats has been studied with the electron microscope at severa...
Previous studies of Purkinje cell dendrites in lurcher mutually implies wild-type mouse chimeras (lu...
<p><b>A)</b> Kluver-Barrera's stain was performed on <i>ts3</i> and WT cerebella. Number and morphol...
Previous reports have described the transient expression of the neuropeptides calcitonin gene-relate...
<p>Calbindin-positive (green) Purkinje cells and nuclear stain (blue) of the cell-rich granule cell ...
<p>The calbindin staining (green) reveals the Purkinje cells and the arborisation of their major pro...
Organized synapse formation on to Purkinje cell (PC) dendrites by parallel fibers (PFs) and climbing...
<p>Sagittal sections through the medial cerebellum of adult wild type (A, D), <i>Apoer2</i> (B, E) o...
<p>Electron micrographs illustrating cerebellar ultrastructure (A, B). (A): Ultrastructure of the gr...
Elimination of redundant synapses and strengthening of the surviving ones are crucial steps in the d...
<p>(A–D) Confocal images of VGluT1-labeled parallel fibers terminals (red) on PCs stained for Calbin...
<p>The scheme in the uppermost part of the figure indicates in bold and italic the folia shown in th...
Ts65Dn mice are a genetic model for Down syndrome. Among others, these mice have cerebellar patholog...
<p>(A,B) Calbindin staining revealed ectopic and disorganized Purkinje cells in P9 KO mice. (C,D) A ...
<p>A: Representative electron micrographs of the molecular layer of wild-type and <i>ho15J</i> cereb...
The cerebellar molecular layer in adult rats has been studied with the electron microscope at severa...
Previous studies of Purkinje cell dendrites in lurcher mutually implies wild-type mouse chimeras (lu...
<p><b>A)</b> Kluver-Barrera's stain was performed on <i>ts3</i> and WT cerebella. Number and morphol...
Previous reports have described the transient expression of the neuropeptides calcitonin gene-relate...
<p>Calbindin-positive (green) Purkinje cells and nuclear stain (blue) of the cell-rich granule cell ...
<p>The calbindin staining (green) reveals the Purkinje cells and the arborisation of their major pro...
Organized synapse formation on to Purkinje cell (PC) dendrites by parallel fibers (PFs) and climbing...
<p>Sagittal sections through the medial cerebellum of adult wild type (A, D), <i>Apoer2</i> (B, E) o...
<p>Electron micrographs illustrating cerebellar ultrastructure (A, B). (A): Ultrastructure of the gr...
Elimination of redundant synapses and strengthening of the surviving ones are crucial steps in the d...
<p>(A–D) Confocal images of VGluT1-labeled parallel fibers terminals (red) on PCs stained for Calbin...
<p>The scheme in the uppermost part of the figure indicates in bold and italic the folia shown in th...
Ts65Dn mice are a genetic model for Down syndrome. Among others, these mice have cerebellar patholog...
<p>(A,B) Calbindin staining revealed ectopic and disorganized Purkinje cells in P9 KO mice. (C,D) A ...
<p>A: Representative electron micrographs of the molecular layer of wild-type and <i>ho15J</i> cereb...
The cerebellar molecular layer in adult rats has been studied with the electron microscope at severa...
Previous studies of Purkinje cell dendrites in lurcher mutually implies wild-type mouse chimeras (lu...