| Cell type | Cell type position in region | Hemisphere | Pattern of appearance in PYR | Qualitative density of UCN in PYR | Qualitative intensity per labeled cell | Annotation | Reference | Collator | | Purkinje neuron | not known | bilateral | uniform | moderate/strong | light | Labelling appeared to be constant mediolaterally, from vermis to hemispheres. However, a distinct staining gradient was noted in the sagittal plane (Fig. 1). The posterior lobules (especially lobules IX and X), the flocculus, and the paraflocculus exhibited the most abundant labelling, closely followed by lobules VII, VIII and then lobule VI. Labelled profiles were evident in all layers of the cerebellar cortex, predominantly in the molecular and Purkinje cell layers. Some Purkinje cells contained sparse reaction product in their perikarya, associated with small vesicles in the region of the Golgi apparatus. | Swinny J.D., Kalicharan D., Gramsbergen A. & Van der Want J.J.L., 2002 |
| stellate neuron | molecular layer of cerebellar cortex | bilateral | uniform | moderate/strong | not assigned | Labelling
appeared to be constant mediolaterally, from vermis
to hemispheres. However, a distinct staining gradient
was noted in the sagittal plane (Fig. 1). The posterior
lobules (especially lobules IX and X), the flocculus, and
the paraflocculus exhibited the most abundant labelling,
closely followed by lobules VII, VIII and then lobule VI. Labelled profiles were evident in all layers of the cerebellar
cortex, predominantly in the molecular and
Purkinje cell layers. In
the upper molecular layer, terminals of stellate cells synapsing
directly on Purkinje cell dendritic shafts also contained
UCN-ir( Fig. 5). | Swinny J.D., Kalicharan D., Gramsbergen A. & Van der Want J.J.L., 2002 |
|
