| Cell type | Cell type position in region | Hemisphere | Pattern of appearance in CBX | Qualitative density of Gly in CBX | Annotation | Reference | Collator | | Golgi neuron, big | everywhere | bilateral | uniform | exists | Glycine-like immunoreactivity (glycine-LI) was concentrated
in Golgi cell bodies and in circularly arranged
dots interpreted as Golgi cell terminals (Fig.
1A). | Ottersen O.P., Storm-Mathisen J. & Somogyi P., 1988 |
| Purkinje neuron | everywhere | bilateral | uniform | not present | No glycine-LI could be detected in the
Purkinje cells or in the subcortical white matter. | Ottersen O.P., Storm-Mathisen J. & Somogyi P., 1988 |
| basket neuron | molecular layer of cerebellar cortex | bilateral | uniform | not present | The molecular layer contains no glycine-LI positive structures except for a few fibrous processes (small arrows in A). The terminals of the basket (small arrowheads) and stellate cells and their respective cell bodies (large arrowheads) are glycine immunonegative... | Ottersen O.P., Storm-Mathisen J. & Somogyi P., 1988 |
| stellate neuron | molecular layer of cerebellar cortex | bilateral | uniform | not present | The molecular layer contains no glycine-LI positive structures except for a few fibrous processes (small arrows in A). The terminals of the basket (small arrowheads) and stellate cells and their respective cell bodies (large arrowheads) are glycine immunonegative... | Ottersen O.P., Storm-Mathisen J. & Somogyi P., 1988 |
| Golgi neuron, small | everywhere | bilateral | uniform | exists | Glycine-like immunoreactivity (glycine-LI) was concentrated
in Golgi cell bodies and in circularly arranged
dots interpreted as Golgi cell terminals (Fig.
1A). | Ottersen O.P., Storm-Mathisen J. & Somogyi P., 1988 |
| cerebellar granule cell | granule layer of cerebellum | bilateral | uniform | not present | The remaining cell profiles
in the granule cell layer showed labelling close to
background level, although the mossy fibre terminals
were slightly more intensely labelled than the granule cell dendrites. | Ottersen O.P., Storm-Mathisen J. & Somogyi P., 1988 |
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