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Colocalization of neurotransmitters in the deep cerebellar nuclei
Journal of Neurocytology, 1993An abundance of glycine and glycine receptor immunoreactivities was found in all three parts of the deep cerebellar nuclei. Glycine immunoreactivity was restricted to small neurons throughout most of the deep cerebellar nuclei except for a few large positive neurons in the ventral part of the fastigial nuclei.
S, Chen, D E, Hillman
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The GABAergic neurones of the cerebellar nuclei in the rat: Projections to the cerebellar cortex
Neuroscience Letters, 1989The presence of gamma-aminobutyric acid (GABA) in the neurones of the cerebellar nucleocortical pathway is here reported. The pathway was identified by retrograde tracer and the GABA content was revealed immunohistochemically. It was found that most of the neurones giving rise to the reciprocal, non-reciprocal and symmetrical projections are indeed ...
C, Batini +3 more
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Patterns of commissural responses in the cerebellar nuclei
Experimental Neurology, 1966Abstract An electrophysiological study was undertaken to investigate commissural connections in the cerebellar nuclei and explore the interaction of nucleopetal impulses by which activation of cerebellar nuclear cells would be induced. Following stimulation of the medial cerebellar nucleus, commissural responses having average latencies of 0.5, 0.6 ...
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ON THE CEREBELLAR NUCLEI IN THE CAT
Acta Anatomica, 2008S, FLOOD, J, JANSEN
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Individual anatomical variations in cerebellar nuclei
Neuroscience and Behavioral Physiology, 1984In its form most frequently (64%) found the angular gyrus was &ll/~ shaped (Fig. 4). In 26% of cases the classical shape described in the textbooks was found(connection with the posterior end of the superior temporal gyrus -Fig. 5). The degree of prominence of the shapes of the angular gyrus varied considerably.
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Cerebellar control of eye movements: from cerebellar cortex to cerebellar nuclei
2018Arguably visual information is the most important source of sensory information for us human beings, allowing us to perceive the world. Almost a quarter of our brain is devoted to visual processing. To achieve a precise projection of objects of interest onto the retinal fovea, the region offering the highest spatial resolution and other advantages for ...
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