Their cell bodies are packed into a thick layer at the bottom of the cerebellar cortex.

Each lobe has a central core with several nuclei surrounded by the cerebellar cortex.

Parallel fibers arise from granule cells in the cerebellar cortex.

The cerebellar cortex is divided into three layers.

These cells are the primary output neurons of the cerebellar cortex and cerebellum.

From Clarke's column, information continues rostrally until it reaches the cerebellar cortex.

The function of the cerebellar cortex is essentially to modulate information flowing through the deep nuclei.

These neurons are responsible for communication between the dentate nucleus and the cerebellar cortex.

The functional organization of the cerebellar cortex neuronal circuits.

In the cerebellar cortex there are a variety of inhibitory neurons (interneurons).

The only excitatory neurons present in the cerebellar cortex are granule cells.

Each layer in the cerebellar cortex contains the various cell types that comprise this circuitry.

Often also found in the cerebellar cortex of postmortem brain samples of rabies victims.

Purkinje cells of the cerebellar cortex tonically inhibit deep nuclear cells.

The cerebellar cortex projects to the deep cerebellar nuclei (the corticonuclear microcomplex).

The cerebellar cortex is more tightly wrinkled than the cerebral cortex, and its fissures lie in parallel lines.

As a chunk of tissue, the dentate nucleus with overlying cerebellar cortex makes up a functional unit called the cerebrocerebellum.

The highest expression being found in the cerebral cortex, the hippocampal formation, the cerebellar cortex, and the paraflocculus.

The three nuclei (dentate, interpositus, and fastigial) each communicate with different parts of the brain and cerebellar cortex.

The synaptic strength of almost every synapse in the cerebellar cortex has been shown to undergo synaptic plasticity.

Finally, large lesions of cerebellar cortex after learning do not abolish learned CRs (Lavond et al., 1987).

The granule cells, produced by the rhombic lip, are found in the granule cell layer of the cerebellar cortex.

Instead, the primary targets of Purkinje cells are a distinct type of cell distributed across the cerebellar cortex, a type not seen in mammals.

The deep cerebellar nuclei receive the final output from the cerebellar cortex via Purkinje cells in the form of inhibition.

The immune cells cross the blood-brain barrier, resulting in an autoimmune attack of Purkinje cells throughout the cerebellar cortex.