olivary

Sound elevation cues are not processed in the olivary complex.

The superior olivary nucleus plays a number of roles in hearing.

Pathways from the two ears thus converge on the olivary body at each side (Figure 6).

It is caused by a large mass of gray matter known as the inferior olivary nucleus.

The descending axons will project to the inferior olivary nucleus.

Here, the tones do not interfere physically, but are summed by the brain in the olivary nucleus.

From there, through the cochlear nerve, axons reach the superior olivary complex of both sides.

The superior olivary nucleus is situated on the dorsal surface of the trapezoid body.

Most nerve fibers pass directly from the superior olivary nuclei to the inferior colliculus.

The inferior olivary nucleus, which relays to the cerebellum.

Evidence for low-threshold calcium current was first described in neurons of the inferior olivary nucleus (1981).

The olivary body, part of the brain (brainstem)

Olivocerebellar fibers are neurons that have their cell bodies in the inferior olivary nucleus.

The primary olivary nucleus (PO) which consist of the major laminar structure.

Purkinje cells also receive input from the inferior olivary nucleus via climbing fibers.

Removal of one cerebellar hemisphere is followed by atrophy of the opposite olivary nucleus.

They contain the olivary nuclei.

A group of nuclei in pons make up the superior olivary complex (SOC).

The fibers leaving the inferior olivary nucleus at the hilum may be referred to as the "peduncle" of the olive.

These cells, inferior olivary neurons, send long fibers up to the cerebellum, where they make dense connections, thus amplifying their signals.

This is a non-specific indirect ascending pathway and is connected to olivary nuclei in the brain.

The region between the anterolateral and posterolateral sulcus in the upper part of the medulla is marked by a swelling known as the Olivary body.

Many collaterals from the reticular formation and from the pyramids enter the inferior olivary nucleus.

In vertebrates, inter-aural time differences are known to be calculated in the superior olivary nucleus of the brainstem.

Additionally, ethanol is able to reduce caspase-3 induced apoptosis though not without an increased loss of neurons in the cerebellum and olivary nucleus.