medial lemniscus

They decussate and participate in the formation of the medial lemniscus.

This tract is sometimes considered a cephalic division of the medial lemniscus.

Axons from the two sides form the thick medial lemniscus close to the midline.

The medial lemniscus rotates 90 degrees at the pons.

These fibers cross (decussate) from one side of the medulla to the other to form the medial lemniscus.

In anatomy, a part of the brain, such as the medial lemniscus or lateral lemniscus.

From the spinal cord to the medulla, which then leads to the medial lemniscus of the midbrain.

By mid-pons, the medial lemniscus has rotated.

The fibers are smaller than the internal arcuate fibers connected with the medial lemniscus.

The internal arcuate fibers decussate and continue ascending as the contralateral medial lemniscus.

At the medulla, the medial lemniscus is orientated perpendicular to the way the fibres travelled in the posterior columns.

(The facial sensations have similar pathways, and will travel in the spinothalamic tract and the medial lemniscus also).

A blockage (such as in a stroke) will injure the pyramidal tract, medial lemniscus, and the hypoglossal nucleus.

It corresponds to the caudal part of the ventral posterolateral nucleus, which receives input from the medial lemniscus.

The trigeminal lemniscus runs parallel to the medial lemniscus, which carries touch/position information from the rest of the body to the thalamus.

As conduction continues up the medial lemniscus to upper midbrain and into the thalamus, a scalp negative peak is detected, the N18.

Third-order fibers: fibers which relay the signal received from the medial lemniscus at the thalamus to the cerebral cortex.

When they reach the contralateral side, they become the medial lemniscus, which is the second part of the posterior column-medial lemniscus pathway.

There, the fibers decussate to form the medial lemniscus which carries the sensory information the rest of the way to the thalamus, the "gateway to the cortex".

The secondary neurons (that start in the nuclei) cross over to the other side of the medulla (as internal arcuate fibres) to form the medial lemniscus.

The VB gets inputs from the Spinothalamic tract, Medial lemniscus, and corticothalamic tract.

The VPL receives information from the neospinothalamic tract and the medial lemniscus of the posterior column-medial lemniscus pathway.

The ventral posterior nucleus receives neuronal input from the medial lemniscus, spinal lemniscus, spinothalamic tracts, and trigeminothalamic tract.

The name comes from the two structures that the sensation travels up: the posterior (or dorsal) columns of the spinal cord, and the medial lemniscus in the brainstem.

The medial lemniscus carries axons from most of the body and synapses in the ventral posterolateral nucleus of the thalamus, at the level of the mamillary bodies.