mammillary

The mammillary bodies are an important part of the Papez circuit.

In chronic cases can present the atrophy of the mammillary bodies.

In spite of this the exact function of the mammillary bodies is still not clear.

Neuroanatomists have often categorized the mammillary bodies as part of the hypothalamus.

The crystal habit is as platy and mammillary encrustations on its matrix.

A very important large output goes to the lateral septal area and to the mammillary body of the hypothalamus.

Mammillary model: Consists of a central compartment with peripheral compartments connecting to it.

Your cortex, thalamus, mammillary bodies, and fornix bundle are all normal.

At the anterior part of the fornix, part of them go down to the mammillary body.

They were irregularly shaped but usually had a mammillary surface (several convex surfaces smoothly rounded).

The apex is mammillary.

Mammillary body: locates at the ends of the anterior arches of the fornix.

It forms botryoidal to mammillary clay-like masses.

Amnesia can be a result of disconnection of the mammillary bodies from the Papez circuit.

Mammillary body - Mammillary bodies are important for recollective memory.

Korsakoff's syndrome stems from damage to the mammillary body, the mammillothalamic fasciculus or the thalamus.

This circuit, from amygdalae to mammillary bodies, and then on to the thalamus, is part of the larger Papez circuit.

Mammillary bodies, and their projections to the anterior thalamus via the mammillothalamic tract, are important for recollective memory.

Symptoms include impaired memory, also called anterograde amnesia, suggesting that the mammillary bodies may be important for memory.

If there is damage, such as loss of neurons and/or myelination, to the mammillary bodies, the Papez circuit can be severely affected.

Fornix The fornix is the main output pathway from the hippocampus to the mammillary bodies.

Zaratite crystallizes in the isometric crystal system as massive to mammillary encrustations and vein fillings.

Injuries to the thalamus level medial dorsal nucleus and mammillary bodies are among the causes of the phase amnesia.

The tuber cinereum is a hollow eminence of gray matter situated between the mammillary bodies and the optic chiasm.

Damage to the mammillary bodies due to thiamine deficiency is implied in pathogenesis of Wernicke-Korsakoff syndrome.