olfactory tubercle

The olfactory tubercle has been shown to play a large role in behavior.

The olfactory tubercle has also been shown to be especially involved in reward and addictive behaviors.

In fact they will administer cocaine into the olfactory tubercle at about 200 times per hour and even till death.

Migrating cells from several developmental sites come together to form the olfactory tubercle.

Thus, the olfactory tubercle may play a role in the perception of odors when a visual source is identified.

It consists of the nucleus accumbens and the olfactory tubercle.

The emergence of the three main layers of the olfactory tubercle begins almost simultaneously.

Thus damage to the olfactory tubercle is likely to affect the functionality of all these area of the brain.

This possibility has been supported by work from where olfactory tubercle displayed olfactory-auditory convergence.

Olfaction and sound information has been shown to converge in the olfactory tubercles of rodents.

With regards to functional anatomy, the olfactory tubercle can be considered to be a part of three larger networks.

Because of its connections to regions like the amygdala and hippocampus, the olfactory tubercle may play a role in behavior.

Work from suggest that the olfactory tubercle may be crucial in sorting out the sources of olfactory information.

The olfactory tubercle also contains three classes of small cell found mostly in layers I and II.

Fibers from the lateral olfactory tract begin branching into the olfactory tubercle around E17.

The large mesolimbic pathway projects primarily to the NAC and the olfactory tubercle.

The olfactory tubercle was first described by Albert von Kölliker in 1896 who studied them in rats.

The olfactory tubercle is generally located at the basal forebrain of the animal within the medial temporal lobe.

The olfactory tubercle plays a functional role in the integration of olfactory information with extra modal senses.

Functional contributions of the olfactory tubercle to olfaction are currently unclear; however there is evidence of a perceptual role that it may play.

He was examining the thick portions of the cell layer of the olfactory tubercle rather than the granule cells that bear his name today.

The olfactory tubercle differs in location and relative size between humans, non-human primates, rodents, birds and other animals.

These stereotyped inhibitions may have been caused by the removal of central neuronal processes other than the dopaminergic cells in the olfactory tubercle.

Cocaine has demonstrated a conditioned place preference with intracranial injections into the nucleus accumbens shell and olfactory tubercle.

The olfactory tubercle has been shown to be primarily concerned with the reception of sensory impulses from olfactory receptors .