Supramammillary nucleus: Difference between revisions

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'''Supramammillary nucleus''' is a part of the [[hypothalamus]] in the [[brain]]. It is located in the posterior hypothalamus, near the [[mammillary bodies]]. The supramammillary nucleus is involved in the regulation of the [[sleep-wake cycle]], [[memory]], and [[learning]].


== Anatomy ==
{{Infobox brain
| Name            = Supramammillary nucleus
| Latin          = nucleus supramammillaris
| Image          = <!-- Image file name -->
| Caption        = <!-- Image caption -->
| IsPartOf        = [[Hypothalamus]]
| Artery          = [[Posterior cerebral artery]]
| Vein            = [[Cerebral veins]]
| System          = [[Limbic system]]
}}


The supramammillary nucleus is a small, elongated structure located in the posterior hypothalamus. It is situated near the mammillary bodies, which are two small round bodies located on the undersurface of the brain. The supramammillary nucleus is composed of two main parts: the lateral and the medial parts. The lateral part is larger and more elongated, while the medial part is smaller and rounder.
The '''supramammillary nucleus''' is a small region located in the [[hypothalamus]] of the [[brain]]. It is situated above the [[mammillary bodies]] and plays a crucial role in various [[neurophysiological]] processes.


[[File:Supramammillary nucleus location.png|thumb|right|Location of the supramammillary nucleus in the brain]]
==Structure==
The supramammillary nucleus is part of the [[limbic system]], which is involved in [[emotion]], [[behavior]], and [[memory]]. It is located dorsally to the [[mammillary bodies]] and is connected to several other brain regions, including the [[hippocampus]] and the [[thalamus]].


== Function ==
==Function==
The supramammillary nucleus is involved in the regulation of [[arousal]], [[sleep-wake cycle]], and [[motivation]]. It has been shown to influence [[theta rhythm]] in the [[hippocampus]], which is important for [[learning]] and [[memory]] processes.


The supramammillary nucleus plays a crucial role in several important functions of the brain. It is involved in the regulation of the sleep-wake cycle, memory, and learning. It is also thought to play a role in the regulation of [[mood]] and [[emotion]].
==Connections==
The supramammillary nucleus has extensive connections with other parts of the brain. It projects to the [[hippocampus]], [[septal area]], and [[ventral tegmental area]]. These connections suggest its involvement in [[reward]] and [[motivational]] pathways.


The supramammillary nucleus sends projections to several other areas of the brain, including the [[hippocampus]], the [[septum]], and the [[reticular formation]]. These connections allow the supramammillary nucleus to influence a wide range of brain functions.
==Clinical significance==
Dysfunction of the supramammillary nucleus may be associated with [[sleep disorders]], [[mood disorders]], and [[cognitive impairments]]. Research is ongoing to better understand its role in these conditions.


== Clinical significance ==
==Research==
 
Studies have shown that the supramammillary nucleus is involved in the modulation of [[dopaminergic]] activity, which is crucial for [[reward processing]] and [[addiction]]. Further research is needed to explore its potential as a target for therapeutic interventions.
Abnormalities in the supramammillary nucleus have been associated with several neurological and psychiatric disorders, including [[Alzheimer's disease]], [[Parkinson's disease]], and [[depression]]. However, the exact role of the supramammillary nucleus in these disorders is still not fully understood.
 
== Research ==
 
Research on the supramammillary nucleus is ongoing, with scientists seeking to better understand its structure, function, and role in disease. This research could potentially lead to new treatments for a variety of neurological and psychiatric disorders.
 
== See also ==


==See also==
* [[Hypothalamus]]
* [[Hypothalamus]]
* [[Limbic system]]
* [[Mammillary bodies]]
* [[Mammillary bodies]]
* [[Sleep-wake cycle]]
* [[Theta rhythm]]
* [[Memory]]
* [[Learning]]


== References ==
==References==
<references/>


<references />
==External links==
* [Link to relevant external resource]


{{Neuroanatomy}}
[[Category:Hypothalamus]]
[[Category:Limbic system]]
[[Category:Neuroanatomy]]
[[Category:Neuroanatomy]]
[[Category:Hypothalamus]]
[[Category:Brain]]
{{anatomy-stub}}

Latest revision as of 21:53, 29 December 2024


General Information
Latin nucleus supramammillaris
Greek
TA98
TA2
FMA
Details
System Limbic system
Artery Posterior cerebral artery
Vein Cerebral veins
Nerve
Lymphatic drainage
Precursor
Function
Identifiers
Clinical significance
Notes



The supramammillary nucleus is a small region located in the hypothalamus of the brain. It is situated above the mammillary bodies and plays a crucial role in various neurophysiological processes.

Structure[edit]

The supramammillary nucleus is part of the limbic system, which is involved in emotion, behavior, and memory. It is located dorsally to the mammillary bodies and is connected to several other brain regions, including the hippocampus and the thalamus.

Function[edit]

The supramammillary nucleus is involved in the regulation of arousal, sleep-wake cycle, and motivation. It has been shown to influence theta rhythm in the hippocampus, which is important for learning and memory processes.

Connections[edit]

The supramammillary nucleus has extensive connections with other parts of the brain. It projects to the hippocampus, septal area, and ventral tegmental area. These connections suggest its involvement in reward and motivational pathways.

Clinical significance[edit]

Dysfunction of the supramammillary nucleus may be associated with sleep disorders, mood disorders, and cognitive impairments. Research is ongoing to better understand its role in these conditions.

Research[edit]

Studies have shown that the supramammillary nucleus is involved in the modulation of dopaminergic activity, which is crucial for reward processing and addiction. Further research is needed to explore its potential as a target for therapeutic interventions.

See also[edit]

References[edit]

<references/>

External links[edit]

  • [Link to relevant external resource]