Nucleus Vestibular Superior

Nucleus Vestibular Superior: functions and role in the body

The Superior Vestibular Nucleus is an important component of the vestibular system in humans and animals. It is located close to the cerebellum in the brain stem and is responsible for processing information about head position and orientation in space. The nucleus vestibule superior consists of two parts: lateral and medial.

The lateral part of the nucleus of the vestibular superior receives information from the semicircular canals of the inner ear, which are responsible for orientation in space and maintaining balance. The medial part of the nucleus receives information from static receptors in the inner ear, which are responsible for recognizing the position of the head.

The nucleus vestibule superior plays an important role in maintaining balance, coordinating head and eye movements, as well as maintaining body posture in space. It is also involved in the reflex regulation of muscle tone, which allows the body to maintain stability in space.

In addition, the nucleus vestibule superior plays an important role in processing information about head and eye movements. It sends signals to the motor nuclei, which control the eye muscles and allow the body to maintain gaze on objects while moving the head and body.

It is important to note that the nucleus vestibule superior can be damaged in various diseases such as strokes, tumors and brain injuries. This can lead to impaired coordination of movements, deterioration of balance and other problems associated with orientation in space.

Thus, the nucleus vestibular superior is an important component of the vestibular system of the body, ensuring the maintenance of balance, coordination of movements and orientation in space. Damage to it can lead to serious problems with the body, so it is important to seek medical help if you suspect problems with this nucleus.

Nucleus vestibular inferior (Neri nucleus)

**Nucleus ankylosing spondylitis maxillary, non-rough**, or another name - the non-rough vestibule of the cerebellum or Darvey's Cellular Nucleus, is the **nucleus** of the reticular formation of the midbrain. Part of the efferent nuclei of the reticular system. The neurons of this nucleus give rise to axons running through the dorsal tract of the spinal medulla oblongata and posterior hypothalamus, entering the pons, medulla oblongata, midbrain, thalamus optic and the red border of the bottom of the third ventricle. Thus, during the further path, the axon overcomes the midbrain, posterior midbrain and anterior hypothalamus, passing through the reticular cells near the head of the optic radiolateral reticular formation in the rostrocaudal direction, crosses the large caudal pair, then