Can cerebellitis cause unsteady walking?

Cerebellitis may cause walking instability, which is also more common, and must be hospitalized**, which is likely to be caused by high fever.

1. Viral encephalitis (referred to as diseased brain) is a group of central nervous system infectious diseases caused by various viruses, with mental and consciousness disorders as prominent manifestations. 2. History of upper respiratory tract and gastrointestinal infection, contact with animals or insect bites more than 1 to 3 weeks before illness. 3. The disease varies from mild to severe, mild cases can be relieved by themselves, and critical cases can lead to sequelae or death.

2. Nursing methods for high fever 1. Rising body temperature: pay attention to keeping warm when shivering. 2. Fever persistent stage:

Take care to hydrate when applying antipyretics. 3. Antipyretic stage: change sweaty clothes in time to prevent cold.

4. Pay attention to oral cleanliness and cleanliness, and eat a light and easy-to-digest diet, such as lean porridge, noodles, green vegetable soup, etc. 3. Carry out limb function exercises as soon as possible, as soon as possible** 1. Let the paralyzed limbs of the child be in a functional position. 2. For sober children, it is necessary to be more concerned and considerate of the children, and enhance their self-care ability and confidence.

3. Communicate with the child frequently to promote the recovery of language function. 4. Massage the child's limb muscles and do telescopic exercises as soon as possible. 5. Encourage and assist children in the convalescent period to carry out active limb function exercises.

6. When moving, we should take it step by step, pay attention to safety, and prevent injuries.

The cerebellum controls the body's balance, and inflammation of the cerebellum may cause unsteadiness in walking. Look

Unsteady walking can be a problem with the cerebellum.

Part of the brain. It is located in the posterior inferior part of the brain, within the posterior fossa, in the medulla oblongata, and on the dorsal surface of the pons. It can be divided into the vermiform in the middle and the enlarged cerebellar hemispheres on both sides.

The surface of the cerebellum has many superficial sulcus that are roughly parallel to each other, and between the sulcus is a leaf. The gray matter on the surface is the cerebellar cortex, and the deep part is white matter, also known as the medulla. There are several pairs of nucleus groups in the white matter, called ** nucleus.

The cerebellum is an important regulatory center for motor and has a large number of afferent and efferent connections. The cerebral cortex transmits movement information to muscles and information from muscles and joints during exercise. The cerebellum often integrates these two incoming nerve impulses and coordinates voluntary movements by adjusting and correcting the movements of the various muscles involved through efferent fibers.

In addition, the cerebellum also plays an important role in maintaining the body's balance. It receives information from the vestibular organs, and through outgoing contacts, changes the tension of the muscles in different parts of the body, so that the muscles maintain postural balance when accelerating or rotating under the action of gravity.

Exterior morphology. The middle stenosis is called the cerebellar vermis (vermis), the enlarged part on both sides is called the cerebellar hemisphere, and the cerebellar hemisphere protrusions on both sides of the cerebellum below the cerebellum are called tonsil of cerebellum.

Internal structure. 1. Cortex.

2. Medulla (medulla): parietal nucleus, intermediate nucleus (tethered nucleus, spherical nucleus), dentate nucleus.

Lobulation 1, according to morphological structure and evolution, can be divided into: pom-pom small lobe flocculonodular lobe (protocerebellum or paleocerebellum), anterior lobe (old cerebellum), posterior lobe (new cerebellum).

2. According to the function, it can be divided into: vestibular cerebellum (protocerebellum or paleocerebellum), spinocerebellum (old cerebellum), cerebellum (neocerebellum).

Fiber connection and function.

1. Vestibular cerebellum: adjust muscle tension and maintain body balance. (The lesion causes a balance disorder).

2. Spinocerebellum: controls muscle tension and coordination. (lesions cause ataxia).

3. Cerebellum: Affects the initiation, planning, and coordination of movements, including determining the strength, direction, and range of movements.

I hope I can help you with your doubts.

If you walk unsteadily, your feet or legs may be uncomfortable. If it's particularly obvious, then you may need to go to the hospital for a check-up.

Yes. The center of balance is in the cerebellum. The center of balance is in the cerebellum.

Hello, there may be such a factor, but there may also be something else. For example, Luo lap legs. Or what a disease of the legs. You can't generalize from one side to the other, and if you have a problem, you should check it carefully!

Often dizzy, sometimes walking unsteadily, in fact, it's not a brain problem!