How cerebellar atrophy is formed and how cerebellar atrophy is formed

The cerebellum is atrophied because the weather is too cold. Thermal expansion and cold contraction.

The cause of brain atrophy is not well understood. Cerebral atrophy refers to a type of neuropsychiatric disease that causes organic lesions in the brain tissue itself due to various reasons. Brain atrophy is more harmful to human health, and brain atrophy often causes patients to have memory loss, dizziness, headache, and slow reaction.

Only by understanding the location of brain atrophy in time can we take good measures to prevent brain atrophy. Many patients will ask the question of how brain atrophy is formed under normal circumstances, and the following will give you a detailed analysis of this problem, please read the following carefully: 1. The common factors that form brain atrophy are psychological factors.

Many old people used to be the pillars of the country, and the old revolutionaries who worked hard and made great achievements have been in the leadership positions all their lives, but the years are not up to others, and once they retire, they will inevitably feel a little uncomfortable. In the other way, he was the head of the family, and he was in charge of the family for decades, so he suddenly lost the right to dominate, and it was difficult for him to change his thinking, and he was inhibited in his heart, and the development of deformed thoughts and other factors accelerated the aging of brain nerve cells, and his thinking was stubborn and "old-fashioned". It can be seen that psychological factors are extremely easy to cause cerebral atrophy.

2. Pathological factors. People are old, the body and various parts are relatively old, they have worked hard all their lives, overwork, overwork, overwork, are a common phenomenon, many people inevitably suffer from different degrees of arteriosclerosis, cerebral embolism, cerebral hemorrhage, diabetes, hypertension and other chronic diseases, a large number of clinical case studies show that these diseases are the culprits of cerebral atrophy and dementia, and these chronic diseases can not be cured for a long time, and they are getting worse day by day. Some elderly people are stubborn, as long as they can walk, they think that they are not sick, refuse to persuade and **, and the condition further develops and deteriorates.

Eventually, it leads to degeneration of cerebral arteries, ischemia, hypoxia, degeneration and necrosis of brain nerve cells, resulting in cerebral atrophy and dementia. This is one of the factors that trigger brain atrophy. 3. In addition to the above two factors, the last factor that forms brain atrophy is physiological factors.

With the increase of age, the physiological functions of various parts of the human body gradually degenerate, especially the atherosclerosis of the cardiovascular and cerebrovascular (large and small arteries), and the microcirculation is blocked, resulting in insufficient blood supply and oxygen supply to the brain, degeneration, necrosis, and reduced function of brain nerve cells. This is followed by memory loss, insomnia, irritability, lack of energy, apathy, unresponsiveness, and stubbornness, commonly known as "old stubbornness." When the functions of the human body are aged, then it is easy to be entangled in diseases.

Advice: How is cerebellar atrophy formed? Through the above introduction of brain atrophy, I believe you have a closer understanding of this problem, and maintaining a good attitude on weekdays can also effectively prevent the disease.

Warm reminder, in life to grasp the brain atrophy of the **, timely prevention and preparation, do a good job of preventive measures, you can avoid the harm of the disease to the family, patients must go to the regular hospital in time to accept**.

There are many causes of cerebellar atrophy, and almost all factors that are harmful to brain cells can cause cerebellar atrophy, as follows:

Clause. 1. Hereditary factors, hereditary cerebellar dysfunction, due to gene mutations caused by spontaneous apoptosis of the cerebellum to a certain age, and cerebellar atrophy can occur after the reduction of brain cells.

Clause. 2. Cerebrovascular disease, after cerebrovascular disease, cerebellar atrophy can occur because of chronic cerebellar ischemia, brain cells decrease, and brain cells atrophy.

Clause. 3. Cerebellia, chronic cerebellitis can cause chronic and diffuse cerebellar lesions, and can also cause cerebellar atrophy over time.

Clause. Fourth, all kinds of poisoning, such as chemical poisoning, heavy metal poisoning and long-term drinking, etc., will cause cerebellar atrophy.

Clause. 5. Unexplained cerebellar atrophy, this kind of cerebellar atrophy is the most common in cryptogenic brain atrophy, at least 1 3 cerebellar atrophy can not detect any **, and there is no genetic background, indicating that there are some unknown reasons for cerebellar atrophy, and further research is needed.

Cerebellar atrophy may be caused by hereditary or degenerative diseases, or it may be caused by certain acute processes, such as late acute cerebellitis and drug poisoning. Among hereditary diseases, cerebellar degeneration, Friedreich ataxia, dentate erythrocy, globus pallidus, atrophy of the Lewy body can be caused. In degenerative diseases, cerebellar atrophy can occur in the cerebral form of multiple system atrophy.

Ischemic and hypoxic diseases, such as acute cerebral infarction, cerebral hemorrhage, and carbon monoxide poisoning, can also cause cerebellar atrophy. In addition, drug poisoning, such as phenytoin poisoning, can cause cerebellar atrophy. Inflammatory diseases, such as the sequelae of acute cerebellia, can lead to cerebellar atrophy.

In addition, alcoholic cerebellar degeneration can lead to cerebellar atrophy, and neuroparaneoplastic syndromes can also cause cerebellar atrophy. Factors such as high blood pressure, hyperlipidemia, diabetes, coronary heart disease, and alcohol may induce cerebellar atrophy.

Hello, there are many reasons for the formation of cerebellar atrophy, and the formation mechanism is different for different reasons. The most common causes of cerebellar atrophy are:

First, there are some neurodegenerative diseases. For example, olive pontonerebellar atrophy in multiple system atrophy is a neurodegenerative disease. It may be related to some oxidative emergencies, aggregation of abnormal proteins, or mitochondrial dysfunction, etc., resulting in the death of cerebellar neurons, which also leads to cerebellar atrophy.

Patients may present with some clinical manifestations of cerebellar ataxia.

Second, cerebellar atrophy may also be caused by some cerebellar thrombosis. This condition is mainly due to the insufficient blood supply to the cerebellum caused by some atherosclerosis, and the ischemia and hypoxia of cerebellar cells occur, which leads to necrosis and the formation of cerebellar atrophy. In addition, some poisonings can also cause cerebellar neurons to die, causing cerebellar atrophy, such as alcoholism.

Cerebellar atrophy is mainly caused by genetic factors, traumatic brain injury or certain diseases, such as hypertension, hyperlipidemia, cerebral thrombosis, cerebral hemorrhage, long-term malnutrition and tumors. It is recommended that if there are clinical symptoms of cerebellar atrophy, you must seek medical attention as soon as possible, and remove the first step as soon as possible, which is of great help to delay the progression of cerebellar atrophy.

The main causes of cerebellar atrophy are: 1. Chronic poisoning, such as long-term alcohol consumption caused by alcoholism, or drug poisoning caused by long-term oral antiepileptic drugs, may cause cerebellar atrophy; 2. Neurodegenerative diseases such as MSA can also cause cerebellar atrophy. In addition, long-term chronic ischemia, hypoxia, and inflammation of the brain may cause cerebellar atrophy.

Caused by the deficit of medium coke.

It is a symptom of heart disease.

Clinically, cerebellar atrophy can occur for many reasons.

First, degeneration. With the growth of human age, the human body will have different degrees of degeneration, cerebellar lesions will also appear, many people in the head CT or MRI examination, will indicate cerebellar atrophy, and the vast majority of mild cerebellar atrophy patients will be accompanied by obvious symptoms, more severe patients will have ataxia, voluntary movement disorder, etc.

Second, organic lesions. If the patient has been accompanied by cerebral hemorrhage, cerebral infarction, cerebellar tumor, cerebellar infection, etc., the cerebellar function will be impaired, which may cause cerebellar atrophy.

Cerebellar atrophy is a kind of genetic or degenerative disease of the nervous system, and its causes mainly include hereditary, chronic degenerative, chronic alcoholism, inflammation, drug intoxication, etc.

Cerebellar ataxia is one of the more common diseases. The occurrence of the disease has brought a lot of impact to the patient. It can even make the patient lose the ability to take care of himself.

Changes in muscle tone can change from decreased lesion to spasticity, and the ataxic gait can change to spastic ataxia. Unsteady standing, leaning forward or swaying from side to side, more prominent when standing on tiptoe or heel, and easy to fall are often the most common symptoms in the early stage of the patient.

Name: Mr. Guan.

Age: 43 years old.

Course of disease: suffered from cerebellar ataxia for 4 years, main symptoms: dizziness, blurred vision, slurred speech, inaccurate hand grasping, small strength, unsteady legs, shaky walking, diarrhea, cold thighs and calves, poor sleep, dreaming, easy to wake up, sweating at night, hot hands and feet at night, constipation, burning sensation in urine, heart discomfort, palpitation, occasional tinnitus.

Often dry cough, insufficient gas, choking cough when drinking water, heavy salt taste like to drink water, heavy menstrual flow and blackness, easy temper tantrum, tongue with tooth marks, tongue coating cracks.

Previously**: After taking clonazepam, butylphthalide, methylcobalamin and other drugs, the condition was controlled, but *** was too large, but the condition never improved.

Now**: Brain Walking Soup**.

After a course of treatment: dizziness and cough improved slightly, sleep quality recovered, blurred vision, blurred ghosting improved.

After three courses of treatment: walking more steadily, insomnia and dreams better, urine and urine improved, and the feeling of cold legs and feet was better.

After six courses of treatment: walking steadily, drinking water and choking, difficulty in swallowing recovered, speaking clearly, dizziness was gone, the whole body muscle strength was basically restored, blurred vision was basically recovered, the legs and feet were cold, night sweats, heart, tinnitus improved, and then continued to consolidate a course of treatment, the symptoms were basically none, and now there is no recurrence in the return visit.

Suggestion: Patients with cerebellar ataxia should also maintain daily nutrition and calorie intake, and at the same time, patients with many sequelae of cerebral hemorrhage are prone to aphasia and inability to express their physical condition, and cerebellar ataxia occurs, resulting in a lack of nutrients in the patient's body and need to be ingested from food

Atrophy of the cerebellum is mainly related to the following conditions:

1. The cerebellum, like the brain, will have a physiological aging process, and the cerebellum will shrink.

2. When there are some diseases of the cerebellum, such as cerebellia, cerebellar infarction, cerebellar hemorrhage, cerebellar tumor surgery, cerebellar atrophy can occur in the sequelae period.

3. Some degenerative diseases of the cerebellum, such as multiple system atrophy, can cause cerebellar atrophy.

4. Cerebellar hereditary diseases, such as cerebellar ataxia or hereditary ataxia, can cause cerebellar atrophy. Therefore, cerebellar atrophy can be both a physiological and a pathological process.

There are many causes of cerebellar atrophy, and the main reasons are as follows:

1. Genetic factors: hereditary spinocerebellar ataxia, due to genetic mutation, the common hereditary verteocrebellar ataxia pathogenic gene in China is the pathogenic gene of the SCA3 subtype;

2. Alcoholism: Long-term alcoholism can cause alcoholic cerebellar degeneration, leading to nutritional metabolism disorders and cerebellar atrophy;

3. Cerebrovascular accident: it will cause cerebellar hemorrhage or infarction, and local cerebellar atrophy will occur after **;

4. Head disease: In addition, tumors and trauma of the head may also cause local atrophy of the cerebellum.

There are two main types of cerebellar atrophy, physiological atrophy, mainly with the increase of age, and cerebellar atrophy, generally without obvious symptoms. Pathological atrophy, the main causes are:

1. Cerebellar atrophy occurs in the sequelae period after cerebrovascular diseases such as cerebrovascular infarction, hemorrhage, and cavernous hemangioma.

2. Cerebellar inflammation, such as cerebellia, may occur after healing.

3. Cerebellar tumors: such as glioma, metastases, etc., after the tumor is removed, it may cause cerebellar atrophy.

4. Some genetic and degenerative diseases of the central nervous system, such as multiple system atrophy and cerebellar ataxia, will cause cerebellar atrophy.

There are congenital genetic factors and acquired factors, but heredity is the most common.

There are many causes of cerebellar atrophy, which can be seen in the following conditions: 1. Hereditary, which can be seen in hereditary cerebellar ataxia, olive bridge cerebellar atrophy and other diseases. 2. Long-term insufficiency of blood supply to the brain, such as chronic ischemia and hypoxia of the cerebellum caused by cerebral atherosclerosis, and gradual cerebellar atrophy.

3. Poisoning can be a drug for diseases, such as phenytoin for epilepsy, or it can be caused by long-term drinking to cause cerebellar cell poisoning damage and then atrophy. 4. Cerebrovascular disease, cerebellar hemorrhage or infarction, when hematoma or infarct focus is absorbed, it is gradually replaced by collagen fibers and causes cerebellar atrophy. 5. Infection, pathogenic microorganisms invade the brain and affect the cerebellum, which can also cause atrophy and changes in the later stage.

6. Congenital developmental disorders, women are affected by some external factors such as benzene, heavy metals, air pollution, viral infections, etc., which can affect brain development during pregnancy, which can lead to cerebellar atrophy.