Does muscle wasting hurt Explains the symptoms of muscle wasting

The initial symptoms of muscle atrophy, the initial onset of muscle atrophy, slowly progressive facial muscle atrophy with eyes closed, cheeks puffing or whistle, humeral muscle atrophy, wing-like protrusion of the shoulder blades when the upper limbs are raised, no paresthesias, manifested as localized atrophy of the temporal muscle and masticatory muscles on one side, and the lower jaw is biased to the affected side when the mouth is opened, which may be accompanied by decreased or absent facial sensation and corneal reflex. In adolescents, tongue muscle atrophy is associated with dysphagia and dysarthria. Slow-onset bilateral tongue muscle atrophy, accompanied by fasciculations, sudden tongue muscle atrophy, not accompanied by fasciculations, manifested as plaque atrophy of the forehead or cheeks, ** dark pigment, pinched subcutaneous tissue tension, no abnormality in neurological examination.

Health, wellness, muscle wasting, emaciation, the elderly, muscle wasting is dangerous, what are the symptoms? It should be understood early and improved early.

The cause of muscle atrophy is disuse muscular atrophy, such as stroke will lead to limited function of the limbs, and in severe cases, there will be a significant decrease in muscle strength. For example, the muscle strength of the zero level will cause obvious paralysis, and long-term existence will lead to muscle atrophy. Paraplegia patients are more likely to experience muscle atrophy, and some muscle injuries and fractures may lead to muscle atrophy.

There is also a disease of progressive amyotrophy, the patient's condition is still relatively critical, which will affect the muscles of the entire human body to produce muscle atrophy, and even affect the patient's life. This disease is also noteworthy and a serious cause of muscle wasting. It should be aimed at the ** of amyotrophy, as well as with traditional Chinese medicine, acupuncture, massage, etc., to promote muscle recovery and ** training.

There are many causes of muscle atrophy, such as systemic dystrophic atrophy, disuse atrophy, endocrine abnormalities, neurogenic atrophy, muscle-derived atrophy and muscle atrophy caused by other reasons, such as muscle atrophy caused by systemic diseases, hematologic diseases, endocrine diseases, osteoarthritis, fractures and other diseases. Common neurogenic muscle atrophy is the loss of neuronal cells, especially motor neurons, and the loss of innervation of local muscle tissue, resulting in muscle weakness, numbness, and atrophy.

There are many causes of muscle atrophy, the most common of which is disuse atrophy, which is caused by prolonged use. For example, after fracture and trauma, muscle atrophy can be caused by long-term immobilization and restriction of activities, which is called disuse atrophy. This muscle atrophy can be fully recovered at a later stage with active exercise, and there is no need to worry.

Upper neuron damage, muscle and soft tissue damage, electrolyte imbalances, medications, and long-term disuse can all be caused.

There are many associations of muscle atrophy and can be caused by a variety of underlying disorders and trauma.

Essential**. Genetic factors.

For example, Duchenne muscular dystrophy, also known as pseudohypertrophic muscular dystrophy, is a genetic disorder. Patients with this type of disease develop in adolescence and have difficulty rolling over, sitting up, and standing up. The disease is rare, there is no way to do it, and muscle atrophy will gradually worsen until death.

Neuropathy. It mainly refers to neurogenic amyotrophic atrophy, such as amyotrophic lateral sclerosis, cerebral infarction, poliomyelitis, etc. Nerve lesions can cause nerve signaling disorders, which can lead to the disuse of some muscle fibers, reduced exercise capacity, and disuse muscle atrophy.

In addition, when neurons are damaged, the release of acetylcholine from their terminals decreases, and neurotrophic effects are weakened, resulting in muscle atrophy.

Trauma. When a fracture occurs, it may cause muscle atrophy in the affected area. On the one hand, during the fracture**, due to the long-term fixation of the affected limb and other reasons, the limb activity is reduced, and disuse muscle atrophy occurs.

On the other hand, a fracture may damage the surrounding nerves or cause compression of the spinal cord or nerves, and muscle atrophy may occur in the innervated area.

Other diseases. For example, cervical spondylosis, lumbar disc herniation, tumors, etc. can cause compression of the spinal cord and nerves in the corresponding parts, which may cause muscle atrophy;

Anorexia, malnutrition, Cushing's syndrome, hyperthyroidism, etc. can also cause muscle atrophy;

Inflammatory diseases, such as myositis, arthritis, and chronic infection can also cause muscle atrophy.

Predisposing factors. Certain lifestyle habits such as sitting for long periods of time and lack of muscle exercise can increase the risk of muscle wasting. Some long-term strenuous exercise, such as marathon, will cause muscle cell damage and death due to overuse of muscle cells, and eventually cause muscle atrophy.

The main reason for this is the degeneration of neurons, because I am also innervated through the nerves.

There are many reasons for the gradual atrophy of muscles, first of all, pathological reasons, pathological reasons make some people unable to fully move and mobilize the muscles of some parts of her body, so this part of the muscles, it will gradually atrophy, and some of them are due to their bad habits for a long time, sitting or fighting for a long time, and have been maintaining a certain posture, fixed like this for a long time, and if they do not exercise, the muscles will also atrophy, and there will be such a situation. We should do a reasonable exercise to improve such a situation and avoid an unreasonable atrophy of our muscles.

1.Drugs**.

1) Cholinesterase inhibitors are symptomatic drugs, which treat the symptoms but not the root cause, and cannot be used for a long time as a single drug, and the medication method should be gradually increased from small doses. Commonly used are neostigmine methyl sulfate and pyridostigmine bromide.

2) Immunosuppressants Commonly used immunosuppressants are: Adrenocorticosteroid hormones: prednisone, methylprednisolone, etc.; azathioprine; Circumferin A; cyclophosphosamine; Tacrolimus.

3) Plasmapheresis temporarily relieves the symptoms of patients with myasthenia gravis by removing acetylcholine receptor antibodies from the patient's blood, and the effect does not exceed 2 months if it is not assisted by other methods.

4) Intravenous immunoglobulin Human immunoglobulin contains a variety of antibodies, which can neutralize autoantibodies and regulate immune function. Its effect is comparable to that of plasmapheresis.

5) Traditional Chinese Medicine** Traditional Chinese medicine for myasthenia gravis** is receiving more and more attention. Myasthenia gravis falls under the category of "dysentery". According to the theory of traditional Chinese medicine, the addition of traditional Chinese medicine can reduce the risk of immunosuppressants, play an escort role in the treatment of myasthenia gravis, and can rebuild the effect of autoimmune function.

2.Thymectomy surgery.

More than 90% of patients have thymic abnormalities, and thymectomy is one of the most effective means of myasthenia gravis. It is indicated for patients with generalized myasthenia gravis with no contraindications to surgery and presents between the ages of 16 and 60 years, and most patients achieve significant improvement after thymectomy. Patients with thymoma account for 10% to 15% of patients and is an absolute indication for thymectomy.

What about muscle atrophy? So what to do? Go to the hospital. Let the doctor prepare, how to recuperate? This disease is very. What caused it? So a variety of diseases seem to be caused.