What are the sympathetic symptoms of thoracic compression?

The occurrence of this situation will lead to the symptoms of sympathetic nervous excitation, the patient may have rapid heartbeat, arrhythmia, or even palpitations, palpitations, palpitations, angina, etc., and some patients will have gastrointestinal function and endocrine function will be affected, and may also have symptoms such as dizziness and headache. Thoracic vertebra. When the nerve root is compressed, the hand, feet, face, swelling, kidney dysfunction, fatigue syndrome, and kidney disease may occur.

The thoracic spine compresses the sympathetic nerves. Physiotherapy methods such as hot compresses and infrared irradiation can also be used to promote blood circulation in the thoracic spine and improve the pain that occurs. The thoracic spine compresses the nerves.

There are many reasons for this, such as the patient has a herniated disc in the thoracic spine, which compresses the nerve root due to the herniation of the nucleus pulposus posteriorly.

The thoracic spine cannot compress the nerves and cause dizziness, mainly due to the different areas of the thoracic spine. Compression of the thoracic spine nerve can lead to paresthesia and even sensory loss in the area responsible for the thoracic nerve root, and in severe cases, it can even lead to paraplegia distantly above the level of thoracic spine lesions. However, the thoracic spine does not cause dizziness by compressing nerves, which is caused by a disease of the head.

Individual neck disorders, such as vertebral cervical artery spondylosis, can also cause symptoms of dizziness, and sympathetic cervical spondylosis can also cause symptoms of dizziness, but the thoracic spine does not cause symptoms of dizziness.

Clause.

1. Patients may have such complications due to trauma related to the thoracic spine. For example, when a patient has a fracture or dislocation of the thoracic vertebrae, there may be bony or soft tissue compression of the nerves.

Clause. 2. This condition may be caused by degeneration of the thoracic spine. For example, when the patient has bone hyperplasia of the thoracic spine, hypertrophy of the ligaments, or the presence of thoracic facet joint misalignment, the nerve roots related to the thoracic spine may be compressed.

Clause. 3. This condition is also common in patients with bony deformities associated with the thoracic spine. For example, when a patient has scoliosis or kyphosis, the nerve roots of the thoracic spine may be compressed.

There are many reasons why the patient has a thoracic disc herniation, which is due to the prolapse of the nucleus pulposus posteriorly, which compresses the nerve root or the dural sac. Patients present with thoracic fractures, particularly comminuted and burst fractures, which cause posterior compression of the thoracic vertebral bones, which compress nerve roots or the dural sac.

In some patients, tumors of the spine protrude into the spinal canal and compress the nerves of the patients as the tumor grows. If there are related symptoms, it is necessary to carry out relevant physical examinations, as well as CT and magnetic resonance examinations in a timely manner, so that the cause of the patient's compression can be observed and treated in time. The nerves that run in the thoracic spinal canal are the thoracic spinal cord, which gives off a pair of nerve roots in each thoracic vertebral segment and travels through the nerve root canal to the trunk to innervate the sensation of the thoracic abdomen.

When the thoracic spine compresses the nerve, it can compress the thoracic spinal cord and the corresponding nerve root, resulting in corresponding nerve symptoms. Patients with spinal cord compression are mainly manifested as lower limb weakness, accompanied by a sense of banding in the chest or abdomen, high thoracic spine lesions can be accompanied by increased muscle tone, and spinal cord compression in the lower thoracic segment is manifested as decreased muscle tone, and ossification of the ligamentum flavum of the thoracic spine is a common cause of thoracic spinal cord compression. Nerve root compression is mainly manifested by pain and numbness in the innervated area, and the diseased thoracic vertebrae are often tender and radiate to the chest or abdomen.

Both conditions can be definitively diagnosed by thoracic spine MRI.

Fractures, hyperplasia, ligamentous hypertrophy or tumors may cause nerve compression in the thoracic spine, resulting in clinical symptoms such as weakness of the lower limbs, hypertonia, and hypoesthesia. If the patient has clinical symptoms such as weakness of the lower limbs, high muscle tone or soft legs, imaging examinations of the thoracic spine are required, including X-ray, CT, magnetic resonance, etc., especially magnetic resonance can confirm the compression of the spinal cord and the presence of spinal cord degeneration.

If significant compression of the spinal cord is found, the patient needs surgery**, the main purpose of which is to salvage nerve function, re-stabilize the spine, and completely decompress the nerves. Hyperplasia or tumor tissue that compresses the spinal cord should be completely removed to save nerve function and relieve the patient's symptoms.

The main symptom of thoracic vertebral compression nerve is paralysis of the lower limbs, usually, the thoracic vertebrae compresses the nerves, mainly due to thoracic disc herniation, ossification of the ligamentum flavum of the thoracic vertebrae, thoracic spine tumors, thoracic vertebral fractures, fractures, and fractures, and symptoms of paralysis of the lower limbs, such as weakness of the lower limbs, insensitive movement of the lower limbs, and dysfunction of urine and urine. Thoracic, Chen, compression of nerves, whether it can be cured, need to be judged according to the cause of compression, as well as the severity of the condition, etc., the situation of thoracic spine compression of nerves can be seen in, trauma, osteoporosis, notification, combined caused, thoracic vertebra fracture and thoracic vertebra fracture and conical intervertebral disc herniation and other protruding symptoms, can be passed, positive**, lifted, but a**, can not, to ensure that it can be completely eliminated, one, thoracic vertebra fracture, after thoracic vertebra fracture, most of them need surgery**, can be repaired and reconstructed, the normal form of the lumbar vertebrae, The performance of nerve compression is related to attitude, compression, perceived, may not, easy to restore nerve function, can be discussed in combination with the specific situation, for **, thoracic spine. Pushable changes Degenerative changes are incurable changes with the aging of the human body, but through the most can make the herniated intervertebral disc return to normal, so as to relieve the compression symptoms, no longer in a short period of time, to achieve clinical **, thoracic intervertebral disc herniation, if the condition is slight after diagnosis, it can be temporarily conservative** nerve compression is more severe, most, need surgery**.