Exercises in cervical osteochondrosis which affects 90% of the working population.
Osteochondrosis (from ancient Greek. Bone and cartilage) is a complex of dystrophic disorders in articular cartilage. It can develop in almost any joint, but most often intervertebral discs are affected. Depending on the location, cervical, thoracic and lumbar osteochondrosis is isolated. It should be noted that in the English-language medical literature, the term osteochondrosis means a completely different group of orthopedic diseases, which in Russian are called osteochondropathies.
Few people believe in the fact that cervical osteochondrosis can be much more dangerous than cancer. But nevertheless it is so!
Numerous patients of the rehabilitation doctor Alexander Shishonin argue that it is better to twist the neck properly than to suffer from hypertension all my life and to be afraid of a sudden onset of a heart attack or stroke (as a result of clamps .
Shishonin is convinced that it is the cervical osteochondrosis that becomes the prime cause of hypertension, and only in 5% of cases the disease is a consequence of adrenal tumors, thyroid and kidney pathology.
The doctor proves the close relationship of osteochondrosis and high blood pressure ...
The fact is that with age, the cervical vertebrae tend to shift and pinch the vessels that feed the brain.
As a result, the latter receives extremely little oxygen and gives the command to the heart - to pump blood with a greater frequency.
If a person has a weak heart, the brain takes control of blood vessels and capillaries, ordering them to shrink what is urine.
If the capillaries are weakened, the brain loads the kidneys, preventing them from draining water from the body. All in order to maintain the pressure inside the system.
As a result of this restructuring, the composition of the blood changes and the amount of sugar increases, because the brain needs an enhanced diet!
And when the reserves run out, there comes a stroke. But such consequences can be avoided if the clamping of the arteries of the cervical vertebrae is removed in time.
The reason for the clamping of blood vessels, oddly enough, often becomes a nervous shock. There is a spasm of the muscles of the cervical and thoracic.
Because of this, blood circulation is interrupted and the intervertebral discs work - the vertebrae become unstable and constrict the blood vessels.
Often the first vertebra, the atlas, becomes the main culprit of all misfortunes. That it accounts for the maximum load.
To help his patients get rid of osteochondrosis, Dr. Shishonin developed a special exercise technique called “cervical and cerebral therapy.”
If necessary, it should be supplemented with a special diet or workouts with the help of rehabilitation equipment.
Exercises can be performed at home, but if in a month there is no significant relief, you should seek help from a doctor.
Perhaps in your case, a vertebra or vessel is located in an atypical way.
Health to you and your loved ones! Do not forget to share with your friends a useful set of exercises.
Gymnastics for the neck without music. Treatment of hypertension.
The root cause of spinal osteochondrosis is upright walking.
In the process of maturation in humans, the vascular bed in the intervertebral discs is physiologically reduced, therefore their nutrition occurs diffusely. This complicates the restoration of intervertebral discs after injuries and loads. The inadequacy of the diet exacerbates osteochondrotic processes. Cartilage loses its elasticity and strength, changes its shape and texture.
Irrational and asymmetrical work of the spinal muscles negatively affects the discs, namely: with improper customary postures, with insufficient warm-up, with carrying bags on the shoulder, with the use of soft pillows and mattresses. Stimulator of pathological processes can act flatfoot. If the foot does not provide adequate cushioning of interactions with the support, the spinal column has to do the latter. Obesity also contributes to spinal osteochondrosis. Excess fat tissue, deposited in different places, complicates balance support and overloads intervertebral joints.
Complications of osteochondrosis include such diseases as: protrusion, disc herniation (intervertebral hernia, spinal hernia), kyphosis, sciatica. Stenosis.
The causes of changes in the intervertebral discs are not fully understood. People begin to feel manifestations of osteochondrosis most often after 35 years. The development and exacerbation of this disease contribute to various back injuries, static and dynamic overload, as well as vibration. The older a person is, the more manifestations he has. But in recent years, more and more people between the ages of 18 and 30 are complaining of back pain. There are many reasons for the early manifestation of the disease: poor physical fitness, poor posture and spinal curvature, flatfoot and overweight.
Patients suffering from osteochondrosis complain of constant aching pain in the back, which is often joined by numbness and a feeling of aching limbs. In the absence of adequate treatment, weight loss and atrophy of the extremities occur.
The establishment of a preliminary diagnosis is carried out at the initial examination of the patient. The examination is usually carried out by a neurologist in connection with the patient's complaints about local changes, which may manifest themselves as pain syndrome, deformity or limited mobility. The spine is examined in the position of the patient standing, sitting and lying, both at rest and in motion. The level of damage to the spine is determined by counting the number of vertebrae from certain anatomical landmarks or according to a special scheme. When viewed from the back pay attention to the posture, the structural features of the trunk, mark the line of spinous processes (median groove of the back) the lower corners of the blades, the iliac crest, the side contours of the waist and the neck position shoulder girdles deviation mezhyagodichnoy furrow from vertical reveal protrusion spinous processes, Pay attention to the relief of the muscles located near the spine. Feeling the spine allows you to supplement the inspection data (the presence or absence of deformity), to determine the location, degree and nature of pain. When palpating, muscle tension located near the spine is also noted, since most injuries and diseases of the spine are accompanied by an increase in muscle tone. Spinal flexion is used to determine the amplitude of movements in different parts of the spine. Radiography, computed tomography and magnetic resonance imaging, which determine the level of the lesion, determine the diagnosis, specify the latent pathology, determine the main role in the study of the spine. These diagnostics allow the attending physician to determine the tactics of treatment and choose the most effective methods of treatment.
Via takprosto.cc & wiki