Cervical osteochondrosis is a disease that affects the vertebrae and intervertebral discs.Cervical osteochondrosis refers to deforming dorsopathies.Involutional changes in the discs are observed as early as 20 years of age.At the same time, they become more sensitive to stress, less elastic and lose lubricating fluid.
Most often, the pathology occurs in older people, but currently there is a significant increase in the incidence among children and young people.Neurologists identify cervical osteochondrosis using the latest diagnostic tests.After clarifying the diagnosis, complex therapy is carried out with the most effective medications, physiotherapeutic procedures and innovative methods of physical rehabilitation.
The name of the disease consists of two Greek terms: “osteon” (bone) and “chondros” (cartilage).Cervical osteochondrosis begins with changes in the central part of the disc.The intervertebral disc loses moisture and decreases in size, causing convergence of the vertebral bodies and pinching of nerve roots and blood vessels.The vertebrae receive nutrients from the surrounding tissues, which harms the body.Compression of nerves and blood vessels causes a protective muscle spasm that, as the disease progresses, becomes a cause of pain.
What doctor treats this disease?
Treatment of osteochondrosis is the field of activity of neurologists.However, if symptoms of osteochondrosis of the neck appear, you can consult a general practitioner.A neurologist will select drugs for cervical osteochondrosis that have the least burden on the body, which is important during drug therapy.
To determine the presence of a pathological process in the cartilaginous tissue and cervicobrachial osteochondrosis, the patient is sent for a comprehensive examination.Tactics on how to treat cervical osteochondrosis are being developed based on research results.
Interdisciplinary collaboration also allows treating patient comorbidities.In addition, the patient receives complete information support: a treatment plan, an extract of the cost of services, information on consultations with specialists and diagnostic measures.
Reasons
Cervical osteochondrosis develops under the influence of various provoking factors.No specific cause of cervical osteochondrosis has been identified.Often the disease is associated with metabolic disorders and aging of the vertebrae.
Researchers suggest that cervical osteochondrosis develops for the following reasons:
- Excessive load on the spine.A large load on the spine is observed when wearing unsuitable shoes, flat feet, obesity and prolonged sitting;
- Metabolic disorders.Deficiency of vitamins, minerals and calcium metabolism disorders can cause degenerative processes in the vertebrae;
- Congenital and acquired anomalies of the development of the spine and the ligamentous apparatus (thickening of the ligaments, lumbarization, sacralization);
- Pathologies of the gastrointestinal tract leading to insufficient absorption of nutrients;
- Infections, poisonings;
- Injuries, bruises, spinal fractures, as a result of which the blood supply and innervation of the spine are disturbed, causing its degenerative disorders;
- Stress;
- Wear shoes with heels;
- Pregnancy, especially multiple pregnancy;
- Autoimmune lesions of the connective tissue, pathological structure of collagen types 1 and 2;
- Occupational hazards (lifting heavy loads, prolonged vibrations, working while sitting with constant head tilt);
- Atherosclerotic and other changes in the vertebral arteries;
- Curvature of the spine (kyphosis, scoliosis, kyphoscoliosis).
An important risk factor for the development of cervical osteochondrosis is family history.This fact demonstrates the presence of osteochondrosis in children when the spine is not yet overloaded.
Degrees
Thanks to the special structure of the column, it is able to perform its functions.The main structural unit is considered to be the spinal motion segment (SMS).It consists of two adjacent vertebrae, an intervertebral disc and a musculoligamentous apparatus.Osteochondrosis leads to dystrophic-degenerative processes, first in the intervertebral disc and then in the vertebrae.When one vertebra is damaged, its functions are performed by the adjacent ones.This leads to increased loading and loss of mobility of the affected segment.
Doctors distinguish several stages in the development of cervical osteochondrosis:
- First degree of cervical osteochondrosis.Since the intervertebral disc is deprived of its own blood supply and receives nutrients from surrounding tissues, it is susceptible to degenerative changes.Osteochondrosis in the first stage of development is characterized by the destruction of the nucleus pulposus and cracks in the annulus fibrosus.Clinically, this is manifested by acute or persistent local pain in the neck (cervicalgia) and stiffness;
- Osteochondrosis of the second degree of the cervical spine.At this stage the destruction of the annulus fibrosus continues, pathological mobility and instability of the vertebrae appear.Patients complain of pain in the neck, aggravated by physical activity, tilting the head or in a certain position;
- The third stage of the disease is characterized by the complete destruction of the annulus fibrosus.The nucleus pulposus is not fixed.Intervertebral hernias can occur, causing severe pain.At this stage, due to poor fixation of the SMS, a curvature of the spine may form;
- In the fourth stage of the disease, the intervertebral disc is replaced by connective tissue and other adjacent segments are affected.Spondyloarthrosis and arachnoiditis develop.The joints become completely immobile and ankylosis develops.Bone tissue grows around the affected area and osteon is formed.With the fourth degree of cervical osteochondrosis, clear symptoms are observed: severe pain radiating to the arm, sternum, to the area between the shoulder blades, and sensitivity disorders.
Symptoms and signs
Signs of cervical osteochondrosis in the initial stages may be nonspecific: dizziness, headaches, weakness, crackling when moving the head.As the disease progresses, the following symptoms develop:
- Severe pain in the neck and shoulders;
- Numbness of the hand;
- Dizziness;
- Increased blood pressure;
- Impaired coordination of movements;
- Increased sweating.
There are several syndromes that appear with the development of a pathological condition of the muscles of the back and cervical spine:
- Cervical migraine syndrome.
- Vertebral artery syndrome.
- Hypertension syndrome.
- Cardiac syndrome.
- Radicular syndrome.
They occur when nerve endings are injured, arteries and veins are compressed during the development of the disease.The most dangerous complication is considered to be vertebral artery syndrome.There is an interruption of blood flow through the artery that supplies the brain and spinal cord.The patient's hearing decreases, vision decreases, and constant dizziness develops.The patient may lose consciousness while moving due to a sudden interruption of blood flow.
As a result of compression of the nerves responsible for the innervation of the muscles of the chest and diaphragm, pain appears in the heart area, which is not associated with heart diseases, but at the same time tachycardia, arrhythmia and hypotension may develop.Compression of the veins leads to the development of hypertensive liquor syndrome.Intracranial pressure increases, nausea, vomiting and severe headache appear due to impaired blood flow from the brain.
As a result of neck compression, radicular syndrome develops - severe pain appears in the neck, shoulders, shoulder blades and the back of the head.With this syndrome, the arms and neck become numb.With cervical migraine syndrome, the patient experiences severe pain in the back of the head, which is often accompanied by nausea and vomiting.
Reflex syndromes occur when the spinal roots are not yet affected.Patients complain of pain in the neck, head (especially the back of the head), and arms on one or both sides.Reflex pain, unlike radicular pain, is not combined with sensory disturbances.Cervical pain can be dull and painful.Sharp, sharp “flares” of pain are called cervicagus.There are muscle spasms and pain, pain in the paravertebral points.Signs of cervical osteochondrosis intensify in an uncomfortable position, when tilting the head, coughing or performing physical activity.Signs of epicondylosis, glenohumeral periarthrosis, and shoulder-hand syndrome appear due to nerve impulses from the annulus fibrosus of the affected segment, causing compensatory muscle spasm.
Radicular syndromes are accompanied by alterations in motor activity and sensitivity.In this case, nerves and blood vessels are damaged, venous and lymphatic flow in the pathological focus is disturbed as a result of a decrease in the intervertebral canal.The pain with radicular syndrome is sharp and intense.A common cause of pinched spinal nerves is the formation of a hernia.In the area of the pathological focus, muscle tone decreases.With radiculoischemia, in addition to the nerves, the blood vessels are compressed.
If the phrenic nerve is involved in the pathological process, a cardiac syndrome occurs.It manifests as a sharp, burning pain in the left half of the chest with radiation to the arm and interscapular region.The name of the syndrome is due to the fact that the nature of the pain is similar to an angina attack.The main difference between pain and angina pectoris is that it is relieved after taking nitroglycerin, can occur at rest and is combined with interruptions in the heart rhythm (tachycardia, arrhythmia).
Signs of cervical osteochondrosis depend on the location of the pathological process.When the upper cervical vertebrae are affected, the blood supply to the brain is interrupted due to compression of the cerebral arteries.This causes headaches (especially in the occipital region), dizziness, fainting, and high blood pressure.Dizziness with cervical osteochondrosis is caused by a decrease in blood flow to the inner ear.Patients also experience nausea and vestibular and ocular symptoms.
With combined damage to the vertebrae, one speaks of cervicothoracic osteochondrosis.The disease is manifested by the following symptoms:
- Dizziness;
- Pain in the neck and arm;
- Tingling and tingling sensation in the upper limb;
- Intercostal neuralgia.
Diagnosis
Cervical osteochondrosis is a chronic disease that can cause hernia formation and compression of the spinal cord.Therefore, it is important to establish an accurate diagnosis in a timely manner and start therapy.To identify cervical osteochondrosis, the following types of instrumental diagnosis are used:
- Spondylography or x-ray of the spine.This research method is painless, very informative and does not require special preparation.An x-ray of the spine allows us to evaluate its anatomical and functional characteristics.In the image, attention is paid to the structure of the vertebrae, their relationship to each other, the distance between them, the lumen of the spinal canal;
- Computed tomography - provides information mainly on the state of bone tissue, allows you to identify narrowing of the spinal canal and herniated disc;
- Magnetic resonance imaging - allows you to determine changes in soft tissues.The MRI image clearly shows changes in the intervertebral discs and spinal cord.
Pharmacological treatment
Treatment of osteochondrosis of the cervical spine consists of drug and non-drug therapy.Even after complete recovery, neurologists take preventive measures to exclude relapses of the disease.In the acute period, for the treatment of cervical osteochondrosis, doctors prescribe patients with drugs from the following pharmacological groups:
- Non-narcotic analgesics.They are taken orally or administered intramuscularly to achieve an effect quickly;
- Non-steroidal anti-inflammatory drugs;
- B vitamins in large doses.
To reduce fluid retention in the spinal root area and surrounding tissues, diuretics are used.Antihistamines enhance the effect of analgesics.Muscle relaxants eliminate muscle spasms.For severe, prolonged pain, neurologists perform a nerve block.
To improve metabolic processes in the intervertebral disc, chondroprotectors are used.These drugs increase the content of glycosaminoglycans, increase the firmness, elasticity and shock absorption of intervertebral discs.
Anti-dizziness pills
Patients often experience dizziness with cervical osteochondrosis.To reduce them, doctors prescribe non-steroidal anti-inflammatory drugs.NSAIDs belonging to different groups differ in their mechanism of action and effect, so only a qualified specialist can determine the appropriate drug.
It is important to remember that medications for cervical osteochondrosis cannot be taken without a doctor's prescription.Non-steroidal anti-inflammatories have side effects, so before prescribing them, the neurologist determines the presence of contraindications in the patient and the required dosage.Medications for dizziness in cervical osteochondrosis can improve the patient's quality of life.
Injections for osteochondrosis.
Injections for osteochondrosis of the cervical spine help relieve pain during an exacerbation.With this method of administering the drug, the effect occurs quickly.Neurologists use several injections.
Nurses administer drug solutions subcutaneously, intramuscularly, or intravenously.During the period of exacerbation of the disease, drugs that are injected for cervical osteochondrosis have an exclusively symptomatic effect.
Headache treatment
Headache is a symptom that occurs with various disorders.However, cervical osteochondrosis is characterized by attacks of intense headaches.Head movements increase symptoms, so to eliminate them, doctors prescribe painkillers and non-steroidal anti-inflammatory drugs.
Non-pharmacological therapies
Complex non-drug therapy for cervical osteochondrosis of the spine includes:
- Protection mode: If the roots are pinched, patients lie down on a hard surface,
- Massage;
- Physiotherapy;
- spinal traction;
- Physiotherapeutic procedures.
Massage for cervical osteochondrosis is used to reduce pain and swelling, improve peripheral blood supply, eliminate muscle spasms.A contraindication to performing this procedure is the presence of acute pain.Massage the neck and back in the direction of lymph outflow.Special attention is paid to the interscapular and paravertebral areas.
Therapeutic exercises for osteochondrosis of the cervical spine are aimed at eliminating muscle spasms and strengthening the muscle structure.Since instability of the vertebrae often occurs in the cervical spine, the physiotherapy instructor conducts individual classes, during which he teaches the patient how to safely perform exercises.Some authors recommend taking physiotherapy classes with Shants collar.
To improve the mobility of the cervical vertebrae, rehabilitation experts recommend performing the following exercises:
- Flexion and extension of the neck.Bend your head towards your sternum without pulling your shoulders forward and then back.Hold the incline for 3 seconds, repeat each exercise 8 to 10 times;
- Neck turns.Turn your neck first to the left as far as it will go, then to the right, without changing the position of the shoulders and the level of the chin;
- Lower your head completely.Then tilt your head back without changing the level of your shoulders.Hold the position for 5 seconds.
The following exercises have been developed to strengthen the neck muscles:
- Place your hand on the back of your head.Tilt your head back, resting on your hand;
- Place your hand on the temporal region.As you bow your head, resist with your hand;
- Place your hand on your forehead, resisting it, tilt your head forward;
- With your right hand, tilt your head to the side, your left hand should be behind your back.Repeat the exercise on the other side.
Autogravity therapy is the exact name for the spinal traction procedure.It is carried out using special devices.The goal of therapy is to reduce muscle spasms and restore the correct position of the vertebrae.To avoid complications, spinal traction is performed by a doctor.
To improve blood supply to the pathological focus, relieve swelling and eliminate pain, the following physiotherapeutic procedures are used:
- Diadynamic currents.During this procedure, low-frequency currents are applied using a special device, which stimulate the muscles, relieve spasms and pain.They have a positive effect by improving tissue trophism;
- Ultraviolet irradiation.Under the influence of ultraviolet radiation, vitamin D metabolism improves, calcium content increases, and bone tissue is strengthened;
- Ultrasound exposure: used to accelerate blood flow, has antispasmodic and restorative effects.Ultrasound is capable of penetrating deeply into tissues;sometimes used for better absorption of medicinal substances;
- Amplipulse Therapy: Allows you to relieve pain by blocking nerve impulses from the source of the pain.
In the acute period of the disease, which lasts 4 to 7 days, analgesics, antispasmodics and irritants are used to reduce pain.Rest is provided to the patient.Immobilization of the cervical spine is performed using a Shants collar.Exercise therapy and massage are contraindicated.Ultraviolet radiation is used.
The duration of the subacute period is 29 days.After complete recovery, the patient should rest for several days.Then you can start a course of rehabilitation therapy.In the chronic course of the disease, the patient is prescribed muscle relaxants, chondroprotectors, B vitamins, and for pain, analgesics and NSAIDs.Physiotherapy and massage classes are offered.The patient undergoes physiotherapeutic procedures (amplipulse, exposure to alternating current) and spinal traction is performed.
meal
Proper nutrition for osteochondrosis is an important condition for achieving remission.The progression of cervicothoracic osteochondrosis is stopped with compliance with diet and therapeutic measures.Neurologists know how to treat osteochondrosis of the cervical spine, so they create a complex of treatment measures, including procedures, exercise therapy, proper nutrition and lifestyle changes.
Many patients come to neurologists with the question of how to treat osteochondrosis of the cervical spine and whether there are any dietary restrictions.Specialists create individual nutrition programs that take into account the patient's preferences.The diet for osteochondrosis is based on balanced foods, low in fat and rich in nutrients.The patient's daily diet includes foods rich in calcium.
How to sleep with cervical osteochondrosis
For patients with diseases of the musculoskeletal system, the question of how to sleep properly with cervical osteochondrosis is relevant.Sleeping on your stomach causes further development of the disease, so it is better to avoid sleeping in this position.The most optimal positions are the back and the side.
Cervical osteochondrosis progresses while resting in a bed with a soft mattress.Therefore, experts recommend giving preference to elastic mattresses, as well as moderately soft pillows.If a patient is diagnosed with cervicothoracic osteochondrosis, experienced specialists will tell him which bedding is safe for sleeping on.
Prevention
To prevent the onset or progression of cervical osteochondrosis, doctors recommend:
- Maintain correct posture;
- Lead an active lifestyle, take breaks from work;
- Do physical therapy exercises regularly;
- Sleep on a hard, flat surface, orthopedic mattress and pillow;
- Get rid of bad habits, especially smoking;
- Choose shoes taking into account the physiological structure of the foot;
- Do not carry bags in one hand, this causes curvature of the spine;
- Lead a healthy lifestyle, eat well, eat plenty of fruits and vegetables;
- Do not sit for long periods with your head bowed;
- Go swimming.
To improve blood circulation, it is advisable to periodically undergo therapeutic massages.