What are the main symptoms of spinal compression fractures. How are spinal compression fractures diagnosed. What long-term effects can multiple spinal compression fractures have on a person’s health and quality of life.

Understanding Spinal Compression Fractures: Causes and Risk Factors

Spinal compression fractures occur when tiny cracks develop in the vertebrae, the bones that make up the spine. These fractures are often associated with osteoporosis, a condition characterized by weak and brittle bones. While osteoporosis is a primary cause, especially in women over 50, other factors can contribute to these fractures.

Risk factors for spinal compression fractures include:

• Advanced age
• Female gender
• Low bone density
• Previous fractures
• Prolonged use of certain medications (e.g., corticosteroids)
• Sedentary lifestyle
• Smoking
• Excessive alcohol consumption

Recognizing the Symptoms of Spinal Compression Fractures

The primary symptom of a spinal compression fracture is back pain. This pain can manifest in different ways:

• Gradual onset with increasing intensity over time
• Sudden and sharp pain
• Pain that worsens with standing or walking
• Relief when lying down

Does the intensity of pain indicate the severity of the fracture? Not necessarily. Some individuals may experience mild or even unnoticeable pain, while others may suffer from severe, chronic backaches in the affected area.

Additional Symptoms to Watch For

Beyond back pain, spinal compression fractures can cause:

• Difficulty bending or twisting the body
• Loss of height
• Development of a curved, stooped posture

When do these symptoms typically occur? Often, they arise from seemingly minor activities such as:

• Lifting groceries
• Bending to pick up objects
• Slipping on a rug
• Lifting luggage from a car trunk
• Changing bed linens

The Healing Process and Pain Management

How long does it take for a spinal compression fracture to heal? For many individuals, the pain associated with a spinal compression fracture diminishes as the bone heals, typically over a period of 2 to 3 months. However, it’s important to note that some people may continue to experience pain even after the fracture has healed.

Is ongoing pain management necessary? In cases of persistent pain, working with a healthcare provider to develop an appropriate pain management strategy is crucial. This may involve a combination of medications, physical therapy, and lifestyle modifications.

Multiple Spinal Compression Fractures: Long-term Effects on Health

When multiple spinal compression fractures occur, they can lead to significant changes in the spine’s structure and function. These changes can have far-reaching effects on an individual’s overall health and quality of life.

Height Loss and Postural Changes

How do multiple fractures affect a person’s height? With each fracture, the spine becomes slightly shorter. Over time, this can result in a noticeable reduction in height. Additionally, the collapse of vertebrae can lead to a condition called kyphosis, characterized by a forward curvature of the spine.

Impact on Internal Organs and Body Systems

Can spinal compression fractures affect more than just the back? Indeed, the structural changes in the spine can have cascading effects on various body systems:

• Digestive system: A shortened spine may compress the stomach, leading to issues such as constipation, reduced appetite, and weight loss.
• Respiratory system: Severe spinal compression can impair lung function, resulting in breathing difficulties.
• Musculoskeletal system: The altered spinal structure can cause hip pain as the rib cage comes into closer proximity with the hipbones.

Diagnosing Spinal Compression Fractures: Tools and Techniques

Accurate diagnosis of spinal compression fractures is crucial for appropriate treatment and management. Healthcare providers employ various tools and techniques to identify these fractures and assess their severity.

Clinical Assessment

What questions might a doctor ask when suspecting a spinal compression fracture? During the initial evaluation, a healthcare provider may inquire about:

• The duration of back pain
• Potential causes or triggering events
• Activities during which the pain started
• Whether the pain is improving or worsening

Imaging Studies

Which imaging techniques are commonly used to diagnose spinal compression fractures? Doctors may order one or more of the following:

• Spinal X-ray: To determine if a vertebra has collapsed
• CT scan: For detailed images of the fractured bone and surrounding nerves
• MRI scan: To provide high-resolution images of nerves and nearby discs
• Bone density exam (DEXA) with vertebral fracture assessment (VFA): To assess bone density and identify fractures

In rare cases, a bone biopsy may be performed to rule out cancer as a cause of the fracture.

Prevention and Management Strategies for Spinal Compression Fractures

While not all spinal compression fractures can be prevented, there are steps individuals can take to reduce their risk and manage existing fractures effectively.

Lifestyle Modifications

What lifestyle changes can help prevent spinal compression fractures?

• Regular weight-bearing exercise to strengthen bones
• Maintaining a healthy diet rich in calcium and vitamin D
• Quitting smoking
• Limiting alcohol consumption
• Practicing good posture and body mechanics

Medical Interventions

Are there medical treatments available for spinal compression fractures? Yes, several options exist:

• Medications to improve bone density
• Pain management techniques
• Bracing to support the spine
• Minimally invasive procedures such as vertebroplasty or kyphoplasty

Living with Spinal Compression Fractures: Coping Strategies and Support

Adapting to life with spinal compression fractures can be challenging, but with the right strategies and support, individuals can maintain a good quality of life.

Pain Management Techniques

How can individuals manage chronic pain associated with spinal compression fractures?

• Physical therapy exercises
• Heat and cold therapy
• Mindfulness and relaxation techniques
• Appropriate use of pain medications as prescribed

Adaptive Equipment and Home Modifications

What types of adaptive equipment can help individuals with spinal compression fractures?

• Raised toilet seats
• Grab bars in bathrooms
• Reacher tools for picking up objects
• Adjustable beds or chairs

Emotional Support and Mental Health

How can individuals cope with the emotional impact of spinal compression fractures?

• Joining support groups
• Seeking counseling or therapy
• Engaging in hobbies and social activities
• Practicing stress-reduction techniques

Living with spinal compression fractures requires a multifaceted approach that addresses both physical and emotional needs. By working closely with healthcare providers, implementing lifestyle changes, and utilizing available resources, individuals can effectively manage their condition and maintain a fulfilling life.

Emerging Research and Future Directions in Spinal Compression Fracture Treatment

As medical science advances, new approaches to treating and preventing spinal compression fractures are being explored. These developments offer hope for improved outcomes and quality of life for those affected by this condition.

Innovative Surgical Techniques

What new surgical approaches are being developed for spinal compression fractures?

• Minimally invasive spinal fusion techniques
• Advanced biomaterials for vertebral augmentation
• Robot-assisted surgical procedures

Regenerative Medicine

How might regenerative medicine impact the treatment of spinal compression fractures?

• Stem cell therapies to promote bone healing
• Growth factor treatments to stimulate bone regeneration
• Tissue engineering approaches to repair damaged vertebrae

Pharmacological Advancements

What new medications are being researched for the prevention and treatment of spinal compression fractures?

• Novel anabolic agents to build bone mass
• Targeted therapies to inhibit bone resorption
• Combination therapies for enhanced efficacy

As research in these areas progresses, it is anticipated that more effective and personalized treatment options will become available, potentially revolutionizing the management of spinal compression fractures and improving outcomes for patients.

In conclusion, spinal compression fractures represent a significant health challenge, particularly for older adults and those with osteoporosis. By understanding the symptoms, risk factors, and available treatments, individuals can take proactive steps to prevent fractures and manage their condition effectively. As medical science continues to advance, new therapies and interventions offer hope for improved outcomes and enhanced quality of life for those affected by spinal compression fractures.

Symptoms of Spinal Compression Fractures

Written by WebMD Editorial Contributors

• Symptoms
• Different Signs of Spinal Compression Fractures
• Signs of Multiple Spinal Compression Fractures
• Diagnosing Spinal Compression Fractures

The main symptom you’ll notice with a spinal compression fracture is back pain. It may start gradually and get worse over time or come on suddenly and sharply. But regardless of how it happens, it’s important to let your doctor know about it, especially if you’re a woman who is near or over age 50.

Most compression fractures — tiny cracks in the bones of your spine, or vertebra — in women at this age happen because of osteoporosis, a condition defined by bones that are weak and brittle. Treatment of a compression fracture can help lower your risk for more fractures.

Along with back pain, spinal compression fractures also can cause:

• Pain that gets worse when you stand or walk but with some relief when you lie down
• Trouble bending or twisting your body
• Loss of height
• A curved, stooped shape to your spine

The pain typically happens with a slight back strain during an everyday activity like:

• Lifting a bag of groceries
• Bending to the floor to pick something up
• Slipping on a rug or making a misstep
• Lifting a suitcase out of the trunk of a car
• Lifting the corner of a mattress when changing bed linens

For many people, a spinal compression fracture will hurt less as the bone heals. That can take up to 2 or 3 months. Other people will still have pain after the fracture has healed.

Some people feel almost no symptoms from spinal compression fractures. The cracks may happen so gradually that the pain is relatively mild or unnoticeable. For others, the pain may turn into a chronic backache in the injured area.

When you have multiple spinal compression fractures, your spine will change a lot. Part of your vertebrae may collapse because the cracks mean it can’t support the weight of your spine. That can affect how your body works. Symptoms include:

• Height loss. With each fracture of a spinal bone, the spine gets a little bit shorter. Eventually, after several vertebrae have collapsed, you will look noticeably shorter.
• Kyphosis (curved back): When vertebrae collapse, they form a wedge shape, which makes the spine bend forward. Eventually, you’ll have neck and back pain as your body tries to adapt.
• Stomach problems: A shorter spine can compress your stomach, causing digestive problems like constipation, a weak appetite, and weight loss.
• Hip pain: The shorter spine brings your rib cage closer to your hipbones. If those bones are rubbing against each other, it can hurt.
• Breathing problems: If the spine is severely compressed, your lungs may not work properly and you can have trouble breathing.

Symptoms are different for everyone, so let your doctor know if you’re feeling back pain or other problems. They can help you find out what’s causing it.

Symptoms are different for everyone, so let your doctor know if you’re feeling back pain or other problems.  They may ask questions like:

• How long have you had this back pain?
• What caused it?
• What were you doing when it started?
• Is the pain getting worse or better?

Your doctor may also prescribe tests including:

• A spinal X-ray to determine whether a vertebra has collapsed
• A CT scan to provide detail of the fractured bone and the nerves around it
• An MRI scan to show greater detail of nerves and nearby disks

A spinal compression fracture may be seen on a bone density exam (DEXA) if an additional test called a vertebral fracture assessment (VFA) is done at the same time.

Also, rarely, a bone biopsy may be done in a small percentage of people who have compression fractures to determine if the fracture is caused by cancer.

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A spinal compression fracture means that one or more of the bones that make up your spine (your vertebrae) has collapsed or shattered. It most often occurs in the low-to-mid portion of your spine, which doctors call the thoracic spine. Spinal compression fractures typically happen when your vertebrae become injured or weakened by conditions like osteoporosis or bone cancer.

Symptoms of spinal compression fractures

Depending on where the fracture occurs, you could develop a condition called kyphosis, where the shape of your spine becomes deformed, giving you a humped, hunched-over appearance. Other symptoms include:

• Sharp, debilitating back pain. The pain may be intense when the fracture occurs, and then gradually go away as it heals.
• Back pain that gets worse with standing or walking.
• Loss of height.
• Loss of mobility.
• Pain in other parts of your body, like your abdomen, if the fracture has affected your internal organs.

Diagnosis of spinal compression fractures

You might need a CT, MRI or X-ray scan to determine if you have a spinal compression fracture. If your doctor suspects that your fracture was caused by an underlying medical problem (like bone cancer), he or she may also order a biopsy or other tests.

Treatment options for spinal compression fractures

Treatment depends on the severity of the fracture. To start, your doctor may try nonsurgical options, including rest and prescription medication to help reduce your pain and improve your bone density.If your condition is more severe or persistent, you may need surgery, such as:

• Vertebroplasty: Your doctor injects a medical-grade substance called bone cement, which “glues” the spine in its proper position to reduce pain and bone deformity.
• Kyphoplasty: First a balloon is inserted into the affected area to decompress your spine and allow you to regain lost height. Then your doctor will inject bone cement to stabilize your vertebrae.
• Spinal fusion: Your doctor will permanently adhere your vertebrae together in a fixed position.

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Compression fracture of the spine: causes, symptoms, diagnosis, treatment

Injuries of the spine can lead to disability, reduced quality of life and even disability of the patient. One of the most common spinal injuries is a compression fracture of the spine. This is the name of damage to the body of one or more vertebrae, accompanied by their compression and a decrease in height. In the injured areas, the nerve roots are infringed, blood circulation is disturbed, which in turn leads to a violation of the nervous regulation. The main symptom of a compression fracture is pain, aggravated by movement, and limited mobility in the damaged spine. The leading methods of rehabilitation are wearing a corset, physiotherapy exercises, a course of massage, physiotherapy.

What is a compression fracture of the spine

The vertebral column performs a supporting function for the human body, protects the spinal cord and participates in the movements of the trunk and head. It consists of five departments, together including 32 cylindrical vertebrae. The height of their anterior and posterior sections is the same. All vertebrae are interconnected by intervertebral discs, facet joints and ligamentous-muscular apparatus. This structure of the spine allows a person to keep his body in an upright position, while maintaining its mobility. The physiological curves of the spinal column increase its elasticity and help to soften the load created when walking, running, jumping.

A compression fracture occurs when there is simultaneous compression and flexion of the spine. A strong pressure is formed on the anterior sections of the vertebrae, which leads to their wedge-shaped deformation and a decrease in height. Damage exclusively to the anterior column of the vertebral bodies is a hallmark of compression fractures.

Neurological symptoms – paralysis and loss of sensation may be absent, since compression of the spine (compression due to traumatic force) does not always lead to damage to the spinal cord. However, if the spinal cord is compressed by displaced vertebrae or a disc, a neurological deficit will still occur.

Most often, doctors encounter fractures in the lumbar and lower thoracic spine. Compression injuries of the cervical spine occur less frequently.

Types of compression fractures

Depending on the location of the injury, there are:

• compression fracture of the cervical spine;
• Compression fracture of the thoracic spine
• compression fracture of the lumbar spine;
• compression fracture of the sacral and coccygeal sections.

If several departments are damaged at once, the injuries are considered multiple.

Depending on the degree of deformation of the vertebra, there are:

• fracture of the 1st degree – the height of the vertebra decreases by less than ½ of its size;
• II degree fracture – height is reduced by 50%;
• III degree fracture – height is reduced by more than 50%.

In case of injury of the 1st degree, the stability of the spine is not disturbed. Fractures II and III degree lead to a violation of the stability of the spinal column.

Depending on the presence of complications, there are uncomplicated and complicated types of fractures. Complicated ones are characterized by the development of neurological disorders.

Causes

Main causes of compression fractures:

• jumping from a height on straightened legs;
• falls from a height on the back, on the buttocks;
• traffic accidents;
• natural or industrial disasters.

In young and middle-aged patients, compression injuries may be the result of non-compliance with safety precautions during active sports, trampoline jumping.

Compression fractures in elderly patients are often associated with the development of osteoporosis. Bone tissue loses its density and becomes unable to withstand not only high, but also quite adequate loads.

Another likely cause of a compression fracture is the involvement of the spinal column by cancer metastases. Metastases destroy the vertebral bodies. Fractures can occur even with minimal loads, such as sharp bends.

Symptoms

The main clinical symptom of a compression fracture is pain in the injured area, such as the lumbar or thoracic region. The manifestations of the pain syndrome are quite diverse. Pain can be diffuse or localized, constant or intermittent. In the first days after injury, the following symptoms are possible:

• forced adoption of a certain body position;
• swelling, redness of the skin;
• weakness in lower limbs;
• desensitization.

Compression fractures of the cervical vertebrae may cause pain radiating to the back of the head.

The appearance of pathological reflexes (their presence can be determined by a neurologist during an internal examination), progressive muscle weakness, paralysis of the limbs, loss of sensation indicate damage to the spinal cord.

Complications

The risk of complications increases with grade 2 and 3 compression fractures. In the affected parts of the spine, increased mobility develops, which leads to increased pain both during movement and at rest. The long-term consequences of a compression fracture of the spine include the acceleration of degenerative processes in the intervertebral discs, which increases the risk of osteochondrosis, protrusions, and hernias.

Improper fusion of the vertebrae may cause kyphotic curvature of the spine (curvature in the anterior-posterior plane), formation of a hump

Diagnosis the vertebra remains intact

It is necessary to perform an x-ray of the spine, take pictures in two projections – frontal and lateral. Lateral projections have the greatest diagnostic value. The radiograph will show a decrease in the height of the vertebrae and their wedge-shaped deformity.

If necessary, assess the condition of the ligaments and cartilage of the spine, as well as the appearance of neurological symptoms, an MRI of the spine is prescribed. As a rule, when performing a tomography, only the damaged part of the spine is examined. But if there are indications, the entire spine can be scanned as well.

Treatment

Successful treatment of a compression fracture requires restriction of the patient’s mobility. For several weeks, bed rest may be prescribed (you can not sit, get up on your feet). Doctors also prescribe long-term wearing of a corset. The corset provides the spine with additional support, prevents displacement of the vertebrae, and promotes favorable fusion of the injury. To relieve severe pain, painkillers, anti-inflammatory drugs, blockades are used.

Treatment of compression fractures of the spine in elderly patients has its own difficulties associated with the rapid development of degenerative-dystrophic processes in them. This leads to the progression of neurological symptoms. Elderly patients are shown strict adherence to bed rest. Bed rest helps protect the back from stress, but at the same time provokes the formation of bedsores, congestion in the lungs. For these reasons, the rehabilitation of elderly patients may take a longer time – more than six months.

There are several basic methods for the rehabilitation of patients.

Therapeutic physical training (LFK)

Therapeutic gymnastics includes general developmental exercises for the muscles of the limbs and torso, breathing exercises.

The main goals of exercise therapy:

• increase in the general tone of the body,
• improvement of regenerative processes,
• formation and strengthening of the muscular corset,
• improving the functioning of internal organs,
• gradual adaptation of the spine to vertical loading.

Exercises also train the vestibular apparatus, improve spinal mobility.

Physiotherapy

Physiotherapy procedures accelerate tissue regeneration, improve blood circulation, help relieve pain. Doctors use the following methods:

• electromyostimulation – exposure to electric current pulses;
• magnetotherapy – exposure to a constant or variable low-frequency magnetic field;
• shock wave therapy (SWT) – use of low power acoustic shock waves;
• UV – use of ultraviolet radiation;
• electrophoresis – exposure to direct electric current in combination with the introduction of various medicinal substances through the skin.

The volume of the course of physiotherapy is determined by the severity of the injury.

Massage

Massage complements and reinforces the results of exercise therapy and physiotherapy. For the rehabilitation of patients, different types of massage are used: manual, segmental, acupressure, hardware.

Treatment can be supplemented with acupuncture, HILT-therapy (high-intensity laser exposure).

The average duration of treatment is up to six months. After 6 months, most patients recover their ability to work.

Prevention

Prevention of compression fractures involves reducing injuries at work and at home. When playing sports, outdoor activities, you must follow the general safety rules. In old age, it is advisable to pay more attention to the health of the musculoskeletal system. With confirmed osteoporosis, it is necessary to conduct complex treatment with a diet, taking hormonal drugs, calcium and vitamin D supplements.

Which doctor treats a compression fracture of the spine

For the treatment of compression fractures of the spine, you should contact an orthopedic traumatologist. Also, a neurologist, physiotherapist, exercise therapy doctor can take part in the rehabilitation of the patient.

Where can a compression fracture of the spine be treated? Qualified traumatologists-orthopedists and neurologists work here. The center has modern diagnostic equipment: x-ray machines, tomographs. With their help, you can determine the severity of the injury. The center’s specialists have developed rehabilitation programs designed for patients with spinal injuries and movement disorders. They include many techniques:

• exercise therapy;
• manual therapy;
• reflexology;
• physiotherapy;
• massage.

The benefits of contacting the Kuntsevo Center are the opportunity to undergo a complete diagnostic examination of the spine, get advice from several specialized doctors. Physiotherapy, physiotherapy exercises are carried out under the supervision of specialists. Appointments can be made by phone.

References

• Traumatology and orthopedics. Textbook, ed. V.M. Shapovalova, A.I. Gritsanova, A.N. Erokhov. – St. Petersburg: Folio. 2004.
• Tsivyan Ya. L. Injuries of the spine. – M.: medicine, 2012.
• Barinov AN, Kondakov EN Clinical and statistical characteristics of acute spinal cord injury. // Surgery of the spine. – 2013
• Vishnevsky A.A. Diseases and injuries of the spine. The best methods of treatment and prevention: – St. Petersburg, Vector, 2009

Compression fracture – symptoms and treatment of a compression fracture in St. Petersburg

Compression fracture is a bone injury resulting from simultaneous compression and compression. This type of injury often occurs in the thoracic or lumbar spine, less often in the pelvic bones, sometimes in the heel bones. At a young age, it usually develops when exposed to a traumatic agent of high strength. In the elderly, bone integrity is impaired as a result of osteoporosis. The symptoms of a compression fracture of the spine depend on the cause of the injury. The prognosis is favorable, except in cases with severe spinal cord injury. You can undergo restorative treatment (rehabilitation) after a compression fracture at Dr. Razumovsky’s Spine Clinic in St. Petersburg.

Contents

• 1 What you need to know about the diagnosis of back pain
• 2 Types of compression fractures
• 3 Symptoms and treatment of a compression fracture in St. Petersburg

What you need to know about the diagnosis of back pain e

More often pathology localized in the thoracic region below TH4 (4th vertebra) and the lumbar region, usually at the junction of TH12 and L1 (1st lumbar vertebra). The cervical region is affected much less frequently. Causes can be traumatic or pathological. In the first case, the violation of the integrity of the bone occurs due to a strong blow: a car accident, a gunshot wound, a fall from a height.

Such fractures are uncomplicated and complicated. If only the integrity of the bone structures is violated, then they speak of uncomplicated damage. In complicated cases, damage to the spinal cord and spinal roots occurs, which leads to the development of paralysis (impaired motor function of the limbs).

Pathological compression fractures are more common in people over 50 years of age, especially in menopausal women. Old age is accompanied by a decrease in the density of bone structures due to the natural aging of the body. In menopausal women, the production of sex hormones – estrogens – decreases, which leads to bone thinning. This disease is called osteoporosis.

In a compression fracture, the vertebrae acquire a characteristic wedge-shaped shape, which is clearly visible on x-ray. The height of the spine is reduced. In osteoporosis, in addition to changes in the shape of the vertebrae, a decrease in X-ray density and a violation of the structure of the cancellous bone tissue are observed.

Types of compression fractures

Classification helps to determine the tactics of treatment and the prognosis of the disease for recovery or life.

There are fractures due to:

• traumatic;
• pathological.

According to the degree of damage, injuries are distinguished:

• light – loss of bone volume up to 10%;
• medium – bone tissue is reduced up to 50%;
• heavy – more than 50%.

According to the mechanism of damage:

• wedge-shaped injury – characteristic of the spinal column, the vertebrae take the form of a wedge;
• fragmentation – the formation of several bone fragments under the influence of a blow;
• avulsion – separation and displacement of a part of the bone with uneven edges.

A compression fracture of the spine is often associated with damage to the heel bones when falling from a height onto straightened legs.

Symptoms and treatment of a compression fracture in St. Petersburg

Clinical manifestations of the disease depend on the cause of the violation of the integrity of the bones and the localization of the pathological process. With an injury, vivid symptoms appear immediately after the impact. This is intense pain at the site of injury, hematomas and swelling of soft tissues are formed here, the impossibility of movement. In case of damage to the structures of the spinal cord, paresis or paralysis develops, depending on the level of damage. The pathological form is accompanied by poor clinical symptoms and can be detected during the diagnosis of other diseases. More often develops kyphosis (hump), pain aching and unstable.

Symptoms of cervical injury:

• headache, dizziness;
• neck pain;
• blurred vision, tinnitus;
• difficulty breathing and swallowing;
• movement disorders in the upper and lower extremities.

Clinical manifestations of lesions of the thoracic region:

• respiratory failure;
• pain in the thoracic spine;
• heart trouble;
• curvature of the spinal column (kyphosis).

Symptoms of lumbar injury:

• movement disorders in the lower extremities;
• pain in the lumbar spine;
• deterioration in the function of the pelvic organs;
• fecal and urinary incontinence.

Signs of violation of the integrity of the pelvis:

• acute pain syndrome;
• swelling and bruising in the lumbar region and perineum;
• violation of the act of defecation and urination;
• impossibility of movement in the lower part of the body.

Heel injury clinic:

• foot edema and hematoma;
• intense pain due to displacement of fragments;
• violation of the support and motor function of the leg.

Bone damage is diagnosed using x-rays and CT (computed tomography). If a spinal cord injury is suspected, MRI (magnetic resonance imaging) and myelography are indicated.

Treatment depends on the cause and severity of bone damage. In the event of an injury to the victim after transport immobilization of the spine, pelvis or leg, he is taken to the hospital. In the hospital, anesthesia is performed with the help of non-narcotic or narcotic analgesics, depending on the intensity of the pain syndrome.