Full range of orthopedic services from diagnosis to rehabilitation. We provide assistance with injuries and diseases of the joints, as well as sports injuries.
HILT is a physical therapy method in which tissues are exposed to high-power laser radiation. Light energy is absorbed by the tissues, and the way it interacts with them depends on the wavelength, power, operating mode of the device, duration of exposure, and properties of the tissue itself.
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Knee Osteoarthritis: When High-Intensity Laser Therapy Is Used in Treatment
In the early stages, pain is often associated with physical load and improves with rest. A person may notice discomfort after a long walk, physical work, or exercise, even though the same level of activity previously caused no problems.
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Disc Protrusion: Can It Be Treated Without Surgery?
Spinal disc protrusion can cause pain, numbness, and weakness in the limbs. Learn about diagnosis, non-surgical treatment, and rehabilitation.
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Herniated Disc: Symptoms, Causes, and Treatment Options
A herniated disc is a localized displacement of disc tissue beyond its normal anatomical boundaries.
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Rehabilitation After Arthroscopy: What You Need to Know
After joint arthroscopy, it is necessary to restore movement, weight-bearing ability, muscle strength, and the capacity to tolerate everyday activity.
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Shoulder and Arm Pain: Causes and Treatment
The shoulder has a wide range of motion, which makes it particularly sensitive to injuries, overuse, and inflammatory changes.
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Intra-Articular Injections: Indications and Risks
Intra-articular injections are a common treatment option for joint pain. They may provide relatively rapid relief, improve mobility, and help a person return to everyday activities.
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Ankylosing Spondylitis: What It Is, Symptoms, and Diagnosis
Ankylosing spondylitis, also known as Bechterew’s disease, is a chronic inflammatory condition that affects the spine and sacroiliac joints. Over time, it can limit mobility and significantly affect quality of life.
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Osteoarthritis of the Joints: Symptoms, Causes, and Treatment
Osteoarthritis is a chronic disease of the entire joint in which the articular cartilage gradually deteriorates, bone tissue changes, and the surrounding joint structures function less effectively.
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Rheumatoid Arthritis: Symptoms and Rheumatoid Factor
Rheumatoid arthritis is a systemic autoimmune inflammatory disease that affects the joints, tendon sheaths, and other tissues throughout the body.
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De Quervain’s Disease: Symptoms and Treatment Methods
De Quervain’s disease, also known as De Quervain’s tenosynovitis, is a condition affecting the first extensor compartment of the wrist. The thumb tendons pass through a narrowed tunnel and begin to glide with pain.
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Hygroma: Causes and Effective Treatment
A hygroma is a superficial, bony formation near a joint or tendon canal that most often appears on the hand, wrist, or fingers.
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Trigger Finger (Stenosing Tenosynovitis)
Stenosing ligamentitis disrupts the normal gliding of the finger tendon and gradually makes the usual hand movements more difficult. At first, a person feels stiffness, then a painful clicking appears, and at later stages the finger becomes fixed in a bent position.
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Why Does a Finger Hurt: Main Causes and Treatment
Pain in the finger appears after injury, overload, inflammation or compression of the nerve. The symptom itself does not indicate one specific problem, because the source of discomfort can be a joint, tendons, ligaments, nerve or surrounding soft tissues.
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Joint Contracture: Causes, Symptoms, Types, and Treatment Methods
Joint contracture is a persistent decrease in range of motion due to changes in the soft tissues and other structures around the joint. This condition interferes with everyday activities and can significantly worsen quality of life.
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Can You Run with Osteoarthritis?
When running with arthrosis is possible, in which cases it is strictly not recommended, and what alternatives should be considered in order to maintain movement without harm to the joints - says Vasily Mellen, orthopedic surgeon and traumatologist of Mashtaler Ortho&Trauma Clinic.
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What Are Compression Stockings?
When people think about treatment of the musculoskeletal system, they usually imagine surgery, fixation, and exercise. However, there is another component that works almost unnoticed while significantly affecting the recovery process: compression stockings.
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Rehabilitation and Life After Hip Replacement
The pain that caused sleepless nights, restricted movement, and changed daily habits disappears. In the first days after surgery, patients notice that it becomes easier to stand up and sit down. It is a relief to stop thinking about every step.
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Innovative Bikini Approach for Hip Replacement Surgery
Bikini approach is a relatively new, minimally invasive method that is distinguished by its delicacy, less trauma and expressive aesthetics.
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Donor Meniscus Transplantation
This is an important milestone, as the procedure has been performed only eight times in Ukraine.
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Anterior Cruciate Ligament (ACL) Tear
The anterior cruciate ligament connects the femur and the tibia, helping stabilize the knee during bending, pivoting, and walking.
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Super Inductive System
Super Inductive System (also known as High-Intensity Magnetotherapy) is a modern, effective, and safe method of pain treatment that works without invasive intervention.
A herniated disc occurs when disc material extends beyond its normal anatomical boundaries. The displaced disc material may irritate a nerve root or compress other neural structures, causing pain, numbness, and weakness in the limbs.
Herniated discs most commonly develop in the lumbar or cervical spine. MRI and other modern non-invasive diagnostic methods are used to assess the severity of the condition.
This article explains the causes, symptoms, diagnosis, and treatment of herniated discs, as well as mobility recovery and prevention.
What Is a Herniated Disc?
A herniated disc is a localized displacement of disc tissue beyond its normal anatomical boundaries.
To understand how a herniated disc develops, it is important to look at the underlying mechanism. Intervertebral discs are located between adjacent vertebrae, where they distribute load and allow the spine to move. Each disc consists of a dense outer annulus fibrosus and a softer inner nucleus pulposus. Degeneration, repeated overload, or trauma can create weakened areas and tears in the outer ring.
A disc herniation develops when part of the nucleus passes through the damaged outer structure. If the protruding tissue comes into contact with a nerve, inflammation, compression, and neurological symptoms may occur. If neural structures are not affected, these changes may remain asymptomatic for a long time.
A herniated disc, sometimes referred to colloquially as a “slipped disc,” may vary in direction and extent. For this reason, the doctor evaluates not only its size but also its location and whether it is compressing a nerve root or the spinal cord.
Main Causes of a Herniated Disc
Disc herniation is commonly associated with gradual degenerative changes in the intervertebral disc. The tissue becomes less elastic, tolerates pressure less effectively, and becomes more vulnerable to normal everyday loading.
Herniated discs are commonly associated with lifting heavy objects and are therefore often considered an occupational problem among athletes and people who perform physical work. In reality, however, a sudden movement is usually only the final trigger, while structural changes within the disc have been developing over time.
The most common contributing factors include:
age-related or premature degeneration of disc tissue;
repeated bending, twisting, or forceful movements under load;
sudden lifting combined with rotation of the trunk;
spinal trauma or the accumulation of minor mechanical injuries;
insufficient endurance of the muscles that stabilize the trunk.
Body weight, daily activity level, and prolonged work in one position all affect how load is distributed across the lower back. Posture also plays a role, although remaining in one particular position for a long time does not necessarily cause a herniated disc. A combination of prolonged static work, insufficient movement, and reduced muscular endurance may contribute to symptoms.
Why Lumbar Disc Herniation Is Most Common
The lumbar spine supports the weight of the upper body every day and is involved in bending, turning, and lifting. The greatest load is placed on the lower L4–L5 and L5–S1 segments, where the mobile lumbar spine transitions into the less mobile sacral region.
The discs in this area are simultaneously compressed and displaced in different directions. If the outer ring is already weakened, repeated movements gradually increase tissue damage. This is why most lumbar disc herniations are found at these two lower levels.
The risk increases when a person lifts mainly with the back, rarely changes working position, or suddenly returns to physical work after a long break. A previous injury that has altered movement mechanics may also contribute.
Symptoms of a Herniated Disc
Symptoms depend on the location and direction of the herniation and on how much it affects a nerve. The size of the herniation on imaging does not always correspond to the intensity of pain: a small protrusion in a narrow space may cause pronounced symptoms, while a larger one may cause little or no discomfort.
The main symptoms include:
localized pain or sharp, shooting pain;
pain radiating along the arm or leg;
numbness, tingling, or burning sensations;
reduced strength in specific muscles;
stiffness and reduced range of motion.
Pain often worsens with coughing, sneezing, bending, or prolonged sitting. This occurs because of changes in pressure within the spinal canal and additional irritation of the nerve root.
Symptoms of Lumbar Disc Herniation
A lumbar disc herniation may cause lower back pain, but the most characteristic feature is the spread of symptoms into the leg. Discomfort may travel through the buttock, thigh, lower leg, or foot depending on which nerve root is compressed.
Different spinal levels produce different patterns of symptoms. One person may develop weakness when straightening the knee, while another may have difficulty lifting the foot or toes. Sensory changes also occur in specific areas rather than evenly throughout the limb.
While walking, some patients may feel that the leg provides less support. Pain may worsen after sitting, driving, or bending forward. In some cases, lying down or taking a short walk may reduce symptoms.
Symptoms of Cervical Disc Herniation
A cervical disc herniation most often causes pain in the neck, shoulder blade, shoulder, or arm. Numbness and tingling may extend into the hand and individual fingers, while weakness may affect the muscles of the shoulder, forearm, or grip.
Head movements can change the intensity of symptoms. Turning or tilting the head toward the affected side often increases shooting pain, while another position may partially relieve it. In some patients, arm pain is more pronounced than discomfort in the neck itself.
When the protruding disc affects the spinal cord, symptoms become more widespread. A person may experience clumsiness of the hands, changes in gait, heaviness in the legs, or difficulty performing precise finger movements.
When Should You See a Doctor?
Medical consultation is recommended when pain radiates into a limb, is accompanied by numbness, or limits normal daily activity. Recurrent flare-ups, nighttime symptoms, and reduced muscle strength should also be assessed by a doctor.
A scheduled examination is advisable if symptoms persist for several days, worsen, or repeatedly return. A neurologist or neurosurgeon will assess reflexes, sensation, muscle function, and whether the symptoms correspond to a specific level of nerve involvement.
Importantly, emergency medical attention is required when there are signs of significant compression of the spinal cord or the bundle of nerve roots in the lower back:
sudden difficulty with urination or loss of bowel control;
new numbness or loss of sensation in the saddle area, including the perineum and inner thighs;
rapidly increasing weakness in one or both legs;
sudden deterioration in gait and coordination;
progressive weakness in the arms together with impaired finger movement.
One of the most serious complications of lumbar disc herniation is cauda equina syndrome, in which a bundle of nerve roots is compressed and urgent surgical treatment is required. In cervical disc herniation, a critical condition is progressive myelopathy, where spinal cord compression affects gait, limb strength, and fine motor control.
What Can Happen If Nerve Compression Persists?
The most common consequence of prolonged nerve irritation is chronic radicular pain. As activity decreases, muscles lose endurance and movements become less symmetrical.
Persistent compression may lead to reduced sensation and muscle strength. If a particular muscle receives insufficient nerve impulses for a prolonged period, it gradually becomes weaker and decreases in size. In this situation, full functional recovery may take longer.
Persistent pain can also alter walking mechanics, pelvic position, and the function of adjacent segments. As a result, the original problem may be accompanied by muscle spasm, joint overload, and reduced overall mobility.
Diagnosing a Herniated Disc: The Role of Specialist Consultation
Diagnosis begins with a medical consultation and neurological examination. The doctor asks about the direction of the pain, duration of symptoms, movements that trigger discomfort, previous injuries, and changes in limb strength.
During the examination, the doctor assesses:
skin sensation in areas corresponding to different nerve roots;
strength of specific muscle groups in the arm or leg;
tendon reflexes and movement coordination;
how symptoms respond to specific functional tests;
posture, gait, and mobility of the affected area of the spine.
Magnetic resonance imaging (MRI) provides detailed images of the disc, spinal cord, nerve roots, and surrounding soft tissues. At the same time, a herniated disc reported on MRI may be an incidental finding in a person without pain. For this reason, the doctor compares every MRI finding with the patient’s actual symptoms, physical examination, and functional impairment.
X-ray imaging does not show the herniated disc itself, but it can help assess vertebral alignment, bone changes, and the effects of previous trauma. Computed tomography (CT) is used in specific situations, including when MRI is contraindicated or when a more detailed assessment of bone structures is required.
How to Prepare for a Consultation
The need for an MRI should be discussed during a preliminary consultation or phone conversation with Mashtaler Ortho&Trauma. If a doctor has already recommended imaging or you already have an MRI of the relevant part of the spine, bring the digital images and radiologist’s report to your appointment. The specialist will review the images and compare the findings with your symptoms and examination results.
Treatment Options for a Herniated Disc
Treatment depends on the severity of pain, duration of symptoms, muscle strength, and the degree of neural compression. Most patients without a progressive neurological deficit begin with conservative treatment.
What matters most is how the herniation affects the nerve, movement, limb function, and everyday activity. Even a relatively large herniation may be treated without surgery if muscle strength is preserved and symptoms are gradually improving.
Conservative Treatment
Conservative treatment focuses on controlling pain, reducing nerve irritation, and restoring normal movement. After a short period of reduced activity, the patient gradually resumes walking and manageable daily activities because prolonged bed rest does not speed up recovery.
The treatment plan may include pain-relieving or anti-inflammatory medications prescribed by a doctor. In some cases of severe radicular pain, injection treatments may be used to reduce inflammation around the affected nerve root.
Physical therapy is an important component of functional recovery. A physical therapist selects movements that help reduce symptoms, restore trunk control, and gradually strengthen the muscles that support the spine. The program takes into account the direction of pain, the condition of the affected arm or leg, endurance, and the body’s response on the following day.
Device-based therapy may be included in a comprehensive program as an additional symptomatic treatment. Specific procedures are selected according to the location of pain, neurological symptoms, and the patient’s response to previous sessions. Their purpose is to help control symptoms and support active rehabilitation.
The methods used may include:
High-Intensity Laser Therapy (HILT) — may help reduce pain and support recovery as part of a comprehensive rehabilitation program;
Super Inductive System (SIS) — may be used for pain relief, muscle stimulation, and support of neuromuscular function;
mechanotherapy — provides controlled movement using specialized exercise equipment to develop strength, endurance, and coordination.
The main components of treatment remain graded activity, therapeutic exercise, and step-by-step restoration of function. Device-based therapies complement active rehabilitation and may help control symptoms while mobility is gradually restored.
Surgical Treatment
Surgery may be recommended when compression of neural structures threatens permanent loss of function or when conservative treatment has not produced sufficient improvement. Cauda equina syndrome and progressive spinal cord compression require urgent neurosurgical assessment.
Urgent consultation is also necessary if muscle weakness is increasing, gait is deteriorating, or neurological symptoms are progressing rapidly. The specialist assesses the degree of compression, the rate of progression, and whether early surgical intervention is appropriate.
Elective surgery may be considered when persistent radicular pain and functional limitations have not improved after an adequate course of conservative treatment. The symptoms should correspond to the level and direction of the lesion identified on MRI.
For lumbar disc herniation, discectomy or microdiscectomy is most commonly performed. The surgeon removes the fragment of disc tissue compressing the nerve while preserving as much of the disc as possible. When appropriate, surgery may be performed using an endoscopic or another minimally invasive technique.
For the cervical spine, the range of surgical options is broader. Depending on the level and direction of compression, treatment may involve removing the herniated disc through an anterior or posterior approach, stabilizing the spinal segment, or replacing the disc. The goal of surgery is to decompress the nerve root or spinal cord rather than eliminate all age-related changes in the spine.
Rehabilitation After a Herniated Disc
Rehabilitation is important both after conservative treatment and after surgery. It restores strength, coordination, endurance, and the ability to tolerate work-related or everyday physical demands without another flare-up.
The rehabilitation program is introduced gradually:
pain control and restoration of comfortable walking or arm movement;
restoration of available range of motion in the spine and adjacent joints;
strengthening of the muscles that support the trunk, pelvis, and limbs;
trunk stabilization during bending, carrying loads, and walking;
preparation for work, sports, and prolonged static loading.
At first, the program includes simple exercises performed while lying down, standing, or walking. Pelvic control, elastic resistance, and functional movements are then introduced. Lifting and strength exercises are added once the muscles can reliably stabilize the spine in different positions.
Device-based therapies may be used during the early stages of rehabilitation when symptoms still limit activity. The doctor or physical therapist determines the appropriate method, number of sessions, and role of these therapies within the overall program. Gradually, the main focus shifts toward active exercise, muscle strengthening, and return to normal movement.
After surgery, the rehabilitation program takes into account the surgical approach, extent of the procedure, and the neurosurgeon’s recommendations. Walking is usually introduced early, followed by restoration of mobility and gradual progression to stabilization exercises. Load, range of motion, and exercise complexity are increased according to functional criteria.
How Long Does Recovery from a Herniated Disc Take?
Recovery time depends on the condition of the affected nerve, how long symptoms have been present, and the patient’s initial muscle strength. In many people, acute radicular pain decreases noticeably within 6–12 weeks of conservative treatment, although numbness and weakness may take longer to resolve.
Recovery most commonly follows one of three patterns:
acute radicular pain without muscle weakness — initial improvement usually appears within several weeks, with most pain reduction occurring within 6–12 weeks of conservative treatment. The person gradually returns to walking, everyday activities, and regular exercise;
prolonged compression with numbness or persistent weakness — pain may improve before sensation and strength return. Nerve tissue and muscles often require two to six months to recover, and the process may take longer after prolonged impairment of nerve conduction;
recovery after microdiscectomy or decompression — walking and basic self-care are usually restored within the first few days. Many patients return to work that does not involve significant physical exertion after approximately 4–6 weeks, while recovery of everyday activity and preparation for physically demanding work may take up to 12 weeks.
The recovery timeline is determined by the patient’s condition and objective functional criteria. The doctor and physical therapist assess limb strength, range of motion, endurance, gait quality, and the body’s response after physical activity.
Preventing Recurrent Back Problems
Prevention of recurrent spinal problems is based on regular movement, adequate muscle endurance, and gradual progression of physical load. Throughout the day, it is useful to alternate between sitting, walking, and standing work to avoid prolonged static loading. After treatment, the activity program is adapted to the patient’s current strength, mobility, and usual daily tasks.
A practical prevention program includes:
exercising the abdominal, back, gluteal, and leg muscles several times a week;
taking a short movement break or walk after every prolonged period of sitting;
keeping objects close to the body when lifting and allowing the legs to do most of the work;
turning the whole body together with the feet rather than twisting the back while carrying weight;
gradually increasing exercise duration, number of repetitions, or working weight.
After the main rehabilitation period is complete, the prevention program may include bridges, controlled squats, resistance-band exercises, and trunk stabilization in different positions. The specific exercise program depends on the movements required for work, daily life, or sports. The muscles should support the spine during walking, carrying objects, and climbing stairs, not only during dedicated therapeutic exercise sessions.
For physically demanding work, it may be helpful to divide a heavy load into several smaller loads, use a trolley or another person’s assistance, and clear the carrying route in advance. After a break from training, normal movement technique should be restored first, followed by an increase in training volume and only then intensity. This gradual progression allows the body to adapt to increasing physical demands.
Recurrent pain may occur after a sudden increase in physical workload, prolonged time in one position, or loss of muscle endurance. In this situation, the load is temporarily reduced to the previous comfortable level while walking and tolerable exercises are maintained. The goal of prevention is a stable return to full activity without unnecessary restrictions.
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