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Treatment of Spondylolisthesis
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About the Condition
The spine is the central support structure of the body, providing stability, mobility, and protection of neural elements. Its function depends on coordinated interaction between bones, intervertebral discs, ligaments, and muscles.
Spondylolisthesis is a condition in which one vertebra slips relative to another (most commonly forward). Unlike functional disorders, this is a structural change that may affect spinal stability and neural structures.
It is important to distinguish that not every sensation of “misalignment” represents spondylolisthesis. In most cases, symptoms are functional. Spondylolisthesis is a radiologically confirmed condition with defined anatomical features.
It most commonly occurs in the lumbar spine (especially at L4–L5 or L5–S1 levels), less frequently in the cervical spine, and rarely in the thoracic region due to its structural stability.
Symptoms range from mild discomfort to significant pain, depending on the degree of slippage and neural involvement. In some cases, it may remain asymptomatic.
🔹 Causes
Common causes of spondylolisthesis include:
- age-related degenerative changes
- repetitive or excessive spinal loading
- defects of the vertebral arch (spondylolysis)
- trauma (falls, accidents, sports injuries)
- congenital spinal abnormalities
- post-surgical changes
- prolonged static posture and low mobility
📌 Important: in children and adolescents, it is often associated with spondylolysis, while in adults it is more commonly degenerative.
Symptoms of vertebral displacement
Symptoms of spondylolisthesis depend on the degree of vertebral slippage, location, and involvement of neural structures. In some cases, it may remain asymptomatic and be discovered incidentally.
🔹 Main symptoms
- lower back or neck pain
- feeling of instability or fatigue in the spine
- reduced mobility
- pain worsening with load, prolonged standing, or walking
🔹 Neurological symptoms
When nerve structures are affected:
- radiating pain to the buttock or leg
- numbness or tingling
- muscle weakness
- reduced sensation
🔹 Lumbar spine (most common)
- lower back pain aggravated by movement
- pain radiating to the leg (sciatic-type)
- decreased walking tolerance
- tension in the posterior thigh
🔹 Cervical spine
- neck pain
- muscle tightness
- headaches
- numbness or weakness in the arms
🔹 Signs of progression
- increasing pain intensity
- reduced mobility
- muscle weakness
- changes in gait or persistent discomfort
📌 In severe cases, bowel or bladder dysfunction may occur and requires immediate medical attention.
Diagnosis
Diagnosis of spondylolisthesis is based on a combination of clinical evaluation and imaging studies. The goal is not only to confirm vertebral slippage but also to assess its degree, segmental stability, and impact on neural structures.
🔹 Clinical assessment
During consultation, the specialist evaluates:
- symptoms and medical history
- pain characteristics and location
- spinal mobility
- muscle strength and tone
- neurological function (sensation, reflexes)
📌 This helps assess functional impairment and neurological involvement.
🔹 Imaging methods
To confirm and assess the condition:
- X-ray (with functional views)
primary method to identify vertebral slippage and segmental instability - MRI (Magnetic Resonance Imaging)
evaluates discs, neural structures, and soft tissues - CT scan
provides detailed assessment of bone structures and defects (e.g., spondylolysis)
📌 X-ray confirms slippage; MRI evaluates its consequences.
🔹 Grading
The degree of slippage is assessed using the Meyerding classification, based on the percentage of vertebral displacement.
This is essential for treatment planning.
🔹 Important
- slippage may be asymptomatic
- symptom severity does not always correlate with displacement
- treatment decisions are based on combined clinical and imaging findings
🔸 Recommendation
Imaging should be prescribed after clinical evaluation to ensure appropriate and efficient diagnosis.
Treatment
Treatment of spondylolisthesis focuses on reducing load on the affected segment, improving movement control, and restoring spinal stability. The goal is not forceful “realignment,” but creating conditions for proper spinal function.
🔹 Restoring optimal positioning (MOK)
The anatomical arc of the MOK ®KIPARIS system provides a physiological positioning template for the spine, where:
- compressive load is reduced
- pressure distribution becomes more balanced
- optimal vertebral alignment conditions are supported
📌 This is not forced repositioning, but position-based normalization.
🔹 Decompression
In this position:
- pressure on discs decreases
- facet joints are unloaded
- neural irritation is reduced
This creates the foundation for recovery.
🔹 Muscle control restoration
Targeted exercises on MOK:
- relax overactive muscles
- activate weakened stabilizers
- restore proper muscle coordination
Deep spinal muscles play a key role by:
- stabilizing vertebral segments
- controlling micro-movements
- reducing the risk of further slippage
🔹 Stabilization
The combination of positioning and active muscle work:
- improves segmental stability
- reduces functional displacement
- increases tissue resilience
- lowers progression risk
🔸 Key distinction
Most approaches address either unloading or muscle strengthening separately.
The MOK approach integrates:
- optimal spinal positioning
- active neuromuscular control
- stabilization through deep muscles
This allows addressing both symptoms and underlying biomechanics.
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This site is for educational purposes only; no information is intended or implied to be a substitute for professional medical advice.
