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Treatment of kyphosis
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ABOUT THE CONDITION
Kyphosis is a condition characterized by an excessive curvature of the thoracic spine, resulting in a rounded upper back or slouched posture. While a certain degree of kyphosis is normal, an increased curvature may become pathological.
It is important to understand that kyphosis is not only a structural change but also a functional condition involving muscle imbalance, reduced mobility, and altered load distribution. These factors play a key role in symptom development and overall function.
🔹 Types of kyphosis
Depending on location:
- thoracic kyphosis (most common)
- thoracolumbar
- cervicothoracic
📌 The lumbar spine normally has a lordotic curve, so lumbar kyphosis is typically compensatory or pathological.
🔹 Functional vs structural changes
Kyphosis may develop as:
- functional (postural) — related to muscle imbalance
- structural — involving changes in vertebral structures
In children and adolescents, functional kyphosis is more common and is associated with:
- altered muscle tone
- insufficient activation of deep stabilizing muscles
- prolonged sitting and poor posture
This is often referred to as postural kyphosis.
🔹 Postural appearance
Typical features include:
- rounded upper back
- forward shoulder position
- forward head posture
- slouched appearance
- compensatory tension in neck and lower back
🔹 Age-related changes
In adults, kyphosis may develop due to:
- degenerative spinal changes
- reduced bone density
- muscle weakness
- decreased circulation
📌 Important:
Untreated slouched posture over time may progress into a more pronounced kyphotic deformity.
SYMPTOMS OF KYPHOSIS
Symptoms of kyphosis may present both as visible postural changes and functional impairments. Their severity depends on the degree of curvature and the duration of the condition.
🔹 Visual signs
Kyphosis is most commonly recognized by changes in posture:
- forward head position
- shoulders rounded forward and downward
- prominent (“winged”) shoulder blades
- rounded upper back (slouching)
- protruding abdomen (compensatory mechanism)
🔹 Respiratory effects
In more pronounced cases, thoracic mobility may be reduced:
- shortness of breath
- reduced breathing capacity during activity
- difficulty breathing in certain positions
- increased susceptibility to respiratory issues
🔹 Pain-related symptoms
- pain in the thoracic or cervical spine
- discomfort and tension in the back
- myofascial pain (muscle tightness/spasm)
🔹 Neurological symptoms (in advanced cases)
- reduced skin sensitivity
- tingling or “pins and needles” (paresthesia)
- radiating pain into the limbs
🔹 Additional functional effects
In long-standing or more severe cases:
- pulling or aching sensations in the legs
- increased fatigue
- possible impact on internal organ function
📌 Important:
Early-stage kyphosis may present only with postural changes and mild discomfort. This is the stage where correction is most effective.
DIAGNOSIS OF KYPHOSIS
Kyphosis assessment focuses not only on measuring spinal curvature but also on identifying underlying causes—muscular, functional, or structural. This allows for a targeted and effective recovery strategy.
🔹 Clinical assessment
During the initial consultation, the specialist evaluates:
- symptoms (pain, fatigue, mobility limitations, breathing)
- lifestyle factors (sitting habits, work, activity level)
- posture in static positions (standing, sitting)
- degree of thoracic curvature
- position of the head, shoulders, scapulae, and pelvis
- muscle tone through palpation
📌 This helps differentiate functional kyphosis from structural forms.
🔹 Functional assessment
Movement-based evaluation includes:
- thoracic spine mobility
- compensatory involvement of cervical and lumbar regions
- posture control during movement
- activation of deep stabilizing muscles
- coordination and segmental stability
📌 A key question is whether the patient can actively correct their posture.
🔹 Biomechanical analysis
Additional factors include:
- foot alignment (e.g., flat feet)
- interaction between feet, pelvis, and thoracic spine
- load distribution during standing and walking
📌 Kyphosis is often part of a broader biomechanical chain.
🔹 Imaging (when indicated)
May include:
- X-ray — to measure curvature angle
- MRI — if disc or nerve involvement is suspected
- CT scan — for detailed bone assessment
📌 Imaging is used selectively, based on clinical indications.
🔹 Important
- similar appearance may have different causes
- effective treatment requires identifying the type of kyphosis
- early diagnosis helps prevent structural progression
🔸 Outcome of assessment
Based on the evaluation:
- classification (functional vs structural kyphosis)
- severity assessment
- individualized treatment plan
- daily activity and load recommendations
KYPHOSIS TREATMENT
Kyphosis treatment is aimed at restoring the balance between spinal alignment, muscle function, and movement patterns. The primary goal is not only to reduce the visible signs of slouching, but to correct the load mechanics that contribute to its development.
A comprehensive approach includes three key elements: decompression, restoration of movement, and normalization of muscle tone.
🔹 1. Decompression and alignment (MOK)
Work on the MOK system creates the fundamental conditions for recovery:
- the curved arc establishes a physiologically correct spinal position
- excessive spinal curvature is reduced
- gentle unloading of intervertebral discs and joints occurs
- tension in superficial muscles decreases
- microcirculation in paravertebral tissues improves
- deep stabilizing muscles are re-engaged
- thoracic mobility improves
- conditions are created for long-term result retention
As a result, the body shifts from a state of constant compensation to a state where recovery becomes possible.
🔹 2. Restoration of mobility and control (RKT)
Restorative kinesiotherapy focuses on:
- restoring movement coordination
- developing proper movement patterns
- engaging synergistic chains of the body and limbs
Movement becomes more controlled, and body positioning becomes more stable in daily activities.
🔹 3. Muscle tone normalization (therapeutic massage)
Massage is used to prepare tissues and reduce overload:
- relaxation of overactive anterior muscle chains
- reduction of back muscle hypertonicity
- improvement of tissue elasticity
This helps reduce tissue resistance and increases the effectiveness of therapeutic exercises.
🔹 4. Muscle balance restoration
Kyphosis is associated with imbalance between the anterior and posterior muscle chains.
During treatment:
- shortening and overactivity of anterior muscles are reduced
- deep back muscles are activated
- their stabilizing function is restored
- proper muscle activation patterns are developed
This creates the foundation for maintaining correct posture without constant conscious control.
🔹 5. Result integration
The final stage involves integrating changes into daily life:
- formation of устойчивого movement patterns (better: stable movement patterns)
- reduction of compensatory loads
- improvement of endurance
- stabilization of spinal positioning
🔸 Treatment outcome
As a result of the comprehensive approach:
- the degree of slouching is reduced
- thoracic mobility improves
- tension and pain decrease
- breathing function improves
- overall endurance increases
- height may increase
📌 Important:
The effect is achieved not by “forcing alignment,” but by restoring the natural function of the body.
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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.
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