Forem: physioji

Chronic Obstructive Pulmonary Disease (COPD) –

physioji — Sat, 08 Nov 2025 09:26:00 +0000

COPD is a chronic, progressive lung disease characterized by airflow limitation that is not fully reversible. It primarily includes chronic bronchitis and emphysema.
Causes / Risk Factors
Smoking (most common cause)
Long-term exposure to air pollutants, dust, or chemical fumes
Genetic factors (e.g., Alpha-1 antitrypsin deficiency)
Repeated respiratory infections during childhood
Occupational exposure to irritants
Pathophysiology
Inflammation of the airways → mucus hypersecretion and airway narrowing
Destruction of alveoli (emphysema) → loss of elastic recoil
Leads to air trapping, hyperinflation, and reduced gas exchange
Clinical Features
Persistent cough with sputum production
Shortness of breath (dyspnea), especially on exertion
Wheezing
Fatigue
Barrel-shaped chest (due to hyperinflation)
Cyanosis in advanced stages
Diagnosis
Spirometry – key test
↓ FEV₁ (Forced Expiratory Volume in 1 second)
↓ FEV₁/FVC ratio (<70%)
Chest X-ray / CT scan – shows hyperinflated lungs
ABG (Arterial Blood Gas) – may show hypoxemia, hypercapnia
Medical Management
Smoking cessation – most important step
Bronchodilators (e.g., salbutamol, ipratropium)
Inhaled corticosteroids
Oxygen therapy (in chronic hypoxemia)
Vaccinations – influenza and pneumococcal
Pulmonary rehabilitation
Physiotherapy Management
Goals:
Improve ventilation and oxygenation
Reduce dyspnea
Enhance exercise tolerance and quality of life
Treatment Techniques:
Breathing Exercises
Pursed-lip breathing – reduces breathlessness
Diaphragmatic breathing – improves ventilation efficiency
Airway Clearance Techniques
Active Cycle of Breathing Technique (ACBT)
Huffing / Coughing to clear secretions
Postural Drainage – helps in mucus clearance
Chest Physiotherapy – percussion and vibration as indicated
Aerobic Exercise Training
Walking, cycling, or treadmill training
Start low intensity, gradually increase
Strength Training – especially for lower limbs
Education
Energy conservation techniques
Correct inhaler use
Avoidance of triggers

Complications

Respiratory failure
Pulmonary hypertension
Cor pulmonale (right-sided heart failure)
Frequent infections

Written by : Dayana Onkarappa Senior Physiotherapist at Advanced Physiotherapy Clinic and Homecare
https://physioji.com/

Parkinson’s Disease

physioji — Sat, 08 Nov 2025 09:14:45 +0000

Parkinson’s disease (PD) is a chronic, progressive neurodegenerative disorder that affects movement. It occurs due to the loss of dopamine-producing neurons in the substantia nigra of the brain.

Causes
Exact cause unknown (idiopathic in most cases)
Possible factors:
Genetic predisposition
Environmental toxins (pesticides, heavy metals)
Aging-related neuronal degeneration
Symptoms
Main Motor Symptoms (TRAP):
Tremor (resting tremor – “pill-rolling”)
Rigidity (muscle stiffness)
Akinesia/Bradykinesia (slowness of movement)
Postural instability (balance problems)
Other Signs:
Mask-like face
Shuffling gait with stooped posture
Soft or slurred speech
Drooling, difficulty swallowing
Fatigue and depression
Non-motor Symptoms:
Sleep disturbances
Constipation
Memory and cognitive changes
Diagnosis
Clinical diagnosis based on history and symptoms
Neurological examination
MRI/CT to rule out other conditions
Good response to Levodopa supports the diagnosis
Medical Management
Levodopa + Carbidopa (most effective)
Dopamine agonists (e.g., pramipexole, ropinirole)
MAO-B inhibitors (e.g., selegiline)
Deep Brain Stimulation (DBS) in advanced cases
Physiotherapy Management

Goals: Improve mobility and balance Reduce rigidity and bradykinesia Maintain posture and coordination Enhance functional independence
Techniques & Exercises: Mobility & Balance Training Gait training with visual or auditory cues (e.g., stepping over lines, rhythmic beats) Marching, large amplitude movements (LSVT BIG therapy) Static and dynamic balance exercises Flexibility & Relaxation Stretching neck, trunk, and limbs Gentle rhythmic movements to reduce rigidity Strengthening Strengthen postural and extensor muscles Functional exercises (sit-to-stand, step-ups) Coordination & Posture PNF techniques Mirror exercises and cueing for alignment Breathing & Speech Breathing control and chest expansion exercises Coordination with speech therapy (for hypophonia) Home & Lifestyle Encourage daily activity Fall prevention education Support from caregivers and family Prognosis Progressive disease; symptoms can be managed, not cured Physiotherapy and medication help maintain independence and quality of life Head trauma

Written by : Dayana Onkarappa Senior Physiotherapist at Advanced Physiotherapy Clinic and Homecare
https://physioji.com/

Biceps Tendinitis

physioji — Sat, 08 Nov 2025 03:35:25 +0000

Biceps tendinitis is the inflammation or irritation of the biceps tendon, which connects the biceps muscle to the bones of the shoulder (usually the long head of the biceps).
Causes
Repetitive overhead activities (e.g., throwing, swimming, lifting)
Shoulder impingement or rotator cuff problems
Poor posture or muscular imbalance
Aging and degenerative changes
Sudden trauma or overuse injury
Symptoms
Front shoulder pain (especially with overhead motion or lifting)
Tenderness over the bicipital groove (front of shoulder)
Pain radiating down the upper arm
Weakness in shoulder or elbow flexion
Clicking or snapping sensation in the shoulder
Diagnosis
Physical examination (Speed’s test, Yergason’s test)
Ultrasound or MRI (to rule out partial tears or rotator cuff injury)
Physiotherapy Management

Pain Relief (Acute Phase) Rest and activity modification Ice therapy (10–15 min, 2–3 times/day) Ultrasound or TENS for pain and inflammation Avoid heavy lifting or overhead movements
Stretching and Mobility Gentle shoulder and biceps stretches Pendular exercises for shoulder mobility
Strengthening (Gradual Progression) Isometric biceps contractions Strengthening rotator cuff and scapular stabilizers Eccentric biceps strengthening Resistance band exercises (rows, external rotation)
Posture & Ergonomics Correct rounded shoulders Strengthen upper back muscles Education on proper lifting techniques
Return to Activity Gradual return to sports or overhead work once pain-free and strength restored Prognosis With proper rest and physiotherapy, recovery usually occurs within 6–8 weeks. Chronic cases may require corticosteroid injection or, rarely, surgery (tenodesis or tenotomy).

Written by : Dayana onkarappa Senior Physiotherapist at Advanced Physiotherapy Clinic and Homecare
https://physioji.com/

Guillain-Barré Syndrome (GBS)

physioji — Fri, 07 Nov 2025 07:03:26 +0000

Guillain-Barré Syndrome (GBS) is an acute, autoimmune, inflammatory demyelinating polyneuropathy that affects the peripheral nervous system.
It causes rapidly progressive muscle weakness and areflexia, often beginning in the lower limbs and ascending upwards.
Etiology / Causes
The exact cause is unknown, but it usually follows an infection or immune trigger.
Common triggers:
Viral or bacterial infections:
Campylobacter jejuni (most common)
Cytomegalovirus (CMV)
Epstein–Barr virus (EBV)
Influenza
Post-vaccination (rare)
Surgery or trauma
Pathophysiology
The immune system mistakenly attacks the myelin sheath of peripheral nerves.
This causes inflammation and demyelination, leading to slowed or blocked nerve conduction.
In severe cases, axon damage can occur.
The condition typically progresses symmetrically from distal to proximal muscles (“ascending paralysis”).
Types of GBS
AIDP (Acute Inflammatory Demyelinating Polyneuropathy) – Most common; affects myelin.
AMAN (Acute Motor Axonal Neuropathy) – Pure motor involvement; affects axons.
AMSAN (Acute Motor and Sensory Axonal Neuropathy) – Motor + sensory axon damage.
Miller Fisher Syndrome (MFS) – Triad: Ophthalmoplegia, Ataxia, Areflexia.
Clinical Features / Symptoms
Typical progression:
Initial phase:
Tingling, numbness in hands and feet
Muscle weakness (legs → arms → face → respiratory muscles)
Peak weakness (1–3 weeks):
Symmetrical flaccid paralysis
Absent reflexes (areflexia)
Facial nerve involvement → facial weakness
Respiratory muscle weakness → breathing difficulty
Autonomic dysfunction → BP fluctuations, arrhythmias, sweating abnormalities
Sensory symptoms are usually mild compared to motor weakness.
Complications
Respiratory failure (needs ventilatory support)
Deep vein thrombosis (DVT)
Pressure sores
Joint contractures
Chronic pain or fatigue
Investigations
Nerve conduction studies: Slowed conduction velocity
Lumbar puncture (CSF analysis):
Albumin cytologic dissociation (↑ protein, normal cell count)
Pulmonary function tests: To monitor respiratory status
Medical Management
Hospitalization (often ICU) for monitoring respiration and autonomic function
Immunotherapy:
Intravenous immunoglobulin (IVIG)
Plasmapheresis (plasma exchange)
Supportive care:
Respiratory support (if vital capacity < 15 mL/kg)
DVT prophylaxis
Nutritional and psychological support
Physiotherapy Management

Acute Stage (Flaccid Paralysis Phase) Goals: Prevent complications, maintain joint integrity, support respiration. Positioning: To prevent pressure sores and nerve compression Passive ROM exercises: To prevent contractures Chest physiotherapy: Breathing exercises, postural drainage if needed Splinting: Foot drop prevention (ankle-foot orthosis) Pain management: Gentle handling, relaxation techniques
Recovery Stage (Reinnervation Phase) Goals: Facilitate muscle strength and function recovery. Active-assisted to active exercises: Gradual progression Resistive exercises: Only when fatigue-free Postural training and balance exercises Gait training: Start with parallel bars → walker → independent walking Coordination and fine motor exercises Energy conservation techniques Avoid fatigue — overexertion can delay recovery.
Functional Rehabilitation Occupational therapy: ADL training, hand function improvement Home exercise program: Continuation of strengthening and mobility Psychological support: Coping with anxiety and fatigue Prognosis Good prognosis in most cases — recovery begins within weeks to months. 80–90% recover completely or with minimal deficits. Poorer outcomes with: older age, severe axonal damage, respiratory failure. Summary Table Feature Description Affected system Peripheral nervous system Type Autoimmune, demyelinating neuropathy Key sign Ascending symmetrical weakness with areflexia CSF finding High protein, normal cells Treatment IVIG, Plasmapheresis, Supportive care PT focus Prevent complications, restore mobility, avoid fatigue

Written by : Dayana Onkarappa Senior Physiotherapist at Advanced Physiotherapy Clinic and Homecare
https://physioji.com/

[Boost]

physioji — Fri, 07 Nov 2025 06:17:20 +0000

Carpal Tunnel Syndrome

physioji — Tue, 04 Nov 2025 07:33:19 +0000

Definition

Carpal Tunnel Syndrome is a compressive neuropathy of the median nerve as it passes through the carpal tunnel in the wrist.
It causes pain, tingling, numbness, and weakness in the hand, especially in the thumb, index, and middle fingers.
Anatomy

Carpal Tunnel Boundaries:

Floor & sides: Carpal bones

Roof: Flexor retinaculum (transverse carpal ligament)

Causes / Risk Factors

Repetitive wrist movements (typing, sewing, assembly line work)

Wrist fracture or arthritis

Diabetes, hypothyroidism, pregnancy (fluid retention)

Rheumatoid arthritis

Prolonged wrist flexion/extension (poor ergonomics)

Clinical Features

Pain, numbness, or tingling in thumb, index, middle, and radial half of ring finger

Night pain and symptoms on waking

Weak grip and clumsiness in hand

Thenar muscle wasting (in long-standing cases)

Medical Management

Rest and activity modification

Wrist splinting (especially at night, neutral position)

NSAIDs for pain relief

Corticosteroid injections (for persistent cases)

Surgical: Carpal tunnel release — if conservative treatment fails
Physiotherapy Management
Acute Phase (Pain & Inflammation)

Goals: Pain relief and reducing pressure on the nerve

Rest and Splinting: Keep wrist in neutral position

Modalities:

TENS or IFT – for pain

Ultrasound – to reduce inflammation

Cryotherapy – for swelling

Education: Avoid repetitive wrist movements and prolonged flexion/extension

Subacute Phase

Goals: Improve mobility and flexibility

Stretching Exercises:

Wrist and finger flexor stretch

Wrist extensor stretch

Median Nerve Gliding Exercises:

Wrist extension + finger extension + elbow extension

Gentle, pain-free "flossing" motion

Tendon Gliding Exercises:

Straight hand → hook fist → full fist → flat fist

Strengthening & Functional Phase

Goals: Strengthening and prevention of recurrence

Strengthen wrist flexors/extensors and grip muscles (soft ball or putty)

Isometric → isotonic exercises

Ergonomic corrections at workplace

Ergonomic & Home Advice

Maintain neutral wrist position
Avoid prolonged typing without breaks
Adjust keyboard and mouse position
Use wrist rest or ergonomic aids
Night splinting to keep wrist neutral
Regular hand and wrist stretches during work

                Complications

Permanent median nerve damage
Thenar muscle atrophy
Loss of fine motor control
summary
Aspect Details
Nerve Involved Median nerve
Common Symptoms Numbness, tingling, pain in thumb–middle fingers
Tests Phalen’s, Tinel’s
Modalities TENS, Ultrasound, Splint
Exercises Nerve gliding, stretching, grip strengthening

Written by : Dayana Onkarappa Senior Physiotherapist at Advanced Physiotherapy Clinic and Homecare
https://physioji.com/[](url)
Prevention Ergonomic corrections, posture training

HUMERUS FRACTURE

physioji — Tue, 04 Nov 2025 07:19:15 +0000

Humerus Fracture

A humerus fracture refers to a break in the bone of the upper arm (humerus), which runs from the shoulder to the elbow.
It can occur at three main levels

Proximal humerus (near the shoulder)

Shaft of humerus (mid-arm)

Distal humerus (near the elbow)

Causes

Direct trauma: Fall on the arm, blow, or accident

Indirect trauma: Fall on an outstretched hand

Pathological fracture: Due to weakened bone (e.g., osteoporosis, tumor)

Types (Based on Site)
Proximal Humerus Fracture

Common in elderly (osteoporotic bone)

May involve surgical neck or greater tuberosity

Complication: Shoulder stiffness, axillary nerve injury

Shaft (Mid-shaft) Fracture

Caused by direct trauma

Complication: Radial nerve injury → wrist drop

Distal Humerus Fracture

Common in children and young adults

Often intra-articular (involving elbow joint)

Complication: Stiffness of elbow, malunion

Clinical Features

Severe pain and swelling

Deformity and bruising

Tenderness and crepitus (grating sensation)

Inability to move arm

Shortening of arm (in displaced fracture)

Check nerve injury:

Radial nerve — wrist/finger drop

Axillary nerve — loss of sensation over deltoid

Investigations

X-ray: AP and lateral views of humerus and shoulder/elbow joint

CT scan: For complex or intra-articular fractures

Neurovascular assessment: Always necessary

Medical / Surgical Management

Non-operative:

Immobilization with U-slab, hanging cast, or functional brace (for un displaced fracture)

Sling support

Surgical:

ORIF (Open Reduction and Internal Fixation) with plate/screws or intramedullary nail

Shoulder or elbow replacement (for severe comminution in elderly)

Physiotherapy Management
Immobilization Phase

Goals: Pain relief, maintain circulation, prevent stiffness
Treatment:

Ice therapy for swelling

Active movements of fingers, wrist, and hand

Shoulder and scapular pendulum exercises (if allowed)

Isometric exercises for deltoid, biceps, triceps

Elevation of arm to reduce swelling

Post-immobilization / Post-operative Phase

Goals: Restore mobility and strength
Treatment:

Moist heat before exercises

Passive → Active-assisted → Active ROM of shoulder and elbow

Gentle joint mobilization (when fracture united)

Stretching of tight muscles

Strengthening of deltoid, biceps, triceps, and rotator cuff muscles

Functional training (reaching, dressing, grooming activities)

Functional Phase

Goals: Return to normal daily and occupational activities
Treatment:

Progressive resistive exercises with Thera bands or light weights

Proprioceptive training

Full range functional tasks (lifting, pushing, pulling)

Complications

Nerve injury (esp. radial nerve)

Malunion or nonunion

Stiffness of shoulder or elbow

Myositis ossificans (bone formation in muscle)

Complex regional pain syndrome (CRPS)

Patient Advice

Keep the arm supported in a sling

Do not lift or push objects during healing

Continue hand and finger movements

Follow up regularly for X-ray and physiotherapy

Written by : Dayana Onkarappa Senior Physiotherapist at Advanced Physiotherapy Clinic and Homecare
https://physioji.com/

Asthma

physioji — Mon, 03 Nov 2025 05:42:13 +0000

Definition

Asthma is a chronic inflammatory disease of the airways characterized by reversible airway obstruction and bronchial hyperresponsiveness.
It leads to episodes of wheezing, coughing, chest tightness, and shortness of breath.
*Pathophysiology
Trigger exposure (allergens, cold air, exercise, etc.) →
Airway inflammation → swelling of mucosa
Bronchospasm → tightening of airway smooth muscles
Excess mucus production → airway obstruction
Results in narrowed airways → reduced airflow and difficulty breathing
Key feature: The obstruction is reversible, either spontaneously or with treatment.
*Clinical Features (Symptoms)
Coughing (often worse at night or early morning
Wheezing (whistling sound while breathing)
Shortness of breath (dyspnea)
Chest tightness
Anxiety or restlessness during attacks

Diagnosis
History and symptoms
Spirometry: ↓ FEV₁ (forced expiratory volume in 1 sec), reversible after bronchodilator
Peak Expiratory Flow Rate (PEFR): Used to monitor severity
Allergy testing if triggers suspected
Medical Management
Bronchodilators:
Short-acting beta-agonists (SABA) → salbutamol
Long-acting beta-agonists (LABA) → formoterol, salmeterol
Anti-inflammatory drugs:
Inhaled corticosteroids (ICS) → budesonide, fluticasone
Leukotriene receptor antagonists:
e.g., montelukast
Oxygen therapy during acute attacks (if needed)
Physiotherapy Management in Asthma
Goals of Physiotherapy
Improve ventilation and oxygenation
Facilitate airway clearance
Reduce work of breathing
Teach breathing control and relaxation
Improve exercise tolerance and overall fitness
Educate the patient for self-management

During Acute Attack (Severe Phase) Note: During a severe attack, physiotherapy is limited — medical stabilization takes priority. Once the patient is stable: Breathing Control Position: High sitting or forward-leaning (“tripod position”) for easier breathing. Pursed-lip breathing: Inhale through the nose → exhale slowly through pursed lips. Helps reduce airway collapse and control breathlessness. *Relaxation Techniques Gentle shoulder and neck relaxation to reduce accessory muscle tension. Encourage calm, slow breathing to reduce anxiety
1. Post-Acute Phase (Recovery Stage) Airway Clearance Techniques To remove mucus and improve ventilation: Active Cycle of Breathing Technique (ACBT) Breathing control (gentle relaxed breathing) Deep breathing exercises (thoracic expansion) Huffing or forced expirations to clear secretions Autogenic drainage (advanced technique to mobilize secretions) Postural Drainage Drain different lung segments by using gravity (only if sputum is excessive). Avoid if patient feels dizzy or uncomfortable.
Breathing Exercises Diaphragmatic breathing: Patient lies supine or sits upright. Inhale deeply using diaphragm (abdomen rises), exhale slowly. Segmental breathing: Hands placed over lower ribs → patient breathes into that area to improve chest expansion. Thoracic expansion exercises: Deep inspiration → hold 2–3 seconds → relaxed expiration.
Exercise Training Purpose: Improve cardiovascular fitness and reduce dyspnea. Aerobic exercises: Walking, swimming, cycling — start gradually. Frequency: 3–5 times per week, 20–40 min/session. Use interval training initially (short bouts with rest). Include warm-up and cool-down phases to prevent exercise-induced asthma.
Posture Correction Avoid rounded shoulder posture that restricts chest expansion. Strengthen postural muscles (scapular retractors, spinal extensors).
Relaxation & Stress Management Yoga and meditation help control breathing rhythm and anxiety. Progressive muscle relaxation for overall calmness.
Patient Education Explain disease process and triggers. Teach inhaler technique properly. Emphasize importance of medication compliance. Encourage self-monitoring using peak flow meter. Identify early signs of attack and emergency action plan. Encourage hydration and regular exercise. Sample PT Protocol PhaseFocusKey Physiotherapy InterventionsAcuteBreathing control, relaxationPursed-lip breathing, positioningSubacuteAirway clearance, expansionACBT, diaphragmatic breathingChronicStrength, enduranceAerobic training, posture correctionMaintenancePreventionLifestyle & trigger management

Prognosis
With medication + physiotherapy, most patients lead a normal active life.
Regular physiotherapy improves lung function, reduces attacks, and enhances quality of life.
Written by : Dayana K O PHYSIOTHERAPIST At https://physioji.com/

physio

physioji — Mon, 03 Nov 2025 04:16:17 +0000

Foot drop (also called drop foot) is a condition where a person has difficulty lifting the front part of the foot, causing it to drag or slap the ground while walking.
Key Symptoms
Inability or weakness in lifting the front of the foot (dorsiflexion)
Dragging the toes when walking
Steppage gait — lifting the knee higher than usual to avoid tripping
Numbness or tingling over the shin or top of the foot
Muscle wasting in the lower leg (if chronic)
Common Causes
Foot drop can result from issues at different levels of the nervous system:

Peripheral Nerve Causes Peroneal nerve injury (most common): at the fibular head, due to leg crossing, squatting, tight casts, or trauma Sciatic nerve injury (e.g., from hip surgery, injections, or trauma)
Spinal Causes L4–L5 nerve root compression (lumbar disc herniation) Spinal stenosis or trauma
Central (Brain) Causes Stroke Multiple sclerosis Cerebral palsy
Muscle Disorders Muscular dystrophy or other neuromuscular diseases (less common) Diagnosis A clinician may use: Physical exam: to assess muscle strength and gait Nerve conduction studies / EMG: to localize nerve injury Imaging: MRI of the lumbar spine, knee, or brain (depending on suspected cause) Blood tests: if systemic or metabolic cause suspected (e.g., diabetes) Treatment Depends on the underlying cause: Conservative Management Physical therapy: to strengthen muscles and improve gait Ankle-foot orthosis (AFO): brace to hold foot up during walking Stretching exercises: to prevent contractures Avoid nerve compression: e.g., avoid crossing legs, prolonged squatting Medical or Surgical Options Treat underlying cause: e.g., manage diabetes, relieve nerve compression Surgical decompression or nerve grafting (for persistent nerve injury) Tendon transfer surgery (in chronic cases with irreversible weakness) Prognosis Temporary foot drop (e.g., from nerve compression) often recovers in weeks to months. Chronic or severe nerve injury may result in long-term weakness requiring bracing or surgery.

Physiotherapy Treatment for Foot Drop
Goals of Physiotherapy
Improve muscle strength (especially ankle dorsiflexors)
Maintain joint mobility and prevent stiffness
Prevent muscle contractures and deformities
Improve walking (gait) pattern and balance
Facilitate nerve recovery and functional independence

Positioning and Support Avoid nerve compression: Do not cross legs or rest the leg on hard surfaces (protect peroneal nerve at the fibular head). Use of splint/orthosis Ankle-Foot Orthosis (AFO) – keeps ankle in neutral, prevents dragging and contracture, improves gait safety. Night splints may maintain dorsiflexion during rest.
1. Strengthening Exercises 🔹 Active and Assisted Exercises (Once minimal muscle activity returns) Ankle dorsiflexion: Pull foot upward against gravity or manual resistance. Toe extension: Lift toes while keeping the heel on the ground. Resisted dorsiflexion: Use resistance band around the foot. Tibialis anterior re-education: Try to isolate dorsiflexion without inversion. 🔹 Passive Exercises (When muscles are very weak or flaccid) Therapist or patient moves ankle gently through its full range several times a day to prevent stiffness.
2. Electrical Stimulation Faradic or functional electrical stimulation (FES): Stimulates peroneal nerve or tibialis anterior muscle to promote contraction. Can help maintain muscle tone, prevent atrophy, and retrain movement patterns. In modern setups, FES devices are used during walking to lift the foot in swing phase.
3. Stretching and Range of Motion (ROM) Regular stretching of calf muscles (gastrocnemius, soleus) to prevent equinus deformity (foot pointing down). Gentle mobilization of ankle and foot joints.
4. Gait Training Start with parallel bars for support. Focus on Heel strike and toe clearance. Avoid compensatory hip/knee hiking. Progress to walking with AFO or FES-assisted gait. Use mirror feedback or video gait analysis for correction.
5. Proprioceptive and Balance Training Weight shifting and standing balance exercises. Wobble board, balance pad, or single-leg stance (as tolerated).
6. Adjunct Therapies Massage therapy: to improve blood flow, reduce stiffness. Hydrotherapy: buoyancy reduces gravity load, allowing .
Home Exercise Program Encourage daily Active dorsiflexion and toe lifts (sitting/lying) Resistance band exercises Calf stretches Practice walking safely with assistive devices if needed
Prognosis Recovery depends on nerve injury severity. Mild nerve compression recovery within weeks to months. Severe or complete nerve damage may take longer physiotherapy helps maximize function and prevent complications.

written : Dayana k o https://physioji.com/