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A Hollistic Place For Musculoskeletal and Sports Rehabilitation.Our Centre is fully equipped with advanced Physiotherapy Modalities and Rehabilitation aids.Pioneer in Manual Therapy Concepts and Advanced Kinetic Control Approaches

06/04/2026

Understanding the difference between Acromioclavicular (AC) Joint Pain and Glenohumeral (GH) Joint Pain is essential for accurate diagnosis and effective physiotherapy treatment.

🔹 AC Joint Pain
📍 Anatomical Location
Located at the top of the shoulder
Between the clavicle and acromion
Pain is localized and superficial

⚡ Pain Characteristics
Sharp and well-localized pain
Patient can point with one finger
Pain increases with direct pressure

🔄 Aggravating Movements
Cross-body adduction (most specific sign)
Overhead lifting
Sleeping on the affected side

📏 Range of Motion (ROM)
ROM is usually near normal
Pain occurs at end ranges

✋ Palpation Findings
Point tenderness over AC joint
Swelling may be present

🧪 Special Tests
Cross-body adduction test
AC shear test
Paxinos sign

⚠️ Common Conditions
AC joint sprain
Osteoarthritis
Distal clavicle osteolysis
🚫 Functional Limitation
Difficulty with pushing and pulling activities
Pain during horizontal arm movements

🔹 Glenohumeral (GH) Joint Pain
📍 Anatomical Location
Main ball-and-socket joint of shoulder
Between humeral head and glenoid cavity
Pain is deep and diffuse

⚡ Pain Characteristics
Dull, aching pain
Poorly localized
May radiate to deltoid region or arm

🔄 Aggravating Movements
Pain during all shoulder movements
Worse with overhead activities
Difficulty in daily functional tasks

📏 Range of Motion (ROM)
Restricted ROM
Painful arc or stiffness (common in frozen shoulder)

✋ Palpation Findings
Deep tenderness
Difficult to localize precisely

🧪 Special Tests
Neer’s test
Hawkins-Kennedy test
Apprehension test
Rotator cuff tests

⚠️ Common Conditions
Rotator cuff tear
Adhesive capsulitis (frozen shoulder)
Shoulder impingement
Labral injuries

🚫 Functional Limitation
Difficulty with all shoulder activities
Affects daily living tasks (ADLs)

$🔍 Causes of Clavicle FractureClavicle fractures usually occur due to direct or indirect trauma:✅ Common Causes✔ Fall on ...$

05/04/2026

🔍 Causes of Clavicle Fracture

Clavicle fractures usually occur due to direct or indirect trauma:

✅ Common Causes
✔ Fall on an outstretched hand (FOOSH)
✔ Direct blow to the shoulder (sports, accidents)
✔ Road traffic accidents (RTA)
✔ Fall directly onto shoulder
✔ Birth trauma (in neonates)
✅ Risk Factors
✔ Contact sports (football, cricket, cycling)
✔ Osteoporosis (elderly)
✔ High-impact activities
⚠️ Signs & Symptoms
✔ Sudden pain over clavicle
✔ Swelling and tenderness
✔ Visible deformity (step deformity)
✔ Shoulder drooping on affected side
✔ Difficulty lifting arm
✔ Crepitus (grating sensation)
🏥 Medical Management (Overview)
✔ Conservative treatment (most common)
Arm sling / Figure-of-8 brace
Analgesics
✔ Surgical management
ORIF (Open Reduction Internal Fixation) in displaced fractures
💪 Physiotherapy Management of Clavicle Fracture
🔹 Phase 1: Immobilization Phase (0–2 Weeks)

🎯 Goal: Pain relief & protection

✔ Arm supported in sling
✔ Cryotherapy (ice packs)
✔ Gentle hand, wrist, and elbow movements
✔ Scapular setting exercises (minimal)
✔ Breathing exercises
🔹 Phase 2: Early Mobilization (2–6 Weeks)

🎯 Goal: Restore ROM gradually

✔ Pendulum exercises
✔ Assisted shoulder ROM (flexion, abduction)
✔ Wand exercises
✔ Scapular stabilization exercises
✔ Avoid lifting weights
🔹 Phase 3: Strengthening Phase (6–12 Weeks)

🎯 Goal: Improve strength & function

✔ Isometric → Isotonic exercises
✔ Resistance band exercises
✔ Rotator cuff strengthening
✔ Deltoid strengthening
✔ Postural correction exercises
🔹 Phase 4: Functional & Return to Activity (12+ Weeks)

🎯 Goal: Full recovery & return to sport

✔ Advanced strengthening
✔ Proprioception training
✔ Sport-specific drills
✔ Plyometric exercises (if athlete)
🚫 Precautions
❌ Avoid early overhead activities
❌ No heavy lifting initially
❌ Avoid sudden jerky movements
❌ Ensure proper posture
⏳ Healing Time
✔ Children: 3–6 weeks
✔ Adults: 6–12 weeks
✔ Full functional recovery: ~3 months
🧠 Physiotherapy Importance
✔ Prevent stiffness
✔ Restore full ROM
✔ Improve muscle strength
✔ Avoid malunion/postural issues
✔ Faster return to daily activities

04/04/2026

📌 What is Jersey Finger?

Jersey finger is an injury to the flexor digitorum profundus (FDP) tendon, where the tendon gets avulsed (pulled off) from the distal phalanx.
It commonly affects the ring finger when a player tries to grab an opponent’s jersey and the finger gets forcefully extended.

⚠️ Causes of Jersey Finger

🔹 Common Causes:
✔ Sudden forced extension of a flexed finger
✔ Grabbing an opponent’s jersey in sports like:
Rugby 🏉
Football ⚽
Cricket 🏏
✔ Direct trauma to fingertip
✔ Heavy load pulling against a flexed finger
🔹 Risk Factors:
Sports involving gripping or tackling
Weak tendon or previous injury
Poor warm-up before activity
🚨 Signs & Symptoms
❌ Inability to bend the fingertip (DIP joint)
❌ Pain and swelling in the finger
❌ Tenderness along the palm side
❌ Finger rests in slight extension
❌ Weak grip strength
🏥 Physiotherapy Treatment for Jersey Finger

⚠️ Important: Severe cases (complete tendon rupture) may require surgical repair before physiotherapy begins.

🔹 Phase 1: Protection & Pain Relief (0–3 weeks)

✔ Splinting (DIP in slight flexion)
✔ Cryotherapy (15–20 mins)
✔ Edema control (elevation, compression)
✔ Avoid gripping or forceful movements
🔹 Phase 2: Early Mobilization (3–6 weeks)

✔ Gentle passive range of motion (ROM)
✔ Tendon gliding exercises
✔ Prevent stiffness in adjacent joints
✔ Scar management (if post-surgery)
🔹 Phase 3: Strengthening Phase (6–10 weeks)

✔ Active ROM exercises
✔ Grip strengthening (therapy putty, soft ball)
✔ Pinch exercises
✔ Gradual loading of tendon
🔹 Phase 4: Functional & Return to Sport (10–12+ weeks)

✔ Sport-specific drills (gripping, catching)
✔ Coordination exercises
✔ Progressive resistance training
✔ Return to sport under guidance
🏋️‍♂️ Key Physiotherapy Exercises
✅ Tendon gliding sequence
✅ Passive → Active DIP flexion
✅ Putty squeezing
✅ Rubber band finger extension
✅ Pinch strengthening
⏳ Recovery Time
Mild cases: 6–8 weeks
Post-surgery: 10–12+ weeks
Full strength return: 3–4 months

03/04/2026

💪 ADVANCED RE**US ABDOMINIS TRAINING
🏋️ EXERCISES & PROTOCOL
🔥 ADVANCED AB EXERCISES
✔ DECLINE CRUNCH

• Targets upper abs
• 12–15 reps

✔ HANGING LEG RAISES

• Targets lower abs
• 10–12 reps

✔ AB ROLLOUT

• Core stability + strength
• 8–10 reps

✔ TOE TOUCH CRUNCH

• Upper abs activation
• 15–20 reps

✔ V-SIT (V-UP)

• Full abdominal engagement
• 10–15 reps

✔ DEAD BUG

• Core coordination
• 10 reps each side

✔ MOUNTAIN CLIMBERS

• Core + cardio
• 20–40 sec

📊 COMPLETE TRAINING PROTOCOL
🟢 BEGINNER LEVEL (PAIN / REHAB)

✔ Abdominal Bracing – 10 reps
✔ Dead Bug – 10 each side
✔ Basic Crunch – 10 reps
✔ Plank – 20 sec

📅 Frequency: 5 days/week

🟡 INTERMEDIATE LEVEL (STRENGTH)

✔ Crunch – 15 reps
✔ Leg Raise – 12 reps
✔ Reverse Crunch – 12 reps
✔ Toe Touch – 15 reps
✔ Plank – 30–40 sec

📅 Frequency: 4–5 days/week

🔴 ADVANCED LEVEL (PERFORMANCE)

✔ Hanging Leg Raise – 12 reps
✔ V-Sit – 15 reps
✔ Ab Rollout – 10 reps
✔ Mountain Climbers – 30 sec
✔ Decline Crunch – 15 reps

📅 Frequency: 3–4 days/week

⚠️ IMPORTANT TIPS

❌ Avoid neck strain
❌ Do not use momentum
❌ Maintain proper breathing
❌ Stop if pain occurs

🧠 PHYSIOTHERAPY INSIGHT

✅ Strengthens core stability
✅ Prevents low back pain
✅ Improves posture & performance
✅ Essential for rehab & fitness

02/04/2026

1. MAJOR ABDOMINAL MUSCLES
📌 Re**us Abdominis (Six-pack muscle)

Function:

Trunk flexion (bending forward)
Stabilizes pelvis
Important in posture & core strength

Common Issues:

Muscle strain (common in athletes)
Tear due to sudden force
Postural weakness → low back pain
📌 External Oblique

Function:

Trunk rotation (opposite side)
Side bending
Core stability

Common Issues:

Side strain (common in cricket, tennis)
Pain during twisting movements
📌 Internal Oblique

Function:

Trunk rotation (same side)
Supports abdominal organs

Common Issues:

Strain with improper twisting
Weakness → poor spinal support
📌 Transversus Abdominis (Deep Core Muscle)

Function:

Core stabilization (“natural belt”)
Maintains intra-abdominal pressure
Protects spine

Common Issues:

Weakness → chronic low back pain
Poor activation in sedentary individuals
⚠️ COMMON ABDOMINAL MUSCLE INJURIES
🔴 1. Abdominal Muscle Strain

Cause:

Sudden twisting / overuse
Heavy lifting
Intense workouts without warm-up

Symptoms:

Sharp or pulling pain
Pain on coughing/sneezing
Difficulty bending or twisting
🔴 2. Abdominal Muscle Tear

Cause:

Severe strain or trauma

Symptoms:

Sudden severe pain
Swelling/bruising
Loss of function
🔴 3. Sports Hernia (Athletic Pubalgia)

Cause:

Weakness in lower abdominal wall

Symptoms:

Deep groin pain
Pain during sprinting, kicking
Common in football/cricket players
🔴 4. Diastasis Recti

Cause:

Separation of re**us abdominis (common post-pregnancy)

Symptoms:

Bulging in abdomen
Weak core
Low back pain
🔴 5. Core Muscle Imbalance

Cause:

Sedentary lifestyle
Poor posture

Symptoms:

Back pain
Reduced stability
Poor functional movement
🧪 PHYSIOTHERAPY ASSESSMENT

✔ Observation: swelling, asymmetry
✔ Palpation: tenderness over muscle
✔ ROM: pain during flexion/rotation
✔ Strength testing: weak core muscles
✔ Functional tests: sit-ups, plank tolerance

🏋️ REHABILITATION & MANAGEMENT
🔹 Acute Phase
Rest ✔
Ice therapy (15–20 min) ✔
Avoid strain ✔
🔹 Recovery Phase
Gentle stretching
Isometric core activation
🔹 Strengthening Phase
Core exercises:
Plank
Dead bug
Pelvic tilts
Side plank

01/04/2026

🦴 Supraspinatus Tendinitis vs Rotator Cuff Strain
🔵 Supraspinatus Tendinitis

📌 Pain Characteristics
✔ Location: Top of shoulder (greater tuberosity region)
✔ Nature: Dull aching → can become sharp
✔ Aggravation:
Shoulder abduction (especially 60°–120° → Painful Arc)
Overhead activities (combing hair, reaching)
✔ Night Pain: Common (especially lying on affected side)
✔ Radiation: Usually localized, minimal radiation
✔ Tenderness: Present over supraspinatus tendon
🧪 Special Tests
✅ Neer’s Impingement Test → Pain on forced elevation
✅ Hawkins-Kennedy Test → Pain on internal rotation
✅ Empty Can Test (Jobe’s Test) → Pain (more than weakness)
✅ Painful Arc Test → Pain between 60°–120°

👉 Key Clinical Point:
Pain dominates more than weakness

🔴 Rotator Cuff Strain

📌 Pain Characteristics
✔ Location: Diffuse shoulder pain (can involve multiple muscles)
✔ Nature: Sharp pain initially → aching later
✔ Aggravation:
Lifting objects
Sudden movements
Rotation (internal/external)
✔ Weakness: Prominent feature
✔ Swelling/Bruising: May be present (acute strain)
✔ Radiation: May radiate to upper arm
🧪 Special Tests
✅ Empty Can Test → Weakness + pain
✅ Drop Arm Test → Inability to control descent (suggests tear/strain)
✅ External Rotation Resistance Test → Weakness
✅ Lift-off Test (subscapularis involvement)

👉 Key Clinical Point:
Weakness + functional loss is more significant than pain

31/03/2026

✅ GOALS OF REHABILITATION

✔ Reduce pain and inflammation
✔ Restore smooth tendon gliding
✔ Improve range of motion (ROM)
✔ Prevent finger locking
✔ Strengthen hand and grip function

🩺 PHYSIOTHERAPY MANAGEMENT
🔹 1. Pain & Inflammation Control

✔ Cryotherapy (Ice Pack) – 10–15 mins, 2–3 times/day
✔ Ultrasound Therapy – promotes healing
✔ Activity Modification – avoid repetitive gripping
✔ Splinting – keeps finger in extension (especially at night)

🔹 2. Tendon Gliding Exercises

✔ Helps reduce stiffness and improves tendon movement

Exercises:

Straight Hand → Hook Fist → Full Fist → Straight Fist
Perform 10 reps × 3 sets/day
🔹 3. Stretching Exercises

✔ Gentle stretching of finger flexors

Passive finger extension stretch
Hold for 10–15 seconds
Repeat 5–10 times
🔹 4. Strengthening Exercises

✔ Once pain reduces

Soft ball squeezing
Putty exercises
Rubber band finger extension
🔹 5. Manual Therapy

✔ Soft tissue mobilization
✔ Trigger release techniques
✔ Tendon sheath mobilization

🔹 6. Ergonomic Advice

✔ Avoid prolonged gripping (mobile, tools)
✔ Use padded grips
✔ Take frequent breaks

⚠️ WHEN TO SEEK MEDICAL INTERVENTION
Persistent locking
Severe pain
No improvement with therapy

👉 Options may include:
✔ Corticosteroid injection
✔ Surgical release (A1 pulley release)

🏥 RECOVERY TIMELINE

✔ Mild cases: 2–4 weeks
✔ Moderate cases: 4–8 weeks
✔ Chronic cases: May require intervention

💡 PREVENTION TIPS

✔ Warm-up before hand-intensive work
✔ Avoid repetitive strain
✔ Maintain flexibility and strength
✔ Early physiotherapy intervention

$⚠️ Why Prevent Falls?✔ Reduces risk of fractures & injuries✔ Maintains independence✔ Improves confidence in movement✔ En...$

30/03/2026

⚠️ Why Prevent Falls?

✔ Reduces risk of fractures & injuries
✔ Maintains independence
✔ Improves confidence in movement
✔ Enhances quality of life

🚨 Common Causes of Falls

🔸 Muscle weakness & poor balance
🔸 Joint stiffness (arthritis)
🔸 Dizziness / BP fluctuations
🔸 Poor vision
🔸 Unsafe home environment

🏠 Home Safety Tips

✔ Install grab bars in bathrooms
✔ Use anti-slip mats
✔ Ensure proper lighting (especially at night)
✔ Remove loose rugs & clutter
✔ Use handrails on stairs

🏃 Exercise is Key!

✔ Balance training
✔ Strengthening exercises
✔ Gait training
✔ Flexibility exercises

👉 Regular physiotherapy reduces fall risk significantly

👟 Footwear Matters

✔ Wear non-slip shoes
✔ Avoid loose slippers
✔ Ensure proper fit

🩺 Regular Health Check-ups

✔ Vision correction
✔ Medication review
✔ Blood pressure monitoring

28/03/2026

📌 PURPOSE

👉 To assess:

Posterior shoulder instability
Integrity of posterior capsule
Possible posterior labral injury
🧍‍♂️ PATIENT POSITION
Patient in supine lying
Shoulder positioned at:
90° abduction
Neutral rotation
Elbow flexed
🧑‍⚕️ THERAPIST POSITION
Stand beside the patient
Stabilize:
Scapula with one hand
Hold:
Head of humerus with the other hand
✋ PROCEDURE
Stabilize the scapula firmly
Grasp the proximal humerus
Apply a posterior force (push humeral head backward)
Compare with the opposite side
✅ POSITIVE TEST

✔ Excessive posterior movement of humeral head
✔ Reproduction of pain
✔ Feeling of instability or “clunk”

🔍 INDICATIONS
Posterior shoulder instability
Labral tear (Posterior / Reverse Bankart lesion)
Recurrent shoulder dislocation
⚠️ CLINICAL TIPS

✔ Always compare bilaterally
✔ Perform gently to avoid guarding
✔ Combine with:

Jerk test
Load and shift test
🚨 PRECAUTIONS

❗ Acute dislocation
❗ Severe pain
❗ Recent fracture

27/03/2026

Knee pain is one of the most common musculoskeletal complaints seen in physiotherapy practice.
Identifying the exact location of pain helps in accurate diagnosis and faster recovery.

🔴 Anterior Knee Pain (Front)

Pain around the kneecap is commonly associated with:

Patellofemoral Pain Syndrome
Chondromalacia Patella
Patellar Tendinitis

⚠️ Aggravated by: Stairs, squatting, prolonged sitting, running

🔵 Posterior Knee Pain (Back)

Pain at the back of the knee may indicate:

Baker's Cyst
Hamstring strain
PCL injury

⚠️ Aggravated by: Bending, downhill walking, sudden movements

🟡 Medial Knee Pain (Inner Side)

Inner knee pain is often due to:

Medial Collateral Ligament Injury
Medial Meniscus Tear
Pes Anserine Bursitis

⚠️ Aggravated by: Twisting, uneven surfaces, cross-leg sitting

🟢 Lateral Knee Pain (Outer Side)

Outer knee pain is commonly seen in:

Iliotibial Band Syndrome
Lateral Meniscus Tear

⚠️ Aggravated by: Running, cycling, downhill walking

⚫ Diffuse / Whole Knee Pain

Pain involving the entire knee may suggest:

Osteoarthritis
Rheumatoid Arthritis
Knee effusion

⚠️ Aggravated by: Weight-bearing, prolonged standing, stiffness

✅ CLINICAL QUICK GUIDE

✔ Front pain → Patella problem
✔ Inner pain → MCL / Meniscus
✔ Outer pain → IT Band
✔ Back pain → Baker’s cyst
✔ Whole knee → Arthritis

26/03/2026

✅ Calcaneal Spur

A calcaneal spur is a bony outgrowth (osteophyte) that develops from the heel bone (calcaneus) due to long-term stress and traction.

🔍 Key Features:
✔ Involves bone (calcaneus)
✔ Caused by chronic pulling of the plantar fascia
✔ Pain is usually felt in the central heel region
✔ May be painful or completely asymptomatic
✔ Pain can be constant or incidental
✔ Clearly visible on X-ray imaging
✔ Represents a bony adaptation, not always the source of pain
✔ Often co-exists with plantar fasciitis
✅ Plantar Fasciitis

Plantar fasciitis is a soft tissue condition involving inflammation or degeneration of the plantar fascia.

🔍 Key Features:
✔ Involves plantar fascia (soft tissue)
✔ Caused by overuse, microtears, and repetitive stress
✔ Pain is typically at the medial heel (fascia origin)
✔ Classic symptom: severe morning pain (first-step pain)
✔ Pain reduces after initial walking but worsens with prolonged activity
✔ Not usually visible on X-ray (unless associated spur present)
✔ Represents fascia degeneration (fasciosis) rather than inflammation alone
✔ Can occur without a calcaneal spur
🧠 Key Clinical Insight
✔ Not all heel pain is due to a spur
✔ Many people have calcaneal spurs without pain
✔ Plantar fasciitis is the most common cause of heel pain
✔ Calcaneal spur is often a result, not the primary problem
🏥 Physiotherapy Approach (Physio360 Chennai)
✔ For Plantar Fasciitis:
Plantar fascia stretching
Calf stretching (gastrocnemius & soleus)
Myofascial release
Taping techniques
Strengthening intrinsic foot muscles
Footwear correction
✔ For Calcaneal Spur:
Heel cushioning / orthotics
Shock absorption techniques
Load management
Correction of biomechanical issues
🚨 Red Flag Signs
❗ Severe pain at rest
❗ Night pain
❗ No improvement with treatment

👉 These require further evaluation to rule out serious conditions like stress fractures or nerve involvement.

📢 Conclusion
✔ Plantar Fasciitis = Primary soft tissue problem (most common cause)
✔ Calcaneal Spur = Secondary bony change (often incidental finding)

25/03/2026

Plantar fasciitis is a musculoskeletal disorder involving inflammation or degeneration of the Plantar Fascia, a thick fibrous band that:

Connects the heel (calcaneus) to the toes
Supports the medial longitudinal arch
Acts as a shock absorber during walking and running

👉 It is one of the most common causes of heel pain.

✔ Pathophysiology (What happens inside?)
Repetitive stress → micro-tears in plantar fascia
Leads to:
Inflammation (early stage)
Degeneration (chronic stage – plantar fasciosis)
Increased tension during:
First step in the morning
After prolonged rest

✔ Causes & Risk Factors
🔹 Mechanical Factors
Flat foot (overpronation)
High arch (pes cavus)
Tight Achilles tendon
🔹 Lifestyle Factors
Prolonged standing (teachers, workers)
Running / jumping sports
Obesity
🔹 External Factors
Poor footwear (no arch support)
Sudden increase in activity

✔ Clinical Features (Symptoms)
✅ Heel pain (classic first step pain in morning)
✅ Pain reduces with movement but returns after rest
✅ Tenderness at medial calcaneal tubercle
✅ Stiffness in foot arch
✅ Difficulty in:
Walking
Standing long time
Climbing stairs
✔ Assessment (Physiotherapy Perspective)
🔍 Observation
Altered gait (antalgic gait)
Reduced heel strike
✋ Palpation
Point tenderness at plantar fascia insertion
🧪 Special Tests
Windlass Test (great toe extension → pain)
Tight calf muscle test
✔ Diagnosis
Mainly clinical diagnosis
Imaging if needed:
X-ray → heel spur (not always cause)
Ultrasound → fascia thickening
✔ Physiotherapy Management 💯
🔹 Pain Relief
Ice therapy
Ultrasound therapy
Taping techniques
🔹 Stretching Exercises
Plantar fascia stretch
Calf stretch (gastrocnemius & soleus)
🔹 Strengthening
Intrinsic foot muscles
Toe curls, towel scrunches
🔹 Manual Therapy
Myofascial release
Soft tissue mobilization
🔹 Biomechanical Correction
Gait training
Footwear advice (arch support)
Orthotics if needed

Address

1, Abdul Kalam Salai, Lakshmi Nagar, Gerugambakkam
Chennai
600122

Opening Hours

Monday	8am - 9:30pm
Tuesday	8am - 9:30pm
Wednesday	8am - 9:30pm
Thursday	8am - 9:30pm
Friday	8am - 9:30pm
Saturday	8am - 9:30pm
Sunday	8am - 9:30pm

Telephone

+918056855869

Website

http://Www.Physio360.biz/

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