Physiotherapy by Dr. Nimra

08/12/2025

Overview of Golfer’s Elbow (Medial Epicondylitis):

Golfer’s Elbow:
Golfer’s elbow is pain and inflammation of the tendons on the inner side of the elbow. It happens due to overuse of the wrist flexor muscles.

Causes
Repetitive wrist flexion (bending wrist forward)

Gripping too hard

Sports: golf, baseball, bowling, tennis (topspin)

Occupations: carpenters, plumbers, typists

Poor technique in sports

Sudden increase in training load

Symptoms
Pain on inner side of the elbow

Pain increases with gripping or wrist flexion

Tenderness over medial epicondyle

Weak grip strength

Stiffness in the elbow

Pain radiating down forearm

Diagnosis / Special Tests
1. Medial Epicondylitis Test
Resist wrist flexion while elbow is extended → pain at medial epicondyle.

2. Golfer’s Elbow Test
Passive wrist extension stretches flexor tendons → pain at medial epicondyle.

Physiotherapy Treatment
1. Pain Relief Phase
Rest from aggravating activities

Ice for 10–15 minutes

Brace or counterforce strap

Ultrasound / TENS (optional)

2. Stretching
Wrist flexor stretch:
Extend elbow → pull wrist back into extension → hold 20–30 sec × 3–5 reps.

3. Strengthening
Start when pain reduces:

a) Isometrics:

Resist wrist flexion without movement.

b) Eccentric strengthening:

Slowly lower wrist from flexion to extension while holding a weight.

c) Grip strengthening:

Soft ball squeeze

Theraputty exercises

4. Manual Therapy
Soft tissue release of forearm flexors

Cross-friction massage at medial epicondyle

5. Functional Training
Correct technique in golf / racquet sports

Gradual return to activity

Prevention
Warm-up and stretching

Strengthen wrist flexors/extensors

Avoid overuse

Maintain good technique

Use proper equipment (correct grip size)

13/11/2025

Tennis elbow

13/11/2025

How to perform exercises at home for tennis elbow

Today's video covers three exercises you can do at home to help get rid of tennis elbow. Tennis elbow or lateral epicondylitis is a tendon issue (i.e. tendin...

12/11/2025

Tennis Elbow (Lateral Epicondylitis)

🔹 Definition:
Tennis elbow is a painful condition that occurs due to inflammation or degeneration of the tendons that attach to the lateral epicondyle (outer part of the elbow). It is usually caused by overuse of wrist extensor muscles, especially the extensor carpi radialis brevis.

🔹 Causes:
Repetitive wrist extension or gripping (e.g., playing tennis, typing, painting)

Overuse of forearm muscles

Poor technique in sports or work activities

🔹 Symptoms:
Pain and tenderness over the outer elbow (lateral epicondyle)

Pain worsens with gripping, lifting, or twisting motions

Weak grip strength

Sometimes pain radiates down the forearm

🔹 Diagnosis:
Physical examination:

Tenderness at lateral epicondyle

Cozen’s test: pain when wrist extended against resistance

Mill’s test: pain with passive wrist flexion and elbow extension

Imaging (ultrasound or MRI) may be used to rule out other causes

🔹 Physiotherapy Treatment:
Rest and activity modification

Ice therapy – 10–15 minutes, 2–3 times/day

Stretching and strengthening:

Wrist extensor stretch

Eccentric exercises for wrist extensors

Manual therapy:

Deep transverse friction massage

Mobilization with movement (Mulligan technique)

Ultrasound therapy / TENS

Bracing: counterforce elbow strap

Ergonomic advice: correct posture and wrist alignment

Gradual return to activity/sport

🔹 Prevention:
Warm up before activity

Strengthen forearm muscles

Use proper technique and ergonomic tools

Avoid repetitive strain

17/10/2025

General Physiotherapy Quiz
1. What is the main goal of physiotherapy?

Answer: To restore, maintain, and maximize physical strength, function, and overall well-being.

2. Which modality uses high-frequency sound waves to treat soft tissue injuries?

Answer: Ultrasound therapy.

3. What does TENS stand for?

Answer: Transcutaneous Electrical Nerve Stimulation.

4. What is the normal range of motion for shoulder flexion?

Answer: 0°–180°.

5. What is the main purpose of cryotherapy?

Answer: To reduce pain, swelling, and inflammation.

6. What is the term for decreased muscle tone?

Answer: Hypotonia.

7. What gait pattern is commonly used with crutches for partial weight-bearing?

Answer: Three-point gait.

8. What type of exercise is performed when the muscle contracts but does not change length?

Answer: Isometric exercise.

9. What is the normal lumbar lordosis angle?

Answer: Approximately 30°–50°.

10. Which nerve is commonly compressed in carpal tunnel syndrome?

Answer: Median nerve.

🩻 Clinical Conditions
11. What spinal deformity is characterized by an excessive anterior curvature of the lumbar spine?

Answer: Lordosis.

12. What is the most common site of injury in an ankle sprain?

Answer: Lateral ligaments (especially the anterior talofibular ligament).

13. Which disease is characterized by joint inflammation and deformity due to autoimmune reaction?

Answer: Rheumatoid arthritis.

14. What is the term for lateral curvature of the spine?

Answer: Scoliosis.

15. What type of fracture involves multiple bone fragments?

Answer: Comminuted fracture.

🏋️‍♀️ Rehabilitation & Exercise Therapy
16. What is the main principle behind PNF (Proprioceptive Neuromuscular Facilitation)?

Answer: Using stretching and muscle activation to improve flexibility and strength.

17. Which exercise strengthens the quadriceps without knee movement?

Answer: Quadriceps setting or isometric quad exercise.

18. What does the term "range of motion" (ROM) refer to?

Answer: The movement available at a joint.

19. Which test is used to assess meniscal injury in the knee?

Answer: McMurray’s test.

20. What is the primary focus of cardiovascular physiotherapy?

Answer: Improving heart and lung function through aerobic exercise and breathing techniques.

⚕️ PHYSIOTHERAPY QUIZ – SET 2
1. What is the functional unit of a muscle called?

Answer: Sarcomere.

2. Which muscle is known as the “calf muscle”?

Answer: Gastrocnemius.

3. The rotator cuff muscles include which four muscles?

Answer: Supraspinatus, Infraspinatus, Teres Minor, Subscapularis.

4. What is the main function of the cerebellum?

Answer: Coordination and balance.

5. Which joint is also called the “shoulder joint”?

Answer: Glenohumeral joint.

6. What is the primary energy source during aerobic exercise?

Answer: Oxygen and fat metabolism.

7. What does EMG stand for?

Answer: Electromyography.

8. What type of current is used in interferential therapy (IFT)?

Answer: Medium-frequency alternating current.

9. What is the therapeutic use of infrared radiation?

Answer: Superficial heating of tissues.

10. Which type of exercise involves shortening of the muscle during contraction?

Answer: Concentric contraction.

11. What is the primary muscle responsible for hip extension?

Answer: Gluteus maximus.

12. Which test is used to assess anterior cruciate ligament (ACL) injury?

Answer: Lachman’s test.

13. What is the purpose of gait training?

Answer: To restore normal walking pattern after injury or surgery.

14. What is a common postural deformity due to weak abdominal muscles?

Answer: Lumbar lordosis.

15. What is the angle between anatomical position and maximum knee flexion?

Answer: 0°–135°.

16. What is the normal range of hip abduction?

Answer: 0°–45°.

17. What is the role of a physiotherapist in stroke rehabilitation?

Answer: To improve motor control, balance, and mobility.

18. Which modality is contraindicated in patients with pacemakers?

Answer: Electrical stimulation (TENS, IFT, etc.).

19. What type of joint is the knee joint?

Answer: Modified hinge joint.

20. What is proprioception?

Answer: The sense of joint position and movement.

21. What is the main cause of plantar fasciitis?

Answer: Inflammation of the plantar fascia due to overuse or poor foot mechanics.

22. Which test is used to assess balance?

Answer: Romberg’s test.

23. What does CPM stand for in physiotherapy?

Answer: Continuous Passive Motion.

24. What is the normal respiratory rate for an adult at rest?

Answer: 12–20 breaths per minute.

25. What is the purpose of chest physiotherapy?

Answer: To clear airway secretions and improve lung ventilation.

17/10/2025

ROTATOR CUFF INJURY
Physiotherapy Treatment for Rotator Cuff Injury
🎯 Goals of Physiotherapy

Reduce pain and inflammation

Restore range of motion (ROM)

Strengthen rotator cuff and scapular muscles

Improve shoulder stability and function

Prevent recurrence

1. Acute Phase (0–2 weeks)

Goals: Control pain, reduce inflammation, and protect the shoulder.

Treatment:

Rest: Avoid overhead and heavy activities.

Cold therapy (Cryotherapy): Ice packs for 15–20 min, 3–4 times/day.

Pendulum exercises: Gentle shoulder joint mobilization without stress.

Isometric exercises: Begin pain-free isometrics for rotator cuff muscles.

Example: Isometric external rotation, internal rotation, abduction.

TENS or Ultrasound therapy: To reduce pain and swelling.

2. Subacute Phase (2–6 weeks)

Goals: Restore range of motion, begin strengthening, and improve function.

Treatment:

Active-Assisted ROM exercises:

Wand exercises (flexion, abduction)

Pulley exercises

Wall climbing with fingers

Stretching exercises:

Posterior capsule stretch

Cross-body adduction stretch

Strengthening (light resistance bands):

External rotation (Infraspinatus, Teres minor)

Internal rotation (Subscapularis)

Scaption (Supraspinatus)

Scapular stabilization exercises:

Shoulder blade squeezes

Serratus anterior strengthening (wall push-ups)

3. Strengthening Phase (6–12 weeks)

Goals: Build shoulder and scapular muscle strength, improve endurance and control.

Treatment:

Progressive resistance exercises:

Theraband or dumbbell exercises for rotator cuff and deltoid.

Closed chain exercises:

Wall push-ups, ball-on-wall stabilization drills.

Proprioceptive and coordination training:

Shoulder circles with resistance band

Use of balance boards or therapy balls

Functional training:

Reaching, lifting, or sport-specific drills under supervision.

4. Return to Activity Phase (After 12 weeks)

Goals: Full functional recovery and prevention of reinjury.

Treatment:

Sport/occupation-specific exercises: Gradual return to overhead and throwing activities.

Posture correction: Strengthen back and neck muscles for proper alignment.

Ergonomic advice: Avoid repetitive stress, take breaks, use correct lifting techniques.

Adjunct Modalities

Ultrasound therapy: For tendon healing.

TENS: Pain relief.

Laser therapy: To promote tissue repair (if available).

Kinesio taping: For support and proprioceptive feedback.

Home Exercise Program

Patients are encouraged to continue:

Daily stretching and strengthening exercises

Heat therapy before exercise, ice after exercise

Correct posture maintenance

Expected Recovery Time

Mild strain/tendinitis: 4–6 weeks

Partial tear: 8–12 weeks

Post-surgery: 3–6 months (depending on repair and rehab protocol)

17/10/2025

🦶 Ankle Sprain — Physiotherapy Treatment Overview
An ankle sprain occurs when the ligaments supporting the ankle are stretched or torn, usually due to sudden twisting, rolling, or turning of the ankle. The lateral ligaments (especially the anterior talofibular ligament) are most commonly affected.

🩺 Physiotherapy Goals
Reduce pain and swelling

Restore range of motion (ROM)

Strengthen ankle muscles

Improve balance and proprioception

Prevent recurrence or chronic instability

🕐 Phases of Physiotherapy Treatment
1️⃣ Acute Phase (0–72 hours)
Goals: Control pain, swelling, and inflammation

Physiotherapy Treatment:

RICE protocol:

Rest: Avoid weight-bearing activities

Ice: Apply 15–20 minutes every 2–3 hours

Compression: Elastic bandage or ankle brace

Elevation: Keep ankle above heart level

Electrotherapy:

TENS or interferential therapy for pain relief

Cryotherapy (cold packs)

Gentle ROM exercises:

Begin with pain-free dorsiflexion and plantarflexion

Isometric exercises:

Static contractions of peroneal and tibialis muscles

2️⃣ Subacute Phase (3–7 days to 2 weeks)
Goals: Restore mobility and begin strengthening

Physiotherapy Treatment:

Contrast baths for swelling

Active ROM exercises:

Alphabet exercise with toes

Inversion and eversion (within pain limits)

Strengthening:

Isotonic exercises using resistance bands (TheraBand)

Heel raises, toe raises

Proprioception/balance training:

Standing on one leg (progress to eyes closed)

Manual therapy:

Soft tissue mobilization

Gentle joint mobilization (if indicated)

3️⃣ Functional Phase (2–6 weeks)
Goals: Restore full function, balance, and agility

Physiotherapy Treatment:

Progressive strengthening:

Step-ups, squats, lunges

Heel-to-toe walking

Proprioceptive and balance training:

Wobble board, balance disc exercises

Agility drills:

Side stepping, hopping, figure-of-eight running

Sport-specific training (for athletes)

4️⃣ Return-to-Activity Phase (after 6 weeks)
Goals: Return to normal or sports activities safely

Physiotherapy Treatment:

Plyometric exercises: Jumping, bounding

Dynamic balance training

Taping or bracing during initial return to sports

Education:

Proper warm-up

Strengthening and stretching of peroneal muscles

Use of supportive footwear

⚠️ Precautions
Avoid forced inversion/eversion during early rehab

Do not start strengthening until pain and swelling subside

Monitor for chronic ankle instability

🧠 Home Exercise Examples
Towel stretch for dorsiflexion

Ankle alphabet

TheraBand resistance exercises

Single-leg stance practice

17/10/2025

Fracture ( post Immobilization stiffness)

17/10/2025

LUMBER LORDOSIS

🔹 Definition:
Lumbar lordosis refers to the inward curvature of the lumbar (lower) spine, which is a normal and natural curve that helps maintain balance and absorb shock during movement.

However, when this curve becomes excessive (hyperlordosis) or decreased (hypolordosis/flat back), it can lead to pain, postural changes, and functional problems.

🔹 Normal Lumbar Curve:
Present between L1 to L5 vertebrae

Normal angle: 20°–45° (measured by Cobb’s method on X-ray)

🔹 Types:
Normal lordosis: Physiological inward curve

Hyperlordosis: Exaggerated inward curve

Hypolordosis/Flat back: Reduced or absent inward curve

🔹 Causes of Hyperlordosis:
Weak abdominal muscles

Tight hip flexors (e.g., iliopsoas)

Obesity or pregnancy (increased anterior pelvic tilt)

Spondylolisthesis

Poor posture or prolonged sitting

Congenital or neuromuscular disorders

🔹 Symptoms:
Low back pain

Muscle tightness (especially in lower back and hip flexors)

Forward-tilted pelvis

Difficulty standing straight

Fatigue in lower back muscles

🔹 Diagnosis:
Physical examination: Observation of posture and spinal alignment

Imaging: X-ray or MRI to measure the curvature (Cobb’s angle)

🔹 Physiotherapy Treatment:
Goals: Correct posture, strengthen core, relieve pain

1. Exercises

Stretching: Hip flexors, erector spinae, quadriceps

Strengthening: Abdominals, gluteus maximus, hamstrings

Postural training: Pelvic tilt exercises

Core stability: Planks, bridges

2. Modalities

Heat therapy for muscle relaxation

TENS for pain relief

3. Manual Therapy

Soft tissue mobilization

Lumbar mobilization if restricted

4. Education

Posture correction techniques

Ergonomic advice (proper sitting and standing positions)

🔹 If Untreated:
Chronic low back pain

Muscle imbalance

Risk of degenerative changes in spine

17/10/2025

KYPHOSIS :
Kyphosis is a spinal condition characterized by an excessive forward curvature of the thoracic spine, giving the upper back a rounded or hunched appearance. It can affect posture and, in severe cases, cause pain or breathing difficulties.

🩻 Normal vs. Abnormal Curve
Normal thoracic curve: 20°–40°

Kyphosis: Curve greater than 45°

⚕️ Types of Kyphosis
Postural Kyphosis

Most common and flexible (correctable with posture correction)

Often seen in adolescents

Caused by poor posture, muscle weakness, or slouching

Scheuermann’s Kyphosis

Structural deformity (rigid curve)

Appears in adolescence

Vertebrae become wedge-shaped

Congenital Kyphosis

Present at birth due to abnormal spinal development

May worsen with growth

Degenerative Kyphosis

Seen in older adults

Due to spinal degeneration (osteoporosis, disc wear, fractures)

Post-traumatic or Pathologic Kyphosis

Result of spinal injury, infection (e.g., tuberculosis), or tumors

⚠️ Common Symptoms
Rounded or hunched upper back (“hunchback” appearance)

Back pain or stiffness

Fatigue due to muscle strain

In severe cases: breathing or balance issues

🧠 Causes
Poor posture

Spinal fractures (especially from osteoporosis)

Developmental disorders

Degenerative diseases

Congenital malformations

🏃‍♀️ Physiotherapy Management
Posture Correction Exercises

Chin tucks

Scapular retractions

Wall angels

Strengthening Exercises

Back extensors (e.g., superman exercise)

Core muscles

Shoulder stabilizers

Stretching

Pectoral stretches

Hamstring and hip flexor stretches

Breathing Exercises

To improve chest expansion

Bracing

In adolescents (especially Scheuermann’s type)

Education

Posture awareness

Ergonomic advice

🩺 Severe Cases
If curvature exceeds 70° or causes functional problems, surgical correction (spinal fusion) may be considered.

16/10/2025

Scoliosis – Physiotherapy Treatment

Definition:
Scoliosis is a lateral curvature of the spine greater than 10° (Cobb angle), often accompanied by vertebral rotation. It can be structural (fixed) or non-structural (postural).

🩺 Goals of Physiotherapy

Correct or control spinal curvature progression

Improve posture and trunk alignment

Strengthen weak muscles and stretch tight ones

Enhance respiratory function and chest expansion

Improve balance, mobility, and functional independence

Relieve pain and discomfort

🧘‍♀️ Physiotherapy Management
1. Postural Education

Teach correct standing and sitting posture

Encourage equal weight-bearing on both feet

Use mirrors and tactile cues for awareness

2. Exercises

A. Stretching (for concave side tightness):

Stretch concave side of the curve (tight muscles like quadratus lumborum, latissimus dorsi, and intercostals).

Side-bending and rotational stretches.

B. Strengthening (for convex side weakness):

Strengthen convex side muscles (weakened due to elongation).

Focus on back extensors, abdominals, gluteals, and scapular stabilizers.

C. Core Stability Training

Exercises like bridges, planks, and bird-dog improve spinal support.

D. Schroth Method (Specific for Scoliosis)

A 3D exercise approach focusing on:

Auto-correction (self-alignment)

Breathing techniques to expand the collapsed side

Stabilization of corrected posture

E. Breathing Exercises

Encourage deep breathing and thoracic expansion on the concave side.

Diaphragmatic and segmental breathing.

🧍‍♂️ Manual Therapy

Soft tissue mobilization for tight muscles.

Joint mobilizations if spinal stiffness is present.

Myofascial release around thoracolumbar junction.

🪑 Bracing

For curves between 20°–40° in growing children/adolescents.

Physiotherapist assists in brace adjustment and functional training while wearing the brace.

🚶‍♀️ Functional & Balance Training

Activities to improve symmetry in movement and posture.

Gait training and coordination exercises.

💡 Patient Education

Importance of exercise compliance.

Ergonomic advice: proper sitting, carrying school bags, and sleeping positions.

Regular follow-up for curve progression.

⚠️ Contraindications

Avoid vigorous manipulation or aggressive stretching of the spine.

No unsupervised heavy lifting or twisting exercises.