How to write case history and priscription paper of physiotherapy

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how to write physiotherapy case history and prescription paper format

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https://www.apta.org/your-practice/documentation/defensible-…

Here is a complete, structured guide to writing a physiotherapy case history and prescription paper.

How to Write a Physiotherapy Case History and Prescription Paper

Both documents follow a logical, evidence-based structure. The case history is your full clinical record, and the prescription paper is the treatment order derived from it.

PART 1: PHYSIOTHERAPY CASE HISTORY

The standard format follows the SOAP framework: Subjective, Objective, Assessment, Plan.

SECTION A - Patient Demographics (Top of the Form)

FieldDetails
NameFull name of the patient
Age / Date of Birth
Gender
Address & ContactPhone number, email
OccupationImportant for ergonomic and functional context
Referred byDoctor's name, specialty, date of referral
Date of first visit

SECTION B - Chief Complaint (CC)

Write in the patient's own words, in quotation marks if possible.
"I have pain in my lower back that started 3 weeks ago after lifting a heavy box."
  • Location of complaint (use a body diagram if available)
  • Onset: sudden or gradual
  • Duration: how long it has been present

SECTION C - History of Present Illness (HPI)

Use the OLDCARTS mnemonic:
LetterMeaningExample
OOnsetWhen did it start? What caused it?
LLocationExact site and radiation
DDurationConstant or intermittent?
CCharacterSharp, dull, burning, throbbing, aching
AAggravating factorsActivity, posture, time of day
RRelieving factorsRest, ice, heat, medication
TTimingMorning stiffness, night pain, after activity
SSeverityPain scale 0-10 (VAS or NRS)
Also document:
  • Behavior of symptoms 24 hours (24-hour pattern)
  • Any previous episodes of the same complaint
  • Treatment received so far and its outcome

SECTION D - Past Medical and Surgical History (PMH/PSH)

  • Previous illnesses (diabetes, hypertension, osteoporosis, rheumatoid arthritis, cancer)
  • Previous surgeries and dates
  • Previous physiotherapy and outcome
  • Hospitalizations

SECTION E - Drug/Medication History

  • Current medications (painkillers, steroids, anticoagulants - important before applying electrotherapy)
  • Allergies

SECTION F - Family and Social History

  • Family history of relevant conditions
  • Smoking, alcohol use
  • Living situation (stairs at home, caregiver support)
  • Recreational activities and hobbies

SECTION G - Occupational History

  • Type of work (sedentary, manual, repetitive movements)
  • Work hours, posture demands
  • Any work-related injury (for medico-legal records)

SECTION H - Systems Review (Red/Yellow Flag Screening)

Check for red flags (serious pathology):
  • Unexplained weight loss
  • History of cancer
  • Night sweats, fever
  • Bilateral neurological symptoms
  • Bowel/bladder dysfunction
  • Constant, unremitting pain not affected by position
Check for yellow flags (psychosocial barriers to recovery):
  • Fear avoidance behavior
  • Catastrophizing
  • Low mood, anxiety, depression
  • Poor workplace support

SECTION I - OBJECTIVE EXAMINATION

This is the hands-on clinical assessment.

1. Observation / Inspection

  • Posture (standing, sitting, lying)
  • Gait analysis
  • Swelling, bruising, muscle wasting, deformity, scar

2. Palpation

  • Tenderness (point, diffuse)
  • Temperature (warm = inflammation)
  • Muscle spasm, trigger points
  • Bony landmarks

3. Range of Motion (ROM)

  • Active ROM (AROM) - what the patient can do
  • Passive ROM (PROM) - what you can produce
  • Record in degrees using a goniometer
  • Note end-feel: soft, firm, hard, empty

4. Muscle Strength Testing

  • Manual Muscle Testing (MMT) using the Oxford Scale 0-5
  • Or dynamometer readings

5. Neurological Examination (if applicable)

  • Dermatomes (sensation - light touch, pin prick)
  • Myotomes (muscle power by nerve root)
  • Reflexes (deep tendon reflexes - graded 0 to 4+)
  • Upper/lower motor neuron signs

6. Special Tests

  • Specific to the region (e.g., Straight Leg Raise for lumbar, Spurling's for cervical, McMurray's for knee, Hawkins-Kennedy for shoulder)
  • Record: positive or negative with brief description of finding

7. Functional Assessment

  • Activities of Daily Living (ADLs): dressing, walking, climbing stairs
  • Standardized tools: Oswestry Disability Index, DASH Score, Barthel Index, Berg Balance Scale

8. Girth/Volume Measurements

  • For swelling or muscle wasting

9. Postural/Biomechanical Analysis

  • Spinal curvatures, limb length discrepancy, foot pronation

SECTION J - ASSESSMENT / CLINICAL IMPRESSION

This is your professional clinical judgment:
  1. Physiotherapy Diagnosis - the impairment-based diagnosis (e.g., "Mechanical Low Back Pain with L4-L5 nerve root irritation")
  2. Problem List - list all identified impairments:
    • Pain (severity, location)
    • Reduced ROM
    • Muscle weakness
    • Functional limitation
  3. Prognosis - expected recovery timeline and influencing factors
  4. Short-term goals (1-2 weeks): e.g., reduce pain from 7/10 to 4/10
  5. Long-term goals (4-6 weeks): e.g., return to full work duties

PART 2: PHYSIOTHERAPY PRESCRIPTION PAPER

The prescription paper is a concise treatment order - it can be written by the referring physician or by the physiotherapist as a treatment plan.

FORMAT OF THE PHYSIOTHERAPY PRESCRIPTION

PHYSIOTHERAPY PRESCRIPTION

Patient Name: _____________________ Date: __________
Age: ________ Gender: _____________ MRD/File No: ____
Referring Physician: _______________

DIAGNOSIS: ____________________________________________

PRECAUTIONS / CONTRAINDICATIONS:
_______________________________________________________

PHYSIOTHERAPY TREATMENT PRESCRIBED:

1. ELECTROTHERAPY MODALITIES:
   □ TENS         Settings: _______ Duration: _______ mins
   □ IFT          Frequency: _____ Duration: _______ mins
   □ Ultrasound   Intensity: __ W/cm²  Mode: CW/Pulsed  Duration: ___ mins
   □ LASER        Dose: _______  Duration: _______ mins
   □ SWD/MWD      Settings: _______ Duration: _______ mins
   □ Hot pack / Ice pack      Duration: _______ mins
   □ Traction     Mode: ________ Wt: _____ Duration: ___ mins

2. EXERCISES:
   □ Active ROM exercises        Repetitions: _____ Sets: _____
   □ Passive stretching          Hold: _____ sec   Sets: _____
   □ Strengthening exercises     Load: ______      Reps/Sets: _____
   □ Proprioception/Balance training
   □ Gait training / Ambulation
   □ Breathing exercises
   □ Home Exercise Program (HEP): ___________________________

3. MANUAL THERAPY:
   □ Joint mobilization (Grade: I / II / III / IV)
   □ Soft tissue massage
   □ Neural mobilization
   □ PNF stretching

4. FUNCTIONAL TRAINING:
   □ Transfer training
   □ ADL training
   □ Ergonomic advice / Postural correction

FREQUENCY: _____ sessions per week
DURATION:  _____ weeks (Total: _____ sessions)

RE-ASSESSMENT DATE: ____________________________________

Physiotherapist Signature: __________ Reg. No.: _______
Date: _____________

KEY TIPS FOR DOCUMENTATION

  1. Write legibly - or use printed/digital forms where possible.
  2. Use objective, measurable terms - avoid vague words like "improved slightly." Write "knee flexion improved from 90° to 120°."
  3. Date and sign every entry - include your registration number.
  4. Use standardized outcome measures - these make progress trackable and defensible (VAS, Oswestry, DASH, FIM, etc.).
  5. Record informed consent - note that the patient understood and agreed to the treatment.
  6. Document red flags - if present, note referral made.
  7. SOAP notes for every follow-up visit - brief S (any change in symptoms), O (objective findings), A (response to treatment), P (plan for next session).
  8. Contraindications must be documented - especially before using electrotherapy (cardiac pacemaker, pregnancy, metal implants, malignancy, open wounds).

FOLLOW-UP / PROGRESS NOTE FORMAT

For each subsequent visit, write a shorter SOAP progress note:
  • S: "Patient reports pain reduced to 4/10, able to walk to the bathroom without support."
  • O: Knee flexion 110° (was 90°). No swelling. SLR negative.
  • A: Improving. On track with goals.
  • P: Continue current program, add closed-chain strengthening today.

Per APTA documentation guidelines, the history is "a systematic gathering of data - from both the past and the present - related to why the individual is seeking the services of the physical therapist," and the plan of care must include parameters for each intervention such as method, intensity, duration, and frequency.
This format is applicable for musculoskeletal, neurological, cardiopulmonary, and pediatric physiotherapy settings. The level of detail in the objective examination section will vary depending on the clinical specialty.

Frozen shoulder with tenderness physiotherapy intervention

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"adhesive capsulitis" AND "physical therapy"

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frozen shoulder adhesive capsulitis physiotherapy exercises

A composite of four clinical photographs demonstrating conventional physical therapy exercises for shoulder rehabilitation and range of motion (ROM) improvement. Top left: A patient performs 'wall washing' exercises, moving their hand in functional patterns against a wall surface to facilitate shoulder flexion and abduction. Top right: A patient uses a 'finger ladder' mounted on a wall, utilizing finger movements to incrementally increase shoulder elevation and abduction. Bottom left: A patient engages in shoulder pulley exercises using a suspended rope and handle system to perform assisted ROM activities, where the healthy arm helps lift the affected limb. Bottom right: A patient demonstrates a wall-climbing or stretching exercise to maximize vertical reach. These interventions are typically used in the management of adhesive capsulitis (frozen shoulder) or post-operative recovery to improve shoulder mobility, specifically targeting flexion, abduction, and rotation. The images represent standard physiotherapy protocols often compared with modern interventions like virtual reality-based therapy.

A composite of four clinical photographs demonstrating conventional physical therapy exercises for shoulder rehabilitation and range of motion (ROM) improvement. Top left: A patient performs 'wall washing' exercises, moving their hand in functional patterns against a wall surface to facilitate shoulder flexion and abduction. Top right: A patient uses a 'finger ladder' mounted on a wall, utilizing finger movements to incrementally increase shoulder elevation and abduction. Bottom left: A patient engages in shoulder pulley exercises using a suspended rope and handle system to perform assisted ROM activities, where the healthy arm helps lift the affected limb. Bottom right: A patient demonstrates a wall-climbing or stretching exercise to maximize vertical reach. These interventions are typically used in the management of adhesive capsulitis (frozen shoulder) or post-operative recovery to improve shoulder mobility, specifically targeting flexion, abduction, and rotation. The images represent standard physiotherapy protocols often compared with modern interventions like virtual reality-based therapy.

This clinical photograph consists of two panels illustrating post-procedural passive mobilization techniques for adhesive capsulitis (frozen shoulder) in a seated patient. The images demonstrate the application of physical therapy or orthopedic manipulation following glenohumeral joint hydrodistension. In the left panel, a practitioner wearing blue medical gloves performs passive abduction and external rotation; one hand supports the cervical-thoracic junction while the other guides the patient's flexed elbow and upper arm. Two white square adhesive patches, likely providing transcutaneous electrical nerve stimulation (TENS) or monitoring, are visible on the posterior-lateral deltoid region. In the right panel, the practitioner performs passive internal rotation by guiding the patient's arm into a 'hand-behind-back' position, emphasizing posterior capsule stretching. Both panels highlight the therapeutic range of motion exercises used to restore joint mobility and prevent adhesion recurrence in the shoulder complex. This clinical resource is relevant for physical medicine, rehabilitation, and orthopedic education regarding joint capsule pathologies.

This clinical photograph consists of two panels illustrating post-procedural passive mobilization techniques for adhesive capsulitis (frozen shoulder) in a seated patient. The images demonstrate the application of physical therapy or orthopedic manipulation following glenohumeral joint hydrodistension. In the left panel, a practitioner wearing blue medical gloves performs passive abduction and external rotation; one hand supports the cervical-thoracic junction while the other guides the patient's flexed elbow and upper arm. Two white square adhesive patches, likely providing transcutaneous electrical nerve stimulation (TENS) or monitoring, are visible on the posterior-lateral deltoid region. In the right panel, the practitioner performs passive internal rotation by guiding the patient's arm into a 'hand-behind-back' position, emphasizing posterior capsule stretching. Both panels highlight the therapeutic range of motion exercises used to restore joint mobility and prevent adhesion recurrence in the shoulder complex. This clinical resource is relevant for physical medicine, rehabilitation, and orthopedic education regarding joint capsule pathologies.

A multi-panel MRI study of the shoulder demonstrating radiological signs of adhesive capsulitis (frozen shoulder). Image A (oblique sagittal T2-weighted) shows the complete obliteration of the subcoracoid fat triangle within the rotator interval (encircled). Image B (oblique axial fat-suppressed PD-weighted) identifies a significant effusion (5.31 mm) within the long head of the biceps tendon sheath, exceeding the normal threshold. Images C and D (oblique coronal T2-weighted) focus on the axillary recess. Image C measures the pathological thickening of the joint capsule at the humeral (5.69 mm) and glenoid (6.29 mm) aspects. Image D provides measurements for the maximal height (2.29 mm) and width (6.03 mm) of the axillary recess space. This composite image illustrates key diagnostic criteria including rotator interval fat replacement, synovial effusion, and capsular thickening, which are critical for the radiological staging of adhesive capsulitis in a clinical setting.

A multi-panel MRI study of the shoulder demonstrating radiological signs of adhesive capsulitis (frozen shoulder). Image A (oblique sagittal T2-weighted) shows the complete obliteration of the subcoracoid fat triangle within the rotator interval (encircled). Image B (oblique axial fat-suppressed PD-weighted) identifies a significant effusion (5.31 mm) within the long head of the biceps tendon sheath, exceeding the normal threshold. Images C and D (oblique coronal T2-weighted) focus on the axillary recess. Image C measures the pathological thickening of the joint capsule at the humeral (5.69 mm) and glenoid (6.29 mm) aspects. Image D provides measurements for the maximal height (2.29 mm) and width (6.03 mm) of the axillary recess space. This composite image illustrates key diagnostic criteria including rotator interval fat replacement, synovial effusion, and capsular thickening, which are critical for the radiological staging of adhesive capsulitis in a clinical setting.

This diagnostic image set consists of four MRI views of a human shoulder illustrating the classic findings of adhesive capsulitis (frozen shoulder). Image A (coronal T2-weighted with fat suppression) and Image B (coronal T1-weighted post-gadolinium with fat suppression) demonstrate significant thickening of the glenohumeral joint capsule and pericapsular edema, particularly within the axillary recess. The post-contrast image (B) shows intense enhancement of the thickened capsule, indicating active synovitis and hypervascularity. Images C (sagittal T1-weighted) and D (sagittal T2-weighted with fat suppression) focus on the rotator interval. They reveal the characteristic obliteration of the normal subcoracoid fat pad by hypointense inflammatory tissue on T1 (arrow in C) and hyperintense edema on T2 (arrowhead in D). These imaging features are essential for confirming adhesive capsulitis in patients presenting with clinical shoulder stiffness and pain, allowing for the differentiation from other pathology such as rotator cuff tears or labral injuries.

This diagnostic image set consists of four MRI views of a human shoulder illustrating the classic findings of adhesive capsulitis (frozen shoulder). Image A (coronal T2-weighted with fat suppression) and Image B (coronal T1-weighted post-gadolinium with fat suppression) demonstrate significant thickening of the glenohumeral joint capsule and pericapsular edema, particularly within the axillary recess. The post-contrast image (B) shows intense enhancement of the thickened capsule, indicating active synovitis and hypervascularity. Images C (sagittal T1-weighted) and D (sagittal T2-weighted with fat suppression) focus on the rotator interval. They reveal the characteristic obliteration of the normal subcoracoid fat pad by hypointense inflammatory tissue on T1 (arrow in C) and hyperintense edema on T2 (arrowhead in D). These imaging features are essential for confirming adhesive capsulitis in patients presenting with clinical shoulder stiffness and pain, allowing for the differentiation from other pathology such as rotator cuff tears or labral injuries.

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PMID: 36861780

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frozen shoulder with tenderness physiotherapy intervention stage based management 2024

Here is a comprehensive, stage-based physiotherapy guide for frozen shoulder (adhesive capsulitis) with tenderness.

Frozen Shoulder (Adhesive Capsulitis) - Physiotherapy Intervention

Understanding the Condition

Frozen shoulder (adhesive capsulitis) passes through three stages (Rheumatology, 2-Volume Set, Elsevier 2022):
StageNameDurationKey Features
Stage 1Freezing (Painful)3-9 monthsSevere pain, insidious onset, night pain, tenderness - minimal restriction
Stage 2Frozen (Adhesive)4-20 monthsPain decreasing, severe global stiffness dominates, compensatory scapular motion
Stage 3Thawing (Resolution)5-26 monthsPain settling, stiffness gradually resolving, ROM slowly returning
Key clinical finding with tenderness: Tenderness is most prominent in Stage 1 (freezing phase). It is typically felt over the anterior capsule/rotator interval, biceps tendon groove, and deltoid insertion. This indicates active synovial inflammation - treatment must be pain-first before any aggressive mobilization.

STAGE 1 - FREEZING / PAINFUL STAGE (Tenderness Predominant)

The primary goal here is pain relief and inflammation control. Aggressive stretching is contraindicated and will worsen the condition.

1. Electrotherapy Modalities (Pain Relief)

ModalityParametersPurpose
TENSBurst/Conventional mode, 80-100 Hz, 30-45 minsImmediate analgesia via gate control
IFT (Interferential Therapy)80-120 Hz, carrier frequency 4000 Hz, 15-20 minsDeeper analgesia, muscle spasm reduction
Ultrasound Therapy1 MHz, 0.5-1.0 W/cm², pulsed mode (1:4), 5-7 mins over anterior capsuleAnti-inflammatory, reduces synovial thickening
LASER (Low Level Laser Therapy)5-10 J/cm², over tender pointsReduces local inflammation and tenderness
Cryotherapy (Ice pack)15-20 mins, 2-3 times/dayAcute pain and swelling control
Short Wave Diathermy (SWD)Pulsed mode only (to avoid heating inflamed tissue)Caution - avoid in acute stage
Tenderness-specific note: Over tender points, use pulsed ultrasound (not continuous), TENS electrode placement around (not directly over) the most tender area.

2. Manual Therapy (Gentle, Low Grade)

  • Grade I-II Maitland joint mobilization - oscillations at beginning of range, purely for pain relief, no stretch
  • Gentle soft tissue massage - to trapezius, deltoid, periscapular muscles
  • Pendulum (Codman's) exercises - gravity-assisted, gravity distraction reduces pain

3. Exercises

  • Pendulum/Codman's exercises - forward, sideways, circular - small circles, pain free
  • Active-assisted ROM - with a stick/wand, within pain-free range only
  • Shoulder shrugs and scapular retraction - maintain scapulothoracic motion
  • Elbow, wrist, hand exercises - prevent disuse atrophy distally

4. Education and Positioning

  • Advice: avoid lying on the affected side at night (use a pillow under the arm)
  • Posture correction - correct rounded shoulder/forward head posture
  • Activity modification - avoid overhead reaching, heavy lifting, overhead work
  • Explain the three-stage natural history - reduces fear and anxiety

STAGE 2 - FROZEN / ADHESIVE STAGE

Pain is reduced, stiffness dominates. Now mobilization becomes the priority.

1. Thermal/Physical Modalities

ModalityParametersPurpose
Hot pack/Moist heat15-20 mins before exercisesIncrease tissue extensibility before stretching
Continuous ultrasound1 MHz, 1.0-1.5 W/cm², 5-7 minsThermal effect - loosens capsule for stretching
SWD (Continuous mode)20 mins before mobilizationDeep heating of joint capsule

2. Manual Therapy (Progressive, Grade III-IV)

  • Maitland Grade III-IV mobilizations - sustained end-range techniques for stiffness
  • Inferior glide (caudal distraction) - primary technique to restore abduction
  • Posterior glide - restores internal rotation and flexion
  • Anterior glide - restores external rotation (most restricted movement in frozen shoulder)
  • PNF stretching (Contract-Relax) - post-isometric relaxation to gain range
Passive mobilization post-hydrodistension for frozen shoulder

3. Stretching Exercises

  • Cross-body stretch (posterior capsule) - hold 30 seconds, 3-5 reps
  • External rotation stretch with stick - supine, door frame or wand stretch
  • Sleeper stretch - side-lying internal rotation stretch
  • Wall-climbing / Finger ladder exercises - active-assisted elevation
  • Pulley exercises - overhead pulley for assisted elevation
Standard physiotherapy shoulder exercises including wall-climbing, finger ladder, and pulley

STAGE 3 - THAWING / RESOLUTION STAGE

ROM is improving spontaneously. Focus on strengthening, function, and full ROM restoration.

1. Strengthening Exercises

  • Rotator cuff strengthening - theraband external/internal rotation
  • Scapular stabilizers - serratus anterior (wall push-up plus), lower trapezius (Y-T-W exercises)
  • Deltoid strengthening - progressive resistance, side raises
  • Closed-chain exercises - wall push-ups, quadruped weight-bearing

2. Proprioception and Neuromuscular Training

  • Ball rolling on wall
  • Perturbation training (unstable surface)
  • Rhythmic stabilization techniques

3. Functional and Occupational Training

  • Return to overhead reaching, ADL training
  • Work-specific tasks
  • Sport-specific training if applicable

JOINT MOBILIZATION GRADE GUIDE (Maitland)

GradeTechniqueUsed InPurpose
ISmall amplitude, beginning of rangeStage 1 (tenderness)Pain relief
IILarge amplitude, within range, no resistanceStage 1Pain relief
IIILarge amplitude into resistanceStage 2Stretch, increase ROM
IVSmall amplitude at end of range, into resistanceStage 2-3Break adhesions, ROM
VThrust (manipulation)Selected cases onlyCapsular release

TENDERNESS MANAGEMENT - SPECIFIC PROTOCOL

When tenderness is the dominant finding, especially at the anterior shoulder/rotator interval:
  1. Identify tender points - biceps tendon, rotator interval, acromioclavicular joint, greater tuberosity
  2. Do NOT apply deep pressure directly over tender areas - use surrounding soft tissue massage instead
  3. Pulsed ultrasound is preferred over continuous when there is active tenderness
  4. TENS - electrode placement around (not on) the most tender area
  5. Ice before treatment (10-15 mins) to reduce acute tenderness before handling
  6. Mobilization direction - use pain-free accessory glides first; avoid painful arcs
  7. Corticosteroid injection co-management: when tenderness is severe, intra-articular injection (ideally ultrasound-guided) significantly reduces pain and allows physiotherapy to be more effective - as confirmed by the Rheumatology textbook (Elsevier 2022) and current clinical guidelines

CONTRAINDICATIONS TO PHYSIOTHERAPY IN FROZEN SHOULDER

  • Active infection or septic arthritis
  • Malignancy of the shoulder region
  • Fracture or recent surgical fixation
  • Severe osteoporosis (avoid high-grade manipulation)
  • Uncontrolled diabetes (alters healing and response)
  • Metal implant in the field (for SWD, ultrasound - adjust accordingly)

HOME EXERCISE PROGRAM (HEP)

Advise the patient to do exercises 2-3 times/day, within tolerable pain limits:
  • Stage 1: Pendulum exercises, gentle active ROM within pain-free range, ice after activity
  • Stage 2: Pulley, wall climbing, cross-body stretch, external rotation with stick (10 reps x 3 sets, hold 30 sec per stretch)
  • Stage 3: Theraband strengthening, full overhead activities

RECENT EVIDENCE NOTE

A 2023 systematic review and meta-analysis by Kirker et al. (PMID: 36861780) found that while manual therapy and exercise are widely used, the evidence quality is low-to-very-low due to inconsistent study designs, and no single technique has shown definitive superiority. This means clinical judgment, patient tolerance, and stage-appropriate progression remain the most important guides. Physiotherapy combined with intra-articular corticosteroid injection performs better than physiotherapy alone in the early painful stages.

SAMPLE PHYSIOTHERAPY PRESCRIPTION FOR FROZEN SHOULDER (Stage 1 with Tenderness)

Diagnosis: Left Adhesive Capsulitis (Freezing Stage) with tenderness

MODALITIES:
- TENS: Conventional mode, 80 Hz, 200 µs, 30 mins
- Pulsed Ultrasound: 1 MHz, 0.8 W/cm², 1:4 duty cycle, 6 mins
- Ice pack: 15 mins post-session

MANUAL THERAPY:
- Soft tissue massage: periscapular muscles, 10 mins
- Maitland Grade I-II inferior glide and anterior glide mobilization

EXERCISES:
- Pendulum exercises: 10 circles each direction, 3x/day
- Active-assisted ROM with wand: Flexion, Abduction within pain-free range
- Scapular shrugs and retraction: 3 x 10 reps

FREQUENCY: 5 days/week
DURATION: 3 weeks, then re-assess

PRECAUTIONS:
- No forceful stretch in painful range
- Monitor for increased night pain (sign of flare)
- Refer for ultrasound-guided intra-articular injection if no improvement in 2 weeks
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