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Introduction
1. Cardiovascular system
2. Pulmonary system
3. Neuromuscular system
4. Pediatrics
5. Musculoskeletal system
5.1 Anatomy of musculoskeletal system
5.2 Anatomical terminology and exercise training principles
5.3 Joint mechanics and phases of healing
5.4 Upper extremity anatomy
5.5 Special tests of upper extremity
5.6 Comparing clinical presentation and interventions for upper extremity
5.6.1 Shoulder soft tissue conditions
5.6.2 Shoulder girdle and elbow conditions
5.6.3 Nerve entrapments, wrist, and hand conditions
5.7 Lower extremity anatomy
5.8 Special tests of lower extremity
5.9 Comparing clinical presentation and interventions for lower extremity
5.10 Spine and pelvis anatomy
5.11 Special tests of the spine, pelvis, and temporomandibular joint
5.12 Comparing clinical presentation and interventions for the spine, pelvis, and temporomandibular joint
5.13 Other musculoskeletal conditions
5.14 Gait
5.15 Prosthetics
5.16 Orthotics
5.17 Medications, imaging, and fractures
5.18 Surgical protocols
6. Other systems
7. Non-systems
Wrapping up
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5.6.1 Shoulder soft tissue conditions
Achievable NPTE-PTA
5. Musculoskeletal system
5.6. Comparing clinical presentation and interventions for upper extremity
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Shoulder soft tissue conditions

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Unless a condition below calls out something different, medical management typically includes acetaminophen or NSAIDs for pain and inflammation, and physical therapy interventions are chosen based on the phase of healing (acute, subacute, or chronic); surgery is considered when conservative care fails. The entries below focus on what’s different for each condition - special tests, surgical considerations, bracing, or splinting - rather than repeating that baseline every time.

PTA role: the supervising PT (or physician) performs the diagnostic workup and selects special tests; the PTA carries out the plan of care, including any post-operative protocol. Stop and contact the supervising PT if you see new numbness or deltoid weakness, apprehension or a suspected subluxation/dislocation, a sudden loss of strength, or a significant increase in pain.

Glenohumeral dislocation and instability

  • Dislocations of the glenohumeral joint caused by traumatic or atraumatic reasons
    • Trauma is due to direct injury, most commonly a fall on an outstretched hand (FOOSH) mechanism of injury
    • Atraumatic can be due to repetitive injury, causing hypermobility
  • Types of dislocations:
    • Anterior-inferior dislocations: Most common type (95%). Mechanism is a combination of motions including: excessive horizontal abduction, abduction, external (lateral) rotation, and extension/hyperextension of the upper extremity.
      • If traumatic can lead to: Disruption anterior glenohumeral/capsular ligament, subscapularis, and anterior/inferior glenoid labrum
        • Hill-Sachs lesion: compression fracture of the posterior humeral head
        • Bankart lesion: avulsion of the anterior-inferior glenoid labrum
        • Axillary nerve injury: numbness, tingling, and weakness in the deltoid
    • Posterior dislocations: rare, caused by horizontal adduction and internal rotation
Hill-Sachs and Bankart lesions
Hill-Sachs and Bankart lesions
Mikael Häggström, M.D.
/
Wikimedia Commons
/
CC0 1.0
  • Symptoms
    • Popping during movements
    • Repeated dislocations or subluxations of the glenohumeral joint
  • Diagnosis
    • Clinical presentation
    • Special tests - apprehension test (highly specific for anterior instability); sulcus sign (positive for inferior instability)
    • X-ray
  • Physical therapy interventions
    • Strengthening the rotator cuff and scapular stabilizers (dynamic stabilizers) to prevent recurrent dislocation
    • Functional training
    • Avoidance of apprehension position
    • Avoid combined abduction/external rotation after an anterior stabilization procedure, per protocol
    • Surgical protocols if indicated
      • With anticipated return to function in 3-4 months

Labral tears

  • Tear in the cartilage ring that surrounds the shoulder joint; divided into above the middle of the socket and below the middle of the socket

    • Above the middle of the socket is called a SLAP (superior labral anterior-posterior) tear; can also involve the biceps tendon
    • Below the middle of the socket: Bankart lesion (see glenohumeral dislocation and instability above); may also include a bony Bankart (avulsion fracture of the anterior-inferior glenoid rim)
  • Labral tears are associated with traumatic injury or repetitive shoulder dislocations

  • Symptoms:

    • Pain increased with overhead movement or behind the back
    • Shoulder weakness
    • Shoulder instability/dislocation
    • Pain with resisted flexion of the biceps
    • Tenderness over the anterior shoulder
  • Diagnosis

    • Clinical presentation
    • MRI
    • Arthroscopic surgery - gold standard for diagnosis
  • Physical therapy interventions

    • Focus on return to function without pain
    • Correction of muscle imbalances
    • Address underlying causes of labral tears
    • Surgical protocols if indicated
      • With anticipated return to function in 3-4 months

Rotator cuff tendonitis and impingement syndrome

  • Caused by mechanical impingement of the distal attachment of the rotator cuff, causing inflammation of the tendons
    • Increased risk for development of tendonitis due to poor vascularity at attachment sites
    • Inadequate scapular upward rotation and posterior tilt during arm elevation reduce the subacromial space and contribute to impingement
Shoulder joint
Shoulder joint
National Institute Of Arthritis And Musculoskeletal And Skin Diseases (NIAMS); SVG version by Angelito7
/
Wikimedia Commons
/
Public domain
  • Symptoms
    • Pain in the anterior and superior aspect of the shoulder
    • Pain and weakness that worsen with overhead movements, such as reaching, throwing, or lifting objects
    • Pain that may radiate down the arm
    • Pain that is worse at night
  • Diagnosis
    • Clinical presentation
    • Special tests
      • Neer test - forced forward flexion with the scapula stabilized compresses the supraspinatus against the anteroinferior acromion
      • Hawkins-Kennedy test - shoulder flexed to 90 degrees with internal rotation compresses the supraspinatus under the coracoacromial ligament
      • Painful arc
        • Shoulder pain that occurs when abducting an arm between 60 and 120 degrees.
    • MRI
  • Medical management
    • Surgical (subacromial) decompression if indicated
  • Physical therapy intervention
    • Avoidance of shoulder elevation greater than 90 degrees to avoid subacromial compression - acute phase
    • Postural re-education - improve forward head, rounded shoulders, and kyphotic posture (upper cross syndrome)
    • Correction of muscle imbalances
    • Improve joint mobility
    • Return to previous functional status
    • Follow the post-operative protocol after subacromial decompression if indicated

Rotator cuff tear

  • Acute tears are caused by a fall on an outstretched hand (FOOSH), sudden heavy lifting, or loading the shoulder in an awkward position

  • Degenerative or partial tears develop over time from chronic tendonitis and poor blood supply at the tendon insertion

  • Symptoms

    • Pain when raising or lowering the arm
    • Weakness when lifting or rotating the arm
    • Pain when reaching behind the back
    • Pain that worsens after lying down on the affected side
    • Pain that is worse at night
  • Diagnosis

    • Clinical presentation
    • Special tests - empty can test, drop arm test, manual muscle testing of infraspinatus and supraspinatus
    • MRI
  • Physical therapy intervention

    • Conservative management: scapular stabilization and graded rotator cuff strengthening in pain-free range
    • Surgical protocols if indicated, avoiding active motion that breaks protocol in the early phase after a repair
      • After a rotator cuff repair, the arm is kept in a sling with passive motion only for the first 4 to 6 weeks while the tendon heals back to bone; active exercises follow, and the PT introduces strengthening at about 8 to 12 weeks

Subacromial/subdeltoid bursitis

  • Subacromial and subdeltoid bursae become inflamed (close relationship with rotator cuff tendonitis)

    • The bursa becomes trapped (impinged) beneath the acromion arch
  • Symptoms

    • Pain may worsen with overhead movements, such as reaching for objects or lifting the arm.
    • The shoulder may be tender to the touch, especially around the acromion process.
    • The bursa may become inflamed and swollen, causing a visible bulge or lump in the shoulder.
    • The shoulder may feel stiff and difficult to move
    • When moving the shoulder, there may be clicking or popping sounds as the bursa rubs against the acromion bone.
    • Empty end-feel: passive movement stops because of the patient’s pain, not a physical block.
  • Diagnosis:

    • Clinical examination - ruling in and out other diagnoses based on symptomatology, as well as assessment of range of motion and muscle strength
  • Physical therapy intervention

    • Avoidance of provoking overhead activity in the acute phase, then postural correction and progressive strengthening

Bicipital tendonitis

  • Inflammation of the long head of the biceps

    • Cases can involve mechanical impingement of the long head of the biceps under the coracoacromial arch, or irritation as it glides within the bicipital groove
  • Symptoms

    • Sharp, throbbing, or dull pain in the front of the shoulder that may radiate down the upper arm - pain worsens with overhead movements, such as reaching, lifting, or throwing.
    • Localized tenderness over the biceps tendon, particularly where it passes over the shoulder joint.
    • A feeling or sound of snapping or popping in the shoulder when moving the arm.
    • Weakness in the biceps muscle, making it difficult to lift or bend the arm.
  • Diagnosis

    • Clinical presentation, positive Speed’s and Yergason’s tests.
    • MRI
  • Physical therapy intervention

    • Avoidance of provoking overhead activity in the acute phase, then postural correction and progressive strengthening

Adhesive capsulitis

  • Restriction in shoulder motion due to inflammation of the joint capsule

    • Restrictions are in external rotation (greatest), then abduction, then internal rotation (capsular pattern of the shoulder)
    • Progresses through three stages: freezing (painful, progressively restricted motion), frozen (stiff but less painful), and thawing (gradual return of motion)
    • Risk factors include diabetes, thyroid disease, cardiovascular disease, and prolonged immobilization (for example, after injury or surgery)
  • Symptoms

    • Restriction in external rotation, abduction, and internal rotation, causing functional deficits
  • Diagnosis

    • Clinical presentation
    • Functional limitations
  • Medical management

    • Management of diabetes, cardiovascular, or thyroid disease if applicable
  • Physical therapy management

    • Improve joint mobility in the capsular pattern - gentle mobilization in the freezing stage, more aggressive stretching/mobilization in the frozen and thawing stages
    • Return to prior functional status
    • Improve muscle imbalances

Use this table to tell apart conditions that present similarly:

Condition Key distinguishing finding Positive tests PT emphasis
Impingement syndrome Painful arc, 60-120 degrees of abduction Neer, Hawkins-Kennedy Postural correction; avoid elevation above 90 degrees acutely
Rotator cuff tear Weakness with overhead lifting Drop arm, empty can Scapular stabilization, graded cuff strengthening
Bursitis Point tenderness over the acromion; empty end-feel Clinical exam Relative rest, then postural correction/strengthening
Bicipital tendonitis Tenderness over the bicipital groove Speed’s, Yergason’s Relative rest, then postural correction/strengthening
Adhesive capsulitis Capsular pattern: ER most limited, then abduction, then IR Clinical presentation Gentle mobility (freezing), more aggressive stretching/mobilization (frozen/thawing)

General Approach & PTA Role

  • Baseline medical management: acetaminophen/NSAIDs, PT based on healing phase, surgery if conservative care fails
  • PT/physician performs diagnostic workup and selects special tests; PTA implements plan of care and post-op protocols
  • Red flags requiring PT notification: new numbness/deltoid weakness, apprehension/suspected subluxation-dislocation, sudden strength loss, significant pain increase

Glenohumeral Dislocation & Instability

  • Anterior-inferior most common (95%); mechanism = horizontal abduction + abduction + external rotation + extension (FOOSH)
  • Associated lesions: Hill-Sachs (posterior humeral head compression fracture), Bankart (anterior-inferior labral avulsion), possible axillary nerve injury
  • Key tests: apprehension test (anterior instability), sulcus sign (inferior instability)
  • PT focus: rotator cuff/scapular stabilizer strengthening; avoid apprehension position; avoid combined abduction/ER post-anterior stabilization; return to function ~3-4 months

Labral Tears

  • SLAP (superior, may involve biceps tendon) vs. Bankart (inferior, anterior-inferior labrum ± bony avulsion)
  • Diagnosis: MRI; arthroscopy is gold standard
  • PT: restore muscle balance, address underlying causes, pain-free return to function; surgical recovery ~3-4 months

Rotator Cuff Tendonitis/Impingement

  • Mechanical compression of rotator cuff tendons, worsened by poor vascularity
  • Key tests: Neer test, Hawkins-Kennedy test, painful arc (60-120° abduction)
  • PT: avoid elevation >90° acutely, correct posture (upper cross syndrome), restore mobility/strength

Rotator Cuff Tear

  • Acute (FOOSH, heavy lifting) vs. degenerative (chronic tendonitis, poor blood supply)
  • Key tests: empty can, drop arm, MMT of infraspinatus/supraspinatus
  • PT: scapular stabilization, graded pain-free strengthening; strict adherence to post-op motion restrictions

Subacromial/Subdeltoid Bursitis

  • Bursa impingement under acromion, closely linked to rotator cuff tendonitis
  • Distinguishing sign: empty end-feel (pain-limited, not mechanical block), point tenderness over acromion
  • PT: avoid overhead provocation acutely, then postural correction/progressive strengthening

Bicipital Tendonitis

  • Inflammation/impingement of long head of biceps tendon
  • Key tests: Speed’s and Yergason’s tests; tenderness over bicipital groove
  • PT: avoid overhead activity acutely, then postural correction/strengthening

Adhesive Capsulitis

  • Capsular pattern: external rotation most limited > abduction > internal rotation
  • Three stages: freezing (painful, worsening motion loss) → frozen (stiff, less pain) → thawing (motion returns)
  • Risk factors: diabetes, thyroid disease, cardiovascular disease, prolonged immobilization
  • PT: gentle mobilization in freezing stage, more aggressive stretching/mobilization in frozen/thawing stages

Differential Comparison Table

  • Organized by condition, key distinguishing finding, positive special tests, and PT emphasis
  • Useful for quickly distinguishing impingement, cuff tear, bursitis, bicipital tendonitis, and adhesive capsulitis based on symptom pattern and test results

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Shoulder soft tissue conditions

Unless a condition below calls out something different, medical management typically includes acetaminophen or NSAIDs for pain and inflammation, and physical therapy interventions are chosen based on the phase of healing (acute, subacute, or chronic); surgery is considered when conservative care fails. The entries below focus on what’s different for each condition - special tests, surgical considerations, bracing, or splinting - rather than repeating that baseline every time.

PTA role: the supervising PT (or physician) performs the diagnostic workup and selects special tests; the PTA carries out the plan of care, including any post-operative protocol. Stop and contact the supervising PT if you see new numbness or deltoid weakness, apprehension or a suspected subluxation/dislocation, a sudden loss of strength, or a significant increase in pain.

Glenohumeral dislocation and instability

  • Dislocations of the glenohumeral joint caused by traumatic or atraumatic reasons
    • Trauma is due to direct injury, most commonly a fall on an outstretched hand (FOOSH) mechanism of injury
    • Atraumatic can be due to repetitive injury, causing hypermobility
  • Types of dislocations:
    • Anterior-inferior dislocations: Most common type (95%). Mechanism is a combination of motions including: excessive horizontal abduction, abduction, external (lateral) rotation, and extension/hyperextension of the upper extremity.
      • If traumatic can lead to: Disruption anterior glenohumeral/capsular ligament, subscapularis, and anterior/inferior glenoid labrum
        • Hill-Sachs lesion: compression fracture of the posterior humeral head
        • Bankart lesion: avulsion of the anterior-inferior glenoid labrum
        • Axillary nerve injury: numbness, tingling, and weakness in the deltoid
    • Posterior dislocations: rare, caused by horizontal adduction and internal rotation
  • Symptoms
    • Popping during movements
    • Repeated dislocations or subluxations of the glenohumeral joint
  • Diagnosis
    • Clinical presentation
    • Special tests - apprehension test (highly specific for anterior instability); sulcus sign (positive for inferior instability)
    • X-ray
  • Physical therapy interventions
    • Strengthening the rotator cuff and scapular stabilizers (dynamic stabilizers) to prevent recurrent dislocation
    • Functional training
    • Avoidance of apprehension position
    • Avoid combined abduction/external rotation after an anterior stabilization procedure, per protocol
    • Surgical protocols if indicated
      • With anticipated return to function in 3-4 months

Labral tears

  • Tear in the cartilage ring that surrounds the shoulder joint; divided into above the middle of the socket and below the middle of the socket

    • Above the middle of the socket is called a SLAP (superior labral anterior-posterior) tear; can also involve the biceps tendon
    • Below the middle of the socket: Bankart lesion (see glenohumeral dislocation and instability above); may also include a bony Bankart (avulsion fracture of the anterior-inferior glenoid rim)
  • Labral tears are associated with traumatic injury or repetitive shoulder dislocations

  • Symptoms:

    • Pain increased with overhead movement or behind the back
    • Shoulder weakness
    • Shoulder instability/dislocation
    • Pain with resisted flexion of the biceps
    • Tenderness over the anterior shoulder
  • Diagnosis

    • Clinical presentation
    • MRI
    • Arthroscopic surgery - gold standard for diagnosis
  • Physical therapy interventions

    • Focus on return to function without pain
    • Correction of muscle imbalances
    • Address underlying causes of labral tears
    • Surgical protocols if indicated
      • With anticipated return to function in 3-4 months

Rotator cuff tendonitis and impingement syndrome

  • Caused by mechanical impingement of the distal attachment of the rotator cuff, causing inflammation of the tendons
    • Increased risk for development of tendonitis due to poor vascularity at attachment sites
    • Inadequate scapular upward rotation and posterior tilt during arm elevation reduce the subacromial space and contribute to impingement
  • Symptoms
    • Pain in the anterior and superior aspect of the shoulder
    • Pain and weakness that worsen with overhead movements, such as reaching, throwing, or lifting objects
    • Pain that may radiate down the arm
    • Pain that is worse at night
  • Diagnosis
    • Clinical presentation
    • Special tests
      • Neer test - forced forward flexion with the scapula stabilized compresses the supraspinatus against the anteroinferior acromion
      • Hawkins-Kennedy test - shoulder flexed to 90 degrees with internal rotation compresses the supraspinatus under the coracoacromial ligament
      • Painful arc
        • Shoulder pain that occurs when abducting an arm between 60 and 120 degrees.
    • MRI
  • Medical management
    • Surgical (subacromial) decompression if indicated
  • Physical therapy intervention
    • Avoidance of shoulder elevation greater than 90 degrees to avoid subacromial compression - acute phase
    • Postural re-education - improve forward head, rounded shoulders, and kyphotic posture (upper cross syndrome)
    • Correction of muscle imbalances
    • Improve joint mobility
    • Return to previous functional status
    • Follow the post-operative protocol after subacromial decompression if indicated

Rotator cuff tear

  • Acute tears are caused by a fall on an outstretched hand (FOOSH), sudden heavy lifting, or loading the shoulder in an awkward position

  • Degenerative or partial tears develop over time from chronic tendonitis and poor blood supply at the tendon insertion

  • Symptoms

    • Pain when raising or lowering the arm
    • Weakness when lifting or rotating the arm
    • Pain when reaching behind the back
    • Pain that worsens after lying down on the affected side
    • Pain that is worse at night
  • Diagnosis

    • Clinical presentation
    • Special tests - empty can test, drop arm test, manual muscle testing of infraspinatus and supraspinatus
    • MRI
  • Physical therapy intervention

    • Conservative management: scapular stabilization and graded rotator cuff strengthening in pain-free range
    • Surgical protocols if indicated, avoiding active motion that breaks protocol in the early phase after a repair
      • After a rotator cuff repair, the arm is kept in a sling with passive motion only for the first 4 to 6 weeks while the tendon heals back to bone; active exercises follow, and the PT introduces strengthening at about 8 to 12 weeks

Subacromial/subdeltoid bursitis

  • Subacromial and subdeltoid bursae become inflamed (close relationship with rotator cuff tendonitis)

    • The bursa becomes trapped (impinged) beneath the acromion arch
  • Symptoms

    • Pain may worsen with overhead movements, such as reaching for objects or lifting the arm.
    • The shoulder may be tender to the touch, especially around the acromion process.
    • The bursa may become inflamed and swollen, causing a visible bulge or lump in the shoulder.
    • The shoulder may feel stiff and difficult to move
    • When moving the shoulder, there may be clicking or popping sounds as the bursa rubs against the acromion bone.
    • Empty end-feel: passive movement stops because of the patient’s pain, not a physical block.
  • Diagnosis:

    • Clinical examination - ruling in and out other diagnoses based on symptomatology, as well as assessment of range of motion and muscle strength
  • Physical therapy intervention

    • Avoidance of provoking overhead activity in the acute phase, then postural correction and progressive strengthening

Bicipital tendonitis

  • Inflammation of the long head of the biceps

    • Cases can involve mechanical impingement of the long head of the biceps under the coracoacromial arch, or irritation as it glides within the bicipital groove
  • Symptoms

    • Sharp, throbbing, or dull pain in the front of the shoulder that may radiate down the upper arm - pain worsens with overhead movements, such as reaching, lifting, or throwing.
    • Localized tenderness over the biceps tendon, particularly where it passes over the shoulder joint.
    • A feeling or sound of snapping or popping in the shoulder when moving the arm.
    • Weakness in the biceps muscle, making it difficult to lift or bend the arm.
  • Diagnosis

    • Clinical presentation, positive Speed’s and Yergason’s tests.
    • MRI
  • Physical therapy intervention

    • Avoidance of provoking overhead activity in the acute phase, then postural correction and progressive strengthening

Adhesive capsulitis

  • Restriction in shoulder motion due to inflammation of the joint capsule

    • Restrictions are in external rotation (greatest), then abduction, then internal rotation (capsular pattern of the shoulder)
    • Progresses through three stages: freezing (painful, progressively restricted motion), frozen (stiff but less painful), and thawing (gradual return of motion)
    • Risk factors include diabetes, thyroid disease, cardiovascular disease, and prolonged immobilization (for example, after injury or surgery)
  • Symptoms

    • Restriction in external rotation, abduction, and internal rotation, causing functional deficits
  • Diagnosis

    • Clinical presentation
    • Functional limitations
  • Medical management

    • Management of diabetes, cardiovascular, or thyroid disease if applicable
  • Physical therapy management

    • Improve joint mobility in the capsular pattern - gentle mobilization in the freezing stage, more aggressive stretching/mobilization in the frozen and thawing stages
    • Return to prior functional status
    • Improve muscle imbalances

Use this table to tell apart conditions that present similarly:

Condition Key distinguishing finding Positive tests PT emphasis
Impingement syndrome Painful arc, 60-120 degrees of abduction Neer, Hawkins-Kennedy Postural correction; avoid elevation above 90 degrees acutely
Rotator cuff tear Weakness with overhead lifting Drop arm, empty can Scapular stabilization, graded cuff strengthening
Bursitis Point tenderness over the acromion; empty end-feel Clinical exam Relative rest, then postural correction/strengthening
Bicipital tendonitis Tenderness over the bicipital groove Speed’s, Yergason’s Relative rest, then postural correction/strengthening
Adhesive capsulitis Capsular pattern: ER most limited, then abduction, then IR Clinical presentation Gentle mobility (freezing), more aggressive stretching/mobilization (frozen/thawing)
Key points

General Approach & PTA Role

  • Baseline medical management: acetaminophen/NSAIDs, PT based on healing phase, surgery if conservative care fails
  • PT/physician performs diagnostic workup and selects special tests; PTA implements plan of care and post-op protocols
  • Red flags requiring PT notification: new numbness/deltoid weakness, apprehension/suspected subluxation-dislocation, sudden strength loss, significant pain increase

Glenohumeral Dislocation & Instability

  • Anterior-inferior most common (95%); mechanism = horizontal abduction + abduction + external rotation + extension (FOOSH)
  • Associated lesions: Hill-Sachs (posterior humeral head compression fracture), Bankart (anterior-inferior labral avulsion), possible axillary nerve injury
  • Key tests: apprehension test (anterior instability), sulcus sign (inferior instability)
  • PT focus: rotator cuff/scapular stabilizer strengthening; avoid apprehension position; avoid combined abduction/ER post-anterior stabilization; return to function ~3-4 months

Labral Tears

  • SLAP (superior, may involve biceps tendon) vs. Bankart (inferior, anterior-inferior labrum ± bony avulsion)
  • Diagnosis: MRI; arthroscopy is gold standard
  • PT: restore muscle balance, address underlying causes, pain-free return to function; surgical recovery ~3-4 months

Rotator Cuff Tendonitis/Impingement

  • Mechanical compression of rotator cuff tendons, worsened by poor vascularity
  • Key tests: Neer test, Hawkins-Kennedy test, painful arc (60-120° abduction)
  • PT: avoid elevation >90° acutely, correct posture (upper cross syndrome), restore mobility/strength

Rotator Cuff Tear

  • Acute (FOOSH, heavy lifting) vs. degenerative (chronic tendonitis, poor blood supply)
  • Key tests: empty can, drop arm, MMT of infraspinatus/supraspinatus
  • PT: scapular stabilization, graded pain-free strengthening; strict adherence to post-op motion restrictions

Subacromial/Subdeltoid Bursitis

  • Bursa impingement under acromion, closely linked to rotator cuff tendonitis
  • Distinguishing sign: empty end-feel (pain-limited, not mechanical block), point tenderness over acromion
  • PT: avoid overhead provocation acutely, then postural correction/progressive strengthening

Bicipital Tendonitis

  • Inflammation/impingement of long head of biceps tendon
  • Key tests: Speed’s and Yergason’s tests; tenderness over bicipital groove
  • PT: avoid overhead activity acutely, then postural correction/strengthening

Adhesive Capsulitis

  • Capsular pattern: external rotation most limited > abduction > internal rotation
  • Three stages: freezing (painful, worsening motion loss) → frozen (stiff, less pain) → thawing (motion returns)
  • Risk factors: diabetes, thyroid disease, cardiovascular disease, prolonged immobilization
  • PT: gentle mobilization in freezing stage, more aggressive stretching/mobilization in frozen/thawing stages

Differential Comparison Table

  • Organized by condition, key distinguishing finding, positive special tests, and PT emphasis
  • Useful for quickly distinguishing impingement, cuff tear, bursitis, bicipital tendonitis, and adhesive capsulitis based on symptom pattern and test results

More from Comparing clinical presentation and interventions for upper extremity

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  • Nerve entrapments, wrist, and hand conditions