Elbow, Wrist, Hand Exam

For a problem focused exam of the elbow:
Inspect: Dorsal, lateral and ventral elbow
Palpate: affected area, observing for tenderness and swelling.
Range of motion: Flexion (140°)​, extension (10°), supination (80°) , p​ronation (80°)
Strength testing: Extension, flexion, supination, pronation
Stability & special testing: Ulnar and radial collateral ligament stability
For a problem focused exam of the hand and wrist:
Inspect: Dorsal and palmar hand and wrist
Palpate: Affected area, observing for tenderness and swelling
Range of motion: 
Wrist: Flexion, extension, ulnar deviation, radial deviation
Hand: DIP/PIP flexion and extension, MCP flexion and extension
Strength testing: Flexion and extension of the DIP, PIP, and MCP joints.  These can be tested as a unit unless there is concern about one finger.
Stability and special testing:
    • If you suspect DeQuervain’s tenosynovitis, perform Finkelstein’s test
    • If you suspect Carpal Tunnel Syndrome, perform Phalen’s and Tinel’s test

Key landmarks & structures

Right elbow – Anterior view
Right elbow – Anterior view
Right elbow– Lateral view
Right elbow– Lateral view
Right elbow– Lateral view
Right elbow– Posterior view

 

Right wrist and hand – Dorsal view
Right wrist and hand – Dorsal view
Right wrist and hand– Palmar view

Right wrist and hand– Palmar view

  Distal interphalangeal joints

  Proximal interphalangeal joints

  Metacarpophanlageal joints

Inspection

Inspect the structures above, noting:
– Swelling
– Erythema
– Ecchymoses
– Alignment
– Muscle bulk
– Radial or ulnar deviation

Palpation

Palpate the structures above, noting and swelling or tenderness to palpation.

Range of motion

Normal ROM of the elbow joint is:

  • Flexion: 140°​
  • Extension: 0° ​
  • Supination: 80° ​
  • Pronation: 80°

Normal ROM of the wrist:

  • Flexion: 75°
  • Extension: 75°
  • Ulnar deviation: 40°
  • Radial deviation: 20°

Normal ROM of the hand:

  • DIP/PIP Flexion: 90 °
  • DIP/PIP Extension: 0°
  • MCP Flexion: 90°
  • MCP Extension: 5 to -10 °

Strength testing

Stability and Special tests

Medial and ulnar collateral ligaments of the elbow

Stability testing about the elbow is assessed with the patient seated, at both zero and thirty degrees.

  • Ulnar (medial) collateral ligament: Place valgus stress on the elbow
  • Radial (lateral) collateral ligament: Place varus stress on the elbow

Make note of pain with valgus or varus stress as well as of laxity felt on exam. Don’t forget to compare to the asymptomatic side!

Valgus stress on the elbow
Valgus stress on the elbow
Varus stress on the elbow
Varus stress on the elbow
UCL of the Elbow
UCL of the elbow
Medial and ulnar collateral ligaments of the fingers
  • The MCP, DIP and PIP joints all have UCL and RCL
  • Stress testing of these is important when evaluating finger pain, particularly when acute
  • Evaluation of the UCL of the first MCP (thumb) is an important skill
  • This ligament is often injured during hand trauma and can lead to significant morbidity if not treated properly
Illustration of collateral ligaments Illustration of torn ulnar collateral ligament
Finkelstein’s test for DeQuervain’s tenosynovitis
  • Image of Finkelstein's test for DeQuervain's tenosynovitisThumb is held in patient’s palm
  • Examiner moves the hand/wrist into ulnar deviation
  • This stresses the first dorsal compartment of the wrist
  • Pain with ulnar deviation is considered a positive test

 

Tests for Carpal Tunnel Syndrome

Phalen’s test

  • Hands are pressed together forcing both wrists into flexion and compressing the carpal tunnel
  • Pain, numbness, tingling the distribution of the median nerve indicates a positive test for carpal tunnel syndrome

Tinel’s test

  • Examiner uses the thumb to compress the carpal tunnel
  • An alternative method is to tap the middle finger repeatedly over the carpal tunnel
  • Pain, numbness, tingling the distribution of the median nerve indicates a positive test for carpal tunnel syndrome
Phalen's test.
Phalen’s test.
Tinel's test
Tinel’s test

 

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