What should be included in the documentation of a normal wrist exam?

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Documentation of a Normal Wrist Examination

A normal wrist examination should document inspection findings, range of motion measurements in all planes, palpation findings at specific anatomic landmarks, neurovascular status, and results of provocative maneuvers, following a systematic approach that includes observation, range of motion, palpation, and special tests. 1

Patient Positioning

  • Sitting position with the hand positioned on top of the patient's thigh or on an examining table 2
  • For dynamic examination, document active flexion and extension of the fingers 2
  • Assess in multiple forearm positions (supination, neutral, pronation) as measurements vary significantly with forearm rotation 3

Inspection and Observation

  • Document absence of: swelling, deformity, erythema, ecchymosis, muscle atrophy, or asymmetry compared to contralateral side 1
  • Note skin integrity: no scars, lesions, or signs of trauma 1
  • Alignment: normal carpal alignment without visible subluxation or malalignment 4

Range of Motion Documentation

Normal wrist ROM values vary by study methodology, but functional ranges are well-established:

Active Range of Motion (document bilaterally for comparison)

  • Flexion: 60-74 degrees (functional minimum 40-54 degrees) 5, 6
  • Extension: 60-73 degrees (functional minimum 30-40 degrees) 5, 7, 6
  • Radial deviation: 15-20 degrees (functional minimum 10-17 degrees) 5, 7, 6
  • Ulnar deviation: 30-40 degrees (functional minimum 15-40 degrees) 5, 7, 6
  • Supination: 140 degrees 6
  • Pronation: 60 degrees 6

Critical Documentation Points

  • Measure ROM in neutral forearm position as the standard, but note that grip strength and ROM vary significantly with forearm rotation 3
  • In males, wrist flexion is reduced in supination (63 degrees) compared to neutral (73 degrees), while extension is greater in pronation (70 degrees vs 65 degrees in supination) 3
  • Document that motion is pain-free, smooth, and without crepitus throughout the arc 1

Palpation Findings

Document tenderness assessment at specific anatomic sites:

Dorsal Wrist Structures

  • Lister's tubercle: non-tender 1
  • Scapholunate interval: non-tender (located just distal to Lister's tubercle) 1
  • Extensor tendons: no tenderness, thickening, or crepitus along their course 2

Volar Wrist Structures

  • Scaphoid tubercle: non-tender (radial aspect) 1
  • Median nerve at carpal tunnel: no tenderness or Tinel's sign 2
  • Flexor tendons: no tenderness or triggering 2

Radial and Ulnar Aspects

  • Radial styloid: non-tender 1
  • First dorsal compartment (de Quervain's): non-tender 2
  • Ulnar styloid and TFCC region: non-tender 2
  • Distal radioulnar joint: stable, non-tender 2

Neurovascular Assessment

  • Radial and ulnar pulses: 2+ and symmetric 1
  • Capillary refill: less than 2 seconds in all digits 1
  • Sensation: intact to light touch in median, ulnar, and radial nerve distributions 1
  • Motor function: normal thumb opposition, finger abduction/adduction, and wrist extension strength 1

Special Tests (Document as Negative)

  • Finkelstein's test: negative (no pain with ulnar deviation of wrist while thumb is flexed into palm) 2
  • Watson's scaphoid shift test: negative (no clunk or pain with radial to ulnar deviation while applying pressure to scaphoid tubercle) 2
  • Piano key test: negative (no excessive dorsal translation of ulnar head) 2
  • Phalen's test: negative (no paresthesias after 60 seconds of wrist flexion) 2
  • Tinel's sign at carpal tunnel: negative 2

Grip Strength

  • Document bilateral grip strength using dynamometer in neutral forearm position 3
  • Normal values in neutral position: males 51-56 kg (dominant), 46-51 kg (nondominant); females 27-29 kg (dominant), 26-27 kg (nondominant) 3
  • Note that grip strength is weakest in pronation and strongest in neutral position 3

Common Pitfalls to Avoid

  • Do not rely on single-position assessment: ROM and grip strength vary significantly with forearm rotation, particularly in males 3
  • Do not skip bilateral comparison: subtle asymmetry may be the only finding in early pathology 1
  • Do not forget dynamic assessment: some instabilities are only apparent with provocative maneuvers or weight-bearing 2
  • Document negative findings explicitly: stating what is normal helps establish baseline and medicolegal documentation 1

References

Research

Physical examination of the wrist.

Hand clinics, 2010

Guideline

Guideline Directed Topic Overview

Dr.Oracle Medical Advisory Board & Editors, 2025

Guideline

Initial Wrist Assessment with 4-View X-ray

Praxis Medical Insights: Practical Summaries of Clinical Guidelines, 2025

Research

Functional ranges of motion of the wrist joint.

The Journal of hand surgery, 1991

Research

Functional wrist motion: a biomechanical study.

The Journal of hand surgery, 1985

Professional Medical Disclaimer

This information is intended for healthcare professionals. Any medical decision-making should rely on clinical judgment and independently verified information. The content provided herein does not replace professional discretion and should be considered supplementary to established clinical guidelines. Healthcare providers should verify all information against primary literature and current practice standards before application in patient care. Dr.Oracle assumes no liability for clinical decisions based on this content.

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