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OrthoVellum

© 2026 OrthoVellum. For educational purposes only.

Not affiliated with the Royal Australasian College of Surgeons.

Upper Limb
Core
High Yield

Elbow Examination

Complete elbow examination covering inspection, palpation, range of motion, stability testing, and assessment of common pathologies including tennis elbow, golfer's elbow, and instability.

Elbow Examination

Examiner Favorite

The elbow examination tests your understanding of both osseous and ligamentous anatomy. Examiners commonly present patients with lateral epicondylitis, cubital tunnel syndrome, or post-traumatic stiffness.

Quick Reference One-Pager

Elbow Examination Summary

High-Yield Exam Summary

Look

  • •Carrying angle (valgus 10-15°)
  • •Swelling (olecranon bursa, joint effusion)
  • •Scars, rheumatoid nodules
  • •Muscle wasting (forearm)

Feel

  • •Lateral epicondyle and common extensor origin
  • •Medial epicondyle and common flexor origin
  • •Olecranon and triceps insertion
  • •Radial head (rotate forearm)
  • •Ulnar nerve in cubital tunnel

Move

  • •Flexion 0-145°
  • •Extension 0° (hyperextension up to 10°)
  • •Pronation 0-80°
  • •Supination 0-80°

Special Tests

  • •Lateral epicondylitis: Cozen's, Mill's
  • •Medial epicondylitis: Golfer's elbow test
  • •Instability: Valgus/varus stress
  • •PLRI: Pivot shift, posterolateral drawer

Introduction and Setup

Before You Start

Patient Positioning: Standing or seated, both arms exposed from shoulder to hand

Exposure: Both upper limbs fully exposed, compare sides

Consent Script: "I'm going to examine your elbows. I'll look at both sides, feel around the joint, and test the movements. Please tell me if anything is painful."

Key Anatomy:

  • Elbow is a complex joint: humeroulnar (hinge), humeroradial, and proximal radioulnar (rotation)
  • Carrying angle: Normal 10-15° valgus (greater in females)

Look (Inspection)

  • Carrying angle: Normal 10-15° valgus; increased in lateral condyle malunion (cubitus valgus)
  • Cubital fossa: Fullness suggests effusion or mass
  • Antecubital veins: Note any obvious vessels
  • Skin creases: Assess flexion contracture
  • Muscle bulk: Compare biceps, brachialis, forearm flexors
  • Effusion: Fullness between radial head, olecranon, lateral epicondyle
  • Lateral epicondyle: Swelling, erythema
  • Flexion contracture: Loss of full extension
  • Posture: Protective flexion position
  • Olecranon: Bursa swelling, rheumatoid nodules
  • Triceps: Wasting (radial nerve injury)
  • Alignment: Varus/valgus deformity
  • Scars: Previous surgery, trauma
Key Concept

Effusion Triangle: The soft tissue between the lateral epicondyle, radial head, and olecranon fills with effusion - look for fullness in this triangle on lateral view.

Feel (Palpation)

Systematic Palpation Sequence

Lateral Structures:

  1. Lateral epicondyle: Tenderness = lateral epicondylitis
  2. Common extensor origin: Just distal to epicondyle
  3. Radial head: Rotate forearm to confirm (1cm distal to lateral epicondyle)
  4. Lateral collateral ligament: Posterolateral corner

Medial Structures:

  1. Medial epicondyle: Tenderness = medial epicondylitis
  2. Common flexor origin: Just distal to medial epicondyle
  3. Ulnar nerve: In cubital tunnel, posterior to medial epicondyle
  4. Medial collateral ligament: Anterior band most important

Posterior Structures:

  1. Olecranon: Bony prominence, bursa
  2. Triceps tendon: Insertion into olecranon
  3. Olecranon fossa: Best felt in flexion

Neurovascular:

  • Brachial pulse in cubital fossa
  • Radial pulse at wrist
  • Tinel's sign at cubital tunnel

Move (Range of Motion)

movementnormalRangetechniquekeyPoints
Flexion0-145°Touch shoulder with handLimited by muscle bulk
Extension0° (to -10° hyperextension)Straighten arm fullyLoss = flexion contracture
Pronation0-80°Elbow at 90°, thumbs up, rotate palm downTest at elbow not wrist
Supination0-80°Elbow at 90°, thumbs up, rotate palm upKeep elbow tucked to side
Must Know

Functional Range of Motion: Most activities of daily living require 30-130° flexion and 50° pronation/supination (Morrey). Loss of terminal extension is better tolerated than loss of flexion.

Special Tests

Lateral Epicondylitis (Tennis Elbow)

Cozen's Test

Lateral epicondylitis

Technique

  1. 1Patient seated with elbow at 90° flexion
  2. 2Forearm pronated, wrist slightly extended
  3. 3Patient makes fist and extends wrist against resistance
  4. 4Stabilize elbow with other hand
Positive Sign

Pain over lateral epicondyle

Indicates

Lateral epicondylitis (ECRB tendinopathy)

Diagnostic Accuracy

Sensitivity84%

Ability to detect true positives

Specificity0%

Ability to exclude false positives

Mill's Test

Lateral epicondylitis

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Technique

  1. 1Elbow extended, forearm pronated
  2. 2Examiner passively flexes wrist while palpating lateral epicondyle
Positive Sign

Pain over lateral epicondyle on stretch

Indicates

Lateral epicondylitis

Diagnostic Accuracy

Sensitivity75%

Ability to detect true positives

Specificity50%

Ability to exclude false positives

Medial Epicondylitis (Golfer's Elbow)

Golfer's Elbow Test

Medial epicondylitis

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Technique

  1. 1Patient seated with elbow extended, forearm supinated
  2. 2Examiner resists wrist flexion while palpating medial epicondyle
Positive Sign

Pain over medial epicondyle

Indicates

Medial epicondylitis (common flexor origin tendinopathy)

Diagnostic Accuracy

Sensitivity80%

Ability to detect true positives

Specificity50%

Ability to exclude false positives

Stability Tests

Valgus Stress Test

Medial collateral ligament integrity

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Technique

  1. 1Patient seated, elbow flexed 20-30° to unlock olecranon
  2. 2Stabilize humerus with one hand
  3. 3Apply valgus stress to forearm
  4. 4Assess opening of medial joint line
Positive Sign

Increased laxity or medial joint line opening compared to other side

Indicates

MCL insufficiency (throwing athletes, trauma)

Diagnostic Accuracy

Sensitivity66%

Ability to detect true positives

Specificity75%

Ability to exclude false positives

Varus Stress Test

Lateral collateral ligament complex

Technique

  1. 1Patient seated, elbow flexed 20-30°
  2. 2Stabilize humerus
  3. 3Apply varus stress to forearm
Positive Sign

Increased laxity laterally

Indicates

Lateral collateral ligament insufficiency

Diagnostic Accuracy

Sensitivity50%

Ability to detect true positives

Specificity90%

Ability to exclude false positives

Posterolateral Rotatory Instability (Pivot Shift)

Posterolateral rotatory instability

Technique

  1. 1Patient supine, arm overhead, elbow extended
  2. 2Apply axial compression, valgus, and supination
  3. 3Flex elbow from extension
Positive Sign

Apprehension or clunk as radial head subluxates then reduces around 40° flexion

Indicates

PLRI (LCL insufficiency, usually post-dislocation or iatrogenic)

Diagnostic Accuracy

Sensitivity38%

Ability to detect true positives

Specificity100%

Ability to exclude false positives

Nerve Tests

Tinel's Sign (Cubital Tunnel)

Ulnar nerve compression at elbow

Technique

  1. 1Elbow flexed to 90°
  2. 2Percuss over ulnar nerve in cubital tunnel (behind medial epicondyle)
Positive Sign

Tingling or electric shock sensation radiating to little and ring fingers

Indicates

Cubital tunnel syndrome (ulnar neuropathy)

Diagnostic Accuracy

Sensitivity70%

Ability to detect true positives

Specificity98%

Ability to exclude false positives

Elbow Flexion Test

Ulnar nerve compression

Technique

  1. 1Patient fully flexes both elbows, wrists in neutral
  2. 2Hold position for 60 seconds
Positive Sign

Reproduction of ulnar nerve symptoms (numbness in ulnar digits)

Indicates

Cubital tunnel syndrome

Diagnostic Accuracy

Sensitivity75%

Ability to detect true positives

Specificity99%

Ability to exclude false positives

Neurovascular Assessment

Neurological Examination

Motor Testing:

NerveTestAction
Radial (C6,7,8)Wrist/finger extensionExtend wrist against resistance
Median (C6,7,8,T1)Wrist flexion, finger flexion (FDP to index)"OK" sign, FPL
Ulnar (C8,T1)Finger abduction, FDP to little fingerSpread fingers, cross fingers

Sensory Testing:

  • Radial nerve: First dorsal web space
  • Median nerve: Palmar tip of index finger
  • Ulnar nerve: Palmar tip of little finger

Reflexes:

  • Biceps (C5,6)
  • Brachioradialis (C5,6)
  • Triceps (C7)

Complete the Examination

Must Know

Always state to the examiner:

"To complete my examination, I would like to:

  • Examine the shoulder as the joint above
  • Examine the wrist and hand as the joint below
  • Complete neurological assessment of the upper limb
  • Examine the cervical spine for referred pain
  • Obtain X-rays (AP, lateral, +/- radial head view)"

Summary Presentation

VIVA SCENARIOStandard

Presenting Your Findings

EXAMINER

"45-year-old right-hand dominant office worker with lateral elbow pain for 3 months, worse with gripping."

KEY POINTS TO SCORE
Localise tenderness precisely to epicondyle vs common extensor origin
Test specific provocative tests for each pathology
Always assess ulnar nerve in medial elbow pathology
COMMON TRAPS
✗Missing posterior interosseous nerve syndrome (similar presentation)
✗Forgetting to assess stability after elbow dislocation
✗Not checking for radial head pathology

Common Conditions Table

conditionlookfeelmovespecialTests
Lateral EpicondylitisUsually normalLateral epicondyle tendernessFull ROMCozen's +, Mill's +
Medial EpicondylitisUsually normalMedial epicondyle tendernessFull ROMResisted wrist flexion +
Cubital Tunnel SyndromeIntrinsic wasting lateTinel's at cubital tunnelFull ROMElbow flexion test +, Froment's +
OA/Post-traumatic StiffnessSwelling, deformityCrepitus, osteophytesLimited flexion-extension arcFlexion contracture common
PLRIMay be normalPosterolateral corner tendernessApprehensionPivot shift +, drawer +

Examiner Tips

Scoring High in the Elbow Examination

High-Yield Exam Summary

Do

  • •Assess carrying angle systematically
  • •Palpate radial head with rotation
  • •Always check ulnar nerve
  • •Test stability after trauma history
  • •Assess functional arc of motion

Don't

  • •Confuse cubital tunnel with carpal tunnel
  • •Forget to examine shoulder and wrist
  • •Miss subtle effusion
  • •Ignore posterolateral corner
  • •Rush through neurological assessment
Quick Reference
Time Allocation5 min
Joint/RegionElbow
Typecomprehensive
Updated2025-12-26
Examination Framework
  • Look - Inspection
  • Feel - Palpation
  • Move - ROM & Power
  • Special Tests
  • Neurovascular
Tags
elbow
tennis-elbow
instability
upper-limb
Related Examinations
  • shoulder comprehensive
  • wrist comprehensive
  • elbow instability