II. Physiology
- Elbow is a hinged joint with the ability to pronate and supinate
III. Anatomy: Bones and Ligaments
- Also available as a Poster size image. See printing instructions and image restrictions.
- Also available as a Poster size image. See printing instructions and image restrictions.
- Lewis (1918) Gray's Anatomy 20th ed (in public domain at Yahoo or BartleBy)
- Lewis (1918) Gray's Anatomy 20th ed (in public domain at Yahoo or BartleBy)
- Lewis (1918) Gray's Anatomy 20th ed (in public domain at Yahoo or BartleBy)
- Lewis (1918) Gray's Anatomy 20th ed (in public domain at Yahoo or BartleBy)
- Lewis (1918) Gray's Anatomy 20th ed (in public domain at Yahoo or BartleBy)
- Lewis (1918) Gray's Anatomy 20th ed (in public domain at Yahoo or BartleBy)
IV. Anatomy: Muscles
- Lewis (1918) Gray's Anatomy 20th ed (in public domain at Yahoo or BartleBy)
V. Anatomy: Landmarks
- Landmarks form triangle (Elbow at 90 degrees)
- Olecranon
- Lateral epicondyle
- Medial epicondyle
VI. Anatomy: Bone
-
Humerus
- Widens distally forming lateral and medial epicondyles
- Radial Head
- Articulates with capitellum (at lateral epicondyle)
- Articulates with lateral ulna
- Held in position by orbicular ligament
- Easily palpable near lateral epicondyle
- Ulna
- Articulates with Trochlea (at Medial epicondyle)
- Epicondyles
VII. Anatomy: Soft tissue
-
Muscle insertions
- Triceps attaches to Olecranon posteriorly
- Biceps and brachialis attach to radius and ulna
- Pronators and Supinators Mnemonic
- MFP: medial (epicondyle) flexors and pronators
- LES: lateral (epicondyle) extensors and supinators
- Collateral Ligaments
- Medial and Lateral collateral ligaments add stability
VIII. Anatomy: Nerves
-
Median Nerve
- Deep in antecubital fossa
- Medial to biceps
-
Radial Nerve
- Lateral to biceps and brachialis Muscles
-
Ulnar Nerve
- Posterior to medial epicondyle
- In groove between medial epicondyle and Olecranon
- Superficial, and vulnerable to injury