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Published byBonnie Hall Modified over 9 years ago
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Injuries to the Shoulder
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Brief Epidemiology Shoulder pain: a common complaint in primary care –2 nd only to knee pain for specialist referrals –Most common cause in adults (ages 40-60) Rotator cuff problems Athletic injuries –Shoulder: 8-13% of all athletic injuries
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Brief Epidemiology Second most common musculoskeletal complaint Difficult joint to examine Multidirectional range of motion- UNIQUE! Shoulder injury can affect nearly every sport and many daily activities
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Anatomy of the Shoulder Bones of shoulder complex: –Connects upper extremity with axial skeleton clavicle (collar bone) –distal and proximal scapula (shoulder blade) proximal end of humerus
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Anterior/Posterior View of Bones of Shoulder
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Bony Landmarks of the Humerus Proximal Humerus –Head –Greater tuberosity –Lesser tuberosity –Bicipital groove
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Bony Landmarks of the Scapula Scapula –Glenoid Fossa –Acromion Process –Coracoid Process –Superior Angle/Border –Inferior Angle/Border –Lateral/Axillary Border –Medial/Vertebral Border –Spinous Process (posterior)
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Anatomy of the Shoulder
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Bones of the Shoulder Complex
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X-ray View of Shoulder
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Articulations of the Shoulder Sternoclavicular (SC) joint –between the sternum and proximal clavicle Acromioclavicular (AC) joint –between distal clavicle and acromion process Glenohumeral (GH) joint –between head of humerus and glenoid fossa of the scapula –ball and socket joint
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Anatomy of Shoulder Labrum –Cartilage of the shoulder –Forms a “lip” around humeral head –Helps to stabilize the glenohumeral joint
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Identify Boney Landmarks
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Identify Bony Landmarks
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Identify Structures of Shoulder
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Ligaments of the Shoulder Sternoclavicular Coracoclavicular Acromioclavicular Coraco-acromial Coraco-humeral Glenohumeral Ligaments –Also called “joint capsule” –Superior –Middle –Inferior
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ROM of Shoulder Joint Flexion Extension Abduction Adduction External rotation Internal rotation Shoulder Range of MotionShoulder Range of Motion Horizontal abduction Horizontal adduction Circumduction
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Muscles of the Shoulder Joint Rotator Cuffs (SITS) –“dynamic stabilizers” Supraspinatus –Superior –Abduction Infraspinatus –Posterior –External Rotation Teres Minor –Posterior –External Rotation Subscapularis –Anterior –Internal Rotation Rotator Cuff Tutorial
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Rotator Cuffs Supraspinatus Infraspinatus Teres minor Supscapularis
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Lateral View of Rotator Cuffs
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Main Muscles of Shoulder Complex Biceps brachii Deltoid Teres Major Levator Scapulae Trapezius Triceps brachii –Attaches humerus to shoulder girdle Trapezius Rhomboid Major Rhomboid Minor Serratus Anterior Pectoralis Minor Pectoralis Major –Attaches shoulder girdle to trunk of body
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Muscles of the Shoulder Pectoralis Major and Minor Biceps Brachii
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Muscles of the Shoulder Teres Major –Anterior view –Posterior view Deltoid
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Muscles of the Shoulder TrapeziusLatissimus Dorsi
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Muscles of the Shoulder Rhomboids –Major and Minor Levator Scapulae
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Muscles of the Shoulder Triceps
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Major Arteries and Veins of Arm Arteries –Subclavian –Axillary –Brachial –Radial & Ulnar Veins –Radial & Ulnar –Brachial –Axillary –Subclavian
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Major Nerves of the Arm Brachial Plexus –Axillary –Musculocutaneous –Radial - extensors –Medial - flexors –Ulnar – flexors Nerve damage results in numbness, pain, and/or tingling
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Review of Shoulder Anatomy Shoulder Anatomy Animated TutorialShoulder Anatomy Animated Tutorial
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Injuries to the Shoulder Fractures –Usually clavicle or head of humerus –Clavicle FractureClavicle Fracture Mechanism of Injury 1. direct blow 2. falling on outstretched hand 3. landing on acromion process Symptoms – pain, swelling, deformity – hanging arm to side – and unable to lift arm
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Fractures Fractures Special Tests –Percussion Test Lightly tap distal aspect of involved arm Tuning forks often used –Compression Test Compress area above and below injured site Be careful not to place hands on injured area
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Fractures Immediate Treatment –Place in sling or splint –Ice only if will not increase pain –Send to physician or call EMS
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Distal Clavicle Fx
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Clavicle Fx
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Humeral Head Fx
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Injuries to the Shoulder Dislocation / Subluxations –Dislocation = head of humerus displaced –Subluxation = partial dislocation Mechanism of Injury 1. Falling on outstretched arm (Anterior) 2. Arm in 90° flexion forced back (Posterior) Symptoms Pain Loss of strength & ROM “dead arm” Slipping sensation
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Dislocations/Subluxations Immediate Treatment –Place in comfortable position –Check for loss of circulation –Immobilize the joint & apply ice –Send to physician
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Shoulder Dislocations Can –Tear labrum –Damage GH joint ligaments –Fracture humeral head –Tear rotator cuffs –Damage nerves
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Most Common: Anterior Dislocation
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Inferior & Posterior Dislocations
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Shoulder Dislocations
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Posterior & Inferior Shoulder Dislocation
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Shoulder Dislocations Review of Shoulder DislocationsReview of Shoulder Dislocations
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Injuries to the Shoulder Contusions Mechanism of Injury –Direct blow Symptoms 1. point tenderness 2. loss of ROM 3. discoloration Immediate Treatment –Ice –Protect
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Injuries to the Shoulder Sprains –Stretching or tearing of ligaments around AC joint, SC joint or glenohumeral joint capsule Mechanism of Injury Outstretched arm Direct blow Symptoms 1. Point tenderness3. Swelling 2. Weakness4. Decreased ROM
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Injuries to the Shoulder GH Ligaments Sprain –Stretching or tearing of GHL (GH joint capsule) –Causes instability of GH joint –Increases risk of shoulder pain and dislocations
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Special Tests for GH Joint Instability Sulcus Test/Sign Downward distraction of the humerus assesses multidirectional instability of GH joint
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Special Tests for GH Joint Instability Apprehension Standing behind the athlete with their arm abducted 90°, grab wrist and externally rotate the arm. At the sign of apprehension, stop. Assesses instability of anterior GH joint capsule
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Review of Multidirectional InstabilityReview of Multidirectional Instability
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Injuries to Shoulder Acromioclavicular Joint Sprain –also called a “separated shoulder” –AC Joint SprainsAC Joint Sprains Mechanism of injury: 1. blow to the lateral aspect of shoulder Treatment: 1. ice 2. place in sling 3. if grade 2 or 3, send to physician 4. Surgical Repair of AC Joint SeparationSurgical Repair of AC Joint Separation
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Acromioclavicular Joint Separation
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Injuries to Shoulder Sternoclavicular Joint Sprain/Dislocation Mechanism of injury: 1. blow to distal or proximal clavicle or sternum 2. rare in sports Treatment: 1. ice 2. sling 3. grade 2 or 3, send to physician
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SC Joint Separation
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Injuries to Shoulder Bursitis/Tendonitis –Inflammation of bursa sacs or tendons in the shoulder Mechanism of Injury 1. overuse Treatment 1. ice 2. rest 3. stretching and strengthening exercises 4. NSAIDS
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Bursitis/Tendonitis Causes – Humeral head moves into >90° abduction – Structures under acromion process (supraspinatus/bursa sac) become pinched and inflamed
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Injury to Shoulder Labrum Tears –Tearing of the glenoid labrum 2 Types –SLAP tears Most common in overhead throwing athletes Superior gh joint where biceps tendon attaches –Bankhart Lesions Occurs when shoulder dislocates
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Labrum Tears Review of Labrum TearsReview of Labrum Tears SLAP Tear Repair Bankhart Lesion RepairBankhart Lesion Repair
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Radiology of Labral Tears
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Injury to Shoulder Biceps Tendonitis –Inflammation of the biceps tendon –Caused by repetitive overhead motion –Ice, rest, NSAIDS –Biceps TendonitisBiceps Tendonitis
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Injury to Shoulder Impingement –> than 90° abduction –Supraspinatus tendon and bursa “pinched” under acromion process –Caused by overuse and repetitive overhead motions –Ice, rest, strengthening –Shoulder ImpingementShoulder Impingement
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Shoulder Injuries Rotator Cuff Tears –Usually the supraspinatus –Usually acute injury in sports from fall –Partial tears Rest and physical Therapy –Full-thickness tears Surgery and physical therapy
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Shoulder Injuries Rotator Cuff Tears –Supraspinatus TearSupraspinatus Tear –Rotator Cuff TearsRotator Cuff Tears
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Rotator Cuff Tear
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Review of the Shoulder Shoulder Anatomy ReviewShoulder Anatomy Review
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