shoulder evaluation

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SHOULDER EVALUATION

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Shoulder Evaluation. Overview. Soft tissue palpation Muscular anatomy Evaluation Special tests. Soft Tissue Palpation. Sterno-Clavicular (SC) ligament Acromio-Clavicular (AC) ligament Coraco-Clavicular (CC) ligament Coraco-Acromioclavicular (CA) ligament Glenohumeral joint - PowerPoint PPT Presentation

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Page 1: Shoulder Evaluation

SHOULDER EVALUATION

Page 2: Shoulder Evaluation

Overview Soft tissue palpation Muscular anatomy Evaluation Special tests

Page 3: Shoulder Evaluation

Soft Tissue Palpation Sterno-Clavicular

(SC) ligament Acromio-Clavicular

(AC) ligament Coraco-Clavicular

(CC) ligament Coraco-

Acromioclavicular (CA) ligament

Glenohumeral joint Subacromial bursa Subdeltoid bursa

Page 4: Shoulder Evaluation

Muscular Anatomy Supraspinatus Infraspinatus Teres minor Subscapularis Pectoralis major Pectoralis minor Scalenes

Teres major Latissimus dorsi Serratus anterior Biceps brachii Triceps brachii Rhomboid major &

minor Deltoid

Page 5: Shoulder Evaluation

Intrinsic Musculature: Supraspinatus

O: Supraspinous fossa

I: Superior greater trochanter

A:? N: Suprascapular

nerve

Page 6: Shoulder Evaluation

Intrinsic Musculature: Infraspinatus

O: Infraspinous fossa

I: Posterior greater tubercle

A: ? N: Suprascapular

nerve

Page 7: Shoulder Evaluation

Intrinsic Musculature: Teres Minor

O: Lateral scapula I: Posterior greater

tubercle A: ? N: Axillary nerve

Page 8: Shoulder Evaluation

Intrinsic Musculature: Subscapularis

O: Anterior surface of scapula (subscapular fossa)

I: Lesser tubercle of humerus

A: ? N: Subscapular

Page 9: Shoulder Evaluation
Page 10: Shoulder Evaluation

Pectoralis Major O: Clavicle,

sternum, and ribs I: Intertubercular

groove of humerus

A: Int. rot, horiz. add, flex, add below 90, abd above 90

N: pectoral

Page 11: Shoulder Evaluation

Pectoralis Minor O: Anterior

surfaces of ribs 3-5

I: Coracoid process

A: Abd, Down rot, dep

N: Medial pectoral

Page 12: Shoulder Evaluation

Scalenes O: Transverse

processes of C2-C7 I: First & second ribs A: Rib elevation &

head rotation (same side)

I: Spinal nerves C3-C8

Page 13: Shoulder Evaluation

Teres Major O: Inferior 1/3 of

lateral border of scapula

I: Medial intertubercular groove of humerus

A: Ext, add, IR N: Lower

subscapular

Page 14: Shoulder Evaluation

Latissimus Dorsi

O: Ilium, sacrum, lumbar vertebrae, and lower 6 thoracic vertebrae

I: Anterior humerus

A: Add, in rot, ext N: Thoracodorsal

Page 15: Shoulder Evaluation

Serratus Anterior O: Ribs 1-9 on

lateral thorax I: Medial border of

scapula A: Abduction, up rot I: Long thoracic

nerve

Page 16: Shoulder Evaluation

Biceps Brachii O: LH-Superior

glenoid ; SH-Coracoid

I: Radial tuberosity

A: Elbow flexion & supination, shoulder flexion

N: Musculocutaneous

Page 17: Shoulder Evaluation

Triceps Brachii O: LoH- infraglenoid

lip of scapula; LaH- posterior humerus; MH- medial posterior humerus

I: Olecranon process A: Elbow extension,

shoulder extension N: Radial

Page 18: Shoulder Evaluation

Rhomboids O: Spinous

processes of C5-T5

I: Medial border of scapula

A: Adduction, down rot, elev

N: Dorsal scapular nerve

Page 19: Shoulder Evaluation

Deltoid O: Clavicle,

acromion, & scapular spine

I: Lateral humerus A: flex, ext, in rot,

ex rot, add, abd, horiz add, horiz abd (everything!)

N: Axillary

Page 20: Shoulder Evaluation

EvaluationPassive/Active ROM (Shoulder): 1. Flexion 2. Extension 3. Abduction 4. Adduction 5. External rotation 6. Internal rotation

Page 21: Shoulder Evaluation

EvaluationPassive/Active ROM (Scapula): 7. Elevation 8. Depression 9. Abduction (protraction) 10. Adduction (retraction) 11. Internal rotation 12. External rotation 13. Circumduction 14. Apley scratch test

Page 22: Shoulder Evaluation

Special Tests (31) Fracture/sprain test (1) Rotator cuff tests (6) Glenohumeral instability tests (11) Biceps tendon tests (6) Impingement tests (3) Thoracic outlet tests (4)

Page 23: Shoulder Evaluation

AC-SC Stress Test (fracture/sprain) The examiner palpates the patient’s

clavicle and manipulates it inferiorly, superiorly, medially, and laterally

Pain or crepitus indicates a positive test for possible clavicular fracture

Page 24: Shoulder Evaluation

Drop Arm Test (rotator cuff): Patient begins by abducting both arms to

90 degrees Examiner then pushes downward on both

arms with equal force Test is positive for rotator cuff injury if

patient experiences pain or pt’s arm(s) can be pushed down without springing back into position once the examiner suddenly stops applying the downward force

Page 25: Shoulder Evaluation

Empty Can Test (rotator cuff): Pt in standing, the examiner instructs pt to internally rotate

the shoulder and point the thumb toward the floor Examiner then resists the pt’s movement into full abduction Examiner should perform the test in four different planes

Abduction between 0 and 45 degrees in front of the body = supraspinatus

Abduction/flexion greater than 45 degrees in front of the body but less than 90 degrees = infraspinatus

Shoulder flexion in the empty can position straight out in front of the body = teres minor

Test performed across the body = subscapularis Any pain or weakness in any of the movements is a positive

test for strain of the affected rotator cuff muscle(s).

Page 26: Shoulder Evaluation

Arms Over Head (rotator cuff): Pt in standing, the examiner instructs

the pt to externally rotate the shoulders and actively lift both arms overhead

Test positive for rotator cuff strain if the pt notes pain and/or is unable to perform the movement 

Page 27: Shoulder Evaluation

High Five Test (rotator cuff): Pt begins standing with the arms abducted to 90

degrees and externally rotated, and the elbows flexed to 90 degrees

From this position, pt’s hands will remain in the frontal plane, however, the palmar surface will be positioned anteriorly and the hands will be held overhead

Examiner then uses both of his/her hands to forcefully push the pt’s hands posteriorly while pt resists

Pain indicates a positive test for muscle strain to one or more of the rotator cuff muscles

Page 28: Shoulder Evaluation

Lift Off Sign (rotator cuff): The examiner prepositions the pt with

dorsal surface of pt’s hand over the lumbar spine (end range shoulder internal rotation)

Examiner applies resistance as pt attempts to lift the hand off the spine and push posteriorly

Weakness indicates a positive test for subscapularis muscular injury

Page 29: Shoulder Evaluation

Resisted Pull Test (tendinitis vs. bursitis): Examiner stabilizes the pt’s involved upper arm and resists

active shoulder external rotation and/or abduction Pt is asked to rate his/her pain Obvious pain is a positive sign for rotator cuff tendon pathology

and/or subacromial bursitis Examiner then applies a caudal pull to the upper arm, resulting

in a traction force at the glenohumeral joint During the pull, pt is instructed to repeat the resisted active

shoulder external rotation and/or abduction If pain was present when the test was performed with no pull,

reduced pain with a pull is indicative of subacromial bursitis, while no change or increased pain is indicative of rotator cuff pathology.