OMM UE Tests Final - Sheet1 Flashcards
Apley’s Scratch Test position
Abduction and external rotation, reach behind head, over shoulder
to “scratch” between scapulae
Apley’s Scratch Test purpose
Active range of motion test to detect asymmetry of movements
bilaterally. Measure vertebral level that correlates with thumb
position.
Apley’s Scratch Test findings
Asymmetry in the inability to touch the opposite shoulder and
vertebral level attained by thumb should be considered a positive
finding prompting further testing for SITS muscle pathology.
Exmpty Can Test (Jobe) position
Both thumbs point down to the floor. Operator applies downward force
and asks patient to meet force with equal resistance.
Empty Can Test (Jobe) purpose
Evaluates integrity of supraspinatus muscle.
Empty Cant Test findings
Unilateral weakness suggests a tear of the supraspinatus tendon or muscle. “
External rotation test of elbow position
for Infraspinatus and Teres Minor. Position:
Elbow is flexed 90°. Operator then induces 45° of internal rotations
and asks patient to externally rotate against resistance.
External rotation test of elbow purpose
Evaluates teres minor and infraspinatus muscles. 90% of
external rotation depends on integrity of the infraspinatus muscle.
External rotation test of elbow findings
Asymmetry in strength indicates infraspinatus or teres minor pathology.
Liftoff test position
Patient places hand behind their back palm out in the region of the
mid-lumbar spine. The hand is then raised off/away from the back.
This motion maintains or increases internal rotation of the
humerus and extension at the shoulder.
Liftoff purpose
Evaluates subscapularis muscle
Liftoff findings
Inability to move the hand off/away from back indicates subscapularis muscle
dysfunction.
Compression test position
for Labrum. Position:
Patient abducts and flexes arm to 90°. Operator applies compressive
force through shoulder joint and adds internal and external rotation
Compression test purpose
Evaluates for tears in the glenoid labrum.
Compression test findings
Pain and audible “clicking” when arm is brought through internal
and external rotation is indicative of a positive test. Imaging
recommended.
Yergusons Test position
Patient flexes elbow to 90° with forearm pronated. Operator locates
and applies compressive force over intertubercular groove
contacting the tendon on the long head of the biceps muscle. Ask
the patient to supinate the and flex the forearm against resistance.
Yergusons Test purpose
Evaluates for biceps tendon impingement and/or inflammation.
Yergusons Test findings
Pain in the location of the bicipital groove indicates pathology
associated with the long head of the biceps.
Neer Impingement Sign position
With the patient seated, depress the scapula with one hand while
elevating the arm with the other.
Neer Impingement Sign purpose/finding
This action compresses the greater tuberosity against the anterior
acromion and elicits discomfort in patients who have subacromial
impingement or biceps tendonitis.
Hawkins Impingement Posiiton
Elevate, forward flex the shoulder, and flex the elbow all to 90°.
Support the arm at the elbow, and then internally rotate the
humerus.
Hawkins Purpose/Finding
This motion will impinge the supraspinatus on the acromion,
coracoacromial ligament, or coracoid process, and will test will
reinforce a positive Neer Impingement sign, or rotator cuff tear
Apprehension Test Posiiton
The patient is seated. Abduct the shoulder to 90° and then induce
increasing external rotation.
Apprehension test purpose/finding
Patients with a positive sign may report apprehension and a sense of
impending dislocation. If the patient reports pain, without
reporting apprehension, the test becomes less specific.
Sulcus Sign Position
The patient is seated. Apply traction in an inferior direction. The
patient’s arm must remain relaxed and at the patient’s side.
Sulcus Sign Purpose/Findings
Patients with inferior shoulder instability, this action will cause inferior subluxation of the humeral head and a widening of the sulcus between the humerus
and acromion.