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Jobe's test is a physical exam test that is used to detect anterior shoulder instability. It is used to distinguish between anterior instability and primary shoulder impingement. This test should be performed after the Apprehension test. [3] This test was named for Christopher Jobe. [4]
A meta-analysis in 2008 concluded that the diagnostic accuracy of individual tests in the shoulder examination was limited, specifically that the Hawkins–Kennedy test and the Speed test have no discriminatory ability to diagnose specific shoulder pathology, and that results of studies evaluating other tests were too statistically ...
In both tests, the patient is placed in a standing or sitting position, and the arms are raised parallel to the ground in the scapular plane. [2] The tests differ in the rotation of the arm; in the empty can test, the arm is rotated to full internal rotation (thumb down) and in the full can test, the arm is rotated to 45° external rotation, thumb up. [1]
pain on anterior, but not lateral, compression of calf Bárány test: Robert Bárány: ENT, neurology: vertigo, vestibular dysfunction: synd/595 at Who Named It? nystagmus elicited by hot or cold irrigation of ear canal Barlow's maneuver: Thomas Geoffrey Barlow, English Pediatric Orthopedist, (1915–1975) paediatrics, orthopaedic surgery: hip ...
O'Brien's test; Ober's test; Ortolani test; Patrick's test; Phalen maneuver; Simmonds' test; Schober's test; Speed's test; Thomas test; Thompson test; Tinel sign ...
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The Neer impingement test is a test designed to reproduce symptoms of rotator cuff impingement through flexing the shoulder and pressure application. Symptoms should be reproduced if there is a problem with the supraspinatus or biceps brachii. [1] This test is also associated with the Hawkins-Kennedy Test and Jobe's Test. [2]
In mechanics, compressive strength (or compression strength) is the capacity of a material or structure to withstand loads tending to reduce size (compression). It is opposed to tensile strength which withstands loads tending to elongate, resisting tension (being pulled apart).