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In the context of a positive Hoover's sign, functional weakness (or "conversion disorder") is much more likely than malingering or factitious disorder. [3] Strong hip muscles can make the test difficult to interpret. [4] Efforts have been made to use the theory behind the sign to report a quantitative result. [5]
Extension phenomena are positive if the great toe dorsiflexes (goes up) following the stimulus: . Babinski reflex: The plantar aspect of the foot is gently stimulated in a line starting a few centimeters distal to the heel and extended to a point just behind the toes, and then turned medially across the transverse arch.
positive deflection at QRS-ST junction Osler's node: Sir William Osler: internal medicine: various, including SBE and SLE: painful red lesions on the pads of the fingers and plantar surfaces Osler's sign: Sir William Osler: internal medicine: atherosclerosis: falsely elevated bp reading due to incompressibility of calcified vessels Palla's sign ...
Distraction tests: positive tests are rechecked when the patient's attention is distracted, such as a straight leg raise test; Regional disturbances: regional weakness or sensory changes which deviate from accepted neuroanatomy; Overreaction: subjective signs regarding the patient's demeanor and reaction to testing
Stabilize the pelvis and let the affected leg drop. A positive test is indicated if the leg does not adduct to the table. [1] Thomas test for tight hip flexors both performed by the provider holding the unaffected leg to the chest and leaving the affected leg on the table. If the affected leg cannot lie flat on the table it is a positive test. [1]
Buerger's test is performed in an assessment of arterial sufficiency. It is named after Leo Buerger.The vascular angle, which is also called Buerger's angle, is the angle to which the leg has to be raised before it becomes pale, whilst lying down.
Lloyd's sign indicates the presence of renal calculus or pyelonephritis when pain is elicited by deep percussion in the back between the 12th rib and the spine. [1] It is closely related to costovertebral angle tenderness, as the area of percussion is the same.
Tinel's sign takes its name from French neurologist Jules Tinel (1879–1952), who wrote about it in a journal article published in October 1915. [3] [4] [5] German neurologist Paul Hoffmann independently also published an article on tinel sign six months earlier, in March 1915.