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33 Cards in this Set

  • Front
  • Back
inflammation of skin in the outer ear and external auditory meatus
external otitis
inflammation of tympanic membrane
myringitis
inflammation of hair follicles
furunculosis
bony tumors
osteomas
outward projections on the surfaces of bone
exostoses
surgical repair of a perforated tymphanic membrane
myringoplasty
head in the barrel feeling with E tube constantly open
autophonia
partial dislocations in the ossicular chain
subluxations
skin produced in the middle ear cleft this is produced
cholesteatoma
decrease in the strength of a sound
attenuation
bone conduction test comparing the hearing sensitivity of a patient with that of an examiner
Schwabach test
bony protrusion behind the ear
mastoid process
examiner's normal hearing matches the patient
normal Schwabach
hearing stops before the examiner sensiorneural loss, impaired bone conduction
diminished Schwabach
prolonged Schwabach
hearing in low pitch is better than normal in conductive hearing loss
false noraml Schwabach
probably respond to sound heard through the better ear
Rinne test
hearing sensitivity by bone conduction to air conduction
positive Rinne
people with a louder tone when the fork is next to the ear when it is behind the ear
negative Rinne
mild conductive loss their bone conduction hearing they will hear a louder tone with the stem of the fork behind the ear
occurs when the inner ear not deliberately being tested to the tone.
false negative Rinne
Bing test
when person with noraml hearing close off the opening into the ear canal the loudnesss of a tone presented by bone conduction increases
positive Bing
the result is a pulsating sound or a sound that gets louder and softer /tone sounds louder with ear opening occluded
negative Bing
patients with conductive hearing loss no change in the loudness of the sound is noticed/tone does not sound louder with ear opening occluded
Weber test
lateralization patients must state where they hear the tone the fork in the midline of head - left ear, right ear both ears midline
people with normal hearing or equal amounts of the same type of hearing loss in both ears will report
a midline sensation
with weber test patients with sensiorneural hearing loss in one ear will hear the tone
in their better ear
Stenger principle
if tone tones that are identical in all ways except loudness are introduced simultaneously into both ears only the louder tone will be perceived...
with bone conduction sensitivity is poorer in one ear than the other
the tone beingin to both ears with equal energy will be perceived as softer or will not be perceived at all in the poorer ear
weird phonemeon
tone being louder in ear with conductive loss than in normal ear unilateral conductive loss
nrmal air conduction results in
normal hearing
normal bone conduction
normal hearing or conductive hearing loss
poorer hearing for air conduction tan for bone conduction
conductive or mixed hearing loss
hearing for air conduction the same as hearing for bone conduction
normal hearing or sensorineural hearing loss