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things(passive) is caused byDeafness by way of conduction
components of the ossicular chainmay leadto sound conduction deafness
conduction Damage to the mechanical system the eardrum and middle ear bones that conducts sound waves to the cochleacan causeconduction hearing loss
a disease of the middle ear bones(passive) can be caused byConduction hearing loss
by damage to the mechanical system that conducts sound waves to the cochlea(passive) caused byConduction Hearing loss
damage to the outer or middle ear(passive) is caused byNerve deafness Conduction deafness
A condition of deafnessmay resultfrom otosclerosis Conduction Deafness
any significant problem ... the rightwould causea conduction hearing loss
2causingconduction hearing loss
Any disease that affects the eardrum or ossiclescan leadto conduction hearing loss
the loss of neurons in the auditory nerve or the loss of hair cells in the cochlea(passive) is caused byNerve deafness
some abnormality of the Cochlea , auditory nerve or the hearing portion of the brain(passive) caused bynerve deafness
by damage in the language - dominant hemisphere ( the left hemisphere in most individuals(passive) is caused byConduction aphasia
damage in the language - dominant hemisphere ( the left hemisphere in most individuals(passive) is caused byConduction aphasia
viral infection of the inner earcausingnerve deafness
by damage to the parietal lobe of the brain ... especially in regards to the area associated with the left - hemisphere dominant dorsal stream network(passive) is caused byConduction aphasia
sound pollution(passive) caused bynerve deafness
due to sound pollution and problems during birth(passive) is causedNerve deafness
Damagecausesconduction aphasia
damage to the auditory cortex of the brain(passive) is caused byCortical deafness
damage to this bundlecausedconduction aphasia
Any kind of damage to the parietal lobe located in the braincan also causeconduction aphasia
damage to the arcuate fasciculus(passive) is caused byConduction aphasia
The brain damagecausesconduction aphasia
The brain damagecausingconduction aphasia
Diseases of the External Ear ( Wax etc ) , Middle Ear ( Ear drum perforation , ossicular problemscauseConductive Deafness
by lesions in the arcuate fasciculus(passive) caused byConduction aphasia
Those regions were knownto causeconduction aphasia
Damage or disease in the outer or middle earwill causeconductive deafness
Damage or disease in the outer or middle earwill causeconductive deafness
a problem in the conduction of the sound from the outer ear to the inner ear(passive) is caused byConduction deafness
Auditory nerve damagecausescortical deafness
potentialto causeconduction aphasia
abnormalities of the pinna - external ear , ear canal , tympanic membrane - eardrum , auditory ossicles or middle ear(passive) is caused byConduction deafness
by damage to the outer or middle ear(passive) Caused byConduction Deafness
damage to the outer or middle ear(passive) is caused byConduction deafness Conduction deafness
trauma , ear infections , or diseases that affect the outer or middle ear(passive) can be caused byConduction deafness
A disturbance of sound from the outer ear to the cochleacausesconduction deafness
by damage to the outer or middle ear affecting sound transmission(passive) caused byConduction Deafness
problems in the middle ear(passive) is caused byConductive deafness
Treatment for Deafness Conductive hearing loss(passive) is causedTreatment for Deafness Conductive hearing loss
from damage to the outer or middle earresultingfrom damage to the outer or middle ear
a reduction in sound levelcausesa reduction in sound level
tinnituscan causetinnitus
a reduction in sound volumecausesa reduction in sound volume
earcan causeear
to dizziness , pain , and tinnituscan leadto dizziness , pain , and tinnitus
in not being able to hear faint soundswill resultin not being able to hear faint sounds
from blockage of transmission of sound from the environmentresultsfrom blockage of transmission of sound from the environment
a reduction in volumecausesa reduction in volume
from the presence of fluid in the middle earcan also resultfrom the presence of fluid in the middle ear
from ear infections , trauma to the ear , wax buildup , or other problems with the eardrum or the bones that conductcan resultfrom ear infections , trauma to the ear , wax buildup , or other problems with the eardrum or the bones that conduct
from a problem in the inner earresultsfrom a problem in the inner ear
usuallyresultsusually
sound volumes to seem lower and this type of hearing loss can be temporary or permanentoften causessound volumes to seem lower and this type of hearing loss can be temporary or permanent
in a mild hearing loss and can be reversedresultsin a mild hearing loss and can be reversed
from improper function of these bones in the middle earresultsfrom improper function of these bones in the middle ear
More common in children , Aboriginal and Torres Strait Islander people(passive) is causedMore common in children , Aboriginal and Torres Strait Islander people
from otosclerosisresultingfrom otosclerosis
from impacted earwaxcould resultfrom impacted earwax
in hearing all sounds at a lower volume while the ear still functions properly at a higher energy needed to hear the same intensitymight resultin hearing all sounds at a lower volume while the ear still functions properly at a higher energy needed to hear the same intensity
from earwax blocking the ear canalmay resultfrom earwax blocking the ear canal
in injury in 19792057may resultin injury in 19792057
in permanent hearing lossusually resultsin permanent hearing loss
scarring(passive) caused byscarring
from a tympanic membrane perforationresultingfrom a tympanic membrane perforation
from conditions such as ear infections , impacted earwax , malformation of the ear structures or other related issuescan resultfrom conditions such as ear infections , impacted earwax , malformation of the ear structures or other related issues
from injury to the middle ear with or without temporal bone fracturecan resultfrom injury to the middle ear with or without temporal bone fracture
from a dysfunction in any of the mechanisms that ordinarily conduct sound waves through the outer ear , the eardrum , or the bones of the middle eartypically resultsfrom a dysfunction in any of the mechanisms that ordinarily conduct sound waves through the outer ear , the eardrum , or the bones of the middle ear
from middle ear infections [ Kroes et al 2010may resultfrom middle ear infections [ Kroes et al 2010
from middle ear inflammation causing fluid build - up in the normally air - filled space , such as bymay also resultfrom middle ear inflammation causing fluid build - up in the normally air - filled space , such as by
from middle ear inflammation , when the air filled space is replaced by fluidmay also resultfrom middle ear inflammation , when the air filled space is replaced by fluid
from fluid buildup behind the eardrumresultingfrom fluid buildup behind the eardrum
the little bones not to vibrate normallycan causethe little bones not to vibrate normally
the bone conduction to be heard for a longer duration than the air conduction soundwill causethe bone conduction to be heard for a longer duration than the air conduction sound
from CSOM ( due to perforation of the tympanic membrane and/or disruption in the ossicular chainhas resultedfrom CSOM ( due to perforation of the tympanic membrane and/or disruption in the ossicular chain
to an increase in the central gain upstream the cochlear nucleus at level of the lateral lemniscusledto an increase in the central gain upstream the cochlear nucleus at level of the lateral lemniscus
to deficits in speech repetition and productionleadingto deficits in speech repetition and production
from damage to the fiber bundles connecting the two language areasresultsfrom damage to the fiber bundles connecting the two language areas
from disconnection between the anterior and posterior language areasresultsfrom disconnection between the anterior and posterior language areas