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device ... noise exposuremay causea temporary hearing threshold shift
brief noise exposurecausesa temporary threshold shift
Edward Lobarinas Noise exposurecausesa temporary threshold shift but
HO-1 expression in the organ of Corti ... an intense noise exposurecausesa temporary threshold shift
Fatigue of the earmay resultin a temporary threshold shift
chronic noise exposure led to enhanced AG accumulation in sensory hair cells(passive) caused byprior temporary threshold shifts
Noise levels in excess of 70 dB ( for frequencies between 1 - 4 kHzcan causea temporary threshold shift
hearing aid use(passive) caused bytemporary threshold shift
pure tone exposures(passive) caused bytemporary threshold shifts
a One time exposure or continuous noisemay causetemporary threshold shift
Exposure to gunfirecausesa temporary threshold shift
a person or animal after exposure to noise from noise after a period of time after the hearing can be restored to the original level(passive) caused bytemporary threshold shift
Multiple incidences of exposurecausingtemporary threshold shifts
Exposure and intense soundscan causea temporary threshold shift
the effects of exposure to genuine industrial noise , knownto causetemporary threshold shift on TEOAEs
your ears ... the loud noiseleadsto temporary threshold shift
the transducer ... sound levelscould causetemporary threshold shift
impulse or steady - state noise(passive) caused byTemporary threshold shift
a protocol of noise ... 2 hcauseda temporary threshold shift
repeated impulse - noise exposures " , Tech(passive) caused bytemporary threshold shifts
The higher than normal ambient noise levelcan causea temporary threshold shift
short excessive noise exposures such as firecrackers(passive) caused byTemporary threshold shift
The higher than normal SPL ambient noisecan causea temporary threshold shift
The effect of high - level traffic noiseleadsto temporary threshold shift
the multiple pulses that might result in sufficient exposureto causetemporary threshold shift
A clap of thunder from a storm that occurs in close proximityGradual and continuous exposure to sound levels more than 90 decibelscan initially causea temporary threshold shift
stock car racing events , an exposure that the authors speculatecould causea temporary threshold shift
noise or if temporary threshold shift was something unrelated the same day(passive) is caused bytemporary threshold shift
exposures to an octave band of noise centered at 0.5 kHz(passive) caused bytemporary threshold shift
As many as 50 % of nerve fibers in these species ... moderate noise exposurescausetemporary threshold shift
In occupational health terms , a noise level of 100 dBA can begincausingtemporary threshold shift
sounds by neurons in the auditory midbrain ( inferior colliculus , IC ) of gerbils subjected to a mild acoustic noise insult ( octave - band noise , 2 - 4 kHz , 105 dB SPLcauseda temporary hearing threshold shift
1 hto createtemporary threshold shifts ( TTSs
intracellular metabolic and chemical changes in the OHCs(passive) are caused byTemporary threshold shifts
This disruption would affect the micromechanics of the transduction processleadingto temporary threshold shift
Deep EARresultsTemporary threshold shifts
sound exposurescausetemporary threshold shifts
high - intensity acoustic transients(passive) caused bytemporary threshold shifts
combined steady state & impulse noises(passive) caused byTemporary threshold shift
that 85 and 91 dB SPL exposures trigger neither hair cell loss nor the loss of ribbon synapses between IHCs and afferent nerve fiberscausetemporary hearing threshold shifts
to a permanent hearing loss in the long runcan leadto a permanent hearing loss in the long run
from workplace noise exposure that may lead to permanent hearing lossresultingfrom workplace noise exposure that may lead to permanent hearing loss
the loss of auditory nerve ( AN ) fiber synapses ( i.e. , cochlear synaptopathy , CS ) , which appears to predominantly affect medium- and low - spontaneous rate ( SR ) fiberscan causethe loss of auditory nerve ( AN ) fiber synapses ( i.e. , cochlear synaptopathy , CS ) , which appears to predominantly affect medium- and low - spontaneous rate ( SR ) fibers
to some not - so - temporary consequencesmay leadto some not - so - temporary consequences
in permanent shift of hearing thresholds over timemay resultin permanent shift of hearing thresholds over time
from listening levels near the maximum outputcould resultfrom listening levels near the maximum output
in different types of fatiguecan resultin different types of fatigue
from this type of musicresultingfrom this type of music
from moderate exposurecan resultfrom moderate exposure
aminoglycoside uptake and toxicity in vivopreventingaminoglycoside uptake and toxicity in vivo
to an STScould leadto an STS
from exposure to anthropogenic sourcesresultingfrom exposure to anthropogenic sources
to permanent threshold shifts ... commonly referred to as noise - induced hearing losscan ... leadto permanent threshold shifts ... commonly referred to as noise - induced hearing loss
following exposure to a high noise level or impulse type noiseusually resultsfollowing exposure to a high noise level or impulse type noise
to Permanent Threshold Shiftcan leadto Permanent Threshold Shift
at certain frequenciescausedat certain frequencies
usuallyresultsusually
from an exposure to noise of uniform spectrum levelresultsfrom an exposure to noise of uniform spectrum level
from low - frequency noise - induced hearing lossresultingfrom low - frequency noise - induced hearing loss
by hearing aid usecausedby hearing aid use
from an exposure to noise of uniform spectrum leveresultsfrom an exposure to noise of uniform spectrum leve
no permanent damage to hearingcausedno permanent damage to hearing
from a simultaneous 7 hour exposure to 95 dB SPL white noiseresultingfrom a simultaneous 7 hour exposure to 95 dB SPL white noise
in numbness orresultingin numbness or
in a temporary hearing lossresultsin a temporary hearing loss