Add to ORKGEpidemiological and animal studies show how vibration exposure enhances hearing loss effects caused by noise only. Likewise, experimental studies on human subjects confirm hearing threshold shift after vibration and/or noise exposure. Cardiovascular effects have been hypothesized as causes of these hearing effects. An objective investigation of this phenomenon could be carried out by measuring otoacoustic emissions (OAEs) as biomarkers of early effects on hearing. The aim of our experiment was the study of the possible synergistic interaction between noise and vibration in three exposure conditions: 1) exposure to noise only, 2) exposure to hand-arm vibration only, 3) exposure to both hand-arm vibration and noise. Distortion Product OAEs we...
To evaluate distant effects of hand-arm vibration we studied Finnish forestry workers using chain sa...
Background: Whole body vibration (WBV) is a potentially harmful consequence resulting from the dissi...
Background and objective: Noise-induced hearing loss remains as the most common problem in industria...
Epidemiological and animal studies show how vibration exposure enhances hearing loss effects caused ...
Epidemiological and animal studies point out the synergistic effect of noise and vibration exposure ...
An experimental study has been performed on the effect of exposure to noise (N), vibration (V), and ...
Otoacoustic emissions(OAEs) can potentially be used to identify normal‐hearing individuals who are s...
IN SOME INDUSTRIES, noise has been a conspicuous feature for many years. This has tended to be accep...
The idea that otoacoustic emissions (OAEs) can be used to perform an early detection of hearing loss...
This thesis discusses the use of otoacoustic emissions (OAEs) in comparison to pure-tone audiometry ...
It's well documented that noise damages peripheral part of the auditory tract (cochlea). Only few in...
One of the most common cause of hearing loss depends on noise overexposure. Noise is a stress factor...
It's well documented that noise damages peripheral part of the auditory tract (cochlea). Only f...
shown that the damaging effects of noise on the mammalian inner ear strongly depend upon parameters ...
Some manufacturing processes are accompanied by significant noise and vibration. Sources of intense ...
To evaluate distant effects of hand-arm vibration we studied Finnish forestry workers using chain sa...
Background: Whole body vibration (WBV) is a potentially harmful consequence resulting from the dissi...
Background and objective: Noise-induced hearing loss remains as the most common problem in industria...
Epidemiological and animal studies show how vibration exposure enhances hearing loss effects caused ...
Epidemiological and animal studies point out the synergistic effect of noise and vibration exposure ...
An experimental study has been performed on the effect of exposure to noise (N), vibration (V), and ...
Otoacoustic emissions(OAEs) can potentially be used to identify normal‐hearing individuals who are s...
IN SOME INDUSTRIES, noise has been a conspicuous feature for many years. This has tended to be accep...
The idea that otoacoustic emissions (OAEs) can be used to perform an early detection of hearing loss...
This thesis discusses the use of otoacoustic emissions (OAEs) in comparison to pure-tone audiometry ...
It's well documented that noise damages peripheral part of the auditory tract (cochlea). Only few in...
One of the most common cause of hearing loss depends on noise overexposure. Noise is a stress factor...
It's well documented that noise damages peripheral part of the auditory tract (cochlea). Only f...
shown that the damaging effects of noise on the mammalian inner ear strongly depend upon parameters ...
Some manufacturing processes are accompanied by significant noise and vibration. Sources of intense ...
To evaluate distant effects of hand-arm vibration we studied Finnish forestry workers using chain sa...
Background: Whole body vibration (WBV) is a potentially harmful consequence resulting from the dissi...
Background and objective: Noise-induced hearing loss remains as the most common problem in industria...