Sun Oct 01 2023
The purpose of this study was to investigate changes in vestibular end organ function in a known at-risk noise-exposed population...
Thu Sep 28 2023
Noise exposure has been reported to exert numerous detrimental effects on the human population, although most research has centered...
Mon Jul 10 2023
These findings in noise-exposed rats may have implications for people who experience noisy environments and for seniors with a history of noise exposure...
Thu Jun 29 2023
Noise can lead to damage to both auditory and vestibular functions
Tue Dec 13 2022
Our findings showed that 70% of the workers exposed to occupational noise had vestibular alterations identified with electronystagmography, whereas 100% of the individuals in the...
Wed Jul 21 2021
It has been demonstrated that high-intensity noise exposure adversely affects the human balance function. The Tullio phenomenon (TP) refers to sound-induced imbalance...
Wed Mar 03 2021
This study aims to investigate the effectiveness of wearing HPAs in preventing vestibular loss caused by noise. Eighty-one workers exposed to chronic noise...
Fri Sep 18 2020
Exposure to loud noise in dental laboratories severely impacts the functioning of the vestibular system of the inner ear more than the cochlea. The main clinical implication of...
Sun May 31 2020
We have documented, in subjects chronically exposed to noise, the possibility of vestibular lesion, along with cochlear damage, related to chronic acoustic trauma.
Wed Feb 19 2020
These data suggest that noise overstimulation, such as can occur in the military, could introduce an increased risk of imbalance...
Tue Feb 04 2020
In this study, we built upon previous work, using the VsEP as a metric to evaluate the damaging effects of intense noise on the rat sacculus. The present study compared...
Tue Oct 01 2019
A previous study showed that people living in urban areas are generally exposed to low-frequency noise (LFN) with frequencies below 100 Hz and sound levels of 60-110 dB in daily...
Tue Feb 13 2018
Clinical reports suggest a link between noise exposure and balance problems, but the structural and physiological basis for this linkage is not well understood. The goal of this study was...
Fri May 20 2016
These results suggest that noise exposure not only causes hearing loss, but also causes substantial damage in the peripheral vestibular system in the absence of immediate clinically...
Thu Oct 24 2013
We recommend that the cVEMPs evaluation should be done in the battery approach tests of the auditory function for normal populations. It can be a sign of the changes that are taking...
Sat Nov 10 2012
In conclusion, the decreasing order of abnormal percentages in the function of the cochlea, saccule, utricle and semicircular canals after chronic noise exposure further supports that...
Thu Aug 30 2012
These findings are consistent with previous studies that suggest that the sacculocollic pathway may be susceptible to noise-related damage. There is emerging evidence...
Fri Jun 29 2012
We are routinely exposed to low frequency noise (LFN; below 0.5 kHz) at moderate levels of 60–70 dB sound pressure level (SPL) generated from various sources in occupational and daily...
Sat Aug 08 2009
Sixty patients with varying degrees of noise-induced hearing loss (NIHL) after long-term exposure to intense impulse noise from firearms, but without manifest clinical symptoms of...
Mon Oct 20 2008
The saccule can exhibit temporary or permanent functional loss resembling hearing threshold shifts in guinea pigs following noise exposure. Recovery of VEMP precedes...
