PurposeThis study aimed to identify factors affecting the use of the hearing protection devices (HPDs) among workers exposed to noise using the Pender Health Promotion Model.MethodsThe 222 subjects came from thermal power plants with similar noise levels, which are between 80 dB and 90 dB in South Korea. Data were collected with self-administered questionnaires designed to measure concepts from the Health Promotion Model.ResultsMean percent times of using the HPDs at their most recent job site were 50.9%, and 20.3% had never the HPDs. The predictors of HPD use were social modeling (OR = 1.380), perceived benefits (OR = 1.150), and working at noisy worksites (OR = 4.925) when the outcome was based on the “non-use” versus “used at least once”...
Introduction: Industrial noise cause hearing loss (HL) and hearing impairment (HI) among workers. HL...
Background To estimate the prevalence of workplace noise exposure and use of hearing protection dev...
Most farmers are exposed to potentially hazardous noise levels through many of their work activities...
PurposeThis study aimed to identify factors affecting the use of the hearing protection devices (HPD...
This systematic literature review (SLR) aims to determine the factors influencing the use of hearing...
Existing approaches that explain the behavior of workers in noisy environments rarely include quant...
The prevalence of Noise-Induced Hearing Loss is increasing worldwide. Major factors contribute to th...
Scientific literature on high-noise exposure effects is very extensive. Therefore, health and safety...
The study examined exposure trends amongst a specific cohort of workers (n=55), loosely defined as ...
The use of Hearing Protection Devices (HPDs) is still, to this day, the preferred measure by the co...
In industrial environments, it is very likely to find several workers sharing the same workplaces an...
TheprevalenceoNfoise-InducedHearingLosisincreasingwodrlwide.Majorfactorscontributetothisituationis ...
In industrial environments, hearing protection devices (HPDs) are used to protect workers from noise...
This systematic literature review (SLR) aims to determine the factors influencing the use of hearing...
To prevent intensive noise exposure in advance and be safely controlled during such exposure, hearin...
Introduction: Industrial noise cause hearing loss (HL) and hearing impairment (HI) among workers. HL...
Background To estimate the prevalence of workplace noise exposure and use of hearing protection dev...
Most farmers are exposed to potentially hazardous noise levels through many of their work activities...
PurposeThis study aimed to identify factors affecting the use of the hearing protection devices (HPD...
This systematic literature review (SLR) aims to determine the factors influencing the use of hearing...
Existing approaches that explain the behavior of workers in noisy environments rarely include quant...
The prevalence of Noise-Induced Hearing Loss is increasing worldwide. Major factors contribute to th...
Scientific literature on high-noise exposure effects is very extensive. Therefore, health and safety...
The study examined exposure trends amongst a specific cohort of workers (n=55), loosely defined as ...
The use of Hearing Protection Devices (HPDs) is still, to this day, the preferred measure by the co...
In industrial environments, it is very likely to find several workers sharing the same workplaces an...
TheprevalenceoNfoise-InducedHearingLosisincreasingwodrlwide.Majorfactorscontributetothisituationis ...
In industrial environments, hearing protection devices (HPDs) are used to protect workers from noise...
This systematic literature review (SLR) aims to determine the factors influencing the use of hearing...
To prevent intensive noise exposure in advance and be safely controlled during such exposure, hearin...
Introduction: Industrial noise cause hearing loss (HL) and hearing impairment (HI) among workers. HL...
Background To estimate the prevalence of workplace noise exposure and use of hearing protection dev...
Most farmers are exposed to potentially hazardous noise levels through many of their work activities...