<p>The increase in heart rate is significantly higher in the high vibration and noise condition than in the noise only condition. The heart rate increase latency is inversely related to vibration amplitude.</p
Introduction: One of the possible effects of occupational exposure to high noise is high blood press...
The study aim was to determine whether a relationship exists between the cardiovascular response, me...
Experimentally acute exposure to whole-body vibration resulted in changes in myocardial blood flows ...
We investigated the effects of low frequency whole body vibration on heart rate variability (HRV), a...
Vibrations of one type or another are present almost every minute of our daily lives. Much research ...
<p>Summary of heart rate and heart rate variability effects of isochronous tones, music-like noise, ...
<p>Summary of heart rate and heart rate variability effects of pleasant music compared to silence.</...
The research done in this study investigates physiological responses to vertical whole-body vibratio...
Noise pollution is one of the most common workplace hazards. Noise exposure may induce auditory and ...
Background: Although it is known that sound exposure evokes changes in autonomic activity, the effec...
Background: Vibroacoustic therapy (VAT) uses low-frequency sound, often combined with listening to m...
To evaluate distant effects of hand-arm vibration we studied Finnish forestry workers using chain sa...
In an industrial environment, chronic noise exposure is assumed to affect human heart rate. If this ...
Epidemiological and animal studies show how vibration exposure enhances hearing loss effects caused ...
The influence of sound on cardiovascular physiology is well established. Since the time of Orpheus i...
Introduction: One of the possible effects of occupational exposure to high noise is high blood press...
The study aim was to determine whether a relationship exists between the cardiovascular response, me...
Experimentally acute exposure to whole-body vibration resulted in changes in myocardial blood flows ...
We investigated the effects of low frequency whole body vibration on heart rate variability (HRV), a...
Vibrations of one type or another are present almost every minute of our daily lives. Much research ...
<p>Summary of heart rate and heart rate variability effects of isochronous tones, music-like noise, ...
<p>Summary of heart rate and heart rate variability effects of pleasant music compared to silence.</...
The research done in this study investigates physiological responses to vertical whole-body vibratio...
Noise pollution is one of the most common workplace hazards. Noise exposure may induce auditory and ...
Background: Although it is known that sound exposure evokes changes in autonomic activity, the effec...
Background: Vibroacoustic therapy (VAT) uses low-frequency sound, often combined with listening to m...
To evaluate distant effects of hand-arm vibration we studied Finnish forestry workers using chain sa...
In an industrial environment, chronic noise exposure is assumed to affect human heart rate. If this ...
Epidemiological and animal studies show how vibration exposure enhances hearing loss effects caused ...
The influence of sound on cardiovascular physiology is well established. Since the time of Orpheus i...
Introduction: One of the possible effects of occupational exposure to high noise is high blood press...
The study aim was to determine whether a relationship exists between the cardiovascular response, me...
Experimentally acute exposure to whole-body vibration resulted in changes in myocardial blood flows ...
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