Mar 22, 2017 | cardiography, cardiovascular hemodynamics, electrocardiography, Life Science Data, neuroscience, psychology, psychophysiology
Several studies show chronic stress is typically detrimental to health, while acute stress may be linked to positive effects in addition to the negative counterparts
Feb 24, 2017 | EMG, Exercise Physiology, Life Science Data, physiology, Sports Science
Fatigue is a troublemaker–it can have serious impacts on data quality, even when using gold standards of measurement.
Dec 19, 2016 | cardiography, electrocardiography, Electrodermal, Life Science Data, neuroscience, noninvasive blood pressure, physiology, psychophysiology, respiration
In a previous post, we discussed the stress-reducing benefits of loving interactions with close friends and family during the holiday season. In addition to family, there are many mood-shaping habits and activities that characterize the holidays: the smell of...
Dec 6, 2016 | cardiography, cardiology, consumer behavior, consumer neuroscience, electrocardiography, Electrodermal, functional near infrared, Life Science Data, magnetic resonance imaging, neuromarketing, neuroscience, noninvasive blood pressure, psychophysiology, respiration, Stimulators
Studies investigated the anxiety of gift-giving, the effects of social support in stressful situations, and what impact meditation has on heart rate, ECG, and blood pressure.
Nov 16, 2016 | cardiography, consumer behavior, consumer neuroscience, Electrodermal, EMG, Life Science Data, neuromarketing, neuroscience, physiology, psychology, psychophysiology, respiration
On “Black Friday” in the US, shoppers will come out in search of great deals, and researchers can measure the many physiological factors that motivate shoppers other than deals and price cuts.
Nov 4, 2016 | cardiology, electrocardiography, Electrodermal, Life Science Data, magnetic resonance imaging, neuroscience, physiology, psychology, psychophysiology
The psychophysiological factors of stress, the behaviors of others, and of introception can play major roles in decision-making, and BIOPAC systems provide measurements of how physiological factors such as these influence decisions.
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