An integrated psychophysiological research on the intervention of red colour for the stress-induced bodily reaction
An integrated psychophysiological research on the intervention of red colour for the...
Nomura, Shusaku ; Ito, Koichi ; Wang, Fang ; Althaff Irfan, C.M. ; Fukumura, Yoshimi ; Watahiki, Nobumichi ; Nakamura, Kazuo
2010-01-01 00:00:00
An integrated psychophysiological study was made for investigating the impact of 'red colour' on bodily reaction induced by stress. With regard to the psychophysiological measures, we assayed salivary-secreted substances such as hormones and immune substance as introductory novel biometric. We compared with conventional physiological measures such as Heart Rate (HR), blood pressure and Skin Temperature (ST). As a result, some biomarkers depicted a marked difference between the red and the control conditions: in the red condition, observations showed a steeper elevation during the stressful task and a sparse recovery during the rest. The results suggest the possibility of the substance-based evaluation of the effect of colour on human physiological state.
http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.pngInternational Journal of BiometricsInderscience Publishershttp://www.deepdyve.com/lp/inderscience-publishers/an-integrated-psychophysiological-research-on-the-intervention-of-red-M8oLgy0Lmf
An integrated psychophysiological research on the intervention of red colour for the stress-induced bodily reaction
An integrated psychophysiological study was made for investigating the impact of 'red colour' on bodily reaction induced by stress. With regard to the psychophysiological measures, we assayed salivary-secreted substances such as hormones and immune substance as introductory novel biometric. We compared with conventional physiological measures such as Heart Rate (HR), blood pressure and Skin Temperature (ST). As a result, some biomarkers depicted a marked difference between the red and the control conditions: in the red condition, observations showed a steeper elevation during the stressful task and a sparse recovery during the rest. The results suggest the possibility of the substance-based evaluation of the effect of colour on human physiological state.
Journal
International Journal of Biometrics
– Inderscience Publishers
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