A review of the studies on nonvisual lighting effects in the field of physiological anthropology.
Here, we review the history and the trends in the research on the nonvisual effect of light in the field of physiological anthropology. Research on the nonvisual effect of light in the field of physiological anthropology was pioneered by Sato and colleagues in the early 1990s. These authors found that the color temperature of light affected physiological functions in humans. The groundbreaking event with regard to the study of nonvisual effects of light was the discovery of the intrinsically photosensitive retinal ganglion cells in the mammalian retina in the early 2000s. The interest of the physiological anthropology scientific community in the nonvisual effects of light has been increasing since then. A total of 61 papers on nonvisual effects of light were published in the Journal of Physiological Anthropology (including its predecessor journals) until October 2018, 14 papers (1.4/year) in the decade from 1992 to 2001, 45 papers (2.8/year) in the 16 years between 2002 and 2017, and two papers in 2018 (January-October). The number of papers on this topic has been increasing in recent years. We categorized all papers according to light conditions, such as color temperature of light, light intensity, and monochromatic light. Among the 61 papers, 11 papers were related to color temperature, 20 papers were related to light intensity, 18 papers were related to monochromatic light, and 12 papers were classified as others. We provide an overview of these papers and mention future research prospects.
['Katsuura|Tetsuo|T|http://orcid.org/0000-0002-7105-0887', 'Lee|Soomin|S|']
D000818:Animals D000885:Anthropology, Physical D035843:Biomedical Research D002940:Circadian Rhythm D003116:Color D006801:Humans D008027:Light D008550:Melatonin D010827:Physiology D012165:Retinal Ganglion Cells D013696:Temperature
Light Physiological anthropology Nonvisual effect Color temperature Intrinsically photosensitive retinal ganglion cell Light intensity Monochromatic light Melatonin suppression Pupillary light