FOOD COMPOSITION FOR MODULATING CLOCK GENE EXPRESSION, COSMETIC COMPOSITION FOR MODULATING CLOCK GENE EXPRESSION, CLOCK GENE EXPRESSION MODULATOR, FOOD COMPOSITION FOR IN-VIVO CLOCK MODULATION, COSMETIC COMPOSITION FOR IN-VIVO CLOCK MODULATION, IN-VIVO CLOCK MODULATOR, FOOD COMPOSITION FOR MODULATING CIRCADIAN RHYTHM, COSMETIC COMPOSITION FOR MODULATING CIRCADIAN RHYTHM, AND CIRCADIAN RHYTHM MODULATOR

摘要

Provided are a food composition for modulating CLOCK gene expression, a cosmetic composition for modulating CLOCK gene expression, a CLOCK gene expression modulator, a food composition for in-vivo CLOCK modulation, a cosmetic composition for in-vivo CLOCK modulation, an in-vivo CLOCK modulator, a food composition for modulating circadian rhythm, a cosmetic composition for modulating circadian rhythm, and a circadian rhythm modulator.　The problem addressed by the present invention is solved by a food composition for modulating CLOCK gene expression, a cosmetic composition for modulating CLOCK gene expression, a CLOCK gene expression modulator, a food composition for in-vivo CLOCK modulation, a cosmetic composition for in-vivo CLOCK modulation, an in-vivo CLOCK modulator, a food composition for modulating circadian rhythm, a cosmetic composition for modulating circadian rhythm, and a circadian rhythm modulator that are characterized by containing, as an active ingredient, at least one Euglena-derived substance selected from the group consisting of paramylon and Euglena.