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• W2136906327 abstract "Background/purpose By performing experiments in air‐conditioned chamber, we previously demonstrated that the presence of water nanodroplets (mist) improved facial skin moisture levels without reducing water loss from the facial skin surface or inducing excessive humidity. Some previous studies have demonstrated that the epidermis is a less effective barrier to water in winter because the corneocytes that comprise facial skin become smaller in winter as skin turnover increases in cold environments. We hypothesized that it would be easier for mist to penetrate into the facial stratum corneum ( SC ) in winter than in summer. In the present study, we investigated the ability of mist to improve facial skin moisture levels in winter and summer. Methods We examined transepidermal water loss ( TEWL ) as an index of barrier function and skin conductance as an index of SC hydration at the forehead, lateral canthus, and cheeks in eight healthy Japanese females (mean ± SD: 45.5 ± 3.2 years) in the presence or absence of mist in February–March and July. Results In the absence of mist, skin conductance at the forehead and lateral canthus was significantly higher in summer than in winter, but these seasonal differences were diminished in the presence of mist. In the presence of mist, skin conductance was increased in winter and decreased in summer at the lateral canthus; however, these changes were not significant. Thus, our findings suggest that mist penetrates into the SC and improves skin moisture levels in winter. Conclusion We demonstrated that it is easier for mist to penetrate into the SC at the lateral canthus during winter than in summer. Thus, mist is expected to improve facial moisture levels in winter by penetrating into and remaining in the SC . Hence, mist could be used to help prevent facial skin from becoming dry in air‐conditioned rooms during winter." @default.
• W2136906327 created "2016-06-24" @default.
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• W2136906327 date "2014-08-11" @default.
• W2136906327 modified "2023-10-02" @default.
• W2136906327 title "Water nanodroplets make a greater contribution to facial skin moisture levels in air-conditioned rooms during winter than in summer" @default.
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• W2136906327 doi "https://doi.org/10.1111/srt.12178" @default.
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