Effects of Bath Product Named as Sake Concentrate Preparation

We evaluated the effects of SCP bathing on the body by compared with those of a-EG, one of major component of SCP, bathing and the control bathing with tap water alone. Healthy adults were used as the subjects. The effects of bathing on blood pressure and pulse rate were not significantly different...

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Published inThe Journal of The Japanese Society of Balneology, Climatology and Physical Medicine Vol. 69; no. 3; pp. 179 - 186
Main Authors MAEDA, Masaharu, IKEMOTO, Takeshi, SUGITA, Jun, SAITO, Masato, HAGIHARA, Mari
Format Journal Article
LanguageJapanese
Published The Japanese Society of Balneology, Climatology and Physical Medicine 01.05.2006
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ISSN0029-0343
1884-3697
DOI10.11390/onki1962.69.179

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Abstract We evaluated the effects of SCP bathing on the body by compared with those of a-EG, one of major component of SCP, bathing and the control bathing with tap water alone. Healthy adults were used as the subjects. The effects of bathing on blood pressure and pulse rate were not significantly different among the three bathings, indicating that effects of SCP and α-EG bathing on the lung and heart were similar to those of an ordinary bathing. The surface skin temperature at the forehead decreased more slowly in the subjects after taking a SCP bathing than the other two, suggesting that SCP has temperature holding effects. Also, the results of deep body temperature suggested that α-EG might be related to the heat absorbing effects of SCP bathing, which were significantly marked than those of the other two bathings. The present results regarding the changes in blood flow and deep body temperature during bathing suggest that SCP might produce an environment that allows more rapid heat transfer from bath water to the body and less releasing it from the body. Therefore, we concluded that some component other than α-ethylglucoside would be involved in the heat transfer and moisturizing during SCP bathing. Measurement of skin water content indicated that a region directly contacting with hot water was moisturized in a short time, but this condition quickly returned to the pre-bath condition. Whereas, for regions not contacting with bath water, the skin was much more moisturized by taking SCP bath than the other two bathings. Therefore, it was concluded that SCP is effective for enhancement of skin moisturizing.
AbstractList 「I INTRODUCTION」 It has been well recognized that sake (rice wine) bathing is valuable for human body. So, Japanese people have occasionally taken sake bathing from old times. Here, an investigation was made on efficacy of a bathing containing a bath product named as sake concentrate preparation (SCP). Effects of SCP bathing on human body were compared with those of α-ethylglucoside (α-EG)-containing bathing. This compound is known as a sake-specific ingredient and 4th major component, which has been regarded to be usable for prevention of rough skin1). Physiological effects of such bathing were compared with those of tap water bathing, as the control bathing. 「II METHODS」 Each 200 l of hot tap water alone and tap water added with SCP or α-EG, a specific ingredient of sake was used for bathing. The temperatures of bath and bathroom were kept at 40℃ and 25℃, respectively. Measurement was conducted for 5 min in resting condition after sitting for 10 min or more as the pre-bathing measurement.
We evaluated the effects of SCP bathing on the body by compared with those of a-EG, one of major component of SCP, bathing and the control bathing with tap water alone. Healthy adults were used as the subjects. The effects of bathing on blood pressure and pulse rate were not significantly different among the three bathings, indicating that effects of SCP and α-EG bathing on the lung and heart were similar to those of an ordinary bathing. The surface skin temperature at the forehead decreased more slowly in the subjects after taking a SCP bathing than the other two, suggesting that SCP has temperature holding effects. Also, the results of deep body temperature suggested that α-EG might be related to the heat absorbing effects of SCP bathing, which were significantly marked than those of the other two bathings. The present results regarding the changes in blood flow and deep body temperature during bathing suggest that SCP might produce an environment that allows more rapid heat transfer from bath water to the body and less releasing it from the body. Therefore, we concluded that some component other than α-ethylglucoside would be involved in the heat transfer and moisturizing during SCP bathing. Measurement of skin water content indicated that a region directly contacting with hot water was moisturized in a short time, but this condition quickly returned to the pre-bath condition. Whereas, for regions not contacting with bath water, the skin was much more moisturized by taking SCP bath than the other two bathings. Therefore, it was concluded that SCP is effective for enhancement of skin moisturizing.
Author HAGIHARA, Mari
MAEDA, Masaharu
SUGITA, Jun
IKEMOTO, Takeshi
SAITO, Masato
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DOI 10.11390/onki1962.69.179
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References 3) Zammojski A, Burzynska H, Pietranszakiewicz M: The synthesis of alkyl glycosides from monosaccharides and dimethylformaide dialkyl-sulfate adducts. Rocz Chemii, 1975; 49: 2113-2115.
5) Watanabe S, Fujiwara T, Kawasaki Y, et al: Studies on bathing with sodium sulfate and sodium chloride. J. J. A. Phys. M. Baln. Clim. 1997; 60: 235-239.
1) Horikoshi T, Haratake A, Ikemoto T, et al: Effects of ethyl α-D-glucoside identified in Sake on skin treatment. Journal of Society Cosmetic Chemists Japan 1998; 32: 10-16.
6) Kumagai H, Shioya K, Kawasaki K et al: Development of a scientific method for classification of facial skin types. Journal of Society Cosmetic Chemists Japan 1985; 19: 9-19.
4) Komoto Y, Nakao T, Sunagawa M, et al: The Effect of Na2SO4, NaHCO3 bathing. (1). The effect on tissure perfusion. J. J. A. Phys. M. Baln. Clim. 1988; 51: 106-110.
7) Imayasu S, Kawato A: Effectiveness of Sake on your health & beauty. (3), J of Brewing Society of Japan 1999; 94: 274-280.
2) Hattori M, Uchino K, Morimoto S, et al: Effect of hot immersion with Sake on thermoregulatory function. Journal of Human and Living Environnment 1985; 9: 70-73.
References_xml – reference: 1) Horikoshi T, Haratake A, Ikemoto T, et al: Effects of ethyl α-D-glucoside identified in Sake on skin treatment. Journal of Society Cosmetic Chemists Japan 1998; 32: 10-16.
– reference: 3) Zammojski A, Burzynska H, Pietranszakiewicz M: The synthesis of alkyl glycosides from monosaccharides and dimethylformaide dialkyl-sulfate adducts. Rocz Chemii, 1975; 49: 2113-2115.
– reference: 2) Hattori M, Uchino K, Morimoto S, et al: Effect of hot immersion with Sake on thermoregulatory function. Journal of Human and Living Environnment 1985; 9: 70-73.
– reference: 6) Kumagai H, Shioya K, Kawasaki K et al: Development of a scientific method for classification of facial skin types. Journal of Society Cosmetic Chemists Japan 1985; 19: 9-19.
– reference: 7) Imayasu S, Kawato A: Effectiveness of Sake on your health & beauty. (3), J of Brewing Society of Japan 1999; 94: 274-280.
– reference: 4) Komoto Y, Nakao T, Sunagawa M, et al: The Effect of Na2SO4, NaHCO3 bathing. (1). The effect on tissure perfusion. J. J. A. Phys. M. Baln. Clim. 1988; 51: 106-110.
– reference: 5) Watanabe S, Fujiwara T, Kawasaki Y, et al: Studies on bathing with sodium sulfate and sodium chloride. J. J. A. Phys. M. Baln. Clim. 1997; 60: 235-239.
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Snippet We evaluated the effects of SCP bathing on the body by compared with those of a-EG, one of major component of SCP, bathing and the control bathing with tap...
「I INTRODUCTION」 It has been well recognized that sake (rice wine) bathing is valuable for human body. So, Japanese people have occasionally taken sake bathing...
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StartPage 179
SubjectTerms heat transfer
sake α-ethylglucoside bathing
skin moisturizing
Title Effects of Bath Product Named as Sake Concentrate Preparation
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