Beiträge zur Wärmeregulation auf Grund von Bäderwirkungen

Gollwitzer-Meier, Kl.

doi:10.1007/bf01777256

Cited by 24 publications

(3 citation statements)

References 3 publications

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“…The physiological and clinical investigations performed on the effects of CO 2 on the cutaneous microcirculation suggest that the effects of carbonated spring water depend mainly upon the cutaneous vasodilation elicited by the CO 2 that diffuses into the subcutaneous tissues through the skin layers (Stein and Weinstein 1942;Diji 1959;Schnizer et al 1985;Komoto et al 1986;Ito et al 1989;Hartmann et al 1997). It has also been suggested that carbonated spring water exerts thermal effects, but studies on these effects are few (Gollwitzer-Meier 1937;Jordan 1985).…”

Section: Introductionmentioning

confidence: 95%

Effects of repeated carbon dioxide-rich water bathing on core temperature, cutaneous blood flow and thermal sensation

Nishimura

Sugenoya

Matsumoto

et al. 2002

European Journal of Applied Physiology

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We examined the effects of repeated artificial CO(2) (1,000 ppm) bathing on tympanic temperature (T(ty)), cutaneous blood flow, and thermal sensation in six healthy males. Each subject was immersed in CO(2)-rich water at a temperature of 34 degrees C up to the level of the diaphragm for 20 min. The CO(2)-rich water was prepared using a multi-layered composite hollow-fiber membrane. The CO(2) bathing was performed consecutively for 5 days. As a control study, subjects bathed in fresh water at 34 degrees C under the same conditions. T(ty) was significantly lowered during CO(2) bathing (P < 0.05). Cutaneous blood flow in the immersed skin (right forearm) was significantly increased during CO(2) bathing compared with that during fresh-water bathing (P < 0.05), whereas cutaneous blood flow in the non-immersed skin (chest) was not different between CO(2) and fresh-water bathing. Subjects reported a "warm" sensation during the CO(2) bathing, whereas they reported a "neutral" sensation during the fresh-water bathing. The effects of the repeated CO(2) bathing were not obvious for core temperature and cutaneous blood flow, but the thermal sensation score during the CO(2) bathing was reduced sequentially by repeated CO(2) bathing (P < 0.05). These thermal effects of CO(2) bathing could be ascribed largely to the direct action of CO(2) on vascular smooth muscles and to the activity of thermoreceptors in the skin. Serial CO(2) bathing may influence the activity of thermoreceptors in the skin.

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Section: Introductionmentioning

confidence: 95%

Effects of repeated carbon dioxide-rich water bathing on core temperature, cutaneous blood flow and thermal sensation

Nishimura

Sugenoya

Matsumoto

et al. 2002

European Journal of Applied Physiology

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“…Calcium and chloroform both have the ability to lower warm thresholds (Schreiner, 1936 ; Schmidt, 1949 ). Carbon dioxide and carbonic acid, when applied locally, also produce warmth (Liljestrand and Magnus, 1922 ; Gollwitzer-Meier, 1937 ). Certain spices, such as capsaicine, undecylenic acid vanillylamide, and cinnamonylic-acrylic acid piperidide can induce hot as well as pain sensations (Stary, 1925 ; Sans, 1949 ).…”

Section: Physiology and Mechanisms Of Thermal Perceptionmentioning

confidence: 99%

“…As previously mentioned, a number of chemical substances have been discovered that elicit the activation of thermoreceptors, resulting in the perception of cold or warmth (Liljestrand and Magnus, 1922 ; Schreiner, 1936 ; Gollwitzer-Meier, 1937 ; Schmidt, 1949 ; Hensel, 1973 ). However, it can be contended whether these phenomena can truly be classified as illusions, as they do not involve the misinterpretation of external cues.…”

Section: Illusion By Chemicalsmentioning

confidence: 99%

Thermal illusions for thermal displays: a review

Karmakar,

Kesh,

Muniyandi

2023

Front. Hum. Neurosci.

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Thermal illusions, a subset of haptic illusions, have historically faced technical challenges and limited exploration. They have been underutilized in prior studies related to thermal displays. This review paper primarily aims to comprehensively categorize thermal illusions, offering insights for diverse applications in thermal display design. Recent advancements in the field have spurred a fresh perspective on thermal and pain perception, specifically through the lens of thermal illusions.

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Carbon Dioxide and Temperature Regulation of Homeothermic Mammals

Stupfel

1974

Topics in Environmental Physiology and Medicine

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Beiträge zur Wärmeregulation auf Grund von Bäderwirkungen

Cited by 24 publications

References 3 publications

Effects of repeated carbon dioxide-rich water bathing on core temperature, cutaneous blood flow and thermal sensation

Effects of repeated carbon dioxide-rich water bathing on core temperature, cutaneous blood flow and thermal sensation

Thermal illusions for thermal displays: a review

Carbon Dioxide and Temperature Regulation of Homeothermic Mammals

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