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Results: 1-25/61
Authors:
Kanosue, K
Yoshida, K
Maruyama, M
Nagashima, K
Citation: K. Kanosue et al., The central organization of the thermoregulatory system, THERMOTHERAPY FOR NEOPLASIA INFLAMMATION, AND PAIN, 2001, pp. 2-11
Authors:
Simon, E
Kosaka, M
Citation: E. Simon et M. Kosaka, Application of heat and cold: Physiological responses and therapeutic implications, THERMOTHERAPY FOR NEOPLASIA INFLAMMATION, AND PAIN, 2001, pp. 12-26
Authors:
McKinley, MJ
Mathai, ML
Citation: Mj. Mckinley et Ml. Mathai, Cerebral regulation of thirst, THERMOTHERAPY FOR NEOPLASIA INFLAMMATION, AND PAIN, 2001, pp. 28-38
Authors:
Ueta, Y
Yamashita, H
Citation: Y. Ueta et H. Yamashita, Hypothalamic neuroendocrine responses to cold and dehydration stress, THERMOTHERAPY FOR NEOPLASIA INFLAMMATION, AND PAIN, 2001, pp. 39-42
Authors:
Gerstberger, R
Barth, SW
Horowitz, M
Hudl, K
Patronas, P
Hubschle, T
Citation: R. Gerstberger et al., Differential activation of nitrergic hypothalamic neurons by heat exposureand dehydration, THERMOTHERAPY FOR NEOPLASIA INFLAMMATION, AND PAIN, 2001, pp. 43-62
Authors:
Aou, S
Li, XL
Kubo, K
Oomura, Y
Hori, T
Citation: S. Aou et al., Thermoregulation as survival mechanism in individuals and species: Mutual control of body temperature, ingestion, and reproduction in the hypothalamus, THERMOTHERAPY FOR NEOPLASIA INFLAMMATION, AND PAIN, 2001, pp. 63-67
Authors:
Nose, H
Takamata, A
Nakajima, Y
Okumoto, T
Kamijo, Y
Takeno, Y
Citation: H. Nose et al., Merits of diluted sweat with training on arterial pressure and body temperature regulation in heat stress, THERMOTHERAPY FOR NEOPLASIA INFLAMMATION, AND PAIN, 2001, pp. 68-73
Authors:
Doi, T
Okamura, K
Sogawa, Y
Matsubara, F
Sakurai, M
Morimoto, T
Citation: T. Doi et al., Thermal stress and water supplementation, THERMOTHERAPY FOR NEOPLASIA INFLAMMATION, AND PAIN, 2001, pp. 74-80
Authors:
Ogawa, T
Citation: T. Ogawa, Adaptive changes in sweat gland function, THERMOTHERAPY FOR NEOPLASIA INFLAMMATION, AND PAIN, 2001, pp. 81-87
Authors:
Ohwatari, N
Kosaka, M
Pleschka, K
Simon, E
Citation: N. Ohwatari et al., Protective measures against solar radiant heat and ultraviolet irradiation, THERMOTHERAPY FOR NEOPLASIA INFLAMMATION, AND PAIN, 2001, pp. 88-94
Authors:
Kosaka, M
Othman, T
Matsumoto, T
Yamauchi, M
Taimura, A
Lee, JB
Kaneda, E
Ohwatari, N
Citation: M. Kosaka et al., Central and peripheral control of sweating mechanisms: Modifications by thermal acclimatization and physical training, THERMOTHERAPY FOR NEOPLASIA INFLAMMATION, AND PAIN, 2001, pp. 95-106
Authors:
Morimoto, T
Nakai, S
Itoh, T
Citation: T. Morimoto et al., Global warming and deaths from heat stroke, THERMOTHERAPY FOR NEOPLASIA INFLAMMATION, AND PAIN, 2001, pp. 107-110
Authors:
Mercer, JB
Citation: Jb. Mercer, Tackling cold stress, THERMOTHERAPY FOR NEOPLASIA INFLAMMATION, AND PAIN, 2001, pp. 112-117
Authors:
Kuroshima, A
Ohinata, H
Kikuchi-Utsumi, K
Saha, SK
Gao, B
Hashimoto, M
Ohno, T
Citation: A. Kuroshima et al., Brown adipose tissue and nonshivering thermogenesis in stressful states, THERMOTHERAPY FOR NEOPLASIA INFLAMMATION, AND PAIN, 2001, pp. 118-126
Authors:
Pleschka, K
Bari, F
Nurnberger, F
Citation: K. Pleschka et al., Diurnal and seasonal reactivity patterns of chemical transmission in the suprachiasmatic nuclei and other brain entities related to hibernation, THERMOTHERAPY FOR NEOPLASIA INFLAMMATION, AND PAIN, 2001, pp. 127-137
Authors:
Sumikawa, K
Hasuo, H
Hara, T
Citation: K. Sumikawa et al., Induced hypothermia in cardiovascular and brain surgery, THERMOTHERAPY FOR NEOPLASIA INFLAMMATION, AND PAIN, 2001, pp. 138-145
Authors:
Bock, M
Motsch, J
Citation: M. Bock et J. Motsch, Postanesthetic shivering, THERMOTHERAPY FOR NEOPLASIA INFLAMMATION, AND PAIN, 2001, pp. 146-151
Authors:
Mano, T
Niimi, Y
Miwa, C
Iwase, S
Matsukawa, T
Sugiyama, Y
Citation: T. Mano et al., Sympathetic adjustment of cardiovascular control and thermoregulation in humans exposed to heat stress, THERMOTHERAPY FOR NEOPLASIA INFLAMMATION, AND PAIN, 2001, pp. 154-158
Authors:
Shiraki, K
Sagawa, S
Tajima, F
Citation: K. Shiraki et al., Muscle sympathetic nerve activity during acute increase in core temperature in humans, THERMOTHERAPY FOR NEOPLASIA INFLAMMATION, AND PAIN, 2001, pp. 159-165
Authors:
Sugenoya, J
Matsumoto, T
Nishiyama, T
Sakamoto, Y
Citation: J. Sugenoya et al., Sympathetic control of sweating and cutaneous active vasodilatation, THERMOTHERAPY FOR NEOPLASIA INFLAMMATION, AND PAIN, 2001, pp. 166-181
Authors:
Saito, H
Kimpara, T
Citation: H. Saito et T. Kimpara, Lesions of the central nervous system and sudomotor impairments, THERMOTHERAPY FOR NEOPLASIA INFLAMMATION, AND PAIN, 2001, pp. 182-191
Authors:
Tsuchiya, K
Citation: K. Tsuchiya, The rat tail as a model organ for peripheral vasodilation, THERMOTHERAPY FOR NEOPLASIA INFLAMMATION, AND PAIN, 2001, pp. 192-199
Authors:
Nagasaka, T
Cabanac, M
Brinnel, H
Hales, JRS
Ogawa, T
Citation: T. Nagasaka et al., Concept of selective brain cooling and its implication, THERMOTHERAPY FOR NEOPLASIA INFLAMMATION, AND PAIN, 2001, pp. 200-206
Authors:
Jessen, C
Kuhnen, G
Citation: C. Jessen et G. Kuhnen, Selective brain cooling in mammals: General and regional modes of operation, THERMOTHERAPY FOR NEOPLASIA INFLAMMATION, AND PAIN, 2001, pp. 207-214
Authors:
Schmidt, I
Citation: I. Schmidt, The role of juvenile thermoregulatory thermogenesis in the development of normal energy balance or obesity, THERMOTHERAPY FOR NEOPLASIA INFLAMMATION, AND PAIN, 2001, pp. 215-225