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Your search keyword '"Tomogane, Kanji"' showing total 15 results
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15 results on '"Tomogane, Kanji"'

1. A Case of Cooperation and Intervention between Hospital Pharmacists and Community Pharmacists by Pharmaceutical Outpatient Service and Telephone Follow-Up

Author

Kato, Yoshitaka, primary, Ejima, Tomohiko, additional, Miki, Arisa, additional, Mizoguchi, Takahiro, additional, Murakami, Rei, additional, Kanda, Eiichiro, additional, Noguchi, Yusuke, additional, Sawada, Shinji, additional, Muraki, Yuichi, additional, Tabuchi, Yusuke, additional, Shikata, Keisuke, additional, and Tomogane, Kanji, additional

Published
2020
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3. Consideration of Preventing Local Venous Pain by Dacarbazine

Author

Ohtsubo, Tatsuya, primary, Tsuji, Takumi, additional, Umeyama, Takayo, additional, Sudou, Miho, additional, Komesu, Kana, additional, Matsumoto, Minako, additional, Yoshida, Yuya, additional, Banno, Rie, additional, Tomogane, Kanji, additional, Fujita, Atsuo, additional, Kohno, Takeyuki, additional, and Mikami, Tadashi, additional

Published
2017
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8. Evaluation of Accuracy of Predictions based on Prescriptions Taken in Advance via Ordering System and Benefits of This for Inventory Management

Author

Kajita, Takashi, primary, Kuroda, Noriko, additional, Tomii, Sachiko, additional, Hayashiguchi, Takeyasu, additional, Kuromatsu, Makoto, additional, Nishikawa, Yutaka, additional, Ohtori, Tohru, additional, Yamaguchi, Kazumi, additional, Tomogane, Kanji, additional, Ueda, Mutsuaki, additional, and Nakatsuka, Eitaro, additional

Published
2010
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14. Acute heat stress induces jumping escape behavior in mice

Author

Harikai, Naoki, Sugawara, Takeyuki, Tomogane, Kanji, Mizuno, Kaoru, and Tashiro, Shin-ichi

Subjects
*ANTHROPOMETRY, *PHYSIOLOGICAL effects of heat, *BODY temperature regulation, *BLOOD plasma
Abstract

Abstract: A new heat escape behavior was revealed in mice (ddY mice) under acute heat stress conditions. Mice in a fully covered cage were exposed to 24, 34, 37 and 38.5 °C for 60 min. Rectal temperature increased in conditions above 34 °C. Furthermore, serum osmolality and body weight loss also increased in conditions above 37 °C. At above 37 °C, a large number of mice attempted to escape from the partially covered cage, and so exhibited jumping behavior during a period of 60 min. However, mice exposed to 24 and 34 °C did not exhibit such behavior. These results indicated that acute heat stress above 37 °C induced evaporative water loss and jumping escape behavior in mice. [Copyright &y& Elsevier]

Published
2004
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15. Dynamic responses to acute heat stress between 34 degrees C and 38.5 degrees C, and characteristics of heat stress response in mice.

Author

Harikai N, Tomogane K, Miyamoto M, Shimada K, Onodera S, and Tashiro S

Subjects
Animals, Arginine Vasopressin blood, Body Temperature, Body Weight, Catecholamines blood, Catecholamines metabolism, Corticosterone blood, Eating, Food Deprivation, Hematocrit, Humidity, Hypothalamus metabolism, Immersion, Male, Mice, Mice, Inbred Strains, Peptic Ulcer Hemorrhage etiology, Restraint, Physical, Serotonin metabolism, Stomach Ulcer etiology, Stress, Physiological metabolism, Stress, Psychological complications, Stress, Psychological metabolism, Water, Hot Temperature adverse effects, Stress, Physiological complications
Abstract

We focused on dynamic responses to acute heat stress between 34 degrees C and 38.5 degrees C. Physiological and neuroendocrinological changes between 34 degrees C and 38.5 degrees C were studied in mice. The influence of humid conditions, 85% relative humidity (RH), on these changes was also investigated. Rectal temperatures increased above 34 degrees C and hematocrit levels increased at 38.5 degrees C 85% RH for 60 min. Food consumption and body weight gains decreased after a daily 60 min exposure to 34, 37 and 38.5 degrees C for 2 weeks. The corticosterone and vasopressin levels in the blood, and catecholamine and serotonin metabolite levels in the hypothalamus were not changed at 34 degrees C, but increased when above 37 degrees C for 60 min. Above 37 degrees C, these physiological and neuroendocrinological changes were accelerated by humid conditions. These results indicated that food consumption and body weight gains decreased above 34 degrees C, and the neuroendocrinological changes, which were accelerated by humid conditions, were induced above 37 degrees C. In comparison with restraint and water immersion stress, heat stress at 37 degrees C 85% RH showed a slower increase in serum corticosterone levels, smaller changes in plasma dopamine and dihydroxyphenylacetic acid levels, and, after repeated exposure, larger decreases in food consumption and body weight gains. This study clarified the relationships between temperature and humidity conditions and physiological and neuroendocrinological changes, along with the characteristics of responses in acute heat stress.

Published
2003
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