Changes of the Physiological Stress Indicator During Snow Cave Staying after CrossCountry Skiing, Yasuo Ishida, Japanese Journal of Mountain Medicine, 39巻, 1号, 66, 72, 2019, Japanese Society of Mountain Medicine, 吉田 升 ,濱田大幹,荒谷友里恵,玉里祐太郎 ,和田拓真 ,斎藤辰哉 ,林聡太郎,古本佳代 ,野瀬由佳,高原皓全 ,西村一樹 ,吉岡 哲,山口英峰,寺脇史子 ,田中一徳 ,原 英喜 ,油井直子,小野寺昇, This study is a field experiment on evacuation into snow caves after mountain activity during winter. This study aimed to determine the relationship between cross-country skiing and physiological stress when subjects stay in snow caves. Six healthy Japanese men volunteered for this study. The parameters measured during exercise were heart rate, blood pressure, rectal temperature and rating of perceived exertion (RPE).Heart rate during exercise was 180 bpm. The exercise was of high intensity, and the RPE was 15. When the men were in the snow caves, their heart rate, oxygen uptake, rectal temperature and reported subjective thermal sensation index decreased significantly, whereas their urinary catecholamine level increased significantly. The physiological stress indices of the participants decreased significantly and quickly when they exercised before entering the snow caves compared with when they did not exercise before entering the snow caves. The body temperature of the participants, which increased during exercise, is reckoned to have decreased rapidly because of the cold stimuli in the snow cave.
Key words: snow cave, cross
Physiological analysis of the airway change of exhalation in simulated face immersion swimming, Hideki Hara, XIIIth International Symposium on Biomechanics and Medicine in Swimming Proceedings, 260, 263, 17 Sep. 2018, Japanese Society of Science in Swimming and Water Exercise, 本間俊之、和田拓真、齋藤辰哉、玉里祐太郎、吉田升、濱田大幹、吉岡哲、小野寺昇, For the safety and continuance of swimming, breathing is the most important factor for everybody.The exhalation airway may change from one's nose to mouth in trained swimmers.The purpose of this study is to support instruction of breath control while swimming, especially for beginners. This airway change might be an involuntary action, so the most important instruction is how to change airway intentionally. We observed difficulty of the airway change for swimmers.We used the nasal and oral pressures to recognize the airway route. Three pressure sensors were attached by surgical tape, one was in the nasal cavity, the other was in the mouth and the last was on cheek. Twelve recreational swimmers signed an informed consent and participated in this experiment. The subjects were in the prone position at pool side. They immersed their faces into the water. In the first trial, after face immersion, subjects held their breath for five seconds, then continued exhalation for five seconds from the nose and then changed the airway to the mouth. In the second trial, the exhalation order changed from the mouth to the nose. Subjects repeated face immersion for four to eight times in each trial. We measured the changing time of exhalation from nose to mouth(CTNM) and mouth to nose(CTMN) on pressure curves. The CTNM was detected from the last peak of nasal pressure curve to the first peak of oral curve while the airway changed. The CTMN was measured from the last oral peak to the first nasal peak. The average of four repetitions of CTNM was 258.1msec and the CTMN was 307.3msec. Six subjects were shorter CTNM than CTMN at the first airway change. The average nasal pressure decreased 0.25cmH2O and oral pressure increased 1.07cmH2O in the first trial. In the second trial, the average nasal pressure increased 0.52cmH2O and oral pressure decreased 0.86cmH2O. The changing time and the pressure difference were revealed no significant difference in the paired T tests. The results seem to show that airway change from nose to mouth is easier than mouth to nose.
Basic Study for Instruction of Respiration in Swimming : Changing Time of Exhalation Rout, Hideki Hara, 27, 2, 377, 384, 17 Jun. 2018, 和田拓真、斎藤辰哉、玉里裕太郎、吉田升、濱田大幹、吉岡哲、小野寺昇, This research aimed to give a physiological basis for instruction of beginner's breathing method in swimming. Measured the time required when changing the exhalation pathway from nose to mouth and mouth to nose using pressure sensors attached in nasal and oral cavities. The airway changing time from mouth to nose was faster than nose to mouth. It come clear that to change the pathway were individual, some subjects were good at breathing from nose to mouth, the others were good at from mouth to nose. And the skillful change was faster than unskillful change. From pictures, some were exhaled from both nose and mouth at the same time in case of try to exhale from the nose or the mouth each.
第18巻, 61, 67, 01 Mar. 1986, 原 英喜、大森俊夫
第18巻, 19, 28, 01 Mar. 1986, 増永正幸、海老沢礼司、川村自行、上口孝文、加藤 寛、北本 拓、原 英喜、一 正孝、長浜尚史
第8巻, 285, 291, 01 Jun. 1987, 原 英喜、大森俊夫、長浜尚史
第3号, 1, 8, 01 Oct. 1987, 加藤朋子、加藤敏明、原 英喜
第15号, 93, 96, 01 Mar. 1988, 入沢雅典、柴田義晴、原 英喜、高山 誠、岩見鉄夫
第13巻, 193, 199, 01 Jun. 1992, 仁平律子、原 英喜、山田佳弘、柴田義晴
Difference of physiological Responses to Swim.& Run., The Ann.Physiol.Anthro., 295, 299, 01 Jun. 1992, 原 英喜、田中弘之、湊久美子
No.29, 67, 72, 01 Sep. 1992, 小野寺昇、木村一彦、宮地元彦、米谷正造、原 英喜
第14巻, 260, 266, 01 Jun. 1993, 原 英喜、大森俊夫、山田佳弘、仁平律子
The Visual and Physiological Data Over Lapping System for Using prescription, ICHPER 36th World Congress, Proceedings, 162, 166, 01 Aug. 1994, 原 英喜、山田佳弘、片居木栄一、吉田健一
197, 227, 01 Dec. 1994, 春日規克、森本 茂、原 英喜
23, 32, 01 Jul. 1996, 柴田義晴、原 英喜、北川幸夫、高橋宗良
第18巻, 175, 184, 01 Jun. 1997, 柴田義晴、北川幸夫
No.1, 36, 39, 01 Jun. 1998, 小野寺 昇、宮地元彦、矢野博己、西村正広、山元健太、松井 健、原 英喜、渡辺律子
The Development of Measuring Nasal Pressure in Water, BIOMECHANICS AND MEDICINE IN SWIMMING Ⅷ, Ⅷ, 135, 139, 01 Dec. 1999, Department of Biology of Physical Activity University of Jyväskylä, Hideki Hara, Shou Onodera, Yoshiharu Shibata
The Study on Breath Characteristic in Kyudo, Research Bulletin of Sports and Physical Arts,Vol.32, 第32巻, 37, 42, 01 Feb. 2000, 原英喜
The study on awkward movements of children, The Reports of Education Research, 104, 109, 01 Jul. 2000, 原英喜、内田雄三、小原晃、笠原悦夫、嶋崎博嗣、高橋弥生、根岸雅美、藤井喜一、村越晃
A study on the measuring method of the respiration at the moment of release in Kyudo, Research Bulletin of Sports and Physical Arts,Vol.34, 第34巻, 15, 25, 01 Mar. 2002, 山田佳弘、原英喜
A study of breathing patterns during swimming in backstroke from the view point of nasal pressure, Japanese Journal of Science in Swimming and Water Exercise, Vol.5, No.5, 5, 10, 30 Oct. 2002
A Study on Nasal Pressure Influenced by Swimming Speed in Breaststroke, The Biomechanics and Medicine in Swimming, No.IX, 63, 67, 01 May 2003, Ritsuko Watanabe, Atsushi Hanaki, Yoshiharu Shibata, Shou Onodera
An analysis of awkward movements in children, Research Journal of Physical Arts, Vol.11,No.1, 11巻1号, 57, 70, 01 Sep. 2004, Society for Studies of Physical Arts, 内田雄三、小原晃、笠原悦夫、嶋崎博嗣、高橋弥生、根岸雅美、藤井喜一、村越晃、深沢寿美枝
The Application of a Sound to Instruction of Swimming for Visually Impaired Person, The Transactions of the Conference Sciences in Swimming and Water Exercise, Vol.8, 12, 13, 01 Dec. 2004, Japanese Society of Sciences in Swimming and Water Exercise, 寺西真人
How do you instruct breathing in swimming?, The proceedings of 2005 Annual Swimming and Water Exercise meeting, 58, 59, 01 Dec. 2005, 原英喜、渡辺律子、山本陽子、川上哲、河口雅史、花木敦、柴田義晴
Development of support system in the improvement of life style for the Kokugakuin University student, Research bulletin of sports and physical art, Vol.38, 第38巻, 31, 36, 01 Mar. 2006, 馬渕博行、山田佳弘、植原吉朗、原英喜
The function of nasal pressure for breathing in the breaststroke, The Biomechanics and Medicine in Swimming, No.X, No.X , 137, 139, 01 Jun. 2006, Faculdade de Desporto Universidade do Port, Ritsuko Watanabe, Atsushi Hanaki, Yoshiharu Shibata, Yoko Yamamoto, Shou Onodera
Development of support system in the improvement of life style for the Kokugakuin University student No.2, Research Bulletin of Sports and Physical Arts, Vol.39, 第39巻, 35, 51, 01 Mar. 2007, The Laboratory of Sports and Physical Art, Kokugakuin University, 原英喜、宮本英美子、園部豊、山田佳弘、植原吉朗、馬渕博行
Vol.8,No.1, 01 Jan. 2008, 本間亜矢子、原英喜、松嵜くみ子、政岡ゆり、本間生夫,
The Relationship between The Results of Physical Fitness Test and Subjective Health or
Exercise Frequency in Students of Faculty of Human Development., 第1号, 10, 16, 28 Feb. 2010, 上口 孝文、木村 一彦、原 英喜、山田 佳弘、伊藤 英之
Analyses of Instruction for Breath Control While Swimming the Breaststroke , Biomechanics and Medicine in Swimming XI
, XI, 319, 320, 01 Jun. 2010, Norwegian School of Sport Science, Yoshioka, A., Matsumoto, N., Nose, Y., Watanabe, R., Shibata, Y., Onodera, S.
Relation between heart rate and water depth in the standing position, Biomechanics and Medicine in Swimming XI, XI, 213, 214, 01 Jun. 2010, Norwegian School of Sport Science , Onodera S.,Yoshioka A., Matsumoto N., Takahara T.,Nose Y., Hirano M., Seki K., Nishimura K.,Baik W.,Murakawa T.
An idea to improve motion ability for under-developed children., Health Science for Children, 13巻 1号, 25 Dec. 2012, Japanese Society of Health Science for Children
Water exercise and health promotion, The jounal of physical fitness and sports medicine, Vol.2, No.4, p.393-400, 25 Nov. 2013, Japanese society of physical fitness and sports medicine, Sho Onodera, Akira Yoshioka, Kazuki Nishimura, Hiroshi Kawano, Kumiko Ono, Takeshi Matsui, Futoshi Ogita and Hideki Hara
Observation of the soft palate while breathing in a simulated swimming situation, Biomechanics and Medicine in Swimming XII, XII, 421, 426, 28 Apr. 2014, Australian Institute of Sport, Youichi Hanaoka, Morio Tonogi, Tsuneya Nakajima
Changes in heart rate during headstand in water, Biomechanics and Medicine in Swimming, XII, 458, 462, 28 Apr. 2014, Australia Institute of Sport, Sho Onodera, Hideki Hara, 他15名
A proposal of active after school activities for children in the natural environment in urban area (2), Proceedings of the 20th Anniversary international symposium of the Society for Studies of Physical Arts, 5, 6, 04 Jul. 2015, The Society for Studies of Physical Arts, Fumiko Nakamura, Hidefusa Natsuaki, Hiroo Abe, Sekiyama Ryuichi, Kiichi Fujii
The Relationship between Physical Exercise and Hell Bone Mass, Ritsuko Watanabe, Annual Report of The Faculty of Education Bunkyo University, 50巻, 20 Dec. 2016, Bunkyo University, 原英喜
The effect of positive pressure on breath control during exercise, Hara Hideki;Yamada Yoshihiro;Nihei Ritsuko, Japanese Journal of Physical Fitness and Sports Medicine, 39, 6, 01 Dec. 1990, The Japanese Society of Physical Fitness and Sport Medicine
Japan Society of Physical Education, Health and Sport Sciences Conference Proceedings, 67, 0, 206_2, 206_2, 2016, Japan Society of Physical Education, Health and Sport Sciences
;, Japanese Journal of Physical Fitness and Sports Medicine, 35, 6, 01 Dec. 1986, The Japanese Society of Physical Fitness and Sport Medicine
;;;;, Japan Society of Physical Education, Health and Sport Sciences Conference Proceedings, 57, 0, 2006, Japan Society of Physical Education, Health and Sport Sciences
;;;;, Japan Society of Physical Education, Health and Sport Sciences Conference Proceedings, 57, 0, 2006, Japan Society of Physical Education, Health and Sport Sciences
;;;;;;;;;;;;;, Japanese Journal of Physical Fitness and Sports Medicine, 57, 1, 01 Feb. 2008, The Japanese Society of Physical Fitness and Sport Medicine
;;, Research Journal of Budo, 32, 0, 62, 62, 1999, Japanese Academy of Budo
;;;;;;;;;, Japanese Journal of Physical Fitness and Sports Medicine, 54, 6, 01 Dec. 2005, The Japanese Society of Physical Fitness and Sport Medicine
Difference of Physiological Responses to Swimming and Running., HARA Hideki;TANAKA Hiroyuki;MlNATO Kumiko, The Annals of physiological anthropology, 11, 3, 295, 299, 1992, Japan Society of Physiological Anthropology, The purpose of this research is to investigate the range of response to the treadmill running and swimming. Cardiovascular changes and substrates changes in blood were examined before and after healthy male subjects (swimming group (SG) has swimming habits and running group (RG) has practiced basketball or baseball or running more than four days a week) swam and ran for 10 to 15 minutes voluntarily. Average heart rate was recovered more quickly in case of running than swimming in the RG, but in the SG there was no difference. Diastolic blood pressure recovered to the rest condition faster in the SG than RG. In case that subjects have done familiar exercise, free fatty acids increased a little more after 10 minutes than in case of unfamiliar exercise. These results suggest that response of habitual exercise showed lesser change of diastolic blood pressure and more increase of free fatty acids. There might be a difference in physiological responses between usual sports and other kinds, so that we had to be careful when we apply different styles of activity to use training.
;;;, Japanese Journal of Physical Fitness and Sports Medicine, 47, 6, 01 Dec. 1998, The Japanese Society of Physical Fitness and Sport Medicine
;;;;, Japanese Journal of Physical Fitness and Sports Medicine, 46, 6, 01 Dec. 1997, The Japanese Society of Physical Fitness and Sport Medicine
Respiratory adaptation for expiratory positive pressure breathing, HARA HIDEKI;INOUE NAOKO, Japanese Journal of Physical Fitness and Sports Medicine, 37, 6, 01 Dec. 1988, The Japanese Society of Physical Fitness and Sport Medicine
The effects of swimming on expiratory function, Hara Hideki;Yamada Yoshihiro;Nihei Ritsuko;Shibata Yoshiharu, Japanese Journal of Physical Fitness and Sports Medicine, 40, 6, 01 Dec. 1991, The Japanese Society of Physical Fitness and Sport Medicine
Effects of expiratory positive pressure breathing at moderate exercise, HARA HIDEKI;OHMORI TOSHIO;HAJIME MASATAKA;INOUE NAOKO, Japanese Journal of Physical Fitness and Sports Medicine, 36, 6, 01 Dec. 1987, The Japanese Society of Physical Fitness and Sport Medicine
Physiological response for expiratory pressure during exercise, HARA HIDEKI;INOUE NAOKO;IWAMI TETSUO, Japanese Journal of Physical Fitness and Sports Medicine, 38, 6, 01 Dec. 1989, The Japanese Society of Physical Fitness and Sport Medicine
Respiratory characteristics of long distance runners, Ohmori Toshio;Hara Hideki;Yamada Yoshihiro, Japanese Journal of Physical Fitness and Sports Medicine, 38, 6, 01 Dec. 1989, The Japanese Society of Physical Fitness and Sport Medicine
;;;;;, Japanese Journal of Physical Fitness and Sports Medicine, 41, 6, 01 Dec. 1992, The Japanese Society of Physical Fitness and Sport Medicine
;;, Japanese Journal of Physical Fitness and Sports Medicine, 41, 6, 01 Dec. 1992, The Japanese Society of Physical Fitness and Sport Medicine
;;;, Japanese Journal of Physical Fitness and Sports Medicine, 41, 6, 01 Dec. 1992, The Japanese Society of Physical Fitness and Sport Medicine
;;;;;, Japanese Journal of Physical Fitness and Sports Medicine, 42, 6, 01 Dec. 1993, The Japanese Society of Physical Fitness and Sport Medicine
;;;;;, Japanese Journal of Physical Fitness and Sports Medicine, 42, 6, 01 Dec. 1993, The Japanese Society of Physical Fitness and Sport Medicine
;;;;;;;, Japanese Journal of Physical Fitness and Sports Medicine, 43, 6, 01 Dec. 1994, The Japanese Society of Physical Fitness and Sport Medicine
;;;;, Japanese Journal of Physical Fitness and Sports Medicine, 43, 6, 01 Dec. 1994, The Japanese Society of Physical Fitness and Sport Medicine
;;;, Japanese Journal of Physical Fitness and Sports Medicine, 44, 6, 01 Dec. 1995, The Japanese Society of Physical Fitness and Sport Medicine
;;;;, Abstracts of Japan Society of Physical Education, Health and Sport Sciences Conference, 48, 0, 1997, Japan Society of Physical Education, Health and Sport Sciences
;;;;;, Abstracts of Japan Society of Physical Education, Health and Sport Sciences Conference, 44, 0, 1993, Japan Society of Physical Education, Health and Sport Sciences
Effect of EMG biofeedback training to motor learning, KITAMOTO HIRAKU;YOSHIDA KENICHI;HARA HIDEKI, Japanese Journal of Physical Fitness and Sports Medicine, 34, 6, 01 Dec. 1985, The Japanese Society of Physical Fitness and Sport Medicine
;;;;;, Abstracts of Japan Society of Physical Education, Health and Sport Sciences Conference, 41, 0, 1990, Japan Society of Physical Education, Health and Sport Sciences
;, Abstracts of Japan Society of Physical Education, Health and Sport Sciences Conference, 38, 0, 1987, Japan Society of Physical Education, Health and Sport Sciences
;;;, Abstracts of Japan Society of Physical Education, Health and Sport Sciences Conference, 38, 0, 1987, Japan Society of Physical Education, Health and Sport Sciences
;;, Abstracts of Japan Society of Physical Education, Health and Sport Sciences Conference, 39, 0, 1988, Japan Society of Physical Education, Health and Sport Sciences
;;;;, Abstracts of Japan Society of Physical Education, Health and Sport Sciences Conference, 38, 0, 1987, Japan Society of Physical Education, Health and Sport Sciences
;;;, Abstracts of Japan Society of Physical Education, Health and Sport Sciences Conference, 38, 0, 1987, Japan Society of Physical Education, Health and Sport Sciences
;;;, Abstracts of Japan Society of Physical Education, Health and Sport Sciences Conference, 38, 0, 1987, Japan Society of Physical Education, Health and Sport Sciences
Physiolosical Intensity of The Carrying Methods used in Lifesaving, Shibata Yoshiharu;Hara Hideki;Takayama Makoto, Bulletin of Tokyo Gakugei University. Series V, Arts and physical education, 38, 171, 179, Oct. 1986, Tokyo Gakugei University