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Category |
Research topic |
Researcher |
University or institution |
Keywords |
|
University |
Blood Flow Restriction Exercise : Comparison with Hypoxic Training and Examination of Synergistic Effect |
Koichi Okita*1, Noriteru Morita*2 |
Hokusho University*1, Hokkaido University of Education*2 |
blood flow restriction, hypoxia, skeletal muscle, training, growth hormon |
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University |
Influence of Respiratory Muscle Training under Hypoxic Conditions on Endurance Performance |
Keisho Katayama*1,Koji Ishida*2,Kazushige Goto*3 |
*1*2 Nagoya University,*3 Ritsumeikan University |
Hypoxia, Respiratory muscle, Endurance performance, Dyspnea, Training |
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University |
The Epigenetic Mechanism of Normobaric Hypoxia on the Sprint-Interval Training |
Toshinori Yoshihara*1, Ryo Kakigi*2 |
*1 COI project center, Juntendo University, *2 Faculty of Medicine, Juntendo University |
epigenetics, hypoxia, histone modification, sprint-interval training, citrate synthase activity |
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University |
Effect of Electrical Stimulation in Hypoxia on Arterial Stiffness and Glucose Metabolism |
Masato Nishiwaki*1, Mami Fujibayashi*2, Naoyuki Matsumoto*3 |
*1 Osaka Institute of Technology, *2 Setsunan University, *3 Prefectural University of Kumamoto |
Arterial stiffness, Hypoxia, Electrical stimulation, Glucose, Exercise |
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University |
Continuous Glucose Monitoring After Aerobic Exercise in Hypoxia |
Yoshiharu Oshida*1, Koji Ishida*1, Teruhiko Koike*1, Keisho Katayama*1, Kazushige Goto*2 |
*1 Nagoya University, *2 Ritsumeikan University |
hypoxic exercise, glucose, Continuous Glucose Monitoring(CGM), normoxia, hypoxia |
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University |
Development of Muscle Strength Training with Intermittent Exposure to Hypoxia |
Mitsuo Neya |
Graduate school of Arts and Sciences, The University of Tokyo |
resistance training, hypoxia, cross-sectional area(CSA), muscular strength, physiological responses, maximal knee extension torque |
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University |
The Effect of Hyperoxic Gas Breathing During Recovery Phase on Exercise Performance in Intermittent Sprint Cycling in Hypoxia |
Takeshi Ogawa*1, Takeshi Nishiyasu*2 |
*1 Tokuyama University, Institute of Health & Sport Sciences, *2 University of Tsukuba |
intermittent sprint cycling, hypoxia |
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University |
Effect of Short Term High-Altitude Training on the Production of Nitric Oxide in Exhaled Air |
Miharu Miyamura*1, Yoshifumi Yasuda*2, Katsuyuki Aoki*2, Osamu Kashimura*3, Kando Kobayashi*4 |
*1 Nagoya University, *2 Toyohashi University of Technology, *3 Toyohashi University of Technology, *4 University of Tokyo |
endothelium-derived relaxing factor, nitric oxide, endogenous NO, hypoxia, high altitude training |
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University |
Effects of the Simulated Altitude Training in the Swim-mill |
Nobutaka Taguchi, Hidetaro Shibayama, Senshi Fukashiro, Izumi Tabata, Taiko Fukashiro |
National Institute of Fitness and Sports in Kanoya |
swimming training, hypoxia, arterial bloodgases, Aerobic work capacity |
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University |
A Basic Study on the Skeletal Muscle from the Standpoint of Sports Aptitude*Influence of Hypobaric Hypoxia and Physical Training on Fiber Composition of Skeletal Muscle in Rats |
Kazuo Itoh*1, Sadayoshi Taguchi*2 |
*1 Faculty of Education, Kobe University, *2 College of Liberal Arts, Kyoto University |
swimming, sea-level control, endurance swimming, hypoxia, FOG fibers |
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