NISHIYASU Takeshi
- Conference, etc.
- Expiratory flow limitation under moderate hypobaric hypoxia does not influence ventilation, oxygen uptake, and operating lung volumes during incremental running in endurance runners.
Nishiyasu Takeshi; Cao Yinhang; Ichikawa Yuhei; Sasaki Y...
The 17th International Conference on Environmental Ergonomics/2017-11 - Combined effects of cold pressor test and apnea on cardiovascular responses during dynamic two-legged knee extension exercise.
Nishiyasu Takeshi; Matsutake Ryoko; Fujimoto Tomomi; Wata...
The 17th International Conference on Environmental Ergonomics/2017-11 - Separate effects of voluntary hyperventilation and resultant hypocapnia on metabolic and cardiovascular responses during and following supramaximal exercise.
Nishiyasu Takeshi; Dobashi Kohei; Fujii Naoto; Fujimoto ...
The 17th International Conference on Environmental Ergonomics/2017-11 - 東京オリンピック・パラリンピクへの支援状況
Nishiyasu Takeshi
第30回運動と体温の研究会/2016-9-22 - The effect of the inspiratory muscle training on respiratory responses and VO2max in acute hypoxia
Nishiyasu Takeshi
ARIHHP Human High Performance International Forum 2017/2017-3-7 - Low intensity exercise delays shivering response to cool water immersion
Nishiyasu Takeshi
ARIHHP Human High Performance International Forum 2017/2017-3-7 - Effect of expiratory flow limitation on ventilation, oxygen uptake, and lung volume during incremental running under moderate hypobaric hypoxic condition in competitive endurance runners
Nishiyasu Takeshi
ARIHHP Human High Performance International Forum 2017/2017-3-7 - Cardiorespiratory responses during eggbeater kick with or without arm-sculling and cycling in water polo players
Nishiyasu Takeshi
ARIHHP Human High Performance International Forum 2017/2017-3-7 - Dynamic Modulation of Spontaneous Cardiac Baroreflex Sensitivity to Changes in Workloads in Humans
Nishiyasu Takeshi
2016 American College of Sports Medicine Annual Meeting/2016-6-2 - Characteristics of heat-induced hyperventilation at rest and during exercise in humans.
Nishiyasu Takeshi
The 6th International Sports Science Network Forum in Nagano 2016/2016-11-11 - ヘリウム酸素吸入が漸増負荷運動時呼吸筋活動と酸素摂取量に及ぼす影響の性差
Nishiyasu Takeshi
第71回 日本体力医学会大会/2016-9-23 - 暑熱下における高強度間欠的運動時の呼吸代謝応答及びパフォーマンス―ラグビーの競技特性に着目して―
Nishiyasu Takeshi
第30回 運動と体温の研究会,/2016-9-22 - 低強度運動が冷水浸水時の体温調節反応に及ぼす影響―ふるえの深部体温閾値および感受性に着目して―
Nishiyasu Takeshi
第30回 運動と体温の研究会/2016-9-22 - 間欠的な息止めを伴う高強度運動時の呼吸代謝および循環応答―息止め時間および頻度に着目して―
Nishiyasu Takeshi
第71回 日本体力医学会大会/2016-9-23 - 精神性ストレスが安静温熱負荷時の体温―発汗量関係に及ぼす影響
Nishiyasu Takeshi
第71回 日本体力医学会大会/2016-9-25 - 運動前のウォーミングアップや下肢阻血が短時間高強度運動時の呼吸代謝応答及びパフォーマンスに及ぼす影響
Nishiyasu Takeshi
第71回 日本体力医学会大会/2016-9-25 - 冷気吸入が暑熱下運動時における深部体温,換気及び脳血流反応に及ぼす影響
Nishiyasu Takeshi
第71回 日本体力医学会大会/2016-9-24 - 立ち泳ぎ時の呼吸循環応答の特性：上肢の補助運動による影響
Nishiyasu Takeshi
第71回 日本体力医学会大会/2016-9-25 - 暑熱下における高強度間欠的運動時の呼吸代謝応答及びパフォーマンス―ラグビーの競技特性に着目して―
Nishiyasu Takeshi
第71回 日本体力医学会大会/2016-9-24 - 非定常負荷運動に対す動脈圧受容器反射感受性の応答
Nishiyasu Takeshi
第71回 日本体力医学会大会/2016-9-23 - 精神性ストレスが筋代謝受容器活動時の熱放散反応に及ぼす影響
Nishiyasu Takeshi
第71回 日本体力医学会大会/2016-9-25 - 水温の違いが水中での漸増負荷運動時の呼吸循環応答及び体温・パフォーマンスに及ぼす影響
西保 岳
第69回日本体力医学会大会/2014-9-19 - Increase in Exercising Leg Blood Flow Improves Endurance Performance during Dynamic Planter Flexion Exercise
Ichinose Masashi; Ichinose Tomoko; Nishiyasu Takeshi
61st Annual Meeting of the American-College-of-Sports-Medicine/2014-04-01--2014-04-04 - P-06 The effects of compression garments on thermoregulatory response during exercise in the heat(The Proceedings of the 20th Annual Meetings of Japan Society of Exercise and Sports Physiology July 28・29,(Tsukuba))
TSUJI Bun; WATANABE Kazuhito; NISHIYASU Takeshi
第20回運動生理学会/2012-7 - 1-B-04 The work of breathing during incremental cycling exercise in acute hypoxia(The Proceedings of the 19th Annual Meetings of Japan Society of Exercise and Sports Physiology August 25・26, (Tokushima))
OGAWA Takeshi; MAKI Yukimi; FUJII Naoto; TSUJI Bun; NISHI...
the 19th Annual Meetings of Japan Society of Exercise and Sports Physiology August 25・26, (Tokushima)/2011-8 - more...
- Expiratory flow limitation under moderate hypobaric hypoxia does not influence ventilation, oxygen uptake, and operating lung volumes during incremental running in endurance runners.