2022/08/11 更新

写真a

ホソカワ ユリ
細川 由梨
所属
スポーツ科学学術院 スポーツ科学部
職名
准教授

兼担

  • 附属機関・学校   グローバルエデュケーションセンター

学歴

  •  
    -
    2016年12月

    コネチカット大学大学院   キネシオロジー研究科   運動生理学専攻  

  •  
    -
    2013年06月

    アーカンソー大学大学院   キネシオロジー研究科   アスレティックトレーニング専攻  

  •  
    -
    2011年03月

    早稲田大学   スポーツ科学部   医科  

  •  
    -
    2007年03月

    国際基督教大学高等学校  

学位

  • 博士

経歴

  • 2021年04月
    -
    継続中

    早稲田大学   スポーツ科学学術院   准教授

  • 2019年04月
    -
    2021年03月

    早稲田大学   スポーツ科学学術院   専任講師

  • 2018年04月
    -
    2019年03月

    立命館大学 スポーツ健康科学部スポーツ健康科学科   講師

  • 2017年01月
    -
    2018年01月

    広報部長・コリーストリンガーインスティテュート

  • 2017年01月
    -
    2018年01月

    教育部長・コリーストリンガーインスティテュート

  • 2017年01月
    -
    2018年01月

    ポストドクトラルフェロー・コリーストリンガーインスティトゥート

  • 2014年08月
    -
    2016年05月

    コネチカット大学 クラブスポーツ アスレティックトレーナー

  • 2013年08月
    -
    2014年05月

    レクトリースクール アスレティックトレーナー

▼全件表示

所属学協会

  • 2019年
    -
    継続中

    子ども安全学会

  • 2019年
    -
    継続中

    スポーツパフォーマンス稲門会

  • 2019年
    -
    継続中

    International Commission on Occupational Health

  • 2018年
    -
    継続中

    日本生気象学会

  • 2017年
    -
    継続中

    International Society of Biometeorology

  • 2015年
    -
    継続中

    日本アスレティクトレーニング学会

  • 2011年
    -
    継続中

    日本臨床スポーツ医学会

  • 2011年
    -
    継続中

    American College of Sports Medicine

  • 2011年
    -
    継続中

    National Athletic Trainers' Association

  • 2011年
    -
    継続中

    ジャパン・アスレティックトレーナーズ機構

  • 2015年
    -
    2020年

    American Physiological Society

▼全件表示

 

研究分野

  • 医療管理学、医療系社会学

  • 生理学

  • スポーツ科学

研究キーワード

  • アスレティックトレーニング、運動生理学、労作性熱射病、熱中症、生気象学、体温調節、体液調節、水分補給、スポーツセーフティ、突然死の予防、レース医療

論文

  • Prehospital Management of Exertional Heat Stroke at Sports Competitions for Paralympic Athletes

    Hosokawa Y, Adami PE, Stephenson B, Blauwet C, Bermon S, Webborn N, Racinais S, Derman W, Goosey-Tolfrey V

    British Journal of Sports Medicine   56 ( 11 ) 599 - 604  2022年  [査読有り]

    担当区分:筆頭著者

  • Prehospital Management of Exertional Heat Stroke at Sports Competitions: International Olympic Committee Adverse Weather Impact Expert Working Group for the Olympic Games Tokyo 2020

    Hosokawa Y, Racinais S, Akama T, Zideman D, Budgett R, Casa DJ, Bermon S, Grundstein AJ, Pitsiladis Y, Schobersberger W, Yamasawa F

    British Journal of Sports Medicine   55   1405 - 1410  2021年  [査読有り]

    担当区分:筆頭著者

  • Athlete Medical Services at the Marathon and Race Walking Events During Tokyo 2020 Olympics

    Makoto Sugawara, Yoshiaki Manabe, Fumihiro Yamasawa, Yuri Hosokawa

    Frontiers in Sports and Active Living   4  2022年04月  [査読有り]

    担当区分:最終著者

    DOI

  • Sudden Death in High School Athletes A Case Series Examining the Influence of Sickle Cell Trait

    Katherine Shoush Cools, Melissa D. Crowder, Kristen L. Kucera, Leah C. Thomas, Yuri Hosokawa, Douglas J. Casa, Adil Gasim, Sang Lee, Tina M, Schade Willis

    Pediatric Emergency Care   38 ( 2 ) e497 - e500  2022年02月  [査読有り]

    DOI

  • Epidemiology of sudden cardiac death and sudden cardiac arrest with resultant disability during high school organized sport in Japan

    Suzuki-Yamanaka M, Ayusawa M, Hosokawa Y, Hirose N, Kanekoka K

    Journal of Science and Medicine in Sport     In Press  2022年  [査読有り]

  • アイススラリーによるプレクーリングが持久性運動パフォーマンスの変化率に与える要因の検討

    岩田 理沙, 河村 拓史, 細川 由梨, 張 黎栗, 鈴木 克彦, 村岡 功

    体力科学     In Press  2022年  [査読有り]

  • 選手用会場医療における労作性熱射病のプレホスピタル対応:オリンピック・パラリンピックレガシーとして残すために

    細川由梨

    日本アスレティックトレーニング学会誌   7 ( 2 ) 201 - 207  2022年  [招待有り]

    担当区分:筆頭著者

  • スポーツ外傷・障害調査に関する提言書:日本臨床スポーツ医学会・日本アスレティックトレーニング学会共同声明

    増島篤, 奥脇透, 広瀬統一, 真鍋知宏, 半谷美夏, 砂川憲彦, 細川由梨, 中山晴雄, 武冨修治, 笠原政志, 眞下苑子

    日本臨床スポーツ医学会誌   30 ( 2 ) 317 - 331  2022年

    担当区分:責任著者

  • 日本の大学スポーツ競技団体が一般公開しているスポーツ関連脳振盪に関する情報発信の内容

    細川由梨, 大伴茉奈, 熊崎昌, 田島千紘, 猪俣巴, 勝俣凜香, 東海林理紗, 巻渕泰輝, 中山晴雄

    日本アスレティックトレーニング学会誌   7 ( 2 ) 257 - 265  2022年  [査読有り]

    担当区分:筆頭著者

  • 本邦におけるスポーツ傷害(外傷・障害・関連疾患)調査の方法論に関するシステマティックレビュー

    山中美和子, 吉村茜, 細川由梨, 砂川憲彦, 広瀬統一, 金岡恒治, 川原貴

    日本臨床スポーツ医学会誌     In Press  2022年  [査読有り]

  • Epidemiology of sports-related fatalities during organized school sports in Japanese high schools between 2009 and 2018

    Miwako Suzuki Yamanaka, Yuri Hosokawa, Mamoru Ayusawa, Norikazu Hirose, Koji Kaneoka

    PLOS ONE   16 ( 8 ) e0256383 - e0256383  2021年08月  [査読有り]

    DOI

  • Bracing for heat and humidity amidst new challenges in Tokyo

    Jennifer K. Vanos, Wendy Marie Thomas, Andy Grundstein, Yuri Hosokawa, Doug Casa

    Temperature   8 ( 3 ) 206 - 208  2021年08月  [査読有り]

    DOI

  • Epidemiology Of Sports-related Fatalities In High School Organized Sports In Japan

    Miwako Suzuki-Yamanaka, Yuri Hosokawa, Mamoru Ayusawa, Norikazu Hirose, Koji Kaneoka

    Medicine & Science in Sports & Exercise   53 ( 8S ) 204 - 204  2021年08月

    DOI

  • Reply to the Editor

    Luke N. Belval, Gabrielle E. W. Giersch, William M. Adams, Yuri Hosokawa, John F. Jardine, Rachel K. Katch, Rebecca L. Stearns, Douglas J. Casa

    Journal of Athletic Training   56 ( 8 ) 803 - 804  2021年08月

    DOI

  • Heat Safety in the Workplace: Modified Delphi Consensus to Establish Strategies and Resources to Protect U.S Workers

    Margaret C. Morrissey, Douglas J. Casa, Gabrielle J. Brewer, William M. Adams, Yuri Hosokawa, Courteney L. Benjamin, Andrew J. Grundstein, David Hostler, Brendon P. McDermott, Meredith L. McQuerry, Rebecca L. Stearns, Erica M. Filep, David W. DeGroot, Juley Fulcher, Andreas D. Flouris, Robert A. Huggins, Brenda L. Jacklitsch, John F. Jardine, Rebecca M. Lopez, Ronda B. McCarthy, Yannis Pitisladis, Riana R. Pryor, Zachary J. Schlader, Caroline J. Smith, Denise L. Smith, June T. Spector, Jennifer K. Vanos, W. Jon Williams, Nicole T. Vargas, Susan W. Yeargin

    GeoHealth   5 ( 8 ) e2021GH000443  2021年07月  [査読有り]

    DOI

  • Potential use of new cooling technologies during Tokyo 2020 Olympics and associated ethical dilemmas

    Borja Muniz-Pardos, Konstantinos Angeloudis, Fergus M Guppy, Kumpei Tanisawa, Yuri Hosokawa, Garrett Ash, Wolfgang Schobersberger, Andrew Grundstein, Victor Bargoria, Gerald O Lwande, James H Ombaka, Emin Ergen, Fumihiro Yamasawa, Sebastien Racinais, Douglas J Casa, Yannis P Pitsiladis

    British Journal of Sports Medicine   55   1315 - 1316  2021年05月  [査読有り]

    DOI

  • 「アスレティックトレーナー」と「トレーナー」は同じなのか?実態調査を用いた属性と業務比較

    泉秀幸, 笹木 正悟, 細川 由梨

    日本アスレティックトレーニング学会誌   7 ( 1 ) 127 - 134  2021年  [査読有り]

  • 科学的根拠に基づいた提言書ができるまで

    細川由梨

    日本アスレティックトレーニング学会誌   7 ( 1 ) 17 - 21  2021年  [査読有り]

    担当区分:筆頭著者

  • 柔道部活動は安全になったか?-頭頚部外傷での死亡・障害事故に着目して-

    Murata Yuki, Otomo Mana, Uchida Ryo, Hosokawa Yuri, Torri Suguru

    日本臨床スポーツ医学会誌   29 ( 3 ) 430 - 437  2021年  [査読有り]

  • Wearable and telemedicine innovations for Olympic events and elite sport

    Muniz-Pardos B, Angeloudis K, Guppy FM, Keramitsoglou I, Sutehall S, Bosch A, Tanisawa K, Hosokawa Y, Ash GI, Schobersberger W, Grundstein AJ, Casa DJ, Morrissey MC, Yamasawa F, Zelenkova I, Racinais S, Pitsiladis Y

    Journal Sport Medicine and Physical Fitness   61 ( 8 ) 1061 - 1072  2021年  [査読有り]

  • アメリカンフットボールにおける暑熱リスクと対策

    細川由梨

    フットボールの科学   16 ( 1 ) 34 - 40  2021年  [招待有り]

  • Comparison of the effect of post-exercise cooling with ice slurry ingestion between males and females

    Iwata R, Kawamura T, Hosokawa Y, Chang L, Suzuki K, Muraoka I

    Journal of Thermal Biology   99   In Press - 102979  2021年  [査読有り]

    DOI

  • Ethical dilemmas and validity issues related to the use of new cooling technologies and early recognition of exertional heat illness in sport

    Muniz-Pardos B, Angeloudis K, Guppy FM, Tanisawa K, Hosokawa Y, Ash GI, Shobersberger W, Grundstein AJ, Yamasawa F, Racinais S, Casa DJ, Pitsiladis Y

    BMJ Open Sport & Exercise Medicine   7 ( 2 )  2021年  [査読有り]

    DOI

  • Epidemiology of Sudden Death in Organized School Sports in Japan

    Hosokawa Y, Stearns RL, Kucera K, Murata Y, Yamanaka M, Casa DJ

    Injury Epidemiology   8 ( 27 )  2021年  [査読有り]

    担当区分:筆頭著者

  • Preseason Heat Safety in Secondary School Athletics

    Adams WM, Hosokawa Y, Casa DJ

    Journal of Athletic Training   56 ( 4 ) 349 - 351  2021年  [査読有り]

  • Roundtable on Preseason Heat Safety in Secondary School Athletics: Heat Acclimatization

    Adams WM, Hosokawa Y, Casa DJ, Périard JD, Racinais S, Wingo JE, Yeargin SW, Scarneo-Miller SE, Kerr ZY, Belval LN, Alosa D, Csillan D, Labella C, Walker L

    Journal of Athletic Training   56 ( 4 ) 352 - 361  2021年  [査読有り]

  • Round Table on Preseason Heat Safety in Secondary School Athletics: Prehospital Care of Exertional Heatstroke Patients

    Miller KC, Casa DJ, Adams W, Hosokawa Y, Cates J, Emrich C, Fitzpatrick T, Hopper M, Jardine J, Labotz M, Lopez R, O'Connor F, Smith S

    Journal of Athletic Training   56 ( 4 ) 372 - 382  2021年  [査読有り]

  • Round Table on Preseason Heat Safety in Secondary School Athletics: Methods of Environmental Monitoring for Heat Safety During Activity

    Hosokawa Y, Adams WM, Casa DJ, Vanos JK, Cooper ER, Grundstein AJ, Jay O, McDermott BP, Otani H, Raukar N, Stearns RL, Tripp B

    Journal of Athletic Training   56 ( 4 ) 362 - 371  2021年  [査読有り]

    担当区分:筆頭著者

    DOI

  • Greater thermoregulatory strain in the morning than late afternoon during judo training in the heat of summer

    Hidenori Otani, Takayuki Goto, Yuki Kobayashi, Minayuki Shirato, Heita Goto, Yuri Hosokawa, Ken Tokizawa, Mitsuharu Kaya

    PLOS ONE   15 ( 12 ) e0242916 - e0242916  2020年12月  [査読有り]

    DOI

  • Age- and Sex-Based Differences in Exertional Heat Stroke Incidence in a 7-Mile Road Race

    Luke N. Belval, Gabrielle E.W. Giersch, William M. Adams, Yuri Hosokawa, John F. Jardine, Rachel K. Katch, Rebecca L. Stearns, Douglas J. Casa

    Journal of Athletic Training   55 ( 12 ) 1224 - 1229  2020年11月  [査読有り]

    DOI

  • Incidence of Recurrent Exertional Heat Stroke in a Warm-Weather Road Race

    Stearns RL, Hosokawa Y, Adams WM, Belval LN, Huggins RA, Jardine JF, Katch RK, Davis RJ, Casa DJ

    Medicina   56 ( 12 ) 720  2020年  [査読有り]

  • The epidemiology and management of exertional heat illness events in high school sports, 2012/13-2016/17 academic years

    Kerr ZY, Yeargin S, Hirschorn R, Hosokawa Y, Casa DJ

    Journal of Sports Rehabilitation   29 ( 3 ) 332 - 338  2020年  [査読有り]

    DOI

  • Environmental Conditions, Preseason Fitness Levels, and Game Workload: Analysis of a Female NCAA DI National Championship Soccer Season

    Benjamin C, Hosokawa Y, Curtis RM, Schaefer DA, Bergin RT, Abegg MR, Casa DJ

    Journal of Strength and Conditioning Research   34 ( 4 ) 988 - 994  2020年  [査読有り]

  • Translating evidence-based practice to clinical practice in Tokyo 2020: How to diagnose and manage exertional heat stroke

    Hosokawa Y, Casa DJ, Racinais S

    British Journal of Sports Medicine   54   883 - 884  2020年  [査読有り]

    DOI

  • Solar radiation and the validity of infrared tympanic temperature during exercise in the heat

    Otani H, Kaya M, Tamaki A, Hosokawa Y, Lee JKW

    International Journal of Biometeorology   64   39 - 45  2020年  [査読有り]

    DOI

  • Exertional Heat Stroke of Max Gilpin; A Preventable Death

    Adams WM, Belval LN, Hosokawa Y, Stearns RL, Casa DJ

    Quest   72 ( 1 ) 102 - 115  2020年  [査読有り]

    DOI

  • A multi-scalar climatological analysis in preparation for extreme heat at the Tokyo 2020 Olympic and Paralympic Games

    Vanos JK, Thomas WM, Grundstein AJ, Hosokawa Y, Liu Y, Casa DJ

    Temperature   7 ( 2 ) 191 - 214  2020年  [査読有り]

    DOI

  • Extreme heat & health at Tokyo2020ne: The need for scientific coalition across sectors

    Hosokawa Y, Vanos JK

    Temperature   7 ( 2 ) 111 - 113  2020年  [査読有り]  [招待有り]

    DOI

  • 日本の高等学校における熱中症対策:アスレティックトレーナーによる介入事例

    小出敦也, 細川由梨

    日本アスレティックトレーニング学会誌   6 ( 1 ) 67 - 73  2020年  [査読有り]

  • 学校現場でのスポーツに関連する「障害」の実態

    Otomo M, Hosokawa Y, Murata Y, Tsukuda F, Sunagawa N

    日本アスレティックトレーニング学会誌   5 ( 2 ) 93 - 99  2020年  [招待有り]

     概要を見る

    <p>学校現場における「障害」の実態を調査し,学校現場におけるアスレティックトレーナーの必要性を検討した.</p><p>独立行政法人日本スポーツ振興センターの災害給付データベースを参照し,平成21年度から30年度までに中学校と高等学校の校舎内において発生した「障害」事例2,094件を抽出して検討した.</p><p>課外指導では98%,各教科等では86%,学校行事では71%がスポーツに関連する活動を行っていた際に「障害」が発生していた.運動場・校庭では93%,体育館・室内運動場では90%,プールでは96%がスポーツに関連する活動を行っていたことがわかった.</p><p>学校現場で発生する「障害」の多くはスポーツに関連したものであり,ATが学校現場に配置された場合は,それらに対する応急処置や「障害」の予防を含めた安全管理を行うことが可能となる.</p>

    DOI CiNii

  • 運動再開に向けて指導者が注意すべきこと:理論編

    Hosokawa Y, Akuzawa H, Akiyama K

    コーチングクリニック   34 ( 7 ) 45 - 47  2020年

    CiNii

  • 熱中症の病態に基づく評価と対応

    Hosokawa Y

    臨床スポーツ医学   37 ( 6 ) 646 - 650  2020年  [招待有り]

  • 我が国におけるフルタイムのアスレティックトレーナーとして活動する日本スポーツ協会公認アスレティックトレーナーの特徴

    Izumi H, Sasaki S, Hosokawa Y

    日本アスレティックトレーニング学会誌   6 ( 1 ) 95 - 104  2020年  [査読有り]

  • Heat Policy Revision for Georgia High School Football Practices based on Data-Driven Research

    Cooper E, Grundstein AJ, Miles J, Ferrara M, Curry P, Casa DJ, Hosokawa Y

    Journal of Athletic Training     673 - 681  2020年  [査読有り]

    DOI

  • Exertional Heat Illness Preparedness Strategies: Environmental Monitoring Policies in United States High Schools

    Scarneo-Miller SE, Belval LN, Yeargin SW, Hosokawa Y, Kerr, ZY, Casa DJ

    Medicina   56 ( 10 ) 486  2020年  [査読有り]

  • Differences between sexes in thermoregulatory responses and exercise time during endurance exercise in a hot environment following pre-cooling with ice slurry ingestion

    Risa Iwata, Takuji Kawamura, Yuri Hosokawa, Lili Chang, Katsuhiko Suzuki, Isao Muraoka

    Journal of Thermal Biology   94   102746 - 102746  2020年  [査読有り]

    DOI

  • Chemically-activated Cooling Vest’s Effect on Cooling Rate Following Exercise-induced Hyperthermia: A Randomized Counter-Balanced Crossover Study

    Yuri Hosokawa, Luke N. Belval, William M. Adams, Lesley W. Vandermark, Douglas J. Casa

    Medicina   56 ( 10 ) 539  2020年  [査読有り]

  • 労作性熱中症の応急処置としての冷却方法

    Hosokawa Y

    臨床スポーツ医学   37 ( 11 ) 1272 - 1277  2020年  [招待有り]

  • Influence of Race Performance and Environmental Conditions on Exertional Heat Stroke Prevalence among Runners Participating in a Warm Weather Road

    Grundstein AJ, Hosokawa Y, Casa DJ, Stearns RL, Jardine JF

    Frontiers in Sports and Active Living   1:41   1 - 5  2019年  [査読有り]

    DOI

  • Practical Hydration Solutions for Sports and the Physically Active

    Belval LN, Hosokawa Y, Casa DJ, Adams WM, Armstrong LE, Baker L, Burke, Cheuvront S, Chiampas G, Gonzalez-Alonso J, Huggins RA, Kavouras S, Lee EC, McDermott B, Miller K, Schlader Z, Sims S, Stearns RL, Tryoanos C, Wingo J

    Nutrients   11 ( 7 ) 1550  2019年  [査読有り]

    DOI

  • 深部体温のモニタリングとパフォーマンス

    Sekiguchi Y, Hosokawa Y

    Training Journal   472   41 - 43  2019年  [招待有り]

  • 主観的な指標を用いたコンディションのモニタリング

    Sekiguchi Y, Hosokawa Y

    Training Journal   473   41 - 43  2019年  [招待有り]

  • モニタリングを通してトレーニングの安全とパフォーマンス向上を考える

    Sekiguchi Y, Hosokawa Y

    Training Journal   474   41 - 43  2019年  [招待有り]

  • Monitoring Internal Body Temperature

    Sekiguchi Y, Belval LN, Stearns RL, Casa DJ, Hosokawa Y

    Sports Science Exchange   29   1 - 5  2019年  [招待有り]

  • 労作性熱射病

    Taniguchi J, Hosokawa Y

    LiSA   26 ( 7 ) 680 - 682  2019年  [招待有り]

  • Athletic Training Services in Japan: A Comparison of the United States and Japan Based on Educational Background

    Izumi H, Hosokawa Y

    Athletic Training Education Journal   14 ( 4 ) 305 - 314  2019年  [査読有り]

    DOI

  • Wireless Measurement of Rectal Temperatures During Exercise: Comparing an Ingestible Thermometric Telemetric Pill Used as a Suppository Against a Conventional Rectal Probe

    Gosselin J, Béliveau J, Hamel M, Casa DJ, Hosokawa Y, Morais J, Goulet EDB

    Journal of Thermal Biology   83   112 - 118  2019年  [査読有り]

    DOI

  • Solar radiation exposure has diurnal effects on thermoregulatory response during soccer training in the heat outdoors

    Otani H, Goto T, Goto H, Hosokawa Y, Shirato M

    Journal of Strength & Conditioning Research   33 ( 10 ) 2608 - 2615  2019年  [査読有り]

    DOI

  • Inconsistency in the standard of care for exertional heat stroke– toward evidence-based management of exertional heat stroke

    Hosokawa Y, Nagata T, Hasegawa M

    Frontiers of Physiology   18  2019年  [査読有り]

    DOI

  • Is heat tolerance state or trait?

    Hosokawa Y, Stearns RL, Casa DJ

    Sports Medicine   49 ( 3 ) 365 - 370  2019年  [査読有り]

    DOI

  • Activity modification in heat: critical assessment of guidelines across athletic, occupational, and military settings in the USA

    Hosokawa Y, Casa DJ, Trtanj J, Belval LN, Deuster PA, Giltz S, Grundstein AJ, Hawkins M, Huggins Ra, Jacklitsch B, Jardine JF, Jones H, Kazman JB, Reynolds ME, Thomas RJ, Tustin AW, Schnapp K, Stearns RL, Vanos JK, Williams A, Williams WJ

    International Journal of Biometeorology   63   405 - 427  2019年  [査読有り]

    DOI

  • Epidemiology of Sudden Death in Organized Youth Sports in the United States, 2007-2015

    Endres B, Stearns RL, Adams WM, Kerr ZY, Kucera KL, Hosokawa Y, Huggins RA, Casa DJ

    Journal of Athletic Training   54 ( 4 )  2019年  [査読有り]

    DOI

  • The Globalization of Athletic Training and Athletic Therapy Education: Special Guest Editor Welcome

    Hosokawa Y

    Athletic Training Education Journal   14 ( 4 ) 240 - 240  2019年  [査読有り]

  • Compliance with the National Athletic Trainers’ Association Inter-Association Task Force preaseason heat acclimatization guidelines in the 2017 high school football preseason

    Kerr ZY, Register-Mihalik JK, Pryor RR, Hosokawa Y, Scarneo SE, Casa DJ

    Journal of Athletic Training   54 ( 7 ) 749 - 757  2019年  [査読有り]

    DOI

  • Knowledge and Belief Toward Heat Safety and Hydration Strategies Among Runners: A Preliminary Evaluation

    Hosokawa Y, Johnson E, Stearns RL, Jardine JF, Casa DJ

    Journal of Athletic Training   54 ( 5 ) 541 - 549  2019年  [査読有り]

  • The influence of compression socks during a marathon on exercise-associated muscle damage

    Zaleski AL, Pescatello LS, Panza GA, Ballard KD, Adams WM, Hosokawa Y, Thompson PD

    Journal of Sport Rehabilitation   28 ( 7 ) 724 - 728  2019年  [査読有り]

    DOI

  • Factors involved in the onsite management and care of exertional heat stroke in secondary school athletics

    Adams WM, Belval LN, Hosokawa Y

    Athletic Training & Sports Health Care   11 ( 5 ) 206 - 209  2019年  [査読有り]

  • The Socio-Ecological Framework: A Multi-Faceted Approach to Sport-Related Death in High School Sports

    Scarneo SE, Kerr ZY, Kroshus E, Register-Mihalki JK, Hosokawa Y, Stearhs RL, DiStefano LJ, Casa DJ

    Journal of Athletic Training   54 ( 4 ) 356 - 360  2019年  [査読有り]

  • スポーツに参加する子ども, 指導者, 教師, 保護者を対象とした脳振盪の教育に関するレビュー

    Murata Y, Hosokawa Y, Otomo M, Uchida R

    日本臨床スポーツ医学会誌   27 ( 1 ) 118 - 144  2019年  [査読有り]

     概要を見る

    本研究はスポーツで発生する脳振盪の教育に関する英語の学術論文をレビューし、脳振盪教育の内容、方法、教育効果の評価指標、教育効果についてまとめた。脳振盪教育の内容には、症状や兆候等の脳振盪の発見、メカニズム、脳振盪が発生した際に非医療従事者が行う対処、適切でない対処による(悪い)帰結等が共通して取り扱われていた。一方、適切なスキルや学習復帰等を教育内容とする報告は少なかった。教育方法には、一斉学習、個別学習、ルール・政策による規制が用いられていた。教育効果の評価指標は、知識、主観的事象(意思、態度、主観的規範、行動コントロール感、自信、判断、行動変容についての自己報告など)、客観的事象(受傷件数、危険な行動の発生回数など)に分類された。教育介入を行うことで知識の改善は示されていたが、主観的事象および客観的事象については限定的な改善に留まった。(著者抄録)

  • The WBGT Index: A Primer for Road Race Medicine

    Cheuvront SN, Hosokawa Y

    Endurance and Sports Medicine   2 ( 3 ) 22 - 26  2018年  [招待有り]

  • 連載:ジュニア期のリスクマネジメントを考える 第25回:異常気象に備える

    Hosokawa Y

    Coaching Clinic     82 - 85  2018年01月  [招待有り]

  • Knowledge and belief toward heat safety and hydration strategies among runners participating in summer race

    Hosokawa Y, Johnson E, Stearns RL, Jardine JF, Casa DJ

    Journal of Athletic Training    2018年

  • Fatal Exertional Heat Stroke and American Football Players: The Need for Regional Heat-Safety Guidelines

    Grundstein AJ, Hosokawa Y, Casa DJ

    Journal of Athletic Training   53 ( 1 ) 43 - 50  2018年  [査読有り]

  • Consensus Statement- Pre-Hospital Emergency Care of Exertional Heat Stroke

    Belval LN, Casa DJ, Adams WM, Chiampas GC, Davis R, Holschen J, Hosokawa Y, Huggins RA, Jardine JF, Labotz M, McClaine K, Nye NS, O’Connor FG, Prine BR, Shawn K, Smith SM, Stearns RL, Vandermark LW

    Prehospital Emergency Care   22 ( 3 ) 392 - 397  2018年  [査読有り]

  • Extreme Heat Considerations in International Football Venues: The Utility of Employing Climatological Data in Decision Making

    Hosokawa Y, Grundstein AJ, Casa DJ

    Journal of Athletic Training   53 ( 9 ) 860 - 865  2018年  [査読有り]

  • Pearls of Practice: Organization and Execution of On-site Health Care during a Mass Participation Event

    Adams WM, Hosokawa Y, Troyanos C

    Athletic Training & Sports Health Care   10 ( 3 ) 101 - 104  2018年  [査読有り]

  • Exertional heat illness incidence and on-site medical team preparedness in warm weather

    Hosokawa Y, Adams WM, Belval LN, Davis RJ, Huggins RA, Jardine JF, Katch RK, Stearns RL, Casa DJ

    International Journal of Biometeorology   62   1147 - 1153  2018年  [査読有り]

  • 暑熱環境にけるパフォーマンスの最適化

    Hosokawa Y, Tokizawa K

    Journal of the Japan Research Association for Textile End-Uses   59 ( 11 ) 862 - 866  2018年  [査読有り]

    DOI

  • Environmental Conditions and Seasonal Variables in American Youth Football Leagues

    Susan W. Yeargin, Erin Cahoon, Yuri Hosokawa, James M. Mensch, Thomas P. Dompier, Zachary Y. Kerr

    CLINICAL PEDIATRICS   56 ( 13 ) 1209 - 1218  2017年11月

     概要を見る

    Our study describes youth football (YFB) environmental conditions and the associated heat index (HI) risk category. An observational research design was utilized. Independent variables included month, time, event, and geographic location. Main outcome variables were frequency of events, average HI, and corresponding risk categorization. The HI was recorded with the day and time for each YFB event across 2 YFB seasons. Nearly half (49.8%) of events were in a high HI risk category and 20.0% should have been cancelled. The hottest HI values were recorded in July and August (83.2 +/- 9.4 degrees F to 87.2 +/- 10.9 degrees F; 24.0% of YFB events). The 7 to 10 am time frame was cooler (67.7 +/- 14.5 degrees F; 6.3% of YFB events) than other time frames (P &lt; .001). Hotter HI values were recorded in practices versus games (75.9 +/- 14.1 degrees F vs 70.6 +/- 14.6 degrees F; t = -6.426, P &lt; .001). Starting the YFB season in September and holding weekend events in the early morning hours can decrease exposure to environmental heat stress.

    DOI

  • Round Table on Malignant Hyperthermia in Physically Active Populations: Meeting Proceedings

    Yuri Hosokawa, Douglas J. Casa, Henry Rosenberg, John F. Capacchione, Emmanuel Sagui, Sheila Riazi, Luke N. Belval, Patricia A. Deuster, John F. Jardine, Stavros A. Kavouras, Elaine C. Lee, Kevin C. Miller, Sheila M. Muldoon, Francis G. O'Connor, Scott R. Sailor, Nyamkhishig Sambuughin, Rebecca L. Stearns, William M. Adams, Robert A. Huggins, Lesley W. Vandermark

    JOURNAL OF ATHLETIC TRAINING   52 ( 4 ) 377 - 383  2017年04月

     概要を見る

    Context: Recent case reports on malignant hyperthermia (MH)-like syndrome in physically active populations indicate potential associations among MH, exertional heat stroke (EHS), and exertional rhabdomyolysis (ER). However, an expert consensus for clinicians working with these populations is lacking.
    Objective: To provide current expert consensus on the (1) definition of MH; (2) history, etiology, and pathophysiology of MH; (3) epidemiology of MH; (4) association of MH with EHS and ER; (5) identification of an MH-like syndrome; (6) recommendations for acute management of an MH-like syndrome; (7) special considerations for physically active populations; and (8) future directions for research.
    Setting: An interassociation task force was formed by experts in athletic training, exercise science, anesthesiology, and emergency medicine. The ''Round Table on Malignant Hyperthermia in Physically Active Populations'' was convened at the University of Connecticut, Storrs, September 17-18, 2015.
    Conclusions: Clinicians should consider an MH-like syndrome when a diagnosis of EHS or ER cannot be fully explained by clinical signs and symptoms presented by a patient or when recurrent episodes of EHS or ER (or both) are unexplained. Further research is required to elucidate the genetic and pathophysiological links among MH, EHS, and ER.

    DOI

  • Tarp-Assisted Cooling as a Method of Whole-Body Cooling in Hyperthermic Individuals

    Yuri Hosokawa, William M. Adams, Luke N. Belval, Lesley W. Vandermark, Douglas J. Casa

    ANNALS OF EMERGENCY MEDICINE   69 ( 3 ) 347 - 352  2017年03月

     概要を見る

    Study objective: We investigated the efficacy of tarp-assisted cooling as a body cooling modality.
    Methods: Participants exercised on a motorized treadmill in hot conditions (ambient temperature 39.5 degrees C [103.1 F], SD 3.1 degrees C [5.58 F]; relative humidity 38.1% [SD 6.7%]) until they reached exercise-induced hyperthermia. After exercise, participants were cooled with either partial immersion using a tarp-assisted cooling method (water temperature 9.20 degrees C [48.56 F], SD 2.81 degrees C [5.06 F]) or passive cooling in a climatic chamber.
    Results: There were no differences in exercise duration (mean difference=0.10 minutes; 95% CI-5.98 to 6.17 minutes or end exercise rectal temperature (mean difference=0.10 degrees C [0.18 degrees F]; 95% CI-0.05 C to 0.25 degrees C [-0.09 degrees F to 0.45 degrees F] between tarp-assisted cooling (48.47 minutes [SD 8.27 minutes]; rectal temperature 39.73 degrees C [103.51 degrees F], SD 0.27 degrees C [0.49 degrees F]) and passive cooling (48.37 minutes [SD 7.10 minutes]; 39.63 degrees C [103.33 degrees F], SD 0.40 C [0.72 degrees F]). Cooling time to rectal temperature 38.25 degrees C (100.85 degrees F) was significantly faster in tarp-assisted cooling (10.30 minutes [SD 1.33 minutes]) than passive cooling (42.78 [SD 5.87 minutes]). Cooling rates for tarp-assisted cooling and passive cooling were 0.17 degrees C/min (0.31 degrees F/min), SD 0.07 degrees C/min (0.13 degrees F/min) and 0.04 degrees C/min (0.07 degrees F/min), SD 0.01 C/min (0.02 degrees F/ min), respectively (mean difference=0.13 degrees C [0.23 F]; 95% CI 0.09 C to 0.17 degrees C [0.16 degrees F to 0.31 degrees F]. No sex differences were observed in tarp-assisted cooling rates (men 0.17 degrees C/min [0.31 F/min], SD 0.07 degrees C/min [0.13 F/min]; women 0.16 degrees C/min [0.29 degrees F/min], SD 0.07 degrees C/min [0.13 degrees F/min]; mean difference=0.02 degrees C/min [0.04 degrees F/min]; 95% CI-0.06 C/min to 0.10 degrees C/min [-0.11 degrees F/min to 0.18 degrees F/min]). Women (0.04 degrees C/min [0.07 degrees F/min], SD 0.01 degrees C/min [0.02 degrees F/min]) had greater cooling rates than men (0.03 degrees C/min [0.05 F/min], SD 0.01 degrees C/min [0.02 degrees F/min]) in passive cooling, with negligible clinical effect (mean difference=0.01 degrees C/min [0.02 F/min]; 95% CI 0.001 degrees C/min to 0.024 degrees C/ min [0.002 degrees F/min to 0.04 degrees F/min]). Body mass was moderately negatively correlated with the cooling rate in passive cooling (r=-0.580) but not in tarp-assisted cooling (r=-0.206).
    Conclusion: In the absence of a stationary cooling method such as cold-water immersion, tarp-assisted cooling can serve as an alternative, field-expedient method to provide on-site cooling with a satisfactory cooling rate.

    DOI

  • Deviation from goal pace, body temperature and body mass loss as predictors of road race performance

    William Adams, Yuri Hosokawa, Luke Belval, Robert Huggins, Rebecca Stearns, Douglas Casa

    JOURNAL OF SCIENCE AND MEDICINE IN SPORT   20 ( 3 ) 302 - 306  2017年03月

     概要を見る

    Objectives: The purpose of this study was to examine the relationship between pacing, gastrointestinal temperature (T-GI), and percent body mass loss (%BML) on relative race performance during a warm weather 11.3 km road race.
    Design: Observational study of a sample of active runners competing in the 2014 Falmouth Road Race.
    Methods: Participants ingested a T-GI pill and donned a GPS enabled watch with heart rate monitoring capabilities prior to the start of the race. Percent off predicted pace (%OFF) was calculated for seven segments of the race. Separate linear regression analyses were used to assess the relationship between pace, T-GI, and %BML on relative race performance. One-way ANOVA was used to analyse post race T-GI (&gt;= 40 degrees C vs &lt;40 degrees C) on pace and %OFF.
    Results: Larger %BML was associated with faster finish times (R-2 = 0.19, p = 0.018), faster average pace (R-2 = 0.29, p = 0.012), and a greater %OFF (R-2 = 0.15, p = 0.033). %OFF during the first mile (1.61 km) significantly predicted overall finish time (R-2 = 0.64, p &lt; 0.001) while %OFF during the second mile (3.22 km) (R-2 change = 0.18, p &lt; 0.001) further added to the model (R-2 = 0.82, p &lt; 0.001). Body temperature (pre race T-GI and post race T-GI) was not predictive of overall finish time (p &gt; 0.05). There was a trend in a slower pace (p = 0.055) and greater %OFF (p = 0.056) in runners finishing the race with a T-GI &gt; 40 degrees C.
    Conclusions: Overall, finish time was influenced by greater variations in pace during the first two miles of the race. In addition, runners who minimized fluid losses and had lower T-GI were associated with meeting self-predicted goals. (C) 2016 Sports Medicine Australia. Published by Elsevier Ltd. All rights reserved.

    DOI

  • 熱中症の予防とスポーツ現場での対応

    Hosokawa Y

    The Backboard   6   65 - 69  2017年  [招待有り]

  • Exercise performance and safety in the heat

    Hosokawa Y

    Journal of Japanese Society for Athletic Training   3 ( 1 ) 33 - 38  2017年  [招待有り]

  • The Inter-Association Task Force for Youth Sports Emergency Health & Safety: Best Practices Recommendations

    Huggins RA, Scarneo SE, Casa DJ, Alic S, Belval LN, Carr K, Chaffin E, Chiampas G, Clayton M, Colvin A, Curtis RM, Duffy AJ, Flury A, Gammons M, Griffin B, Hosokawa Y, Jardine JF, Jorgenson A, Labella CR, Margarucci K, Miller J, Moskovitz-Thompson L, Ransone J, Scott K, Oats R, Sailor S, Stearns RL, Vandermark LW, Weston T

    Journal of Athletic Training   52 ( 4 ) 383 - 400  2017年  [査読有り]

  • Preventing Death from Exertional Heat Stroke—The Long Road from Evidence to Policy

    Casa DJ, Hosokawa Y, Belval LN, Adams WM, Stearns RL

    Kinesiology Review   6 ( 1 ) 99 - 109  2017年  [査読有り]

  • Reduction in body temperature using hand cooling versus passive rest after exercise in the heat

    William M. Adams, Yuri Hosokawa, Elizabeth L. Adams, Luke N. Belval, Robert A. Huggins, Douglas J. Casa

    JOURNAL OF SCIENCE AND MEDICINE IN SPORT   19 ( 11 ) 936 - 940  2016年11月

     概要を見る

    Objectives: To examine the effects of hydration and hand cooling on lowering body temperature after exercise in the heat.
    Design: Randomized cross-over design.
    Methods: Nine recreationally active male participants (mean +/- SD; age, 24 +/- 4; height, 177.3 +/- 9.9 cm; body mass, 76.7 +/- 11.6 kg; body fat, 14.7 +/- 5.8%) completed a bout of treadmill exercise in a hot environment. After completion of exercise, participants were assigned to the following trials for post-exercise cooling: (1) hydrated with passive rest (HY), (2) hydrated with hand cooling on both hands (HY+2HC), (3) dehydrated with passive rest (DY), and (4) dehydrated with hand cooling on both hands (DY+2HC). Within subject differences were assessed using a three-way (Hydration x Condition x Time) repeated measures ANOVA with Tukey's post hoc analysis if significant interactions were found.
    Results: Irrespective of hydration status, hand cooling on both hands resulted in significantly greater reductions in T-REC than passive cooling at minute 20 (0.27 degrees C [0.05, 0.49], ES = 2.08, p=0.017) (Fig. 1). The reduction in T-REC at minute 18 trended towards statistical significance (0.21 degrees C [.003, .42], ES = 1.59, p=0.053). Hydration status alone and when differentiated among modes of cooling showed no differences on changes of T-REC or heart rate across all conditions during post exercise recovery (p&gt;0.05).
    Conclusions: Hand cooling on both hands reduced T-REC more than passive cooling, however, the cooling rates observed render hand cooling a poor option for cooling. Greater reductions in T-REC after exercise or between bouts of exercise may enhance recovery and subsequent performance. (C) 2016 Sports Medicine Australia. Published by Elsevier Ltd. All rights reserved.

    DOI

  • Body-Cooling Paradigm in Sport: Maximizing Safety and Performance During Competition

    William M. Adams, Yuri Hosokawa, Douglas J. Casa

    JOURNAL OF SPORT REHABILITATION   25 ( 4 ) 382 - 394  2016年11月

     概要を見る

    Context: Although body cooling has both performance and safety benefits, knowledge on optimizing cooling during specific sport competition is limited. Objectives: To identify when, during sport competition, it is optimal for body cooling and to identify optimal body-cooling modalities to enhance safety and maximize sport performance. Evidence Acquisition: A comprehensive literature search was conducted to identify articles with specific context regarding body cooling, sport performance, and cooling modalities used during sport competition. A search of scientific peer-reviewed literature examining the effects of body cooling on exercise performance was done to examine the influence of body cooling on exercise performance. Subsequently, a literature search was done to identify effective cooling modalities that have been shown to improve exercise performance. Evidence Synthesis: The cooling modalities that are most effective in cooling the body during sport competition depend on the sport, timing of cooling, and feasibility based on the constraints of the sports rules and regulations. Factoring in the length of breaks (halftime substitutions, etc), the equipment worn during competition, and the cooling modalities that offer the greatest potential to cool must be considered in each individual sport. Conclusions: Scientific evidence supports using body cooling as a method of improving performance during sport competition. Developing a strategy to use cooling modalities that are scientifically evidence-based to improve performance while maximizing athlete's safety warrants further investigation.

    DOI

  • 連載:ジュニア期のリスクマネジメントを考える 第10回:熱中症

    Hosokawa Y

    Coaching Clinic     64 - 65  2016年09月  [招待有り]

  • An Exertional Heat Stroke Survivor's Return to Running: An Integrated Approach on Treatment, Recovery, and Return to Activity

    William M. Adams, Yuri Hosokawa, Robert A. Huggins, Stephanie M. Mazerolle, Douglas J. Casa

    JOURNAL OF SPORT REHABILITATION   25 ( 3 ) 280 - 287  2016年08月

     概要を見る

    Context: Evidence-based best practices for the recognition and treatment of exertional heat stroke (EHS) indicate that rectal thermometry and immediate, aggressive cooling via cold-water immersion ensure survival from this medical condition. However, little is known about the recovery, medical follow-up, and return to activity after an athlete has suffered EHS. Objective: To highlight the transfer of evidenced-based research into clinical practice by chronicling the treatment, recovery, and return to activity of a runner who suffered an EHS during a warm-weather road race. Design: Case study. Setting: Warm-weather road race. Participant: 53-y-old recreationally active man. Intervention: A runner's treatment, recovery, and return to activity from EHS and 2014 Falmouth Road Race performance. Main Outcomes: Runner's perceptions and experiences with EHS, body temperature, heart rate, hydration status, exercise intensity. Results: The runner successfully completed the 2014 Falmouth Road Race without incident of EHS. Four dominant themes emerged from the data: predisposing factors, ideal treatment, lack of medical follow-up, and patient education. The first theme identified 3 predisposing factors that contributed to the runner's EHS: hydration, sleep loss, and lack of heat acclimatization. The runner received ideal treatment using evidence-based best practices. A lack of long-term medical care following the EHS with no guidance on the runner's return to full activity was observed. The runner knew very little about EHS before the 2013 race, which drove him to seek knowledge as to why he suffered EHS. Using this newly learned information, he successfully completed the 2014 Falmouth Road Race without incident. Conclusions: This case supports prior literature examining the factors that predispose individuals to EHS. Although evidence-based best practices regarding prompt recognition and treatment of EHS ensure survival, this case highlights the lack of medical follow-up and physician-guided return to activity after EHS.

    DOI

  • Comparison of Gastrointestinal and Rectal Temperatures During Recovery After a Warm-Weather Road Race

    Yuri Hosokawa, William M. Adams, Rebecca L. Stearns, Douglas J. Casa

    JOURNAL OF ATHLETIC TRAINING   51 ( 5 ) 382 - 388  2016年05月

     概要を見る

    Context: It has been well established that gastrointestinal temperature (T-GI) tracks closely with rectal temperature (T-REC) during exercise. However, the field use of T-GI pills is still being examined, and little is known about how measurements obtained using these devices compare during recovery after exercise in warm weather.
    Objective: To compare T-GI and T-REC in runners who completed an 11.3-km warm-weather road race and determine if runners with higher T-GI and T-REC present with greater passive cooling rates during recovery.
    Design: Cross-sectional study.
    Setting: Field.
    Patients or Other Participants: Thirty recreationally active runners (15 men, 15 women; age = 39 +/- 11 years, weight = 68.3 +/- 11.7 kg, body fat = 19.2%+/- 5.0%).
    Main Outcome Measure(s): The T-GI and T-REC were obtained immediately after the race and during a 20-minute passive rest at the 2014 Falmouth Road Race (heat index = 26.2 degrees C +/- 0.9 degrees C). Temperatures were taken every 2 minutes during passive rest. The main dependent variables were mean bias and limits of agreement for T-GI and T-REC, using Bland-Altman analysis, and the 20-minute passive cooling rates for T-GI and T-REC.
    Results: No differences were evident between T-GI and T-REC throughout passive rest (P = .542). The passive cooling rates for T-GI and T-REC were 0.046 +/- 0.031 degrees C.min(-1) and 0.060 +/- 0.036 degrees C.min(-1), respectively. Runners with higher T-GI and T-REC at the start of cooling had higher cooling rates (R = 0.682, P &lt; .001 and R = 0.54, P = .001, respectively). The mean bias of T-GI during the 20-minute passive rest was -0.06 degrees C +/- 0.56 degrees C with 95% limits of agreement of 61.09 degrees C.
    Conclusions: After participants completed a warm-weather road race, T-GI provided a valid measure of body temperature compared with the criterion measure of T-REC. Therefore, T-GI may be a viable option for monitoring post-exercise-induced hyperthermia, if the pill is administered prophylactically.

    DOI

  • 日米のスポーツセーフティに関する啓蒙と教育の現状

    Murata Y, Hosokawa Y, Saho Y

    JATI Express   51   38 - 40  2016年  [招待有り]

  • Concern Emerges About Proper Implementation of Consensus Statement Guidelines– letter to the editor

    Casa DJ, Hosokawa Y, Huggins RA, Stearns RL, Adams WM, Beltz EM, Belval LN, Curtis RM, DiStefano LJ, Eason CM, Fortunati AR, Iannicelli JP, Katch RK, Lepley AS, Lepley LK, Mazerolle SM, Pike AM, Rafeldt DA, Root HJ, Scarneo SE, Vandermark LW

    NATA News     8 - 9  2016年01月

  • Comparison of esophageal, rectal, and gastrointestinal temperatures during passive cooling after intense exercise in the heat: the influence of hydration

    Hosokawa Y, Adams WM, Casa DJ

    Journal of Sports Rehabilitation   26 ( 2 )  2016年  [査読有り]

    DOI

  • The Timing of Exertional Heat Stroke Survival Starts prior to Collapse

    William M. Adams, Yuri Hosokawa, Douglas J. Casa

    CURRENT SPORTS MEDICINE REPORTS   14 ( 4 ) 273 - 274  2015年07月

    DOI

  • 暑熱環境でパフォーマンスを発揮するには-米国における熱中症対策

    Hosokawa Y

    Training Journal   429   14 - 16  2015年  [招待有り]

  • スポーツ関連突然死を認識し、備える

    Murata Y, Hosokawa Y

    JATI Express   49   37 - 49  2015年  [招待有り]

  • 暑熱環境下でのスポーツ活動に関する文献レビュー〜暑熱環境下でのスポーツパフォーマンスの向上と熱中症対策〜

    Murata Y, Hosokawa Y

    JATI Express   50   39 - 42  2015年  [招待有り]

  • スポーツ関連突然死を減らすための教育活動 1

    Hosokawa Y

    Training Journal   412   48 - 49  2014年  [招待有り]

  • スポーツ関連突然死を減らすための教育活動 2

    Hosokawa Y

    Training Journal   413   48 - 49  2014年  [招待有り]

  • スポーツ関連突然死を減らすための教育活動 3

    Hosokawa Y

    Training Journal   414   52 - 53  2014年  [招待有り]

  • Heat Stroke in Physical Activity and Sports

    Hosokawa Y, Adams WM, Casa DJ, Stearns RL

    Pensar en Movimiento   12 ( 2 ) 1 - 22  2014年  [査読有り]

  • El Golpe De Calor En La Actividad Física Y El Deporte (version traduceda al español)

    Hosokawa Y, Adams WM, Casa DJ, Stearns RL

    Pensar en Movimiento    2014年  [査読有り]

    DOI

  • Case Review Pubic Stress Fracture in a Collegiate Lacrosse Player

    Yuri Hosokawa, Gretchen D. Oliver

    INTERNATIONAL JOURNAL OF ATHLETIC THERAPY & TRAINING   18 ( 2 ) 13 - 16  2013年03月

  • Collegiate women’s lacrosse injuries: a 2-year prospective surveillance study

    Sanomura M, Hosokawa Y, Nakamura C, Fukubayashi T

    Japanese Journal of Physical Fitness and Sports Medicine   62 ( 5 ) 399 - 411  2013年

    DOI

  • Injury surveillance of collegiate women’s lacrosse: a prospective study

    Sanomura M, Hosokawa Y, Nakamura C, Fukubayashi T

    Journal of Japanese Society of Clinical Sports Medicine   20 ( 3 ) 46 - 468  2012年  [査読有り]

▼全件表示

書籍等出版物

  • 体温の「なぜ?」がわかる生理学〜からでで感じる・考える・理解する〜

    細川由梨( 担当: 分担執筆,  担当範囲: 第1章 33. 熱中症になぜなってしまうのか)

    杏林書院  2021年04月

  • スポーツ現場における暑さ対策:スポーツの安全とパフォーマンス向上のために

    細川由梨( 担当: 分担執筆,  担当範囲: Part 1 Chapter 5 スポーツ現場における熱中症の対処法と復帰プログラム)

    NAP  2021年

  • みんなでつくる学校のスポーツ安全

    細川由梨( 担当: 分担執筆,  担当範囲: III. 研究の最前線:熱中症)

    少年写真新聞社  2020年

  • 子ども安全管理士講座教科書 第3章7. 熱中症について考える

    細川由梨( 担当: 分担執筆)

    2020年

  • Chapter 10 Management of Exertional Heat Stroke in Athletics: Interdisciplinary Medical Care. In Adams and Jardine Eds. Exertional Heat Illness: A Clinical and Evidence-Based Guide.

    Hosokawa Y

    Springer  2020年

  • Medical Aspects of Football Cardiac, Environmental and Exertion-Related Conditions. In Mueller FO & Cantu RC, editors. Football Fatalities and Catastrophic Injuries, 1931-2016

    Stearns RL, Hosokawa Y, Endres B, Drezner J, Casa DJ( 担当: 分担執筆)

    Carolina Academic Press  2019年

  • Heat Stress During American Football. In Racinais ed. Heat Stress in Sport and Exercise: Thermophysiology of Health and Performance

    Adams WM, Belval LN, Grundstein AJ, Hosokawa Y, Casa DJ( 担当: 分担執筆)

    Springer  2019年

  • アスレティックトレーニング学 第2章 アスリートの健康管理

    Hosokawa, Y, Hirose N, Izumi S, Uematsu D, Kasahara M Eds( 担当: 分担執筆)

    文光堂  2019年

  • Environmental Condition and Monitoring. In Casa DJ ed. Sport and Physical Activity in the Heat: Maximizing Performance and Safety

    Hosokawa Y, Grundstein AJ, Vanos JK, Cooper ER( 担当: 分担執筆,  担当範囲: 147-162)

    Springer  2018年 ISBN: 9783319702179

  • Occupational Considerations. In Casa DJ ed. Sport and Physical Activity in the Heat: Maximizing Performance and Safety

    Scarneo SE, Hosokawa Y, Hoastler D( 担当: 分担執筆,  担当範囲: 277-290)

    Springer  2018年 ISBN: 9783319702179

  • Drugs and Supplements. In Casa DJ ed. Sport and Physical Activity in the Heat: Maximizing Performance and Safety

    Katch RK, Smith MS, LaBotz M, Belval LN, Hosokawa Y( 担当: 分担執筆,  担当範囲: 347-366)

    Springer  2018年 ISBN: 9783319702179

  • Team Sports. In Casa DJ ed. Sport and Physical Activity in the Heat: Maximizing Performance and Safety

    Nolan JD, Benjamin CM, Ng J, Hosokawa Y( 担当: 分担執筆,  担当範囲: 257-276)

    Springer  2018年 ISBN: 9783319702179

  • Human Health and Physical Activity in the Heat

    Hosokawa Y( 担当: 編集)

    Springer  2018年 ISBN: 9783319758893

  • Exercise in the Heat. In: Krabak BJ, Lipman GS, Waite BL ed. The Long Distance Runner’s Guide to Injury Prevention and Treatment.

    Adams WM, Hosokawa Y, Stearns RL

    Skyhorse Publishing  2017年10月

  • Chapter 1. Athletic Trainer and Athletic Seasons. In: Shikakura J and Tsuruike M ed. アスレティックトレーニング 【はじめて学ぶ 健康・スポーツ科学シリーズ9】. 1st Edition.

    Nakamura C, Oumi A, Hosokawa Y( 担当範囲: 2-16)

    Kagakudoujin, Inc.  2017年03月 ISBN: 9784759817072

  • Exercise in the Heat. In: Krabak BJ, Lipman GS, Waite BL ed. The Long Distance Runner’s Guide to Injury Prevention and Treatment

    Adams WM, Hosokawa Y, Stearns RL( 担当: 分担執筆)

    Skyhorse Publishing  2017年

  • Chapter 1. Athletic Trainer and Athletic Seasons. In: Shikakura J and Tsuruike M ed. アスレティックトレーニング 【はじめて学ぶ 健康・スポーツ科学シリーズ9】

    Nakamura C, Oumi A, Hosokawa Y( 担当: 分担執筆)

    Kagakudoujin  2017年

  • Chapter 13 Exertional Hyponatremia. In: Casa DJ ed. Preventing Sudden Death in Sport and Physical Activity. 2nd edition.

    Armstrong LE, McDermott BP, Hosokawa Y( 担当範囲: 219-238)

    Jones and Bartlett Learning  2016年03月 ISBN: 9781284077360

  • Chapter 13 Exertional Hyponatremia. In: Casa DJ ed. Preventing Sudden Death in Sport and Physical Activity. 2nd edition

    Armstrong LE, McDermott BP, Hosokawa Y( 担当: 分担執筆)

    Jones and Bartlett Learning  2016年

  • 国際マラソン医学協会医療救護マニュアル

    Nagata T, Ishii M, Yamaguchi Y, Akitomi S, Teratani T, Hasegawa M, Hosokawa Y( 担当: 共訳)

    2016年

  • Is it possible to prevent death from exertional heat stroke? In: Lopez RM ed. Quick Questions in Heat-Related Illness and Hydration: Expert Advice in Sports Medicine.

    Hosokawa Y, Casa DJ( 担当範囲: 53-56)

    Slack, Inc.  2015年02月 ISBN: 9781617116476

  • Is it possible to prevent death from exertional heat stroke? In: Lopez RM ed. Quick Questions in Heat-Related Illness and Hydration: Expert Advice in Sports Medicine. 1st Edition

    Hosokawa Y, Casa DJ( 担当: 分担執筆)

    Slack Inc.  2015年

  • Medical Considerations and Risk Management: Environmental Considerations: Heat Related Illness. In: Limpisvasti O ed. The Sports Medicine Field Manual

    Casa DJ, Jardine R, Hosokawa Y( 担当: 分担執筆,  担当範囲: 58-64)

    American Association of Orthopaedic Surgeons  2015年 ISBN: 9781625524225

  • Heat Stroke. In: Chopra JS ed. Neurology in the Tropics. 2nd Edition.

    Vandermark LW, Adams WM, Apslund C, Hosokawa Y, Casa DJ( 担当: 分担執筆,  担当範囲: 896-908)

    Elsevier Health Sciences  2015年 ISBN: 9788131242322

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共同研究・競争的資金等の研究課題

  • 身体労働者における悪性高体温症の検討会議

    米国アスレティックトレーナーズ協会

    研究期間:

    2015年01月
    -
    2017年04月
     

 

現在担当している科目

▼全件表示

担当経験のある科目(授業)

  • Clinical AT Internship (International)

    Ritsumeikan University  

  • クリニカルATインターンシップ(海外)

    立命館大学  

  • Special Lectures in Sport and Health Science 2 (AT3 Physiology of Training)

    Ritsumeikan University  

  • スポーツ健康科学特殊講義Ⅱ(AT3)

    立命館大学  

  • Freshman Seminar 2

    Ritsumeikan University  

  • 基礎演習 Ⅱ

    立命館大学  

  • Sophomore Seminar 2

    Ritsumeikan University  

  • 研究入門 Ⅱ

    立命館大学  

  • Clinical AT Internship (Japan)

    Ritsumeikan University  

  • クリニカルATインターンシップ(国内)

    立命館大学  

  • Advanced English

    Ritsumeikan University  

  • 専門英語

    立命館大学  

  • Freshman Seminar 1

    Ritsumeikan University  

  • 基礎演習 Ⅰ

    立命館大学  

  • Advanced English 1

    Ritsumeikan University  

  • 専門英語(スポーツ健康科学 Ⅰ)

    立命館大学  

  • Sophomore Seminar 1

    Ritsumeikan University  

  • 研究入門 Ⅰ

    立命館大学  

▼全件表示

 

委員歴

  • 2021年12月
    -
    継続中

    American College of Sports Medicine  Fellow

  • 2021年04月
    -
    継続中

    National Heat Safety Coalition  Medical and Science Board

  • 2021年
    -
    継続中

    日本生気象学会  熱中症予防研究委員会

  • 2020年
    -
    継続中

    公益財団法人日本スポーツ協会  スポーツ外傷サーベイランスシステムの普及に向けた妥当性評価研究 研究班員

  • 2020年
    -
    継続中

    日本アスレティックトレーニング学会  代議員

  • 2020年
    -
    継続中

    American College of Sports Medicine  Strategic Health Initiative for Women, Sport, and Physical Activity Committee

  • 2020年
    -
    継続中

    IRONMAN Global Medical Advisory Board  Adjunct

  • 2020年
    -
    継続中

    World Lacrosse  Sports Medicine Working Group

  • 2020年
    -
    継続中

    日本ラクロス協会  医科学委員

  • 2019年
    -
    継続中

    日本アスレティックトレーニング学会  学術委員会

  • 2019年
    -
    継続中

    Member  Scientific Committee on Thermal Factors, International Commission on Occupational Health

  • 2018年01月
    -
    継続中

    Korey Stringer Institute  Medical and Science Advisory Board

  • 2018年
    -
    継続中

    International Institute for Race Medicine  Ambassador

  • 2017年07月
    -
    継続中

    日本アスレティックトレーナーズ機構  教育研究委員会

  • 2014年11月
    -
    継続中

    スポーツセーフティジャパン  アドバイザー

  • 2021年
    -
    2022年

    ジャパン・アスレティックトレーナーズ機構  理事

  • 2019年
    -
    2021年

    IOC Adverse Weather Impact Expert Working Group for the Olympic Games Tokyo 2020  Member

  • 2016年01月
    -
    2020年06月

    米国アスレティックトレーナーズ協会  国際委員会

▼全件表示