题名

血流阻斷訓練法對促進肌力及肌肉肥大之探討

并列篇名

Discussion on the Promotion of Muscle Strength and Muscle Hypertrophy by Blood Flow Restriction

DOI

10.6646/CYPEJ.202307_(20).0002

作者

蕭耀程(Xiao Yao-Cheng);李水碧(Lee Shuei-Pi)

关键词

Kaatsu訓練 ; 阻力訓練 ; 代謝壓力 ; 乳酸 ; Kaatsu training ; resistance training ; metabolic stress ; lactate

期刊名称

中原體育學報

卷期/出版年月

20期(2023 / 07 / 01)

页次

18 - 28

内容语文

繁體中文;英文

中文摘要

血流阻斷訓練法(Blood Flow Restriction , BFR)是一種新興的訓練方法,最初由日本佐藤義昭博士創造,也稱為加壓訓練法(KAATSU),應用於改善肌肉質量和力量表現。BFR是透過限制部分動脈血流流入,並完全限制運動期間肌肉組織的靜脈血液回流心臟,而非完全阻斷動脈和靜脈的血流;透過在上肢或下肢近端使用壓力袖帶施加壓力,可以將BFR與各種類型之運動相結合,且在復健運動、增強肌肉力量(Muscle Strength)與肌肉肥大(Muscle Hypertrophy)都有明顯效果,其適用於運動員、一般健康族群及銀髮族;在醫學上也廣泛被應用於各種疾病之患者。BFR會導致代謝物在肌肉細胞中積累乳酸(lactate)、無機磷酸鹽(Pi)和氫離子(H^+),這些代謝物會影響激素釋放、缺氧、活性氧(ROS)與細胞腫脹,並啟動合成代謝信號以促進肌肉生長、肌肉肥大和能量代謝適應。應用方面可以與阻力訓練(Resistance Exercise, RE)、有氧訓練(Aerobic Exercise, AE)相結合,近年也有更新穎的研究為與神經肌肉刺激相結合,例如與肌電刺激(Electrical Stimulation)、全身震動法(Whole Body Vibration)做結合。有關BFR應用在阻力訓練的運動處方,目前最被建議是實施4組(分別為30次、15次、15次、15次)共反覆75次,在組間休息60秒內持續血流阻斷,並以個人最大肌力(1RM)的20%-40%進行訓練最能提高肌肉力量與肌肉肥大,此訓練模式適用於大多數族群。

英文摘要

Blood Flow Restriction (BFR) is an emerging training method, originally created by Dr. Yoshiaki Sato from Japan, also known as Kaatsu Training Method (KAATSU), which is applied to improve muscle mass and strength performance. BFR works by restricting part of the arterial blood flow and completely restricting the venous blood flow of muscle tissue back to the heart during exercise, rather than completely blocking the blood flow of arteries and veins; By applying pressure with a pressure cuff on the proximal end of the upper or lower extremity, BFR can be combined with various types of exercise, and it has obvious effects in rehabilitation exercise, muscle strength and muscle hypertrophy, It is suitable for athletes, general healthy groups and seniors; It is also widely used in medicine for patients with various diseases. BFR causes the accumulation of metabolites lactate, inorganic phosphate (Pi) and hydrogen ions (H^+) in muscle cells, which affect hormone release, hypoxia, reactive oxygen species (ROS) and cell swelling, and initiate Anabolic signaling to promote muscle growth, muscle hypertrophy and energy metabolism adaptation. In terms of application, it can be combined with resistance training and aerobic training. Vibration method (Whole Body Vibration) to do the combination. Regarding the exercise prescription for BFR application in resistance training, the most recommended at present is to implement 4 groups (30 reps, 15 reps, 15 reps, 15 reps) for a total of 75 repetitions, and continue to block blood flow within 60 seconds of rest between groups , and at 20%-40% of personal maximum muscle strength (1RM) training can improve muscle strength and muscle hypertrophy, and this training mode is suitable for most ethnic groups.

主题分类 社會科學 > 體育學
参考文献
  1. Black, C. D.,McCully, K. K.(2008).Muscle injury after repeated bouts of voluntary and electrically stimulated exercise.Medicine and Science in Sports and Exercise,40(9),1605-1615.
  2. Cook, S. B.,Clark, B. C.,Ploutz -Snyder, L. L.(2007).Effects of exercise load and blood-flow restriction on skeletal muscle function.Medicine and science in sports and exercise,39(10),1708-1713.
  3. Counts, B. R.,Dankel, S. J.,Barnett, B. E.,Kim, D.,Mouser, J. G.,Allen, K. M.,Thiebaud, R. S.,Abe, T.,Bemben, M. G.,Loenneke, J. P.(2016).Influence of relative blood flow restriction pressure on muscle activation and muscle adaptation.Muscle & Nerve,53(3),438-445.
  4. Culvenor, A. G.,Girdwood, M. A.,Juhl, C. B.,Patterson, B. E.,Haberfield, M. J.,Holm, P. M.,Bricca, A.,Whittaker, J. L.,Roos, E. M.,Crossley, K. M.(2022).Rehabilitation after anterior cruciate ligament and meniscal injuries: a best-evidence synthesis of systematic reviews for the OPTIKNEE consensus.British journal of sports medicine,56(24),1445-1453.
  5. Damas, F.,Phillips, S. M.,Lixandrão, M. E.,Vechin, F. C.,Libardi, C. A.,Roschel, H.,Tricoli, V.,Ugrinowitsch, C.(2016).Early resistance training-induced increases in muscle cross-sectional area are concomitant with edema-induced muscle swelling.European journal of applied physiology,116(1),49-56.
  6. de Freitas, M. C.,Gerosa-Neto, J.,Zanchi, N. E.,Lira, F. S.,Rossi, F. E.(2017).Role of metabolic stress for enhancing muscle adaptations: Practical applications.World journal of methodology,7(2),46-54.
  7. Fatela, P.,Mendonca, G. V.,Veloso, A. P.,Avela, J.,Mil-Homens, P.(2019).Blood Flow Restriction Alters Motor Unit Behavior During Resistance Exercise.International journal of sports medicine,40(9),555-562.
  8. Head, P.,Waldron, M.,Theis, N.,Patterson, S. D.(2020).Acute Neuromuscular Electrical Stimulation (NMES) With Blood Flow Restriction: The Effect of Restriction Pressures.Journal of sport rehabilitation,30(3),375-383.
  9. Hughes, L.,Paton, B.,Rosenblatt, B.,Gissane, C.,Patterson, S. D.(2017).Blood flow restriction training in clinical musculoskeletal rehabilitation: a systematic review and meta-analysis.British journal of sports medicine,51(13),1003-1011.
  10. Jessee, M. B.,Buckner, S. L.,Dankel, S. J.,Counts, B. R.,Abe, T.,Loenneke, J. P.(2016).The Influence of Cuff Width, Sex, and Race on Art erial Occlusion: Implications for Blood Flow Restriction Research.Sports medicine,46(6),913-921.
  11. Korzeniewski, B.,Rossiter, H. B.(2020).Exceeding a "critical" muscle Pi: implications for [Formula: see text] and metabolite slow components, muscle fatigue and the power-duration relationship.European journal of applied physiology,120(7),1609-1619.
  12. Ladlow, P.,Coppack, R. J.,Dharm-Datta, S.,Conway, D.,Sellon, E.,Patterson, S. D.,Bennett, A. N.(2018).Low-Load Resistance Training With Blood Flow Restriction Improves Clinical Outcomes in Musculoskeletal Rehabilitation: A Single-Blind Randomized Controlled Trial.Frontiers in physiology,9,1269.
  13. Laurentino, G.,Loenneke, J.,Ugrinowitsch, C.,Aoki, M.,Soares, A.,Roschel, H.,Tricoli, V.(2022).Blood-Flow-Restriction-Training-Induced Hormonal Response is not Associated with Gains in Muscle Size and Strength.Journal of Human Kinetics,83(1),235-243.
  14. Lawson, D.,Vann, C.,Schoenfeld, B. J.,Haun, C.(2022).Beyond Mechanical Tension: A Review of Resistance Exercise-Induced Lactate Responses & Muscle Hypertrophy.Journal of Functional Morphology and Kinesiology,7(4),81.
  15. Lixandrão, M. E.,Ugrinowitsch, C.,Berton, R.,Vechin, F. C.,Conceição, M. S.,Damas, F.,Libardi, C. A.,Roschel, H.(2018).Magnitude of Muscle Strength and Mass Adaptations Between High-Load Resistance Training Versus Low-Load Resistance Training Associated with Blood-Flow Restriction: A Systematic Review and Meta-Analysis.Sports medicine,48(2),361-378.
  16. Loenneke, J. P.,Thiebaud, R. S.,Fahs, C. A.,Rossow, L. M.,Abe, T.,Bemben, M. G.(2014).Blood flow restriction: effects of cuff type on fatigue and perceptual responses to resistance exercise.Acta physiologica Hungarica,101(2),158-166.
  17. Madarame, H.,Neya, M.,Ochi, E.,Nakazato, K.,Sato, Y.,Ishii, N.(2008).Cross-transfer effects of resistance training with blood flow restriction.Medicine and science in sports and exercise,40(2),258-263.
  18. Moore, D. R.,Burgomaster, K. A.,Schofield, L. M.,Gibala, M. J.,Sale, D. G.,Phillips, S. M.(2004).Neuromuscular adaptations in human muscle following low intensity resistance training with vascular occlusion.European journal of applied physiology,92(4-5),399-406.
  19. Nielsen, J. L.,Aagaard, P.,Bech, R. D.,Nygaard, T.,Hvid, L. G.,Wernbom, M.,Suetta, C.,Frandsen, U.(2012).Proliferation of myogenic stem cells in human skeletal muscle in response to low-load resistance training with blood flow restriction.The Journal of physiology,590(17),4351-4361.
  20. Patterson, S. D.,Hughes, L.,Warmington, S.,Burr, J.,Scott, B. R.,Owens, J.,Abe, T.,Nielsen, J. L.,Libardi, C. A.,Laurentino, G.,Neto, G. R.,Brandner, C.,Martin-Hernandez, J.,Loenneke, J.(2019).Blood Flow Restriction Exercise: Considerations of Methodology, Application, and Safety.Frontiers in physiology,10,533.
  21. Sato, Y.(2005).The history and future of KAATSU Training.International Journal of Kaatsu Training Research,1(1),11-5.
  22. Schoenfeld B. J.(2013).Potential mechanisms for a role of metabolic stress in hypertrophic adaptations to resistance training.Sports medicine,43(3),179-194.
  23. Scott, B. R.,Loenneke, J. P.,Slattery, K. M.,Dascombe, B. J.(2015).Exercise with blood flow restriction: an updated evidence -based approach for enhanced muscular development.Sports medicine,45(3),313-325.
  24. Slysz, J. T.,Boston, M.,King, R.,Pignanelli, C.,Power, G. A.,Burr, J. F.(2021).Blood Flow Restriction Combined with Electrical Stimulation Attenuates Thigh Muscle Disuse Atrophy.Medicine and science in sports and exercise,53(5),1033-1040.
  25. Takano, H.,Morita, T.,Iida, H.,Asada, K.,Kato, M.,Uno, K.,Hirose, K.,Matsumoto, A.,Takenaka, K.,Hirata, Y.,Eto, F.,Nagai, R.,Sato , Y.,Nakajima, T.(2005).Hemodynamic and hormonal responses to a shortterm low-intensity resistance exercise with the reduction of muscle blood flow.European journal of applied physiology,95(1),65-73.
  26. Teixeira, E. L.,Barroso, R.,Silva-Batista, C.,Laurentino, G. C.,Loenneke, J. P.,Roschel, H.,Ugrinowitsch, C.,Tricoli, V.(2018).Blood flow restriction increases metabolic stress but decreases muscle activation during high-load resistance exercise.Muscle & Nerve,57(1),107-111.
  27. West, D.W.D.,Phillips, S.M.(2012).Associations of exercise -induced hormone profiles and gains in strength and hypertrophy in a large co hort after weight training.European Journal of Applied Physiology,112,2693-2702.
  28. Yasuda, T.,Fukumura, K.,Tomaru, T.,Nakajima, T.(2016).Thigh muscle size and vascular function after blood flow-restricted elastic band training in older women.Oncotarget,7(23),33595-33607.
  29. Yasuda, T.,Fukumura, K.,Uchida, Y.,Koshi, H.,Iida, H.,Masamune, K.,Yamasoba, T.,Sato, Y.,Nakajima, T.(2015).Effects of Low-Load, Elastic Band Resistance Training Combined With Blood Flow Restriction on Muscle Size and Arterial Stiffness in Older Adults.The journals of gerontology. Series A, Biological sciences and medical sciences,70(8),950-958.
  30. Yinghao, L.,Jing, Y.,Yongqi, W.,Jianming, Z.,Zeng, G.,Yiting, T.,Shuoqi, L.(2021).Effects of a blood flow restriction exercise un der different pressures on testosterone, growth hormone, and insulin -like growth factor levels.The Journal of international medical research,49(9),3000605211039564.