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单次抗阻训练后耐力表现受损的影响:一种交替的同期训练视角。

Implications of Impaired Endurance Performance following Single Bouts of Resistance Training: An Alternate Concurrent Training Perspective.

机构信息

James Cook University, James Cook Drive, Rehab Sciences Building (DB-43), Townsville, QLD, 4811, Australia.

James Cook University, Cairns, QLD, 4872, Australia.

出版信息

Sports Med. 2017 Nov;47(11):2187-2200. doi: 10.1007/s40279-017-0758-3.

Abstract

A single bout of resistance training induces residual fatigue, which may impair performance during subsequent endurance training if inadequate recovery is allowed. From a concurrent training standpoint, such carry-over effects of fatigue from a resistance training session may impair the quality of a subsequent endurance training session for several hours to days with inadequate recovery. The proposed mechanisms of this phenomenon include: (1) impaired neural recruitment patterns; (2) reduced movement efficiency due to alteration in kinematics during endurance exercise and increased energy expenditure; (3) increased muscle soreness; and (4) reduced muscle glycogen. If endurance training quality is consistently compromised during the course of a specific concurrent training program, optimal endurance development may be limited. Whilst the link between acute responses of training and subsequent training adaptation has not been fully established, there is some evidence suggesting that cumulative effects of fatigue may contribute to limiting optimal endurance development. Thus, the current review will (1) explore cross-sectional studies that have reported impaired endurance performance following a single, or multiple bouts, of resistance training; (2) identify the potential impact of fatigue on chronic endurance development; (3) describe the implications of fatigue on the quality of endurance training sessions during concurrent training, and (4) explain the mechanisms contributing to resistance training-induced attenuation on endurance performance from neurological, biomechanical and metabolic standpoints. Increasing the awareness of resistance training-induced fatigue may encourage coaches to consider modulating concurrent training variables (e.g., order of training mode, between-mode recovery period, training intensity, etc.) to limit the carry-over effects of fatigue from resistance to endurance training sessions.

摘要

单次抗阻训练会引起残余疲劳,如果不允许充分恢复,可能会在随后的耐力训练中影响表现。从同期训练的角度来看,如果不充分恢复,抗阻训练引起的疲劳的这种后续作用可能会在数小时到数天内损害随后的耐力训练的质量。这种现象的提出的机制包括:(1)神经募集模式受损;(2)由于耐力运动期间运动学的改变和能量消耗增加而导致运动效率降低;(3)肌肉酸痛增加;和(4)肌肉糖原减少。如果在特定同期训练计划的过程中,耐力训练的质量持续受到损害,那么最佳的耐力发展可能会受到限制。虽然训练的急性反应与随后的训练适应之间的联系尚未完全确定,但有一些证据表明,疲劳的累积效应可能会限制最佳耐力发展。因此,本综述将:(1)探讨报告单次或多次抗阻训练后耐力表现受损的横断面研究;(2)确定疲劳对慢性耐力发展的潜在影响;(3)描述疲劳对同期训练中耐力训练质量的影响;(4)从神经、生物力学和代谢的角度解释导致抗阻训练引起的耐力表现衰减的机制。提高对抗阻训练引起的疲劳的认识,可能会鼓励教练考虑调节同期训练变量(例如,训练模式的顺序、模式之间的恢复期、训练强度等),以限制从抗阻训练到耐力训练的疲劳的后续作用。

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