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高强度抗阻训练对消防员后续表现的急性影响。

The Acute Effect of High-Intensity Resistance Training on Subsequent Firefighter Performance.

机构信息

Department of Kinesiology and Health Promotion, University of Kentucky, Lexington, Kentucky.

Department of Athletic Training, Sports Medicine Research Institute, University of Kentucky, Lexington, Kentucky; and.

出版信息

J Strength Cond Res. 2023 Jul 1;37(7):1507-1514. doi: 10.1519/JSC.0000000000004417. Epub 2023 Jan 24.

Abstract

Mason, MR, Heebner, NR, Abt, JP, Bergstrom, HC, Shapiro, R, Langford, EL, and Abel, MG. The acute effect of high-intensity resistance training on subsequent firefighter performance. J Strength Cond Res 37(7): 1507-1514, 2023-High-intensity resistance training (HIRT) is commonly performed by structural firefighters on duty to enhance occupational readiness. However, exercise-induced fatigue may negatively impact subsequent occupational performance. Therefore, the purpose of this study was to assess the acute effect of HIRT on subsequent occupational physical ability in structural firefighters and to determine the time course of recovery. Seven resistance-trained male firefighters performed a timed maximal effort simulated fireground test (SFGT) in 3 randomized conditions: baseline (SFGT baseline ), 10 minutes post HIRT (SFGT 10min ), and 60 minutes post HIRT (SFGT 60min ). Work efficiency and air depletion were assessed during the SFGT. The timed HIRT session consisted of a standardized set of exercises using absolute training loads. Repeated measures analysis of variance and minimal difference (MD) analysis assessed group and individual effects between the conditions, respectively. The level of significance was set at p < 0.05. SFGT 10min completion time was greater than SFGT baseline (430 ± 137 vs. 297 ± 69 seconds, p < 0.01), with no difference between SFGT baseline and SFGT 60min (297 ± 69 vs. 326 ± 89 seconds, p = 0.08). The MD analysis indicated that all firefighters' SFGT 10min times exceeded the MD (±26.4 seconds) compared with SFGT baseline . However, 43% of firefighters still exceeded the MD at SFGT 60min . Air depletion during SFGT 10min was greater than that during SFGT baseline (2,786 ± 488 vs. 2,186 ± 276 lb·in -2 , p = 0.02), with no difference between SFGT baseline and SFGT 60min ( p = 0.25). Work efficiency during SFGT 10min was 40% lower than that during SFGT baseline ( p < 0.01), with no difference between SFGT baseline and SFGT 60min ( p = 0.25). These findings indicate that an acute bout of HIRT decreases multiple descriptors of firefighters' occupational performance 10 minutes post exercise with varied responses at 60 minutes post exercise.

摘要

梅森、赫布纳、阿布特、伯格斯特罗姆、夏皮罗、兰福德和阿贝尔。高强度阻力训练对消防员后续表现的急性影响。J 力量与调节研究 37(7):1507-1514,2023-高强度阻力训练(HIRT)是结构消防员在值班时经常进行的,以提高职业准备水平。然而,运动引起的疲劳可能会对后续的职业表现产生负面影响。因此,本研究的目的是评估 HIRT 对结构消防员随后的职业身体能力的急性影响,并确定恢复的时间过程。七名经过阻力训练的男性消防员在 3 种随机条件下进行了定时最大努力模拟火场测试(SFGT):基线(SFGT 基线)、HIRT 后 10 分钟(SFGT 10min)和 HIRT 后 60 分钟(SFGT 60min)。在 SFGT 期间评估工作效率和空气消耗。定时 HIRT 会议包括使用绝对训练负荷的标准化练习集。分别使用重复测量方差分析和最小差异(MD)分析评估组间和个体间的影响。显著性水平设为 p<0.05。SFGT 10min 完成时间大于 SFGT 基线(430±137 比 297±69 秒,p<0.01),SFGT 基线与 SFGT 60min 之间无差异(297±69 比 326±89 秒,p=0.08)。MD 分析表明,与 SFGT 基线相比,所有消防员的 SFGT 10min 时间都超过了 MD(±26.4 秒)。然而,43%的消防员在 SFGT 60min 时仍超过 MD。SFGT 10min 期间的空气消耗大于 SFGT 基线(2786±488 比 2186±276lb·in-2,p=0.02),SFGT 基线与 SFGT 60min 之间无差异(p=0.25)。SFGT 10min 期间的工作效率比 SFGT 基线低 40%(p<0.01),SFGT 基线与 SFGT 60min 之间无差异(p=0.25)。这些发现表明,急性 HIRT 会降低消防员职业表现的多个指标 10 分钟后运动,而在 60 分钟后运动时则有不同的反应。

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