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Blood lactate thresholds and walking/running economy are determinants of backpack-running performance in trained soldiers

机译:血乳酸阈值和步行/跑步经济性是训练有素的士兵背包跑步性能的决定因素

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We developed a standardized laboratory treadmill protocol for assessing physiological responses to a simulated backpack load-carriage task in trained soldiers, and assessed the efficacy of blood lactate thresholds (LTs) and economy in predicting future backpack running success over an 8-mile course in field conditions. LTs and corresponding physiological responses were determined in 17 elite British soldiers who completed an incremental treadmill walk/run protocol to exhaustion carrying 20 kg backpack load. Treadmill velocity at the breakpoint (r = -0.85) and Delta 1 mmol l(-1) (r = -0.80) LTs, and relative (V) over dot O-2 at 4 mmol l(-1) (r = 0.76) and treadmill walk/run velocities of 6.4 (r = 0.76), 7.4 (r = 0.80), 11.4 (r = 0.66) and 12.4 (r = 0.65) km h(-1) were significantly associated with field test completion time. We report for the first time that LTs and backpack walk/run economy are major determinants of backpack load-carriage performance in trained soldiers. (C) 2016 Elsevier Ltd. All rights reserved.
机译:我们开发了一种标准化的实验室跑步机方案,用于评估训练有素的士兵对模拟背包载重任务的生理反应,并评估血液乳酸阈值(LTs)和经济性在预测未来8英里野外背包运行成功方面的功效条件。在17名英军精锐士兵中确定了LTs和相应的生理反应,这些士兵完成了递增的跑步机步行/跑步方案,以承受20公斤背包的疲惫。断点处的跑步机速度(r = -0.85)和Delta 1 mmol l(-1)(r = -0.80)LTs,以及点O-2在4 mmol l(-1)处的相对(V)(r = 0.76 )和6.4(r = 0.76),7.4(r = 0.80),11.4(r = 0.66)和12.4(r = 0.65)km h(-1)的跑步机行走/跑步速度与现场测试完成时间显着相关。我们首次报告,训练有素的士兵的LTs和背包行走/奔跑经济性是背包负重运输性能的主要决定因素。 (C)2016 Elsevier Ltd.保留所有权利。

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