Mackala Krzysztof, Mroczek Dariusz, Chmura Paweł, Konefał Marek, Pawlik Damian, Ochman Bartosz, Chmura Jan, Paleczny Bartłomiej, Seredyński Rafał, Wyciszkiewicz Małgorzata, Nowicka-Czudak Adrianna, Łopusiewicz Wojciech, Adamiec Dorota, Wiecha Szczepan, Ponikowski Piotr, Ponikowska Beata
Department of Track and Field, Wroclaw University of Health and Sport Sciences, Wroclaw, Poland.
Department of Human Motor Skills, Wroclaw University of Health and Sport Sciences, Wroclaw, Poland.
Front Psychol. 2023 Feb 24;14:1069774. doi: 10.3389/fpsyg.2023.1069774. eCollection 2023.
The research examines the relationship between marathon performance and muscle stiffness changes from pre to marathon in recreational runners aged 50+ years.
Thirty-one male long-distance runners aged 50-73 years participated in the experiment. The muscle stiffness of quadriceps and calves was measured in two independent sessions: the day before the marathon and 30 min after the completed marathon run using a Myoton device.
The 42.195-km run was completed in 4.30,05 h ± 35.12 min, which indicates an intensity of 79.3% ± 7.1% of HRmax. The long-term, low-intensity running exercise (marathon) in older recreational runners and the low level of HRmax and VO2max showed no statistically significant changes in muscle stiffness (quadriceps and calves). There was reduced muscle stiffness ( = 0.016), but only in the triceps of the calf in the dominant (left) leg. Moreover, to optimally evaluate the marathon and adequately prepare for the performance training program, we need to consider the direct and indirect analyses of the running economy, running technique, and HRmax and VO2max variables. These variables significantly affect marathon exercise.
本研究探讨了50岁及以上的业余跑步者马拉松比赛成绩与马拉松赛前至赛后肌肉僵硬度变化之间的关系。
31名年龄在50 - 73岁之间的男性长跑运动员参与了该实验。使用Myoton设备在两个独立的时间段测量股四头肌和小腿的肌肉僵硬度:马拉松比赛前一天以及完成马拉松赛后30分钟。
42.195公里的赛程在4.3005小时±35.12分钟内完成,这表明运动强度为最大心率的79.3%±7.1%。老年业余跑步者长期进行的低强度跑步运动(马拉松)以及较低的最大心率和最大摄氧量水平,并未显示出肌肉僵硬度(股四头肌和小腿)有统计学上的显著变化。肌肉僵硬度有所降低(P = 0.016),但仅在优势(左)腿小腿的三头肌处。此外,为了最佳地评估马拉松比赛并充分准备性能训练计划,我们需要考虑对跑步经济性、跑步技术以及最大心率和最大摄氧量变量进行直接和间接分析。这些变量会显著影响马拉松运动。