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保加利亚深蹲的肌肉活动。附加振动、悬挂和不稳定表面的影响。

Muscle activity of Bulgarian squat. Effects of additional vibration, suspension and unstable surface.

机构信息

Faculty of Psychology, Education Sciences and Sport Blanquerna, Ramon Llull University, Barcelona, Spain.

School of Health Science Blanquerna, Ramon Llull University, Barcelona, Spain.

出版信息

PLoS One. 2019 Aug 26;14(8):e0221710. doi: 10.1371/journal.pone.0221710. eCollection 2019.

Abstract

Practitioners of strength and conditioning are increasingly using vibration and unstable environments to enhance training effects. However, little evidence has been found comparing the use of suspension devices and vibratory platforms used in the Bulgarian squat. The purpose of this cross-sectional study was to examine the effect of suspension devices (TRX®), unstable surfaces (BOSU®), and vibration plates on muscle activity and force during the Bulgarian squat. Twenty physically active male students (age = 24.40 ± 3.63 years) performed a set of five repetitions of Bulgarian squats, suspended lunges, suspended lunges-BOSU, suspended lunges-Vibro30, and suspended lunges-Vibro40 (vibration 30 Hz or 40 Hz and 4 mm of amplitude). A randomized within-subject design was used to compare leg muscle activity, vertical ground reaction forces, and force exerted on the strap across the five exercises. Results showed no significant differences in muscle activity between the Bulgarian squat and suspended lunge (p = 0.109, d = 2.84). However, the suspended lunge significantly decreased muscle activation compared to the suspended lunge-BOSU (p = 0.012, d = 0.47), suspended lunge-Vibro30 (p = 0.001, d = 1.26), and suspended lunge-Vibro40 (p = 0.000, d = 1.51). Likewise, the Bulgarian squat achieved lower activity than the suspended lunge-Vibro40 (p = 0.010, d = 0.96). The force on the strap significantly decreased in the suspended lunge-BOSU compared to the suspended lunge-Vibro30 (p = 0.009, d = 0.56). The suspended lunge achieved higher front leg force production than the Bulgarian squat (p = 0.006, d = 0.48). In conclusion, leaning the rear leg on a suspension device does not provoke an increase in the activation of the front leg during the Bulgarian squat but increases the vertical ground reaction forces. Thus, the use of unstable surfaces or vibration plates for the front leg increased muscular activity when performing a suspended lunge.

摘要

力量与体能训练师越来越多地使用振动和不稳定环境来增强训练效果。然而,目前还没有发现比较保加利亚深蹲中使用悬挂设备和振动平台的证据。本横断面研究的目的是探讨悬挂设备(TRX®)、不稳定表面(BOSU®)和振动板对保加利亚深蹲中肌肉活动和力量的影响。20 名身体活跃的男性学生(年龄=24.40±3.63 岁)完成了一组 5 次保加利亚深蹲、悬挂弓步、悬挂弓步-BOSU、悬挂弓步-Vibro30 和悬挂弓步-Vibro40(振动 30Hz 或 40Hz,振幅 4mm)。采用随机组内设计比较了 5 种练习中腿部肌肉活动、垂直地面反作用力和作用在皮带上的力。结果显示,保加利亚深蹲和悬挂弓步的肌肉活动没有显著差异(p=0.109,d=2.84)。然而,与悬挂弓步-BOSU(p=0.012,d=0.47)、悬挂弓步-Vibro30(p=0.001,d=1.26)和悬挂弓步-Vibro40(p=0.000,d=1.51)相比,悬挂弓步的肌肉激活显著降低。同样,保加利亚深蹲的活动也低于悬挂弓步-Vibro40(p=0.010,d=0.96)。与悬挂弓步-Vibro30 相比,悬挂弓步-BOSU 上的皮带力显著降低(p=0.009,d=0.56)。悬挂弓步比保加利亚深蹲产生更大的前腿力(p=0.006,d=0.48)。综上所述,将后腿靠在悬挂装置上不会增加保加利亚深蹲时前腿的激活,但会增加垂直地面反作用力。因此,在进行悬挂弓步时,使用不稳定表面或振动板会增加前腿的肌肉活动。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/3c57/6709890/4a944ef07e7e/pone.0221710.g001.jpg

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