%0 Journal Article
%T Effects of 6 weeks of whole-body vibration training on ankle motor control: a randomized controlled trial.
%A Miyachi R
%A Kanazawa Y
%A Fujii Y
%A Kitagawa T
%A Yamazaki T
%J J Sports Med Phys Fitness
%V 64
%N 7
%D 2024 Jul
%M 38916091
%F 1.669
%R 10.23736/S0022-4707.24.15788-X
%X <B>BACKGROUND: </B>Interventions on ankle motor control are important to prevent recurrent ankle sprains. Training using whole-body vibration may easily and effectively improve ankle motor control, but the effects have not been investigated. Therefore, this study aimed to clarify the effects of 6 weeks of training with whole-body vibration on ankle motor control in a dynamic movement task among healthy participants.<BR><B>METHODS: </B>Twenty healthy university students (6 males and 14 females) were randomly allocated to whole-body vibration training and control groups, with 10 participants in each group. The training was performed twice a week for 6 weeks in both groups. Primary outcome was mean ankle angular jerk cost in the star excursion balance test. Secondary outcomes were maximum ankle motion angle and maximum reach distance in the star excursion balance test, ankle proprioception, and range of ankle dorsiflexion motion in the loaded position.<BR><B>RESULTS: </B>There was a significant group × period (pre- and postintervention) interaction for mean ankle angular jerk cost in the direction of ankle abduction/adduction during posterolateral reaching, which was significantly lower at postintervention than that at preintervention in the whole-body vibration group In the whole-body vibration group, the maximum ankle dorsiflexion motion angle during anterior and posterolateral reaching was significantly higher at postintervention than that at preintervention.<BR><B>CONCLUSIONS: </B>Training with whole-body vibration improves ankle motor control in dynamic movement tasks, although the direction of reach and plane of motion are limited. Additionally, training with whole-body vibration is also effective in increasing the ankle dorsiflexion angle during dynamic movement tasks.