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In vivo oscillations of the soleus muscle can be quantified using b-mode ultrasound imaging during walking and running in humans

Health and Fitness

In vivo oscillations of the soleus muscle can be quantified using b-mode ultrasound imaging during walking and running in humans

A. K. M. Lai and E. F. Hodson-tole

This groundbreaking study by A. K. M. Lai and E. F. Hodson-Tole explores the fascinating dynamics of soleus muscle oscillations during walking and running. It reveals how increased vertical impact forces at faster speeds influence muscle behavior, showcasing ultrasound imaging as a powerful tool in understanding these responses. A must-listen for those intrigued by biomechanics!

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Playback language: English
Abstract
This study investigated the use of 2D ultrasound imaging to quantify transverse muscle oscillations in the soleus muscle during walking and running at various speeds. Increased vertical impact forces at faster speeds correlated with changes in both magnitude and frequency of soleus muscle oscillations. Faster running showed higher frequency components in oscillations compared to slow walking. This research establishes ultrasound imaging as a method for examining muscle oscillation responses to impact forces.
Publisher
Scientific Reports
Published On
Nov 19, 2020
Authors
A. K. M. Lai, E. F. Hodson-Tole
Tags
2D ultrasound
soleus muscle
oscillations
walking
running
biomechanics
impact forces
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