Abstract
Background
Running is an effective exercise for personal fitness, yet many recreational runners suffer from running-related injuries. Prolonged running induces neuromuscular fatigue, interfering with an individual’s preferred running gait and increasing the injury risk. This study aimed to examine gait patterns associated with fatigue in runners during a full marathon by analyzing lower limb segment and pelvis kinematics captured via multiple inertial measurement units (IMU).
Methods
Three IMUs were attached to measure the rearfoot, shank, and pelvis kinematics of 23 male recreational runners during an outdoor marathon. Data were extracted for nine time points: the baseline, and at the 5th, 10th, 15th, up to the 40th kilometer. Each segment’s free acceleration and angular velocity during the stance phase at these nine timelines were analyzed using statistical non-parametric mapping.
Results
Male recreational runners exhibited a lower running speed (1.13 km/h, p
Description
The study investigates how fatigue affects gait patterns in male recreational marathon runners.