This dataset contains individual metrics (demographics, running habits and our variables of interest) and time series (axial peak tibial acceleration, steps per minute) of 10 runners before and at the end of a gait retraining intervention. Subjects with elevated axial peak tibial acceleration performed a single running gait retraining session on an indoor running track at 3.2 ± 0.2 m/s in self-selected footwear. Data are from an experimental protocol approved by the Ethics Committee of Ghent University. This dataset has been used to investigate if at risk runners are capable to reduce their uni-directional tibial shock when running over-ground with a music-based biofeedback system
Seventy-two percent of all stress fractures in athletes come from running, which can cause an immedi...
Reducing tibial acceleration through gait retraining is thought to reduce the risk of stress fractur...
The degree to which standard laboratory gait assessments accurately reflect impact loading in an out...
This dataset contains the time series of axial peak tibial acceleration for 10 runners with high tib...
Methods to reduce impact in distance runners have been proposed based on real-time auditory feedback...
ackground: Running retraining with the use of biofeedback on an impact measure has been executed or ...
POSTPRINT. Background: Running retraining with the use of biofeedback on an impact measure has b...
Purpose: The present study aimed to determine whether runners can reduce impact measures after a six...
Increased peak tibial acceleration has been related to tibial stress fractures. Reducing tibial acce...
Increased tibial acceleration has been found to be an important risk factor for tibial stress fractu...
Overuse injuries are common in runners, with tibial fatigue fractures (TFF) being particularly sever...
Rational & Objective Running retraining using kinetic biofeedback (e.g., tibial shock) has been show...
Overuse injuries occur when the body is exposed to large magnitudes of repetitive forces such as th...
Increased tibial acceleration has been found to be an important risk factor for tibial stress fractu...
Purpose: Running gait retraining via peak tibial shock biofeedback has been previously shown to redu...
Seventy-two percent of all stress fractures in athletes come from running, which can cause an immedi...
Reducing tibial acceleration through gait retraining is thought to reduce the risk of stress fractur...
The degree to which standard laboratory gait assessments accurately reflect impact loading in an out...
This dataset contains the time series of axial peak tibial acceleration for 10 runners with high tib...
Methods to reduce impact in distance runners have been proposed based on real-time auditory feedback...
ackground: Running retraining with the use of biofeedback on an impact measure has been executed or ...
POSTPRINT. Background: Running retraining with the use of biofeedback on an impact measure has b...
Purpose: The present study aimed to determine whether runners can reduce impact measures after a six...
Increased peak tibial acceleration has been related to tibial stress fractures. Reducing tibial acce...
Increased tibial acceleration has been found to be an important risk factor for tibial stress fractu...
Overuse injuries are common in runners, with tibial fatigue fractures (TFF) being particularly sever...
Rational & Objective Running retraining using kinetic biofeedback (e.g., tibial shock) has been show...
Overuse injuries occur when the body is exposed to large magnitudes of repetitive forces such as th...
Increased tibial acceleration has been found to be an important risk factor for tibial stress fractu...
Purpose: Running gait retraining via peak tibial shock biofeedback has been previously shown to redu...
Seventy-two percent of all stress fractures in athletes come from running, which can cause an immedi...
Reducing tibial acceleration through gait retraining is thought to reduce the risk of stress fractur...
The degree to which standard laboratory gait assessments accurately reflect impact loading in an out...