This document provides additional figures that complement the findings in the main manuscript. Specifically, we provide the 'contralateral' analogs of Figures 2 and 3 in the main manuscript
Supplemental table S1 Supplemental table to the scientific paper "Impact of visual rotations on head...
Contains detailed equations of motion, additional mathematical and parametric information, additiona...
<p>Black foot prints indicate the two pre-turning steps and grey foot prints represent footstep adju...
Walking humans respond to pulls or pushes on their upper body by changing where they place their foo...
Ensemble averages of 10 strides for 20 subjects' knee joint A) angles, B) moments, and C) powers ver...
Ensemble averages of 10 strides for 20 subjects' ankle joint A) angles, B) moments, and C) powers ve...
Ensemble averages of 10 strides for 20 subjects' hip joint A) angles, B) moments, and C) powers vers...
<p>The left hand side depicts the absolute medial-lateral deviations from the straight line. The rig...
During human walking, perturbations to the upper body can be partly corrected by placing the foot ap...
The purpose of the study was to examine the impact of carrying backpack loads on the medial-lateral ...
Description: Multiple figures - supplementary limits of agreement plots for secondary outcome measur...
A comparative evaluation of the effects of incline on kinematics and muscle function during backward...
Current definitions of the spatial and temporal parameters of gait have been based on the premise th...
Supplemental material, Supplementary_Material for The effectiveness of backward walking as a treatme...
These data accompanied with the paper "MULTISEGMENTAL KINEMATIC BEHAVIOR OF NORMAL AND PRONATED FEET...
Supplemental table S1 Supplemental table to the scientific paper "Impact of visual rotations on head...
Contains detailed equations of motion, additional mathematical and parametric information, additiona...
<p>Black foot prints indicate the two pre-turning steps and grey foot prints represent footstep adju...
Walking humans respond to pulls or pushes on their upper body by changing where they place their foo...
Ensemble averages of 10 strides for 20 subjects' knee joint A) angles, B) moments, and C) powers ver...
Ensemble averages of 10 strides for 20 subjects' ankle joint A) angles, B) moments, and C) powers ve...
Ensemble averages of 10 strides for 20 subjects' hip joint A) angles, B) moments, and C) powers vers...
<p>The left hand side depicts the absolute medial-lateral deviations from the straight line. The rig...
During human walking, perturbations to the upper body can be partly corrected by placing the foot ap...
The purpose of the study was to examine the impact of carrying backpack loads on the medial-lateral ...
Description: Multiple figures - supplementary limits of agreement plots for secondary outcome measur...
A comparative evaluation of the effects of incline on kinematics and muscle function during backward...
Current definitions of the spatial and temporal parameters of gait have been based on the premise th...
Supplemental material, Supplementary_Material for The effectiveness of backward walking as a treatme...
These data accompanied with the paper "MULTISEGMENTAL KINEMATIC BEHAVIOR OF NORMAL AND PRONATED FEET...
Supplemental table S1 Supplemental table to the scientific paper "Impact of visual rotations on head...
Contains detailed equations of motion, additional mathematical and parametric information, additiona...
<p>Black foot prints indicate the two pre-turning steps and grey foot prints represent footstep adju...