Thorax-Pelvis Coordination During Gait

Gait kinematics and kinetics of fifteen healthy subjects and fifteen subjects with chronic low back pain. Supplementary data of the journal article (Open Access): "Axial Thorax-Pelvis Coordination During Gait is not Predictive of Apparent Trunk Stiffness" In Nature Scientific Reports DOI:10.1038/s41598-018-37549-9 By Maarten R. Prins, Sjoerd M. Bruijn, Onno G. Meijer, Peter van der Wurff and Jaap H. van Dieën The methods of data collection are described in the journal article. The .mat file ("ExperimentalData") and .csv file contain identical information. Dataset consists of [Units] (Variable Names): - Subject characteristics Weight [kg] (Weight) Height [m] (Height) Thorax inertia around longitudinal axis [kgm2] (InertiaThorax) - Kinematics in 100 [samples/s] 3D Thorax angular velocity in [rad/sec] (KinematicsThoraxOmega) 3D Pelvis angular velocity [rad/sec] (KinematicsPelvisOmega) 3D Trunk angle [rad] (KinematicsTrunkPhi) 3D Left and right arm center of mass trajectory [m] (KinematicsRArmCOMX) - Kinetics in 100 [samples/s] 1D Arm swing moment around longitudinal axis trunk through L5S1 [Nm] (KineticsRArmIAlphaL5S1X) 3D Net trunk torque [Nm] (KineticsTrunkTorqueX)