Clinical Biomechanics

Ankle angle and ground reaction force data for 10 subjects collected using the Computer Assisted Rehabilitation Environment. Up to 15 typical steps were chosen within 100ms and scaled. "_Mean" indicates the mean step value, "_dev" indicated the standard deviation between the typical steps, and "_num" indicated the number of steps chosen. Tabs are labeled according to subject order and the rows are in the order SACH Foot No Mass, SACH Foot With Mass, Renegade No Mass, Renegade With Mass, CAPA-small-radius-compliant, CAPA-foot-small-radius-stiff, CAPA-foot-large-radius-compliant, and CAPA-foot-large-radius-stiff. The individual subject information is given by the pdf. During analysis, the ankle ankle subject 1 SACH foot with weight and CAPA-foot-large-radius-stiff; subject 4 CAPA-foot-compliant; subject 5 CAPA-foot-large-radius; subject 7 CAPA-foot-stiff and CAPA-foot-large-radius-compliant heel angles were removed because of difficulties post-processing the data. The force subject 1 SACH foot with weight and CAPA-foot-large-radius-stiff; subject 5 CAPA-foot-large-radius; and subject 7 CAPA-foot-small-radius-stiff were removed from the residual limb graphs and subject 7 CAPA-foot-stiff trials were removed from the intact limb graphs because of difficulties post-processing the data.

This dataset shows the analyzed biostatistics of our study.

Normalized linear loading rate, vertical ground reaction force, knee extension moment at initial contact, peak knee extension moment, knee flexion angle at initial contact, and peak knee flexion angle during single leg crossover hop and single leg step down tasks in individuals with a history of ACLR.

Complete results set of the study reported in "Anteriolateral falls are important as posteriolateral falls while classify patients under their risk of fracture" by Zainab Altai, Muhammad Qasim, Xinshan Li, and Marco Viceconti