Background: Previous studies indicate that running at maximum speed on short or curved
sections is slower than running on straight sections. This study aimed to analyse the external …

Running symmetry is important for performance, injury prevention or rehabilitation in many
sports. However, current methods for measuring running symmetry are expensive, time …

Background Comparing the performance of one leg to another is a common means of
assessing running gait to help inform clinical management strategies. Various methods are …

While the sport of short-distance (Sprint) triathlon provides an opportunity to research the
effect of the center of mass (CoM) when cycling and running, much remains to be done. The …

Background Running-related overuse injuries can result from the combination of extrinsic
(eg, running mileage) and intrinsic risk factors (eg, biomechanics and gender), but the …

Introduction: Symmetry and asymmetry of the limbs' movement pattern during running are
introduced as one of the main critical challenges of human locomotion. The aim of this study …

Introduction Modifications in asymmetry in response to self-paced efforts have not been
thoroughly documented, particularly regarding horizontally-derived ground reaction force …

Biomechanical findings show that running is asymmetric in many kinetic properties. Running
stiffness is a vital kinetic property of yet unknown pattern of lateralization. The aim of this …

Differences in running gait between treadmill and overground running has been subject of
study, while consistency of group differences between running surfaces has not been …

This study investigates the potential asymmetries between inside and outside legs in
determinants of curved running speed. To test these asymmetries, a deterministic model of …