This study assessed the Stryd running power meter validity at sub-maximal speeds (8 to 19
km/h). Six recreational runners performed an incremental indoor running test. Power output …

Background Describing the response of spatiotemporal gait characteristics, and related
variables such as variability and stiffness, to different stressors is important to better …

Purpose The aim of this study was to assess the effects of adding shoe mass on running
economy (RE), gait characteristics, neuromuscular variables and performance in a group of …

This study explored the impact of two differing warm-up protocols (involving either resistance
exercises or plyometric exercises) on running economy (RE) in healthy recreationally active …

This study investigated the role of reactive and eccentric strength in stiffness regulation
during maximum velocity sprinting (Vmax) in team sport athletes compared with highly …

Background The differences and relationship between joint stiffness and leg stiffness can be
used to characterize the lower limb behavior during different walking speeds. Research …

Despite the widespread use of the OptoGait photoelectric cell system for the analysis of
running spatiotemporal parameters, its reliability has not been proved. Consequently, this …

This study determined the acute changes in spatio-temporal and impulse variables when
wearable resistance (WR) of 2% body mass was attached distally to the thighs during 50 m …

Surface compliance has been shown to affect leg stiffness and energetics. It is unknown if
compliance differences between common treadmills would elicit such changes. Therefore …

Objectives: The relationship between force-time characteristics obtained from isometric mid-
thigh pull (IMTP) and endurance running performance has not been studied. The purpose of …