The aim of this study was to investigate if microtechnology-derived collision loads could differentiate between collision performance outcomes and to compare the physical and analytical …
Microtechnology
Objective: This study aimed to: (a) identify the association between external workloads and injury risk in the subsequent week; and (b) understand the effectiveness of …
Background: Quantifying the peak match demands within the football codes is useful for the appropriate prescription of external training load. Wearable microtechnology devices can be …
Aims: The study aimed to determine whether collision loads derived from microtechnology can distinguish between collision performance outcomes and to compare the physical and analytical …
The quantification of external load through global positioning systems (GPS) is now commonplace across the different football codes. Despite this acceptance amongst sports science practitioners, …
Background: Quantifying the peak match demands within the football codes is useful for the appropriate prescription of external training load. Wearable microtechnology devices can be …
Background: The physical demands of rugby league, rugby union, and American football are significantly increased through the large number of collisions players are required to …
Objectives: To compare the metabolic power demands between positional groups, and examine temporal changes in these parameters during Australian Football match-play. Design: Longitudinal observational study. …
Purpose: To describe the metabolic demands of rugby league match play for positional groups and compare match distances obtained from high-speed-running classifications with those derived …