📣 A device that provides you with real-time auditory feedback on level of impact whilst running 🤯 🎧
How can this contribute to gait retraining and reduced injury risk? 🏃♀️
NEW #PhDAcademyAward article 📄
MUST READ ➡️ https://t.co/ZirDvTzOTK
Online first: The importance of performance in youth competitions as an indicator of future success in cycling🚴♀️by @BioMoC_UGent https://t.co/gUzQzYoybI #sportscience#cycling
@KinesKing Good question @KinesKing! The sun is shining following a cold snap this week, so allow us a🎧☀ run first on this Saturday afternoon. We'll follow-up later today😉
Taking what we can do in the #biomechanics lab to a training environment would extend our reach and help more sportspeople. We're excited to share work that translates running retraining interventions outside of the lab.
The summary answer is below!
https://t.co/NGtMWiRjLx
This @SciReports publication reflects months of fun and multidisciplinary @ugent collaboration between the researchers of biomechanics & motor control of human movement and the institute for systematic musicology🏃💥🎧.
🙏@FWOVlaanderen and @InterregVLANED for the funding. (9/9)
@backuppt Good question! The study was done in a lab-in-the-field setting, so we did not perform an in-depth gait analysis. We are conducting lab tests to see if e.g. the oscillation changes. Stay tuned 😉