Case studies and News
As the competition intensifies in Ligue 1, clubs are constantly searching for innovative ways to optimise player performance. One club at the forefront of this movement is OGC Nice, which began using the Myocene fatigue assessment device at the start of the 2023-2024 season...
On the 13th of November, Myocene held a lunchtime masterclass at the Leaders in Sport London Performance Summit hosted at the Kia...
Muscle fatigue is a critical factor in athletic performance, influencing decisions around training, recovery, and competition...
Myocene, the Belgian sportstech company which is developing a device for the objective measurement of muscular fatigue for...
In this case study, we explore the return-to-play process for a football player from SC Braga...
Dive into the innovative world of sports science with our handball case study on the use of the...
It's incredible to be able to measure fatigue in such a short time, and without any real strain on...
We used Myocene to prepare the team for the preseason. It's a really quick and easy tool! Thanks to...
As the competition intensifies in Ligue 1, clubs are constantly searching for innovative ways to...
Finally, a tool to objectivize quadriceps fatigue! I used the Myocene during the two months I spent...
On the 13th of November, Myocene held a lunchtime masterclass at the Leaders in Sport London Performance Summit hosted at the Kia...
Myocene, the Belgian sportstech company which is developing a device for the objective measurement of muscular fatigue for...
This month welcomes an exciting new basketball customer for Myocene, as Tarbes Union Basket, a French basketball team, becomes the...
RC Lens, a French Ligue 1 team, has begun working with Myocene to integrate its state-of-the-art device into the RC Lens training...
Myocene, the Liège-based sportstech company developing a unique, innovative, cutting-edge device for the objective measurement of...
In the realm of elite sports, managing athlete recovery effectively has become increasingly crucial due to the rising intensity...