MYOCENE
Myocene is a Belgian sports technology company dedicated to developing innovative, objective muscle fatigue assessment devices for elite athletes. Their mission is to optimize athletic performance, recovery, and injury prevention through rapid, accurate, and scientifically validated muscle fatigue measurement. Their vision is to revolutionize athlete monitoring by providing reliable, portable, and easy-to-use tools that deliver real-time insights into muscle fatigue, enabling coaches and athletes to make informed decisions for training and recovery.
Industries
Nr. of Employees
small (1-50)
Products
Portable muscle fatigue assessment system
A transportable system that applies controlled electrical stimulation to the quadriceps, records isometric force responses with a high-sensitivity sensor, and computes standardized peripheral fatigue metrics via on-device and cloud algorithms.
Portable muscle fatigue assessment system
A transportable system that applies controlled electrical stimulation to the quadriceps, records isometric force responses with a high-sensitivity sensor, and computes standardized peripheral fatigue metrics via on-device and cloud algorithms.
Services
On-site demonstrations and user training
Product demonstrations and operational training for performance and medical staff to integrate objective fatigue assessments into routine workflows.
Data integration and API support
Technical support and API access to synchronize fatigue measurements with existing athlete management and analytics systems for real-time data use.
Research collaborations and validation support
Collaborative research agreements with universities and performance centres for reproducibility studies, protocol standardization and peer-reviewed publications.
Preseason and medical screening support
Support for baseline fatigue screening in preseason or pre-signing medical examinations to provide objective reference values and inform player recruitment or readiness decisions.
On-site demonstrations and user training
Product demonstrations and operational training for performance and medical staff to integrate objective fatigue assessments into routine workflows.
Data integration and API support
Technical support and API access to synchronize fatigue measurements with existing athlete management and analytics systems for real-time data use.
Research collaborations and validation support
Collaborative research agreements with universities and performance centres for reproducibility studies, protocol standardization and peer-reviewed publications.
Preseason and medical screening support
Support for baseline fatigue screening in preseason or pre-signing medical examinations to provide objective reference values and inform player recruitment or readiness decisions.
Expertise Areas
- Objective peripheral muscle fatigue assessment
- Neuromuscular stimulation-based measurement protocols
- Signal processing and algorithmic fatigue-index computation
- Field-deployable physiological monitoring
Key Technologies
- Electrical neurostimulation
- High-sensitivity isometric force sensing
- Low-frequency fatigue (LFF) assessment via low/high-frequency response ratios
- Algorithmic/AI-driven signal processing