Updated Integrations for Broadening the use of EMG and Motion Capture
Trigno Centro provides new streamlined pathways for combining data across multiple devices or for creating customizable interfaces for the control of external systems.
Lower Limb Prosthetics
Key Takeaways 1 Myoelectric control is the broader term of using EMG signals as a control input. For prosthetics, these EMG signals are processed and classified into movements that are […]
2024 in Review: International Collaboration, Evolving Technology, and Assisting Growth
We’d like to thank all our customers and collaborators for another lively year!
Matching Contribution Program: Trigno EMG and Movement Sensors Starter Kit
Empowering Researchers in Engineering, Physical Therapy and Sports Science
Back to Lab Guide
It’s that time of the year again – a fresh start with new students and new projects on the horizon! As we gear up for another exciting academic season, let’s […]
Redefining the Classification System for Paralympic Swimmers
An EMG-Centric Approach to Understanding the Differences Between Adaptive Athletes
What is the Ideal Slope in Downhill Running?
Combining Trigno EMG and VO2
Delsys Welcomes Saju Joseph as Scientific Advisor
Dr. Saju Joseph, former High Performance Director for the Sports Authority of India (Bangalore), brings decades of research and hands-on experience to the Delsys Education Team as its newest Scientific […]
EMG Based Avatar Operation for ALS
Key Takeaways 1 A goal in ALS research is to develop augmentative and alternative communication (AAC) systems that promote interpersonal relations and performance, especially in a virtual space. 2 EMG […]
Motor Unit Explorations of ACL Rehabilitation
Key Takeaways 1 There are around 100,000 – 200,000 ACL injuries in the USA each year which lead to altered biomechanics, increased risk of re-injury and development of osteoarthritis. 2 […]
