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 […]
Author: Katrina Gage
See what’s new in Trigno Discover 1.7.0
Trigno Discover 1.7.0 brings full support for the landmark release of Trigno Centro.
Neuroyattam: Bringing Biomechanics to Indian Dance
Biomechanics is the science of movement and provides rich detail into how forces control the way our bodies move. Biomechanics has been used for the analysis of sports for decades […]
Workshops to Advance Human Movement Scientists in India
Delsys is proud to have finished our first series of hands-on EMG workshops within several cities in India. These workshops gave students and early career researchers firsthand experience with the […]
See what’s new in Trigno Discover 1.6.5
Bug fixes
Using the Delsys API to Expand the World of Telehealth
Combining Trigno EMG and Virtual Reality
Revealing an Underlying Mechanism of Overuse Injuries
Combining Trigno EMG and Hand Dynamometry
LibEMG: An open-source Python toolbox for myoelectric control
Key Takeaways 1 Myoelectric control systems provide control of an external device from the electrical signals captured by EMG. 2 LibEMG is an open-sourced Python library and resource geared towards […]
See what’s new in Trigno Discover 1.6.4
Various UI updates and bug fixes.
EMG-based prediction of human forearm movements
Key Takeaways 1 Myoelectrical signals from EMG can be used to create model-based predictions of limb movements and forces. 2 EMG has the ability to assist human movement through actuating […]
