The Laboratory for Pediatric Motion Analysis and Biofeedback Rehabilitation provides an evidence-based framework for improving multidisciplinary clinical care for children and adolescents with movement disorders. It achieves this by identifying novel techniques to quantify abnormal movement patterns, with an emphasis on neurological physiology and joint biomechanics. It also integrates an innovative ultrasound-based advanced imaging method, which quantifies abnormal muscle-tendon unit function during motion, as well as bony lever arm and spinal deformities.
Equipment in the motion analysis laboratory
Motek GRAIL system (https://www.motekmedical.com/solution/grail/)
Instrumented split belt treadmill, with two integrated force plates and two degrees of freedom (pitch and sway) (https://www.motekmedical.com/whitepaper-quality-of-treadmill/)
Ten VICON Vero motion tracking cameras (https://www.vicon.com/hardware/cameras/vero/)
Delsys Trigno Research System (https://delsys.com/trigno-emg/)
Delsys Trigno Lite System (https://delsys.com/trigno-lite/)
Twenty-four Delsys Trigno Avanti EMG + IMU sensors (https://delsys.com/trigno-avanti/)
Two Delsys Trigno Quattro four-channel EMG + IMU sensors (https://delsys.com/trigno-quattro/)
Delsys Trigger Module (https://delsys.com/trigger-module/)
Trigno Analog Input Adapter (https://delsys.com/trigno-analog-adapter/)
OptiTrack V120:Trio motion tracking camera (https://optitrack.com/cameras/v120-trio/)
Telemed ArtUS EXT-1H ultrasound system (https://www.pcultrasound.com/products/products_artus/)
LF11-5H60-A3 60mm 5-11Hz ultrasound transducer (https://www.pcultrasound.com/products/products_artus/)
Polar H10 heart rate sensor (https://www.polar.com/uk-en/sensors/h10-heart-rate-sensor)