Computer software system primarily comprised of software for connecting and synchronizing video with biological signal data collected, and integrating into a patient's electronic medical record (EMR) for use in the medical field and is specifically designed for creating electronic medical records (EMR) related to the management of pain and spasticity and allows the creation of an electronic medical record (EMR), which includes and tracks biometric data, injection documentation, spasticity and pain index tracking, billing documentation, and report generation for use in the medical field; computer software system primarily comprised of software for providing a collection of video and E-learning applications presenting educational material to clinicians for integration into software, stand alone, or web based applications, including various topics of anatomy review, muscle activation, instructional review, and device operating instructions for use in the medical field; computer software system, namely, a motion tracking system primarily comprised of software for monitoring body movement that can be used in applications where freedom of movement is required and may be comprised of video or accelerometer based tracking devices that will not load limbs being monitored for movement all for use in the medical field

A handheld electromyographic medical device with signal display and stimulator, namely, used for muscle and nerve localizations as well as an aid for guidance of injections into the muscles of the body for use in the medical field; a handheld electromyographic medical device with signal display, namely, a multifunction stimulator and electromyogram (EMG) amplifier used for electromyogram EMG studies, nerve conduction studies, electrodiagnostic functions, namely, multi-channel electroencephalography studies, multi-channel sleep studies, multi-channel biosignal measurements with or without motion tracking and can be used to measure, display, store, retrieve and analyze muscle signal measurements for research purposes, synchronize video motion tracking to the collected data, and used to generate colour coded topographical maps depicting the electrical energy generated by the areas being measured for use in the medical field; a portable and wireless multi-channel biological amplifier, namely, designed to be able to carry out surface electromyography (sEMG) as well as electroencephalography (EEG) for a number of medical applications for use in the medical field