Computer-Based Clinical Instrumentation for Processing and Analysis of Electroneuromyographic Signals in the Upper Limb
TEXAS UNIV ARLINGTON BIOMEDICAL ENGINEERING PROGRAM
Pagination or Media Count:
A computer-based clinical instrument was developed to simultaneously acquire, process, display, quantify and correlate electroneuromyographic ENMG activity in the upper limb in humans, This system was designed around AMLAB analog modules and software objects called ICAMs, The system consists of a nerve stimulator block, a time domain EMG block with evoked response averaging capability, a counter block and a data storage and retrieval block, The system acquires and displays the raw electromyographic EMG signal in the Flexor Carpi Radialis FCR muscle and quantifies its root-mean-squared RMS value, It also acquires the elicited H-reflex and M-response and displays them along with raw EMG signals in one integrated environment, This system has been designed to study the H-reflex and M-response in the upper limb of normal subjects and Carpal Tunnel Syndrome CTS patients, It could be easily modified to acquire, process and analyze the ENMG signals in other parts of the human body to assess the continuity and function of the sensory and motor pathways.
- Anatomy and Physiology
- Medicine and Medical Research