Abstract: A combined physiological monitoring system (CPMS) (10) which provides an electrodiagnostic functional assessment (EFA) to determine the relative age and severity of a myofasical injury. The EFA utilizes data serviced by electromyography (EMG) sensors which measures the amplitude and frequency of a muscle group; functional capacity evaluation (FCE) sensors, which measure the lift, pull and push capability; range-of-motion (ROM) sensors, which measure the range of motion in the cervical, thoraic, lubosacral, upper and lower extremities; and a grip and pinch sensor, which measures a person's grip and pinch strength. The CPMS (10), allows the measurement to be conducted individually or be integrated and conducted simultaneously in combination with EKG activity, blood flow and nerve conduction velocity. The CPMS (10) which can be designed to be portable, operates in combination with a software program (80) which resides in a dedicated laptop computer (82).

Abstract: A combined physiological monitoring system (CPMS) (10) which Provides an electrodiagnostic functional assessment (EFA) to determine the relative age and severity of a myofasical injury. The EFA utilizes data serviced by electromyography (EMG) sensors which measures the amplitude and frequency of a muscle group; functional capacity evaluation (FOE) sensors, which measure the lift, pull and push capability; range-of-motion (ROM) sensors, which measure the range of motion in the cervical, thoraic, lubosacral, upper and lower extremities; and a grip and pinch sensor, which measures a person's grip and pinch strength. The CPMS (10), allows the measurement to be conducted individually or be integrated and conducted simultaneously in combination with EKG activity, blood flow and nerve conduction velocity. The CPMS (10) which can be designed to be portable, operates in combination with a software program (80) which resides in a dedicated laptop computer (82).