Abstract: The simulation of physiological functions for monitoring and evaluation of bodily strength and flexibility includes a method and system for automated biomechanical analysis for simulated bodily joint movements. In one use, the simulation supports anterior cruciate ligament (ACL) injury prevention and recovery. The disclosure includes processing an automated and simulated biometric analysis algorithm on a computer processor and recording measurements relating to a plurality of physical therapy tests. The disclosure tracks the movement of joints on the subject's body from the subject's trunk downward to the subject's toes and calculates the results of the physical therapy tests for analyzing angles, movement quality, and related interrelationships amongst said joints. The method and system further derive and provide reports of comparisons of results with normative values and associate indicators for the comparisons to the potential of the subject to experience biomechanical conditions of injury or development.

Abstract: The present disclosure relates to a method and system for automated biomechanical analysis for bodily joints generally and in one use to anterior cruciate ligament (ACL) injury prevention and recovery. The disclosure includes processing an automated biometric analysis algorithm on a computer processor and recording measurements relating to a plurality of physical therapy tests. The disclosure tracks the movement of joints on the subject's body from the subject's trunk downward to the subject's toes and calculates the results of the physical therapy tests for analyzing angles, movement quality, and related interrelationships amongst said joints. The method and system further derive and provide reports of comparisons of results with normative values and associate indicators for the comparisons to the potential of the subject to experience biomechanical conditions of injury or development.