System for dynamically implementing a rehabilitative schema

A system for dynamically implementing a rehabilitative schema for neuromuscular and neurologic disease and injury comprising:

• an exercise machine having a load assembly for applying a first load and a second load;
• a sensor assembly adapted to measure a performance dataset that include a first force and a second force placed laterally against the first load and the second load by a patient using the exercise machine and a first velocity and a second velocity associated with the first force and the second force;
• and,
• a computer system in communication with the sensor assembly adapted to determine a base line power according to the performance dataset, create an initial treatment program, and determine a modification to the initial treatment program according to receiving a subsequent dataset from the sensor assembly, determine a bilateral differential between a first limb and a second limb of the patient based on the base line power, and modify the initial treatment program to reduce the bilateral differential until power velocity alignment between the first limb and the second limb is achieved.

A system for dynamically implementing a rehabilitative schema for neuromuscular and neurologic disease and injury comprising:

• an exercise machine having a load assembly for applying a first load and a second load laterally to a patient;
• a sensor assembly adapted to determine a performance dataset that include a first force and a second force placed on the exercise machine applied by the patient and a first velocity and a second velocity associated with the first force and the second force;
• and,
• a computer system in communication with the sensor assembly adapted to determine a base line power according to the performance dataset, create an initial treatment program, and determine a modification to the first load and the second load according to receiving a subsequent dataset from the sensor assembly, determine a bilateral differential between a first limb and a second limb of the patient based on the base line power, and modify the first load and the second load to reduce the bilateral differential until power velocity alignment between the first limb and the second limb is achieved.