Method and apparatus for neurophysiologic performance

A method of enhancing sensorimotor performance in a subject comprising the step of:

• inputting at least one bias signal to at least one sensory cell area of a subject while said subject is performing a pre-defined physical activity which utilizes sensory cells within said sensory cell area and which are involved in the sensorimotor performance to be enhanced,
• wherein inputting said at least one bias signal improves the function of said sensory cells, and wherein said at least one bias signal is generated and inputted by a system for enhancing sensorimotor performance, said system comprising a wearable device to which at least one signal input device is repositionably secured, and a signal generator communicatively coupled to said at least one signal input device for generating said bias signal..

A system for enhancing sensorimotor performance in a subject comprising:

• a wearable device to which is secured at least one signal input device, wherein said at least one signal input device is repositionable on said wearable device;
• and
• a signal generator for generating a bias signal, wherein said signal generator is communicatively coupled to said signal input devices.

A method of improving neuroplasticity in a subject comprising the step of:

• inputting at least one bias signal to at least one sensory cell area of a subject while said □ subject is performing a pre-defined physical activity which utilizes sensory cells within said sensory cell area and which are involved in the sensorimotor performance to be enhanced, wherein inputting said at least one bias signal improves the function of said sensory cells.

A method of improving neuroplasticity in a subject comprising the step of:

• inputting at least one bias signal to at least one sensory cell area of a subject while said subject is performing a pre-defined physical activity which utilizes sensory cells within said sensory cell area and which are involved in the sensorimotor performance to be enhanced,
• wherein inputting said at least one bias signal improves the function of said sensory cells, and wherein said at least one bias signal is generated and inputted by a system for enhancing sensorimotor performance, said system comprising a wearable device to which at least one respositionable signal input device is secured, and a signal generator communicatively coupled to said at least one signal input device.

A method of increasing growth hormone release in a subject comprising the step of:

• inputting at least one bias signal to at least one sensory cell area of a subject while said subject is performing a pre-defined physical activity which utilizes sensory cells within said sensory cell area and which are involved in the sensorimotor performance to be enhanced, wherein inputting said at least one bias signal improves the function of said sensory cells.

A method of increasing growth hormone release in a subject comprising the step of:

• inputting at least one bias signal to at least one sensory cell area of a subject while said subject is performing a pre-defined physical activity which utilizes sensory cells within said sensory cell area and which are involved in the sensorimotor performance to be enhanced,
• wherein inputting said at least one bias signal improves the function of said sensory cells, and wherein said at least one bias signal is generated and inputted by a system for enhancing sensorimotor performance, said system comprising a wearable device to which at least one respositionable signal input device is secured, and a signal generator communicatively coupled to said at least one signal input device.