Fiber specific focused direct current neuromodulation
AssigneeCase Western Reserve University
InventorsDavid Green, Shane Bender, Varun Thakkar, Hope Zimmerman, Mohamed Elzab, Tina Vrabec, Niloy Bhadra
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AssigneeCase Western Reserve University
InventorsDavid Green, Shane Bender, Varun Thakkar, Hope Zimmerman, Mohamed Elzab, Tina Vrabec, Niloy Bhadra
Estimating the term…
One or more fibers in a nerve can be selectively stimulated and/or blocked with focused direct current (DC) neuromodulation based on application of a DC via at least one electrode coupled to a current generator. The current generator can generate at least one DC with an amplitude of less than 15 mA for a time and the at least one electrode can apply the DC to a nerve for the time. Application of the DC to the nerve for the time can create a spatially restricted DC field based on the DC and specific geometries and configurations of the at least one electrode. For instance, the spatially restricted DC field can at least partially block conduction in small-diameter nerve fibers of the nerve while leaving large-diameter, myelinated nerve fibers of the nerve substantially unblocked and able to conduct.
A system comprising:
A method for blocking conduction in small-diameter nerve fibers while leaving large-diameter, myelinated nerve fibers at least partially unblocked and able to conduct, the method comprising:
Dependencies are inferred from the claim text.