Abstract:
This invention relates to a novel electrophoretic composition having improved colloidal stability, switching performance and temperature latitude (Example 2)
Abstract:
Neuromodulation assemblies (200) include an extravascular prosthesis (202) disposed around and contacting at least a portion of an exterior surface (204) of a vessel (V) and a radially expandable intravascular prosthesis (206) contacting an interior surface (208) of the vessel. The neuromodulation assemblies are configured to compress, pinch, or squeeze a target nerve within the adventitia of the vessel between the extravascular and intravascular prostheses in order to impinge and disrupt the target nerve, thereby blocking or stopping nerve signal transduction. Neuromodulation assemblies configured in accordance with the present technology may also utilize radio - frequency energy, a drug, and/or magnetic attraction to block nerve signal transduction for neuromodulation thereof.
Abstract:
This invention relates to a novel electrophoretic composition having improved colloidal stability, switching performance and temperature latitude.