Abstract:
The present invention is a system and method for realtime monitoring of neural responses to stroke. The system of the present invention provides a component for inducing a localized stroke and one or more sensors for monitoring molecular and cellular physiological events before, during and after the stroke. Methods for inducing a stroke, monitoring neural responses, and identifying neuroprotective strategies and/or agents with a model are also provided.
Abstract:
An implant device (500) for creating a neural interface with the central nervous system having a polyimide-based electrode arra (520) is presented along with a method for making the device. The device may be configured as a three dimensional structure (600) and is capable of sensing multi-unit neural activity from the cerebral cortex. Mechanical, electrical and biological characteristics of the device support it use as a reliable, long term implant.
Abstract:
The present invention is a system and method for realtime monitoring of neural responses to stroke. The system of the present invention provides a component for inducing a localized stroke and one or more sensors for monitoring molecular and cellular physiological events before, during and after the stroke. Methods for inducing a stroke, monitoring neural responses, and identifying neuroprotective strategies and/or agents with a model are also provided.