AI Article Synopsis
- This paper discusses the use of thin film polymeric electrode arrays for minimally invasive neurological monitoring, highlighting their flexibility and surface properties.
- The compact design of these arrays makes them suitable for various surgical implantation methods.
- The study tests two techniques for deploying these electrode arrays through small openings in the skull, utilizing rapid-prototyping for quick fabrication.
Article Abstract
We present approaches for using thin film polymeric electrode arrays for use in applications of minimally invasive neurological monitoring. The flexibility and unique surface properties of the thin-film polyimide substrate in combination with a compact device platform make them amenable to a variety of surgical implantation procedures. Using a rapid-prototyping and fabrication technique, arrays of various geometries can be fabricated within a week. In this paper we test two different approaches for deploying electrode arrays through small cranial openings.
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| http://dx.doi.org/10.1109/IEMBS.2009.5333177 | DOI Listing |
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