Experimental characterization of an implantable neuro-packaging for EEG signal recording and measurement

There is a strong demand of implantable devices for diverse applications. Most of them are dedicated and are used for therapy activators, and others for monitoring physiological parameters. The aforementioned demand must be correlated to the utilization of new materials and their reliability during use. This research proposes a design of a complete implantable packaging for encompassing neuro-recording electroencephalogram signals. The content of all system is also illustrated in terms of inner devices and simulated in terms of thermal behavior. Finally the neuro-packaging has been built in polylactic acid and tested in appropriate experimental setup for a specific characterization by measuring temperature, humidity and deformation. However, since PLA is a bioadsorbable polymer, a further design has been performed covering the neuro-packaging with another biocompatible nanomaterial called ultra-high-molecular-weight polyethylene in order to avoid the bioabsorption.