(229e) Nanocomposite for Implantable Electronic Devices

Traditional implantable electronic devices often induce inflammation due to the mismatch of the mechanical properties between the tissue and devices. Mitigation of this problem requires a new generation of medical devices fabricated from flexible and conductive materials. However, materials with such mechanical and electrical properties are not yet available in the toolbox of medical device fabrication. In this study, we formalized the mechanical and electrical requirements for implantable electronics. Then we utilized a nanocomposite approach to design and optimize the materials properties with various nanomaterials. Lastly, we fabricated implantable electronic devices using MEMS-like technology and demonstrated the functionality of the devices. Further investigation of the inflammation processes around these devices are required to establish their prospects as long-term implantable devices.