Baj-Rossi, CamillaKilinç, EnverGhoreishizadeh, SaraCasarino, DanieleRezzonico Jost, TanjaDehollain, CatherineGrassi, FabioPastorino, LauraDe Micheli, GiovanniCarrara, Sandro2013-12-042013-12-042013-12-04201310.1109/BioCAS.2013.6679665https://infoscience.epfl.ch/handle/20.500.14299/97438In this work, we showed the realization of a fully- implantable device that integrates a microfabricated sensing platform, a coil for power and data transmission and integrated circuits. We described a device intended to test the biocompati- bility of the materials used for the microfabrication. Therefore, electronics measurements for data communication and remote powering will be reported in another article [1]. To ensure biocompatibility an epoxy enhanced polyurethane membrane was used to cover the device. We proved through an in-vitro characterization that the membrane was capable to retain enzyme activity up to 35 days. After 30 days of implant in mice, in-vivo experiments proved that the membrane promotes the integration of the sensor with the surrounding tissue, as demonstrated by the low inflammation level at the implant sitetext::conference output::conference proceedings::conference paper