EPFL/LSI
Expert in biomedical circuits and systems
Sandro Carrara
EPFL
IronIC++
System for on-line Monitoring of Human Metabolic Conditions in Critical patients

Institute for Research in Biomedicine/Bellinzona
Expert in characterization of signal transduction pathways at different developmental stages of the murine T cell1
Fabio Grassi
Institute for Research in Biomedicine

Project Description

The previously funded Nano-Tera RTD project called Implantable-IRONIC successfully investigated the fully integration of all the required components to obtain a platform for the remote and continuous monitoring of human metabolism. That platform includes a fully implantable biochip to detect of multiple-analytes (up to five), the temperature and the pH in the interstitial tissue on a body. The platform also includes a flexible device for the remote powering and data gathering of the data collected by all the implanted sensors. The results obtained by that research have been of high quality as demonstrated by the long list of published papers (both conferences and highly-ranked international journals) and by the invitation received to deliver keynote speeches related to the IRONIC project. The project has been also successful in term of the interaction with one of the involved industrial partner (Menarini Diagnostics) that is now highly interested in a more focused technology transfer of the best results obtained during the research activity of the implantable-IRONIC project toward a more specific application: the continuous monitoring of critical patients in intensive care units (ICU). 

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Our researchers in the media

i-Needle: Detecting the biological mechanisms of acupuncture

Tiny lab under the skin could stop drug cheats

Chip implant to help combat doping

'Under the skin' blood-testing device developed

Posters from 2015


IronIC system: continuous monitoring for ICUs
Stefano Riario, Francesca Stradolini, Flavia Basilotta, Irene Taurino, Fabrizio Mastrantonio, Francesco Valgimigli, Giovanni De Micheli, Sandro Carrara

Fast Synthesis of Platinum Nanopetals and Nanospheres on Multipanel Electrochemical Sensors for Emergency Units
Irene Taurino, Gabriella Sanzo, Giovanni De Micheli, Sandro Carrara

Posters from 2014


Selective Carbon Nanomaterial Growth on MultiPanel Electrochemical Sensors for Emergency Units
Irene Taurino, Arnaud Magrez, Laszlo Forró, Giovanni De Micheli, Sandro Carrara