Bio
Alessandro Maccione graduated in Biomedical Engineering at the University of Genova in 2003. From 2003 to 2004 he worked for a software consultant company as analyst and software developer for application related to the military filed where he gained strong skills in programming real-time embedded systems. In 2004 he began his PhD studies at the University of Genova in Bioengineering, Materials Engineering, Robotics curriculum in Bioengineering and Bioelectronics, with a fellowship sponsored by a private SME. For this company, in parallel with his PhD research activities in the neuroscience field related to extracellular electrophysiology and clinical movement analysis, he was involved in project management of web application for the e-government where he developed strong competences on Database design and interoperability system implementation. In 2008 he received his PhD with a thesis entitled: “An innovative approach to neuronal network dynamics studies with new high density micro electrode arrays”. Currently he is working at IIT (Italian Institute of Technology) as a PhD in the Neuroscience and Brain Technology department in the NeuroEngineering & bio-arTificial Synergic SystemS (NETS3) lab.
Summary of research
His activities are focused on design, implementation and validation of real-time electrophysiological platforms based on high density Micro Electrode Arrays, on experimentation and on developing off-line as real-time analysis methods to study in vitro neuronal network dynamics. His studies are also focused on micro-patterning, fluorescence imaging and patch-clamp techniques combined with high density MEA. His main research regards the development and integration of a multimodal experimental setup combining high resolution MEAs with optical/electrical neurophysiological recording system. The main objective of this implementation is to provide a deeper comprehension of the relationship among structural, functional and effective connectivity of dissociated in vitro and structured ex-vivo neuronal networks. Alessandro Maccione has a strong background in biophysics, electrophysiology, computer science and IT. His skills include in vitro experimentations (recording/stimulation of dissociated neuronal network and acute brain slice), design and integration of software/hardware solutions and real time signal/data analysis tools.