A 512-Channels, Whole Array Readout, CMOS Implantable Probe for Acute Recordings from the Brain
Angotzi, Gian Nicola ; Malerba, Mario ; Zucca, Stefano ; Berdondini, Luca
Micro- and nano-technology
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Integrated sensor systems
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Implantable technologies
The integration of implantable CMOS neural probes with thousands of simultaneously recording microelec- trodes is a promising approach for…
Challenges and Perspectives for Large-Scale Neuronal Recordings with CMOS Multielectrode Arrays
Maccione, Alessandro ; Angotzi, Gian Nicola ; Nieus, Thierry ; Di Marco, Stefano ; Malerba, Mario ; Lonardoni, Davide ; Zordan, Stefano ; Amin, Hayder ; Berdondini, Luca
Neural interfaces – Bioelectric sensors
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Neural interfaces – Microelectrode technology
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Brain physiology and modeling – Neural circuits
The development of neurotechnologies able to simultaneously record spiking activity from a very large number of single neurons is a major…
High-Density MEA Recordings Unveil the Dynamics of Bursting Events in Cell Cultures
Lonardoni, Davide ; Di Marco, Stefano ; Amin, Hayder ; Maccione, Alessandro ; Berdondini, Luca ; Nieus, Thierry
Neural signal processing
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Neural interfaces – Microelectrode technology
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Neural signals – Nonlinear analysis
High density multielectrode arrays (MEAs) based on CMOS technology (CMOS-MEAs) can simultaneously record extracellular spiking activity in…
Investigating Cell Culture Dynamics Combining High Density Recordings with Dimensional Reduction Techniques
Nieus, Thierry ; Di Marco, Stefano ; Maccione, Alessandro ; Amin, Hayder ; Berdondini, Luca
Neural signal processing
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Neural signals – Blind source separation (PCA, ICA, etc.)
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Neural signals – Information theory
High density multielectrode array recordings with CMOS-MEAs allow to monitor cell culture activity with un- precedent details respect to…
