Modeling of extracellular potentials recorded with multicontact microelectrodes

Large-scale extracellular electrical recordings using various types of multicontact microelectrodes have become a common tool for investigating neural activity at the population level. Here we present results from several projects in our group aimed at elucidating the link between recorded extracellular potentials and the underlying neural activity. We further present several new methods for analysis of such multielectrode data including the inverse current source-density (iCSD) method and laminar population analysis (LPA).

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