OBSERVING EARLY STAGE MOTONEURON CONTRIBUTION The University / Institute of Physiology / Swiss Federal Institute of Technology / University of Bern / University of Bern’s Department / Physiology University of Bern Bühlplatz / University of Trieste / Max Planck Institute / /
IndustryTerm
cortical networks / electroencephalogram equipment / customised multielectrode array devices / neural networks / isolated neuronal networks / defined small networks / lesion site / spinal cord networks / flat metal microelectrodes / studying these networks / neuronal networks / cortical processing / /
Jürg Streit Group Leader Department / Faculty of Medicine / Swiss Federal Institute of Technology / University of Bern’s Department of Physiology in Switzerland / Max Planck Institute for Psychiatry in Munich / Physiology University of Bern Bühlplatz / European Union / Swiss National Science Foundation / Institute of Physiology in Bern / Institute for Infectious Diseases / University of Bern / University of Trieste / /
Person
JÜRG STREIT / Laura Ballerini / Anne Tscherter / Bern Bühlplatz / Stephen Leib / Martina Heidemann / Martin Schwab / Ruth Rubli / / /
Brain rhythm cultures of neuronal explants, in which both the network level and the level of individual neurons are available for recording. A key function of such networks is the generation