Gabriel Gomila , IBEC
Understanding how electricity is generated and propagated in living systems is key to understand many physiological processes and to develop medical instruments for diagnosis, monitoring and therapy.In this seminar I will present the multiscale approach to bioelectricity developed in our research group at IBEC, which covers from multicellular systems to single biomolecules, with an emphasis on passive electrical properties. Topics will include novel devices for electrophysiological recordings, novel routes and structures for extracellular electron transfer in bacterial cells, on-chip impedance flow cytometry, label-free electrical methods for microbiology and nanoscale electrical mapping of single cells.
The seminar will take place online at the GoToMeeting Platform
Know more about Gabriel Gomila’s research here
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Gabriel Gomila , IBEC
Understanding how electricity is generated and propagated in living systems is key to understand many physiological processes and to develop medical instruments for diagnosis, monitoring and therapy.
In this seminar I will present the multiscale approach to bioelectricity developed in our research group at IBEC, which covers from multicellular systems to single biomolecules, with an emphasis on passive electrical properties. Topics will include novel devices for electrophysiological recordings, novel routes and structures for extracellular electron transfer in bacterial cells, on-chip impedance flow cytometry, label-free electrical methods for microbiology and nanoscale electrical mapping of single cells.
The seminar will take place online at the GoToMeeting Platform
Know more about Gabriel Gomila’s research here 
