Forschungs-Förderungspreis

zu gleichen Teilen:

«Power restored: Exploring how neurons recharge to end seizures»
Dr. Daria Skwarzynska, Universitätsspital Zürich

«Validation of the non-invasive mapping of the irritative zone using simultaneous intracerebral EEG and scalp EEG»
Dr Nicolas Roehri, HUG, Genf

zu gleichen Teilen:

«Neuromorphic real-time detection of patient-specific epileptiform patterns»
Filippo Costa (Universität Zürich) und Debora Ledergerber, Ph.D. (Klinik Lengg), Zürich

«Development of a pipeline to determine EEG connectivity on an individual level»
Eric Ménétré (Ph.D.), HUG, Genf

Longitudinal imaging as a biomarker of disease modification in epilepsy (LIBERO)

PD Dr. med. Marian Galovic, Universitätsspital Zürich

Zu gleichen Teilen:

Seizure biomarkers after non-epileptic events
Dr. med. Isabelle Beuchat, CHUV, Lausanne

Detection and outcome of early nonconvulsive status epilepticus following cardiac arrest
Dr. med. Pia De Stefano, HUG, Genf

Zu gleichen Teilen:

Sleep homeostasis affects scalp HFO rates in pediatric epilepsy
PD Dr. Dr. Georgia Ramantani,  Universitätsspital Zürich

Deep-learning for EEG analysis: towards a clinical application
PD Dr. Dr. Frédéric Zubler, Inselspital Bern

Modulation of epileptic activity by closed-loop acoustic stimulation during sleep – a pilot study

Dr. med. Francesco Capecchi, PD Dr. med. Lukas Imbach, Universitätsspital Zürich (Foto: Christoph Stulz, USZ)

The absent mind – Neurokognition und Schlaf bei Jugendlichen mit Absence‐Anfällen

Dr. phil. Martina Hubacher, Universitäts‐Kinderspital beider Basel (UKBB)

Neuronal current imaging – Klinische Anwendung einer nicht invasiven, MR-basierten Untersuchungsmethode zur Erfassung von lokalen, epilepsie-bezogenen Magnetfeldinhomogenitäten nach erstmaligem epileptischem Anfall

Prof. Dr. med. Dr. sc. nat. Kaspar Schindler, Dr. phil. Claus Kiefer und Prof. Dr. med. Roland Wiest vom Inselspital Bern
(Foto, von links; Foto: Inselspital)

Decreasing susceptibility of the epileptic networks by suppression of fast ripples in a mouse-model of temporal lobe epilepsy

Dr. Charles Quairiaux (Foto), Dr. Abbas Khani und Prof. Christoph Michel, neurowissenschaftliches Departement der Universität Genf

Using closed-loop optogenetic intervention to investigate the mechanisms of epileptogenesis and its anti-epileptogenic effects in a mouse model of temporal lobe epilepsy

Jean-Marc Fritschy (links), Tilo Gschwind
Universität Zürich

Quantitative Analysis of Simultaneous and Co-localized EEG-fNIRS Recordings in Patients with Interictal Epileptic Discharges – a Pilot Study

Christian Rummel