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EEG microstates as a tool to capture brain network dynamics
Prof. Dr. Christoph M. MichelDone
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EEG based triage of stroke patients in the ambulance
Dr. Wouter PottersDone
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Sensory processing during sleep and dreams
Prof. Dr. Giulio BernardiDone
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Assessment of single-trial evoked brain oscillations targeted by transcranial alternating current stimulation using optically-pumped magnetometry
Dr. Vincent JonanyDone
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Neurobiological effect of psychedelics – from animal EEG research to the measurement of human inter-brain connectivity during Ayahuasca ceremony in indigenous setting.
Martin Brunovský, M.D., PhD.Done
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Neural bases of individual differences in sensorimotor plasticity
Prof. Dr. Jacinta O'SheaDone
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Transient events in single-trial EEG during photic driving
Hannes Oppermann, MScDone
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Measuring the Effects of Amazonian Ayahuasca Retreats with EEG: The Challenges and Rewards of Naturalistic Neuroscience
Caspar MontgomeryDone
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Optimal closed loop cortical stimulation therapy in patients with focal epilepsy in primary motor cortex
Geertjan Huiskamp, PhDDone
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A Lower-Dimensional Parameter?: Searching for Brain/Body electrophysiological metrics for individual and hyperscanning recordings
Prof. Francisco ParadaDone
Dr. Caroline Tscherpel is a neurologist and clinical neuroscientist. Since her recent change to the University Hospital Frankfurt in June 2023, she leads the Translational Neurophysiology Laboratory at the Department of Neurology. Her research is focused on reorganization and rehabilitation after stroke and the use of non-invasive brain stimulation techniques to enhance functional recovery and neural plasticity.
In her talk Dr. Caroline Tscherpel will outline the concepts and fundamental mechanisms of motor system reorganization after stroke and common approaches of neuromodulation to enhance functional recovery after stroke. By illustrating the boundaries of our recent strategies, she will raise the need for new innovative methodologies to inform about post-stroke reorganization at an individual level and will glimpse towards promising approaches such as the combination of TMS-EEG or ultra-high resolution MR imaging.