Our methods presented on the 17th European Congress of Clinical Neurophysiology in Warsaw

Cagdas Topcu – the early stage researcher in our BME lab – shared his ideas on the largest gathering of clinical neurophysiologists in Europe, which took place this June in the capital of Poland. His presentation entitled: ‘Data-driven selection of active iEEG channels during verbal memory task performance’ described new approaches to fully automatic and patient-specific selection of electrodes with meaningful electrophysiological activities recorded in patients trying to remember list of words. The goal of…

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First patient data collected at Mayo Clinic!

The first quarter of 2019 is marked with a major milestone for our BME lab. We collected behavioral and electrophysiological recordings from 128 channels of multiple electrodes implanted in three patients when they were performing computer tasks with tracking their eye movements. To our knowledge this is the first such recording with EEG signals collected directly from the patient brain during performance of verbal memory and other tasks combined with high-accuracy estimation of the pupil…

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Mayo Clinic Annual Research Day Symposium 2019

This month Cagdas Topcu, PhD student in our BME lab, presented his first results on the ‘Mayo Clinic Annual Research Day’ symposium in Rochester, Minnesota, USA. His poster entitled: ‘Data-driven selection of active iEEG channels during verbal memory task performance’ showed a fully automatic and individualized methodological approach to selecting ‘active’ electrodes, which record brain wave activity from regions engaged during memory tasks. Finding a robust electrode selection method is critical for efficient and reproducible…

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Members of the BME lab published their new paper about assessing consciousness with eye-tracking

Members of the BME lab, Michal Lech and Michal Kucewicz, have just published a paper in Frontiers in Neurology with Prof. Andrzej Czyżewski from the Multimedia Systems Department of Gdansk University of Technology’ entitled: ‘Human Computer Interface (HCI) for tracking eye movements improves assessment and diagnosis of patients with acquired brain injuries’. In the paper, we show that our HCI interface called ‘Cyber Eye’, which was developed by Prof. Czyżewski’s team, can detect minimally conscious…

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Research at Mayo Clinic started!

Our postdoc, Michal Lech, and Ph.D. student, Cagdas Topcu, officially started their research training with our strategic partner Mayo Clinic on December 3rd after arriving to Minnesota in a heavy blizzard (Winters start early in this part of the world!). This research is based in the Mayo Systems Electrophysiology Lab led by Prof. Gregory Worrell (www.msel.mayo.edu) and will involve epilepsy patients with electrodes implanted in the brain to treat refractory seizures. For the next one…