Meet our new BME lab scientists!

We are delighted to introduce our new neuroscientists, who are joining the BME lab in Gdansk for doctoral studies and postdoc positions in the Opus LAP and Weave-UNISONO international collaborative projects between the Gdansk Tech, Medical University in Wroclaw, St. Anne’s University Hospital in Brno and Mayo Clinic in the USA. These exciting projects start in two weeks and aim to identify and modulate the brain wave activities of specific memories in human patients…

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R&D Impact award for our research

This month we are celebrating an interesting recognition of the last four years of our work at the BME lab. Dr. Michal Kucewicz, the founder of the lab, received an R&D impact award as one of the 34 laureates in Poland, who have the greatest impact on the economics and the society through their research and development. The award brilliantly summarizes the relatively short but fruitful history of the lab since its foundation in Poland.…

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Theta waves reveal how brain connections and memory develops in growing children

In the new issue of a prestigious journal Current Biology, Dr. Michal Kucewicz and our collaborator Dr. Jan Kaminski offer a commentary on the latest finding about the role of theta waves in the development of brain connections and our abilities to remember life events. The study was done in children and adolescents implanted with intracranial electrodes like the ones that we use for our research for treatment of drug-resistant epilepsy. The theta waves, which are approximately 3 to…

BME lab contributed to the 2022 TriCity Brain Week

Last Friday, we ran a successful workshop about the power of concentration at the TriCity Brain Week event held at the University of Gdansk. Ola and Amanda from our BME lab group prepared fantastic presentations for a wide spectrum of audience, ranging from preschoolers all the way up to adults. A brief introduction into the psychology and neurobiology of vigilance, attention and concentration was followed by demonstration of our toy brain-computer interface (BCI). It worked particularly…

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Radio Gdansk interviews Dr. Kucewicz about our brain research

If you would like to hear about our research in simple words of a relaxed conversation, then this interview is for you to listen. Dr. Kucewicz explains why we are interested in brain waves and how they can be useful for treating brain disorders. He also talked about the future and what is already possible now in terms of brain-computer interfaces or stimulation devices to treat memory and higher brain functions. Do you know what the…

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BME lab publishes unique human brain recordings

This month our BME lab published unique recordings of brain wave activities from electrodes implanted in epilepsy patients. The electrodes were recording signals from multiple contacts located in various regions of the brain as the patients were performing computer tasks for memory and cognitive functions. At the same time, an infra-red light camera was registering the size and position of the pupils in both eyes to determine gaze focus and the level of attention (synchronized with the…

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Historical epilepsy surgery in Poland

On Dec 8th, 2022 we participated in a historical neurosurgical procedure of implanting multiple special electrodes to precisely localize the source of seizures in a young 21 year-old patient. The electrodes contained arrays of both standard macro-contacts (each less than 1cm big) to record large brain wave activities and special micro-contacts (each less than 100 micrometers big) to record local brain waves and even detect electrical impulses from individual brain cells (single neurons). These were implanted…

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Foundation for Polish Science extended funding for our First Team research project

We are closing the 2020 calendar year with great news about obtaining additional funding to support the main research project in our Brain and Mind Electrophysiology lab entitled: ‚Neurophysiological mapping and stimulation of the human brain for memory enhancement’. The decision was based on reviewing the progress and plans for continuing research in this project. One of the main discoveries made so far is a new area in the left frontal lobe of our cortex,…

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