Jan Cimbalnik

🚨 New paper out! We present a novel approach for automated epilepsy surgery planning using multimodal features and graph neural networks. Smarter, data-driven decisions for better outcomes. 🧠🔗📊 Read here 👉 academic.oup.com/braincomms/adv…

🚀 Here it is ❗ The long-awaited review article has just seen the light of day The article was featured in the top neuroscience journal Brain. Details here: linkedin.com/feed/update/ur… #brain #article #BML #mind #electrophysiology #funkcjonowanie #aktywnośćmózgu #BME #science

I'm proud to share our latest work showing that 5 min of iEEG can achieve similar results in localization of the epileptogenic zone as a model based on long recordings. BUT the segment must be carefully selected, preferably from NREM sleep. Else, it can give inaccurate results!

An address to the Congress from an American soldier who is helping the elite Ukrainian Brigade, John “Jackie” Roberts”. Please read and share.

Congratulations to Petr Nejedly @petrnejedly5 from our department of Medical Signals and Tereza Zemankova from the department of Levitational Photonics on receiving the Josef Hlavka prize! 🥳🏆 @Akademie_ved_CR @BBEER_lab @AIMT_lab

What is a big patient cohort in intracranial EEG study? 50? We are submitting a grant proposal about a decentralized multicenter database aiming for 1000 patients and more! In cooperation with @GregoryWorrell MSEL lab and @AnphyLab. Wish us luck! 🤞

Take a moment to read this great thread by @BadBalticTakes, then share it far and wide. Russian athletes are not neutral and you can't separate sports and politics.

Relative entropy localizes the epileptogenic zone with the same performance as HFOs, while computationally more efficient and with one threshold for all patients! Promising feature for generalized models! @vodynus @AnphyLab @BenHBrinkmann @GregoryWorrell onlinelibrary.wiley.com/doi/10.1111/ep…

Very high-frequency oscillations (vHFO, >500Hz) are specific for the epileptogenic zone (Brazdil 2017). Now we show that their shadows can be detected in lower frequencies. This makes vHFOs visible in routine SEEG recordings with lower sampling rates. nature.com/articles/s4159…

EPYCOM - Electrophysiology computational module for Python! Our open-source tools for feature extraction from EEG signals. gitlab.com/icrc-bme/epycom

Don’t waste time annotating your data! Artificial intelligence can speed up the process! Check out our paper about the temporal autoencoder for semi-supervised machine learning and how it can help with expert annotations in large intracranial EEG datasets. nature.com/articles/s4159…

@muzzacapulca @DrakMrak @DrabovaDana @DavidMi52138016 Jeste pro doplneni ohledne zaster s olovem. Chrani se tak tkane, kde dochazi k zvysenemu mnozeni bunek (stitna zlaza, pohlavni organy, ...). Tyto jsou nachylnejsi na poskozeni zarenim (zjednodusene receno), a muze tak dojit k nekotrolovanemu mnozeni bunek.

@DrakMrak @necimba @DrabovaDana @DavidMi52138016 Tím chci říct, že ten výbuch na Ukrajině rozhodně nebude neškodný jako rentgen u doktora.

Tak ještě jednou: Zprávy o zvýšené úrovni radiace na Ukrajině jsou naprostá hovadina. Zubní rentgen vám doručí násobně větší dávku. Přesto stále velmi nízkou a rádi si ho necháte udělat. Když vás ty zuby bolí.

@muzzacapulca @DrabovaDana @DavidMi52138016 Je to tim, ze lekar dela RTG nekolikrat za den. Pacient jde na RTG tak jednou za rok.

@DrabovaDana @DavidMi52138016 Ale ale. Když je to tak neškodný proč lékař odchází při rentgenování? Proč, když rentgenujeme zvířata, si bereme zástěry s olovem? Vy už jste tak zaslepená tou nenávistí, že lžete i sama sobě.