The EEG (Electroencephalography) infrastructure located at NÖROM is a comprehensive neuroimaging area that enables the monitoring of nervous system activities with high temporal resolution and offers equipment suitable for various research models. A total of five different EEG systems catering to diverse fields of expertise are housed in this center.
The 128-channel high-density EEG system positioned in the Cognitive Electrophysiology Laboratory ensures the high-resolution recording of brain activities during cognitive and perceptual tasks within an isolated Faraday cage, free from electrical noise. Neurophysiological data collected during studies conducted with human participants in this laboratory are processed through a secure data flow; this allows the data to be anonymized by coding (e.g., K01, K02) during the analysis phase, ensuring that participant identity information is kept strictly confidential. The 64-channel systems reserved for clinical research are utilized for sleep studies, epilepsy, and other clinical evaluations. Furthermore, the 64-channel integrated system in the neuromodulation laboratory enables the analysis of changes in brain activity simultaneously with magnetic stimulation (TMS).
The multimodal imaging capacity in the laboratory is supported by a 32-channel MR-compatible EEG device, making it possible to simultaneously acquire data with high spatial and temporal resolution. Additionally, mobile EEG equipment for research conducted in natural environments and virtual reality (VR) platforms is included in this infrastructure. With two EEG preparation rooms and technical expert support, this laboratory provides researchers with a fully equipped environment at academic standards during data collection, method development, and application processes.