Compared to human electrophysiological research, animal studies, especially pharmaco-EEG, lack generally accepted standards and guidelines. Therefore, this project seeks to develop an innovative approach to translational EEG in rats that combines improved and standardised data acquisition (multi-channel recording techniques with standardised electrode positions, wakefulness, and sleep control), data preprocessing and the implementation of advanced data analysis methods used in human research. This will push the limits of neuroimaging in rats in terms of achievable spatial and temporal resolution while simultaneously providing higher technical differentiation and functional understanding in the area of neuropsychopharmacology. Implementation of standardised procedures with optimised flexible and medium-term physiological silicone electrode implants will further extend the impact of current research and enable to work out guidelines for translational EEG applicable in basic science as well as in pharmaco-EEG.

Keywords
EEG;ECoG;neuroimaging;source localization;functional connectivity;forward modelling; anisotropy; animal model;rat;translational;pharmaco-EEG;multichannel EEG implant

23-07578K

English

Láčík Jaroslav, doc. Ing., Ph.D. - principal person responsible

Department of Radio Electronics
- responsible department (26.6.2023 - not assigned)
Department of Radio Electronics
- beneficiary (1.7.2023 - 30.6.2026)

KADĚRA, P.; LÁČÍK, J. Anisotropic 3D Printed Unit Cells for More Realistic EEG Physical Head Phantoms. In ICEAA-IEEE APWC 2024. Lisboa, Portugal: IEEE, 2024. p. 374-378. ISBN: 979-8-3503-6097-4.
Detail

Responsibility: Láčík Jaroslav, doc. Ing., Ph.D.