Basic components of the SW interface
EEG studies can be carried out in different montages.
Control of electrode impedance and cross-electrode potential both during record and in EEG viewing mode.
Significant events can be marked with markers selected by a user in the process of EEG record.
Synchronous view of two different patient studies in split mode helps to detect EEG dynamics in the treatment course.
Software electroencephalograpical studies "Encephalan-EEG"
Conducted in a wireless or autonomous mode in hospital rooms, at home, in the ambulance car, under field conditions. All equipment required for studies and PC can be kept in one shoulder bag.
The program ensures high-quality recording of 20 EEG/EP derivations and constant potentials that characterize extra-low brain activity, and also ECG, EMG, EOG and signals from respiration effort and body position sensors.
Effective visual analysis and quantitative methods of EEG/EP processing allow conducting rigorous and full neurophysiologic diagnostics.
Routine EEG studies with computerized analysis and topographical mapping. Optionally, rheoencephalographical studies.
In-depth analysis of EEG/EP activity, analysis of epileptiform activity, differential diagnosis, long-term EEG monitoring, combined assessment of EEG and REG data using integral estimation of the brain activity and cerebral blood flow with REG-based topographical mapping of cerebral hemodynamic indices.
Total analysis of brain activity (EEG, REG and extra-low brain activity) with estimation of the degree of intra- and interhemispheric relationships.
Advanced capabilities for carrying out EEG studies using state-of-the-art techniques of electrophysiological data processing with total analysis of EEG, polygraphical, and extra-low brain activity. Automatical detection and suppression of ECG, EMG and EOG artifacts, mathematical processing and analysis of statistical data, data export in MatLab, EDF/UDF, and ASCII formats with a diverse spectrum of intelligent servicing tools.
Coherent analysis allows evaluating the similarity degree of processes by frequency in all brain regions in relation to selected zone.
Topographic mapping of maximal signal amplitude ranges in all EEG derivations (the fragment is selected by blue pair markers).
Time sweep of amplitude maps.
3D topical presentation of EEG spectral characteristics in real time and in analysis mode.
EEG spectral analysis of signals by all derivation in topical presentation, in the form of topographic maps and table values.
EEG cross-correlation analysis allows evaluating degree of time similarity of the processes in different brain regions in relation to selected zone.
