iSyncBrain 2 includes one year of advanced qEEG reports. The reports include all the information from the basic qEEG report (iSync Brain 1) , as well as additional source level analysis. The source level analysis utilizes sLORETA and provides insight to the internal workings of the brain.
This is a general qEEG report. The EEG data that is utilized in this report is automatically denoised using both general methods such as frequency filtering and epoch rejection, but also uses AI-informed component removal. Many sections on this report provide links to research articles which describe the importance of various features in a qEEG map.
Pre-Processing and Auto-Denoising
Includes filtering, noisy epoch rejection (either in auto or in manual), and automatic removal of noisy or drowsy epochs and independent components using AI.
Adaptive Mixture Independent Component Analysis (AMICA)
Advanced ICA using cloud services for quick and accurate components.
Surface Level Analysis
Absolute and Relative Topomaps. Can be displayed in 8 band ranges or in 1Hz bins (1 to 45Hz). Absolute and Relative Power Spectrum Density Chart and Alpha Peak Frequencies at O1 and O2. Ratio Topomaps: Theta-Beta Ratio, Theta-Alpha Ratio, Delta Alpha Ratios are included.
Absolute and Relative 8 band 68 ROI Power and Connectivity
Each line represents the connectivity (aka imaginary coherence [ignoring volume conduction]) of 68 “regions of interest” used in medical practices. The power of these regions is visualized in the small colored rectangle near each region.
Absolute and Relative 8 band DMN Power and Connectivity
Each line represents the connectivity (aka imaginary coherence [ignoring volume conduction]) of the 28 regions of the brain which are a part of the Default Mode Network [DMN]. The power of these regions is visualized in the small colored rectangle near each region.
Source power and connectivity 3d Rendering View
The 3d map of the sLORETA Power and connectivity is not available in the PDF download of the report, and can only be viewed online.