Adequate Spatial Sampling
For many years, biophysical analyses have shown that information is lost unless an intersensor distance of one to two cm is achieved with EEG sampling.
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Detecting Clinical Signs
The spatial sampling of dEEG may be required not only to localize brain pathology, such as an epileptic spike, but to detect it.
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Neurophysiology in the Brain
Whereas conventional EEG could only show the brain's electrical activity as it was propagated to the head surface, computational methods of source localization registered to the MRI image of head anatomy are now being validated for clinical use, and refined for implementation within the workflow of a busy clinical laboratory. |
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Cost Savings in the EEG Laboratory
Because the Geodesic Sensor Net is fast and easy to apply, it improves EEG laboratory efficiency for even lower channel counts (32 and 64).
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Marketing the EEG Laboratory
With the increasing popular press on EGI's Geodesic EEG System, patients are now requesting EGI's dEEG not only because of its improved accuracy, but also because it is painless.
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