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Improved Localization Accuracy when using NeuroNavigator:
 

NeuroNavigator uses a real MRI with 12,470 voxels.  This is the largest number of voxels than any other EEG inverse solution.  Below are some additional facts:
  • NeuroNavigator uses a realistic head model based on the surfaces and voxels of a real MRI with exquisite detail.

  • NeuroNavigator uses a Boundary Element Method (BEM) to compute the inverse solution and not a spherical head model that does not fit the boundaries of the brain like the NeuroNavigator does.

  • NeuroNavigator uses swLORETA (weighted sLORETA) that resolves depth of sources in the cortex.

  • NeuroNavigator uses Single Value Decomposition (SVD) to transform the heterogenous Lead Field into a Homogeneous Lead field that not only improves localization accuracy but also resolves sources at depths of the cortex.

  • NeuroNavigator uses a Symptom Check List and Specific Network Hubs (Brodmann areas) so that users can link the brain to dysregulation in networks related to symptoms.

  • NeuroNavigator computes Z Scores and Raw values including Coherence and Phase Differences and Effeective Connectivity (magnitude and direction of information flow using the Phase Slope Index).

 

Here are some of the ways that a Clinician Using NeuroNavigator Can be More Accurate and SaveTime:
  • Measure the Scalp Electrical Field + Cortical Sources + Functional Connectivity + Effective Connectivity + Diffusion Tensor Imaging Simultaneously using Transparent Scalp, Skull and Brain controls.

  • NeuroNavigator is user friendly and allows one to rapdily change views and slices and a cutting tool to explore dysregulated brain regions linked to symptoms.

  • Saves time in linking a Patient/Client's symptoms to dysregulation in Brodmann areas' nodes and connections between nodes to produce a tailored Neurofeedback protocol that can be used inside of NeuroGuide.


To learm more about NeuroNavigator and NeuroGuide or any of NeuroGuide's various Add-Ons, including the Neurofeedback or Brain-Computer-Interface Add-Ons, please visit www.appliedneuroscience.com.