Utilizing advanced high-gamma mapping in ECoG or stereo-EEG, cortiQ improves surgical accuracy by identifying crucial brain areas for safer resections, reducing the risk of neurological deficits in epilepsy and brain tumor patients

cortiQ offers an innovative approach to brain mapping, specifically designed for use with epilepsy and brain tumor patients. By leveraging electrocorticographic (ECoG) activity, cortiQ identifies functional brain areas activated during tasks such as motor movements or speech production. cortiQ offers an enhanced surgical precision and safety for neurologists and neurosurgeons to accurately localize eloquent brain areas, providing crucial information for surgical resection. This minimizes the risk of neurological deficits, ensuring safer outcomes for patients.

1. High-Gamma Mapping (CQ). Perform high-gamma mapping with ECoG or stereo-EEG to identify key brain regions using the advanced CQ module.
2. White Matter Exploration. Cortical mapping in white matter for a deeper understanding of connectivity and function within the brain’s communication pathways.
3. Electrical Stimulation (ECS). Stimulate the identified regions using the ECS module with up to 15 mA to confirm functional areas.
4. Cortico-Cortical Evoked Potentials (CCEP). Map brain networks efficiently by stimulating pairs of electrodes without artifacts.
5. Somatosensory Evoked Potentials (SEP). Quickly identify the central sulcus for more accurate surgical planning.
6. High Fidelity Evoked Potentials. Minimize stimulation artifacts with a DC-coupled amplifier.
7. The Right Montage: Quickly set up 2D recordings, use the 3D Montage Creator for localization, or import existing coordinates.
8. Impedance Measurement: Analyze frequency-dependent impedance to better understand the electrode-tissue interface.

This process significantly reduces mapping time, decreases after-discharges and seizures, improves precision, and ultimately enhances survival times for tumor patients.

• CQ: High-gamma mapping with ECoG or stereo-EEG
• ECS: Electrical cortical stimulation with up to 15 mA
• Z: Impedance measurement of ECoG grids and depth electrodes
• DECS: Direct electrocortical stimulation with a hand-held probe
• CCEP: Cortico-cortical evoked potentials (research mode)
• SEP: Somatosensory evoked potentials (research mode)

Experience the future of brain mapping with cortiQ 2.0, where cutting-edge technology meets unparalleled precision and safety in neurosurgical procedures.

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