NeuroSENSE® NS-701 Monitor

The NeuroSENSE Monitor represents the latest generation of brain monitors for patient-customized anesthesia and sedation, powered by leading-edge signal acquisition and processing. It is the first bilateral brain monitor designed with independent indexes for each brain hemisphere, which measure anesthetic effects on the brain and respond instantaneously to changes in patient state.

For the first time, physicians in the OR and ICU can, simultaneously and without delay, monitor bilateral anesthesia/sedation measures of brain activity. Unlike single brain-activity measures derived from one or both hemispheres, independent bilateral indexes allow clinicians to easily spot any hemispheric discrepancies due to, e.g., underlying pathologies or unrecognized artifacts. This greater reliability and added insight into the patient's brain assists anesthesia providers to make optimal decisions for improved and safer patient care.

• Delay-free tracking of patient state via low-noise WAV_CNS¹ bilateral indexes
  • WAV_CNS (Wavelet Anesthetic Value for Central Nervous System) indexes provide instantaneous tracking of the patient state
  • Automatic trending facilitates immediate response without increasing the index noise
• True bilateral monitoring with great inter-hemispheric reproducibility²
  • Increased reliability due to redundancy (asymmetry due to underlying pathologies or unrecognized artifacts can be easily detected)
• Superior prediction of loss of consciousness³
• Linear response to increasing EEG suppression⁴
• Robust hardware with superior signal quality
  • Advanced automated artifact detection and removal
  • Electro-surgical interference detection and filtering
  • Cardiac defibrillation proof
  • Continuous measurement of electrode-skin contacts
• Compliant with the guidelines of International Federation of Clinical Neurophysiology (IFCN) and American Clinical Neurophysiology Society (ACNS)
  • High-resolution clinical EEG tracings suitable for interpretation by EEG experts
• Availability of raw EEG data
• Transparent, published algorithm¹