The anesthesia level monitoring is vitally important to protect patients from self-extubation, posttraumatic distress and depression, myocardial ischemia and other adverse effects
Patient safety during general anesthesia requires maintaining organ perfusion and oxygenation. Achieving this goal requires that hemodynamics, ventilation, and oxygenation be monitored, and for the most part, existing monitoring statements from all of the professional organizations reviewed by the APSFCOT address this monitoring need.
The article reviews algorithms of bispectral analysis of the electroencephalogram (EEG) signal of a patient to determine the level of brain activity during sedativeassisted treatment. The proposed algorithms are based on construction of multiple convolutions of complex amplitudes of the EEG signal, combined into socalled bispectra.
MGA Depth of Anesthesia and Sedation Module is designed to provide long and continuous monitoring of the Brain Activity Index (AI). Application: anesthesiology, including perioperative period, resuscitation, intensive care, procedural sedation.