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Automatic registration of auditory evoked potentials (ASVP) is recommended for screening in risk groups in order to identify patients with auditory neuropathy/desynchronization. The high frequency of stimulus presentation and Chirp stimulus ensure a high response rate. An improved algorithm for analyzing the response in the frequency range makes it possible to register the response in difficult conditions with a significant level of electromagnetic interference.

Long-term monitoring of cerebral function, synchronous video recording during monitoring, presentation of information on the screen in the form of compressed trends of AEG, EEG, ECG, SpO2, etc.

Program and equipment for the study of short- and long-latency evoked potentials of the brain via four broadband channels

Convenience and ease of use make Neuron-Spektr-PSG an indispensable assistant in the registration and decoding of polysomnograms. The complex opens up new opportunities in the diagnosis, prevention and treatment of such common diseases as hypertension, obesity, arrhythmias, heart attacks, strokes. Fields of application: somnology, cardiology, neurology, epileptology

The evoked potentials (VP) method is used to study the function of the sensory systems of the brain (somatosensory, visual, auditory) and brain systems responsible for cognitive processes. The method is based on the registration of bioelectric reactions of the brain in response to external stimulation (in the case of sensory VP) and when performing a cognitive task (in the case of cognitive VP). For diagnostic purposes, short-latency auditory, somatosensory, visual and motor VP have been most widely used. For example, stem AVPs (Brainstem auditory evoked potentials) are used as a standard neurophysiological test for the study of brain stem lesions and an objective assessment of hearing impairment. Somatosensory and motor VP make it possible to identify and assess the degree of dysfunction of the spinal cord pathways. Visual VP is important in the diagnosis of multiple sclerosis.