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Complex system and future technologies in neuroscience – CSFTN’26
09-10 June 2026 Moscow, Russia

Vladimir Dorokhov

Vladimir Dorokhov

Institute of Higher Nervous Activity and Neurophysiology of the RAS, Moscow, Russia

Analysis of sleep induction induced by deep diaphragmatic breathing in the laboratory, before and after home sessions of using this breathing

Abstract: Laboratory analysis of behavioral and physiological data on rhythmic deep diaphragmatic breathing (DB) upon presentation of sound 6 times/min. The experiments were conducted before and after training at home (the data from these workouts were not analyzed). The study involved 17 subjects (9 women). Registration of four experiments: 1) Background (20 min.) with spontaneous breathing and pressing the button + 5 minutes with DB (sound 6 times/min); 2) 5 minutes background with spontaneous breathing and pressing the button and 15 minutes with sound 6 times/min, DB when pressing the button, when pressing stops - breathing as in a dream; 3) 5 minutes background with a button and 30 minutes with a sound 6 times/min, DB and spontaneous breathing as in the previous experiment; 4) background (20 min.) with spontaneous breathing and pressing a button. In all experiments, pressing a button, 20 EEG channels, an electrocardiogram (ECG), and abdominal breathing were recorded. For experiments 2 and 3, statistical analysis was performed: the number of falls asleep according to the button analysis, EEG power in the alpha and delta ranges, ECG heart rate (HR) and heart rate variability (HRV). In experiment 3, compared with experiment 2, a statistically significant increase in the duration and frequency of falling asleep was shown, the power of the alpha rhythm significantly decreased when falling asleep in experiments 2 and 3, the power of the delta rhythm significantly increased when falling asleep in experiments 2 and 3. HR significantly decreased in three conditions: background – DB – sleep, HRV increased insignificantly only in DB. .

Speaker: Chief Researcher of the Laboratory of Sleep/Wake Neurobilogy of Institute of Higher Nervous Activity & Neurophysiology of the Russian Academy of Sciences. Moscow, Russia. He graduated from the Department of Higher Nervous Activity, Moscow State University, biological faculty, qualifying as a physiologist. Received a Doctor of Science degree in 2008. Member of dissertation committee of Institute of Higher Nervous Activity & Neurophysiology of the Russian Academy of Sciences (Physiology) and Higher School of Economics? Moscow, Russia. He is member of the European Sleep Research Society. He is author more than 400 scientific papers in peer-reviewed journals, from them 200 publications in bases Web of Sciences and Scopus.