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Information × Registration Number 0221U104597, 0118U001119 , R & D reports Title To develop new diagnostic and information algorithms for analysis of weak magnetic, electrical and optical signals of biological and physical objects popup.stage_title Head Primin Mykhailo A., Доктор технічних наук Registration Date 05-04-2021 Organization V.M. Glushkov Institute of Cybernetics of National Academy of Sciences of Ukraine popup.description2 The purpose of the work is to develop and apply practical methods and algorithms for diagnosis and research of biological and technical objects without physical penetration into the object using methods of registration and processing of ultra-weak magnetic, electrical and optical signals. Development and creation of new modifications of SQUID-magnetometric systems software is based on new analytical methods of inverse problem solution (developed by the authors of the project), developed methods of their visualization, evaluation, analysis and automatic classification for detection and interpretation of cardiac pathologies. New numerical indicators for the analysis of the 2D current density distribution maps have been developed, which allow diagnosing myocardial ischemia with high accuracy, which has been proven in the course of intercentric studies. A new approach to the classification of the severity of the condition of servicemen with combat trauma based on a combination of ECG parameters is proposed. A new method of scaling and analysis of the electrocardiogram, designed to detect subtle changes, which has found application in various sections of clinical medicine, sports medicine, occupational medicine, as well as in large-scale population studies. Measuring flow cell with temperature stabilization up to 0.1C on Peltier elements with air-cooled radiators was developed and manufactured. A high-sensitivity PPR sensor based on the Au / Nb2O5 thin-film structure has been developed and manufactured , which allows to increase the refractometric sensitivity of the PPR sensor by almost 1.5 times. By magnetometry, for the first time it was experimentally proved that changes in the magnetic properties of coal are associated with structural transformations at the atomic-molecular level under the action of external forces. Magnetocardiographic examinations continued together with specialists of the Main Military Medical Clinical Center of the Ministry of Defense of Ukraine Product Description popup.authors Artemenko Larysa A Budnyk Vitalij M Budnyk Valentina A Budnyk Mykola M Lebedeva Tetyana S Mynov Yurij D Melnyk Evgenij V Mudrenko Maksym I Nedayvoda Igor V Ryzhenko Tetiana M Sosnitskij Volodimir M Sutkovij Pavlo H Chaykovsky Illya A Shpilovij Pavlo B popup.nrat_date 2021-04-05 Close