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Registration Number

0224U031393, 0121U108597 , R & D reports

Title

Development of new algorithms, software and hardware for the study of weak magnetic signals in biology

Head

Primin Mychailo A., Доктор технічних наук

Registration Date

22-04-2024

Organization

V.M. Glushkov Institute of Cybernetics of National Academy of Sciences of Ukraine

Description

The object of research is the methods of registration and processing of magnetic signals of biological and physical objects for advanced diagnostic and control systems of various purposes. The technical and software tools of the ultra-sensitive SQUID susceptometric system have been improved for the research of biological objects and magnetic properties of samples of technical materials. the new analytical methods of the inverse problem solution, methods of their evaluation and methods of analysis and recognition, modern methods of designing electromechanical and electronic units are used. Magnetometric studies of objects (small animals) were carried out within the framework of scientific cooperation with the R.E. Kavetskyi Institute of Experimental Pathology, Oncology and Radiobiology, NASU. It was proved with the help of magnetometry that tumor cells more intensively accumulate iron nanoparticles; the researched Ferroplat nanocomposite can be used for targeted delivery of cisplatin to malignant cells. The use of SQUID magnetometry in oncological research has a real perspective and is aimed at the study of algorithms for use in the diagnosis and therapy of oncological diseases. Preliminary experimental studies of samples of solid natural hydrocarbons performed together with specialists of the M.S. Polyakov Institute of Geotechnical Mechanics of the NASU. Studies showed that they can be a scientific basis for the development of new methods for evaluating the parameters of electromagnetic processes in coal and the development of advanced extraction and processing technologies for hydrocarbon energy carriers. It was experimentally proven for the first time using magnetometry methods that changes in the magnetic properties of coal are associated with structural transformations of matter at the atomic-molecular level under the influence of external forces. The research results should be continued with the aim of development devices including the military component.

Product Description

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Artemenko Larysa A.
Budnyk Valentyna A.
Minov Yurii D.
Melnyk Yevhenii V.
Mudrenko Maksym I.
Nedaivoda Ihor V.
Ryzhenko Tetiana M.
Sutkovyi Pavlo H.
Chaikovskyi Illia A
Shpyliovyi Pavlo B.