Prosolovskyi R. Opto-Electronic System for Peripheral Blood Circulation Investigation on Fiber-Optic Sensor

A research object is a dynamic process of interaction and conversion of optical radiation in biological objects, which holds the registration and diagnosis of the level of a peripheral microcirculation, through the use of opto-electronic devices and systems for diagnosis of peripheral circulatory; a research purpose is to improve the reliability of processing of biomedical data through the creation of opto-electronic system for the study of peripheral circulation, based on fiber-optic sensors; research methods are based on the basic provisions of systems analysis and biomedical theory, analysis of the propagation of optical radiation in biological objects, mathematical modeling, synthesis and circuit implementation, biomedical information processing, the theory of algorithms and opto-electronic circuits for circuit analysis; theoretical results - obtained by the analytical dependence of propagation and interaction with tissue layers of probing optical radiation based on the Monte Carlo method, which takes into account the parameters of the receiving and transmitting optical fibers, as well as parameters of the interaction of radiation with matter; practical results - developed recommendations to the construction of fiber-optic sensors based on the group of optical fibers for the diagnosis of peripheral circulatory system. The degree of implementation - the results of investigation are implemented at the company NMT, Lda (Portugal), in Vinnytsia medical center of rehabilitation and sports medicine, in the learning process of the department of laser and optoelectronic engineering of Vinnytsia National Technical University. Sphere (industry) of use - in hospitals and clinics in Ukraine.