Registration Number
0214U002863,
0112U001368
, R & D reports
Title
Development of non-invasive electro-optical systems two-dimensional polarization imaging of phase-inhomogeneous biological objects
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Head
Zlepko Sergii Makarovych, Доктор технічних наук
Registration Date
30-01-2014
Organization
Vinnitsa National Technical University
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The object of study - the formation of polarization and virtual images of biological tissues and fluids on the basis of two-dimensional polarization imaging using modern methods of analysis of microscopic images of biological objects. The purpose of research - improving the reliability and functionality of the two-dimensional polarization imaging by simultaneous use of indirect and direct measurement of the polarization and virtual images of polycrystalline structures of biological tissues and bioliquids combined with the latest methods of analysis of microscopic images of biological objects, as well as assessment and prediction course of diabetes. Research methods are based on the main provisions of human physiology, systems analysis and biotechnological systems theory, the theory of correlation optics, mathematical modeling, mathematical statistics and computer processing of biomedical parameters. The equipment that was used - image input system based on digital camera BW13 SCIENCELAB 1.3 MPix and notebook HP ProBook 4530s, software as a licensed version of the RFP Matlab6. A hardware-software package and information technology for non-invasive study of glucose in the blood for prognosis of the disease. A model transformation parameters of laser radiation transformed polycrystalline multilayer networks of biological tissues and fluids. Identified and justified for future use aggregate statistics, correlation and fractal laser polarization diagnostic criteria structure optically thin layers using a new method of direct measurement of the orientation of polycrystalline networks tomograms of biological tissues. A screening for problems of non-invasive method of measuring blood sugar at a wavelength of 940 nm and determined by the shape and performance fotopletyzmohramy. Scope of work results - use in prophylactic and therapeutic settings.
Product Description
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Бабюк Наталя Петрівна
Ващук Лариса Василівна
Вовкотруб Діна Вікторівна
Гомолінський Віктор Олексійович
Довгалюк Ростислав Юрійович
Заболотна Наталія Іванівна
Злепко Сергій Макарович
Камінський Олександр Станіславович
Коваль Леонід Григорович
Костішин Сергій Володимирович
Кушнерик Людмила Ярославівна
Павлов Сергій Володимирович
Рожман Анна Олександрівна
Стасенко Владислав Антонович
Тимчик Сергій Васильович
Тужанский Станіслав Євгенович
Штофель Дмитро Хуанович
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2020-04-02
