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Optical methods in biology and medicine

ОК5

Обов’язкова дисципліна для ОП

Second

2023/2024

1 Semester

3

Know - the basic principles of non-equilibrium thermodynamics, - elements of the theory of self-organization and nonlinear dynamics, - selected issues of the basics of chaos theory and fractals, - the mathematical apparatus of modern physics of living systems - the molecular structure of living systems, - physical and chemical properties of water, as a matrix of living matter, - the molecular structure of proteins and nucleic acids Be able to - calculate power spectra of time series, - construct phase trajectories and Poincaré maps, - calculate correlation and fractal dimensions of time series, - identify and analyze optical spectra of bimolecular systems

Know the basics of thermodynamics, electrodynamics, quantum physics, optical spectroscopy, basic principles of mathematical analysis, differential equations, linear algebra, methods of mathematical physics. Be able to perform direct and inverse Fourier transforms, calculate the power spectrum and autocorrelation function of a signal, identify optical spectra. Have practical skills in working with computer programs for processing, analyzing and graphically presenting digital data.

The discipline "Optical Methods and Devices in Biology and Medicine" is designed to provide students with knowledge of the basics of the physics of living systems, modern problems of biology and medicine, optical devices and methods in application to biomedical fields.

1.Марценюк Л.С., Марценюк О.С., Шевченко О.Ю. Сучасна фізика води. - 2021. 2. Кузьминський Є.В., Голуб Н.Б. - Біофізика – 2007 3. Є.Я. Швець, О.Ю. Небеснюк, З.А. Ніконова, А.О. Ніконова. Біофізика. Навч. посібн. /Запоріжжя.- Видавництво ЗДІА, 2008. – 306 с. 4. Сітько С. Квантова фізика живого.- Суми, 2021 5. Фізика біосистем. Методичні розробки для студентів фізичного факультету. Упорядники: Т.Л.Давидовська, О.В.Цимбалюк, А.В.Якунов та ін, 2016. 6.Ушенко О.П. Лазерна біомедицина і діагностика.- Чернівці, 1998 7. David A Boas_ Constantinos Pitris_ Nimmi Ramanujam - Handbook of biomedical optics (2011, CRC Press) 8. Irving J. Bigio, Sergio Fantini. Quantitative Biomedical Optics: Theory, Methods, and Applications, Cambridge University Press, Year: 2016

Teaching methods: lectures, practical classes, consultations.

Assessment methods: homework independent tasks, knowledge control through a current express survey. The final grade is given based on intermediate grades (60%) and the exam (40%).

Ukrainian