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Information × Registration Number 0224U032836, (0124U004257) , R & D reports Title Development of the latest methods and systems of polarization Stokes fluorometry laser spectral-selective autofluorescence detector of wound regeneration popup.stage_title Алгоритми, методи системи лазерної спектрально-селективної поляризаційної Стокс флуорометрії Head Dubolazov Oleksandr V., Доктор фізико-математичних наук Registration Date 09-12-2024 Organization Yuriy Fedkovych Chernivtsi National University popup.description1 Development of the latest methods and systems of stationary and mobile laser autofluorescence express detection of wound regeneration based on the methods of polarization spectral-selective Stokes fluorometry of films of biological fluids (exudates, blood, transudate) of wounded people using original algorithms of statistical, correlational, fractile and singular smart analysis of autofluorescence polarization maps optically anisotropic network of biological crystals. popup.description2  For the first time, a comprehensive and substantiated system of "single-point" and "two-point" polarization and correlation parameters of laser radiation fields, transformed by optically anisotropic biological layers, has been generalized using the polarization "two-point" approach, polarization-interference methods, and Stokes correlometry with a reference wave. The Stokes correlometric methodology was first tested in differentiating subtle changes in the optical anisotropy of polycrystalline plasma films from healthy donors and patients with prostate cancer. It was found that in cases of weak changes in optical anisotropy, Stokes correlometry methods remain more sensitive (by 10%-20%) compared to traditional polarization mapping methods. Product Description popup.authors Havryliak Mykhailo S. Zhytariuk Viktor H. Sarkisova Yuliia V. Soltys Iryna V. Uhryn Dmytro I. popup.nrat_date 2024-12-09 Close