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Information × Registration Number 0225U004245, (0125U001972) , R & D reports Title Development of the novel methods and systems of polarization Stokes fluorometry for laser spectral-selective autofluorescent wound regeneration detector popup.stage_title Розроблення новітніх методів і систем поляризаційної Стокс флуорометрії лазерного спектрально-селективного автофлуоресцентного детектора регенерації ран Head Dubolazov Oleksandr V., Доктор фізико-математичних наук Registration Date 27-11-2025 Organization Yuriy Fedkovych Chernivtsi National University popup.description1 Development of the novel methods and systems for stationary and mobile laser autofluorescence rapid detection of wound regeneration based on polarization spectral-selective Stokes fluorometry of films of biological fluids (escutcheon, blood, transudate) of wounded patients using original algorithms for statistical, correlation, fractal and singular smart analysis of polarization maps of autofluorescence of optically anisotropic network of biological crystals. popup.description2 Within the project, advanced methods have been developed for laser spectral-selective autofluorescence to assess wound regeneration in injured patients. A methodology has been created for zoned 2D Stokes-fluorimetric mapping of polarization distributions in biological fluid facies (exudate, blood, transudate), enabling the isolation and analysis of individual optically anisotropic domains. Algorithmic processing of the obtained maps has established objective parameters – statistical moments of the 1st–4th order, autocorrelation functions, fractal dimensions, and polarization singularity maps, allowing quantitative assessment of changes in supramolecular network structures and their relationship with tissue regeneration. Fundamental correlations have been established between the structural characteristics of polycrystalline facies and healing processes. Statistical, correlation, fractal, and singular analysis methods have been developed and created for comprehensive and objective evaluation of wound status. Implementation of this approach enables scientifically grounded diagnostic methodologies applicable in tactical and disaster medicine. Product Description popup.authors Marta S. Harazdiuk Dmytro I. Uhryn Iryna V. Soltys Mykhailo S. Havryliak Viktor H. Zhytariuk popup.nrat_date 2025-11-27 Close