Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIE · 2016 · 20 citations · 5 references
Anisotropic TissuesEngineeringMicroscopyPathologyAnatomyDermatologyLight Scattering SpectroscopyTissue ImagingPolarization DetectionExperimental DermatologyMedical ImagingOphthalmologyPolarimetric CharacterisationHistopathologyBiophotonicsDermatopathologySclerodermaPolarization ImagingSkin OpticsStructural ChangesBiomedical ImagingWound HealingOptical Coherence TomographyMedicineDermal Structure
This work focuses on the further development of the optical methods based on polarization detection to improve the reliability of the results of evaluation of structural changes in biological tissues. The paper presents an experimental study of tissues with pathological alterations to assess the capacity of differentiation of pathological conditions when using averaged local Mueller matrix elements. Experiments were carried out in direct scattering mode in histological samples of human epidermis. The practical significance of the results is the widespread application of the methodology for laser polarimetric analysis of structural changes in anisotropic tissues to identify and assess the degree of pathology in medical diagnosis of skin diseases.
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Light scattering study of tissues
Valery V. Tuchin · Physics-Uspekhi · 1997 · 300 citations
Ronald H. Rovira, Marcia M. Bayas, T. I. Kozlovskaya et al. · Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIE · 2015 · 20 citations · Full text