The degree of mutual anisotropy of biological liquids polycrystalline nets as a parameter in diagnostics and differentiations of hominal inflammatory processes

Abstract

To characterize the degree of consistency of parameters of the optically uniaxial birefringent protein nets of blood plasma a new parameter -complex degree of mutual anisotropy is suggested. The technique of polarization measuring the coordinate distributions of the complex degree of mutual anisotropy of blood plasma is developed. It is shown that statistic approach to the analysis of the complex degree of mutual anisotropy distributions of blood plasma is effective during the diagnostics and differentiation of an acute inflammatory processes as well as acute and gangrenous appendicitis.

Differential diagnostics of the formation of hemorrhases of traumatic genesis, brain infarction of ischemic and hemorrhagic genesis by the method of the mapping of complex degree of mutual polarization

“…Встановлення давності утворення гематом, розташованих у речовині головного мозку людини (РГМЛ), є ще складнішим для вирішення питанням, оскільки такі тілесні ушкодження дуже часто призводять до смерті людини чи до її інвалідизації [2]. У вивченні давності утворення крововиливів (ДУК) у печінку та шкіру успішними виявилися лазерні поляриметричні методики, що дозволяє припустити їх придатність і для вивчення крововиливів у РГМЛ [3,4]…”

The informativeness of the Johns-matrix image of laser autofluorescence in blood plasma films for early diagnosis of endometriosis associated with infertility

“…A scale-selective analysis of statistical, correlation, and spectral parameters was applied for the first time to classify and differentiate the optical properties of polycrystalline networks with weak phase modulation, which objectively characterize the distribution of the characteristic values of the imaginary component of the "Jones" element of the biologic film matrix [ 12 ]. As a result, the physical criteria for the differentiation of polarization manifestations of optical anisotropy of dendritic networks with a slight birefringence of partial biological crystals were obtained.…”

Use of azimuthal-invariant Mueller-matrix images of linear dichroism of histological sections of brain substance for diagnosis of hemorrhage genesis

“…Recently in forensic practice optical methods of biological tissue research using lasers have positively proved themselves, which by studying the phenomena of light scattering make it possible to obtain reliable objective data of the dynamics of pre-and post-mortem changes of the studied tissues of the human body and to diagnose with greater accuracy prescription of pathological process in biological tissues and liquids [1,2,3,4,5,11,13,14,15,16,17,18,19,20,21].…”