Метод получения двумерных распределений гемоглобина и макулярного пигмента в сетчатке по мультиспектральным изображениям глазного дна

Abstract

In the framework of a four-layer model of the eyeground, we have studied the information content of photographs of the eyeground obtained in different spectral intervals from the visible range of the spectrum. The possibility of quantitative estimates of hemoglobin and macular pigment in the retina based on images of eyeground at wavelengths of 500, 515, 530, 545, 560, 590 nm have been shown. An accuracy of determining the retinal chromophore have been evaluated under conditions of a priori uncertainty of all parameters of the eyeground that affect its spectral multiply scattering.