Developments in retinal imaging technologies have enabled the quantitative evaluation of
the retinal vasculature. Changes in retinal calibre and/or geometry have been reported in …

Pulse wave attenuation characteristics reflect compliance and resistance properties of the
vessel wall as well as initial pulse generation factors. Recently, it has become possible to …

The diameters of the retinal microvasculature reflect intermediate target organ damage and
predict adverse health outcomes. In view of the pulsatility of the cerebral blood flow and …

The constant inflow and variable outflow (CIVO) theory correctly predicts that spontaneous
pulsation of the retinal veins will be visible close to the point where the vein exits the eye at …

Abstract Background and Objective Blood flow detection through the retinal vessels is an
essential step in diagnosing several eye diseases. It manifests itself as changes in vessel …

Retinal arteriolar narrowing and high pulse pressure (PP) are associated with
macrovascular complications and microvascular renal disease. Few studies addressed …

Purpose To describe pulsations of the retinal arteries detected in the course of evaluation of
an exudative non-pulsatile retinal arterial macroaneurysm using near infra-red reflectance …

The phenomenon of retinal vein pulsation is still not a deeply understood topic in retinal
hemodynamics. In this paper, we present a novel hardware solution for recording retinal …

Purpose/Aim of this study: Retinal vessel caliber is an independent risk marker of
cardiovascular disease risk. However, variable mechanical delays in capturing retinal …

В процессе волочения наиболее важным фактором, который отвечает за качество
изготавливаемой продукции, является температурный режим изделия в момент его …