Three-dimensional (3D) printed model of the renal vasculature shows a high level of
accuracy of subsequent divisions of both the arterial and the venous tree. However, minor …

The widespread introduction of breast conserving surgery on the kidney has caused a need
for information on options for the structure of the renal artery and its branches. The purpose …

The aim of the study was a comparative evaluation of spatial characteristics of renal veins in
the planar (2D) and the stereo projections, as well as according to the results of computed …

Objective. To explore the variant anatomy of renal arteries (RA) by the data of computed
tomography, by constructing threedimensional models. Material and methods. The study …

Methods The series of kidney CT slices are analyzed using image processing procedures
and further the 3D model of arterial systems is converted to a graph tree which includes …

Purpose of the study: To review the zonal features of the blood supply to the kidneys and to
identify the venous basins, depending on the options for the structure of the arterial and …

Background: Renal vascularization is classically described as a renal artery and vein.
However, this vascular pattern presents numerous anatomical variations in terms of their …

Целью исследования явился стереоанатомический анализ венозного русла почки
человека. Было изготовлено 136 коррозионных препаратов венозной системы почек …

The 3D modeling of the vascular system could be achieved in different ways: In the venous
location, the morphological modeling by MSCT venography is used to image the venous …

On a total of 150 renal corrosion casts were examined the posterior branch and the artery of
renal posterior segment. For the origin of the posterior branch, there have been highlighted …