The aim of this paper is to comprehensively analyze the literature focused on frequency of
the presence of the accessory renal arteries in the human body. A systematic analysis of …

The aim of the study was to determine the distribution patterns of multiple renal arteries,
evaluate how they are affected by gender and bilateral asymmetry and proceed on a …

Renal vascularization variants vastly differ between individuals due to the very complex
embryogenesis of the kidneys. Moreover, each variant may have implications for clinical and …

Introduction Variations of the renal arteries have been studied and published across various
population groups, but similar information for the ethnically diverse nation of Australia is …

Introduction The commonest variation to the classic anatomic description of renal arterial
supply is the presence of accessory renal arteries. The incidence varies widely according to …

Although anomalies of renal vessels and collecting system are relatively frequent, their
concomitant occurrence is a rare event. During dissection of a 75-year-old male formalin …

Backgrounds: Renal arteries are two large blood vessels branching laterally from the
abdominal aorta just below the superior mesenteric artery. The arteries vary in their level of …

OBJECTIVES: The aim of the study was to evaluate renal arterial variations in Slovak
context. METHODS: Forty cadavers (80 formalin-fixed cadaveric kidneys) were included in …

Purpose Renal arterial anatomy has a great clinical importance during surgical and
endovascular procedures. However, comprehensive data on renal arterial variations in the …

Each kidney is usually supplied by a single renal artery which is a lateral branch of
abdominal aorta at the level of L1. The arteries supplying the kidneys show variation in the …