Page 43 - Abstract Book Icoh4

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EVALUATION OF ANATOMY STRUCTURE OF THE RENAL ARTERIES IN DOG (Canis lupus
familiaris)
Albiruni Haryo Herlina Pratiwi , Analis Wisnu Wardhana , Yulinar Rizky Karaman
1
1,*
1
1
1 Laboratory Of Anatomy and Histology, Faculty Of Veterinary Medicine, Universitas Brawijaya,
Malang

*Correspondence: albiruni.haryo@ub.ac.id

ABSTRACT

More than 70% of the average population, each kidney has one arterial supply. Renal arteries are known to be
found with various anatomical structures. This variation is often related to the number of renal arteries, grade of
origin, length, diameter, and branch pattern. One of the goals in the knowledge of anatomical structures is for
surgeons to perform healing interventions with specific methods. Knowing the anatomy of the kidney better and
according to the type of variation can help the surgeon ensure the right vascular anastomosis point is accurate
and has minimal risk. Evaluating this anatomical structure will be carried out in several ways, including imaging
techniques and manual techniques by documenting several dogs. The results of this study indicate that of the five
pairs of samples owned, G1RS, G2R, G3S have an arteriovenous structure and branching form type 1, G2S, G3R,
G4RS, G5R has an arteriovenous structure and a branching form of type 1b, and G5S has an arterial structure.
Vein and branching form type 1d. The mean renal artery length was G1RS= 35.2mm, G2RS=37.2, G3RS=38.5,
G4RS=34.9, and G5RS=32.5. The mean diameter of the renal arteries is G1RS= 2.1mm, G2RS=2.6, G3RS=3.2,
G4RS=2.9, and G5RS=2.7 The results of this study show that there are variations in the shape of the anatomical
structure and the length and diameter of the renal arteries in dogs.
Keywords: anatomy, arteries, renal, structure, type.

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