Proposal for a new classification of the renal artery in the bovine kidney J., Olewnik L., Wysiadecki G., Przygocka A., Polguj M., Topol M. (2018): Proposal for a new classification of the renal artery in the bovine kidney. Veterinarni Medicina, 63: 63-72.
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Proper vascularisation is necessary for the correct functioning of all organs. The kidneys of various mammalian species have been examined in order to understand the functioning of this organ. This article presents the first classification of the renal artery division in the kidneys of adult cattle. We collected and analysed specimens of arteries from bovine kidneys with the aim of improving our understanding of their morphology and functioning. The study was conducted on 50 kidneys, 25 right ones and 25 left ones, taken from cattle of both sexes. The examined kidneys were dissected and corrosion casts were made. Division of the renal artery into between two and four primary segmental arteries takes place just before entering the renal hilum. Cranial primary segmental arteries number from one to two (most frequently one), whereas the hilar and caudal ones always occur singly. The mentioned vessels are then divided into between one and four secondary segmental arteries running within the renal sinus. The hilar region (mid-zone) of the kidney exhibits the most variation in terms of vascularisation. The vascularisation of the caudal pole exhibits the lowest degree of variation. Taking into consideration the range of vascularisation of the organ by the particular divisions of the renal artery, three renal branching pattern types were distinguished: type I (84.1% of cases; this type consists of Ia, Ib, Ic and Ic subtypes) – two branches – the renal artery is divided into cranial and caudal primary segmental arteries; type II (11.36% of cases; with IIa and IIb subtypes) – three branches – the renal artery is divided into the cranial, hilar and caudal primary segmental arteries; type III (4.54% of cases) – four branches – the renal artery is divided into two cranial, one hilar and one caudal primary segmental artery. The division of the renal artery takes place along the long axis of the organ. Bovine kidneys are characterised by asymmetry, which may influence the length and diameter of the main arteries. The caudal primary segmental artery has the biggest mean length and mean diameter. The division of the renal artery occurs just before it enters the renal hilum or in the renal sinus.
Aksoy G, Ozudogru Z (2003): A macroscopical investigation on the intrarenal segmentation of the renal arteries in the Van Cat. Kafkas Universitesi Veteriner Fakultesi Dergisi 9, 9–13.
Aksoy G., Kurtul I., Ozcan S., Aslan K., Ozudogru Z. (2018): Intrarenal arteries and their patterns in the Tuj sheep. Veterinární Medicína, 49, 57-60
Arnautovic I (1962): Branches of the renal arterial system in domestic animals (in Croatian). Bioloski Glasnik 15, 55–88.
Arnautovic I, Bevandic M (1964): Contribution to the nomenclature of the renal arterial system in domestic animals (in Croatian). Veterinaria 13, 389–396.
Aslan K, Nazli MA (2001): A comparative macro-anatomic investigation on the intrarenal segmentation of the renal artery in goats and Morkaraman sheep. Indian Veterinary Journal 78, 139–143.
Bagetti Filho HJS (2008): Bovine kidney collecting system analysis contribution for research in urology. Brazilian Journal of Morphological Science 25, 1–34.
Budras KD, Habel RE, Wunsche A, Buda S (eds) (2003): Bovine Anatomy. 1st edn. Schlutersche GmbH. 82–83.
Erdogan Serkan, Kilinc Mehmet (2011): The morphometric development and arterial vascularization of bovine fetal kidneys in the prenatal period. Annals of Anatomy - Anatomischer Anzeiger, 193, 530-538
Evan Andrew P., Connors Bret A., Lingeman James E., Blomgren Philip, Willis Lynn R. (1996): Branching patterns of the renal artery of the pig. The Anatomical Record, 246, 217-223<217::AID-AR8>3.0.CO;2-Y
Fischer AT (2002): Laparoscopic biopsy techniques. In: Fischer Jr AT (ed.): Equine Diagnostic Surgical Laparoscopy. WB Saunders, Philadelphia. 143–147.
FLYE M. WAYNE, ANDERSON ROBERT W., FISH JAY C., SILVER DONALD (1982): Successful Surgical Treatment of Anuria Caused by Renal Artery Occlusion. Annals of Surgery, 195, 346-353
Fubini SL (2004): Surgery of the kidney. In: Fubini SL, Ducharme NG (eds): Farm Animal Surgery. Saunders, St Louis. 419–422.
Fuller Peter M., Huelke Donald F. (2004): Kidney vascular supply in the rat, cat and dog. Cells Tissues Organs, 84, 516-522
Gulas Ewelina, Wysiadecki Grzegorz, Cecot Tomasz, Majos Agata, Stefańczyk Ludomir, Topol Mirosław, Polguj Michał (2016): Accessory (multiple) renal arteries – Differences in frequency according to population, visualizing techniques and stage of morphological development. Vascular, 24, 531-537
Hazirolan T, Oz M, Turkbey B, Karaosmanoglu AD, Oguz BS, Canyigit M (2011): CT angiography of the renal arteries and veins: normal anatomy and variants. Diagnostic and Interventional Radiology 17, 67–73.
Horacek MJ, Earle AM, Gilmore JP (1987): The renal vascular system of the monkey: a gross anatomical description. Journal of Anatomy 153, 123–137.
ICVGAN – International Committee on Veterinary Gross Anatomical Nomenclature (2012): Apparatus urogenitalis. In: Nomina Anatomica Veterinaria. 5th edn. International Committee on Veterinary Gross Anatomical Nomenclature, Hannover. 58–59.
Kansal Sheru, Feldman Myra, Cooksey Stephen, Patel Susanj (2008): Renal Artery Embolism. Journal of General Internal Medicine, 23, 644-647
King MR, Hendrickson DA, Southwood LL, Trumble TN, Johnson LW (1998): Laparoscopic ovariectomy in two standing llamas. Journal of American Veterinary Medical Association 213, 523–525.
Koivuviita Niina, Tertti Risto, Heiro Maija, Manner Ilkka, Metsärinne Kaj (2014): Thromboembolism as a Cause of Renal Artery Occlusion and Acute Kidney Injury: The Recovery of Kidney Function after Two Weeks. Case Reports in Nephrology and Dialysis, 4, 82-87
Liumsirichaoren M, Chungsamarnyart N, Suprasert A, Pisetphaisan K, Serekul K, Chantong A (1997): Anatomical study of corrosion cast kidney in the swamp buffalo. Kasetsart Journal (Natural Science) 31, 473–478.
Mari[euml ]n Tom, Adriaenssen Alfons, Hoeck Frank V., Segers Luc (): Laparoscopic closure of the renosplenic space in standing horses. Veterinary Surgery, 30, 559-563
Marques-Sampaio Beatriz P.S., Pereira-Sampaio Marco A., Henry Robert W., Favorito Luciano A., Sampaio Francisco J.B. (2007): Dog kidney: Anatomical relationships between intrarenal arteries and kidney collecting system. The Anatomical Record: Advances in Integrative Anatomy and Evolutionary Biology, 290, 1017-1022
Moinzadeh A, Gill IS, Rubenstein M, Ukimura O, Aron M, Spaliviero M, Nahen K, Finelli A, Magi-Galluzzi C, Desai M, Kaouk J, Ulchaker JC (2005a): Potassium-titanyl-phosphate laser laparoscopic partial nephrectomy without hilar clamping in the survival calf model. Journal of Urology 174, 1110–1114.
Moinzadeh A, Hasan W, Spaliviero M, Finelli A, Kilciler M, Magi-Galluzzi C, El Gabry E, Desai M, Kaouk J, Gill IS (2005b): Water jet assisted laparoscopic partial nephrectomy without hilar clamping in the calf model. Journal of Urology 174, 317–321.
Naoi M, Kokue E, Takahashi Y, Kido Y (1985): Laparoscopic-assisted serial biopsy of the bovine kidney. American Journal of Veterinary Research 46, 699–702.
Pereira-Sampaio Marco, Favorito Luciano Alves, Henry Robert, Sampaio Francisco J.B. (2007): Proportional Analysis of Pig Kidney Arterial Segments: Differences from the Human Kidney. Journal of Endourology, 21, 784-788
Polguj M, Jedrzejewski KS, Dyl L, Topol M (2009): Topographic and morphometric comparison study of the terminal part of human and bovine testicular arteries. Folia Morphologica 68, 271–276.
Polguj Michał, Jȩdrzejewski Kazimierz S., Topol Mirosław (2011): Angioarchitecture of the bovine spermatic cord. Journal of Morphology, 272, 497-502
Polguj Michał, Wysiadecki Grzegorz, Podgórski Michał, Szymański Jacek, Olbrych Katarzyna, Olewnik Łukasz, Topol Mirosław (2015): Morphological variations of intra-testicular arterial vasculature in bovine testis - a corrosion casting study. BMC Veterinary Research, 11, -
Sampaio F.J.B., Aragao A.H.M. (1990): Anatomical Relationship Between the Intrarenal Arteries and the Kidney Collecting System. The Journal of Urology, 143, 679-681
Satyapal K. S., Haffejee A. A., Singh B., Ramsaroop L., Robbs J. V., Kalideen J. M. (2001): Additional renal arteries incidence and morphometry. Surgical and Radiologic Anatomy, 23, 33-38
Shahrasbi H, Radmehr B (1975): Studies on the morphological differences of interparenchymal arteries of the kidney in ruminants. Journal of Veterinary Faculty, University of Teheran 31, 36–44.
Steiner A, Zulauf M (1999): Diagnostic laparoscopy in the cow (in German). Schweizer Archiv fuer Tierheilkunde 141, 397–406.
Urban Bruce A., Ratner Lloyd E., Fishman Elliot K. (2001): Three-dimensional Volume-rendered CT Angiography of the Renal Arteries and Veins: Normal Anatomy, Variants, and Clinical Applications. RadioGraphics, 21, 373-386
Weld Kyle J., Bhayani Sam B., Belani Jay, Ames Caroline D., Hruby Greg, Landman Jaime (2005): Extrarenal vascular anatomy of kidney: Assessment of variations and their relevance to partial nephrectomy. Urology, 66, 985-989
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