AIM: To evaluate the anatomical disposition of the renal hilar structures in human cadavers of south Indian origin, considering their antero-posterior distribution. MATERIAL AND METHODS: Ninty-six renal hila of the isolated kidneys from adult south Indian cadavers were observed for the branching patterns and the distributions of the renal hilar structures. The number of branches of the renal artery and the divisions of the renal vein in the pre hilar region were noted, along with their pattern of arrangement with respect to the renal pelvis. RESULTS: In the present study on the pre hilar region, we observed that the highest division of the renal artery was 8 and that the highest incidence was of 4 divisions of the renal artery in 30.2% cases. The highest number of venous divisions which was observed was 7. The highest incidence of 40.6 % cases showed 2 divisions of the veins. Regarding the patterns of arrangement of these structures, we observed 12 patterns of arrangement, with a higher incidence (45.8%) of the classical arrangement (V-A-P), as has been described in the standard text books of anatomy, which was followed by the A-V-P pattern (28.1%). CONCLUSION: An anatomical knowledge on the possible variant topography of the renal hilar structures is of great importance when urological surgical procedures are performed.
AIM: To evaluate the anatomical disposition of the renal hilar structures in human cadavers of south Indian origin, considering their antero-posterior distribution. MATERIAL AND METHODS: Ninty-six renal hila of the isolated kidneys from adult south Indian cadavers were observed for the branching patterns and the distributions of the renal hilar structures. The number of branches of the renal artery and the divisions of the renal vein in the pre hilar region were noted, along with their pattern of arrangement with respect to the renal pelvis. RESULTS: In the present study on the pre hilar region, we observed that the highest division of the renal artery was 8 and that the highest incidence was of 4 divisions of the renal artery in 30.2% cases. The highest number of venous divisions which was observed was 7. The highest incidence of 40.6 % cases showed 2 divisions of the veins. Regarding the patterns of arrangement of these structures, we observed 12 patterns of arrangement, with a higher incidence (45.8%) of the classical arrangement (V-A-P), as has been described in the standard text books of anatomy, which was followed by the A-V-P pattern (28.1%). CONCLUSION: An anatomical knowledge on the possible variant topography of the renal hilar structures is of great importance when urological surgical procedures are performed.
Authors: William C Huang; Andrew S Levey; Angel M Serio; Mark Snyder; Andrew J Vickers; Ganesh V Raj; Peter T Scardino; Paul Russo Journal: Lancet Oncol Date: 2006-09 Impact factor: 41.316
Authors: David E Rapp; Marcelo A Orvieto; Glenn S Gerber; William K Johnston; J Stuart Wolf; Arieh L Shalhav Journal: Urology Date: 2004-10 Impact factor: 2.649