1.Renal cell carcinoma in a horseshoe kidney
Luis Antonio R. Balajadia ; Michael Jonathan R. Latayan ; Al-Widzrin M. Jupli
Philippine Journal of Urology 2017;27(2):110-115
Horseshoe kidney is a rare form of congenital renal malformation. It occurs in 0.25 to 3% of the population and is usually asymptomatic. Occurrence of symptoms is usually related to infection, lithiasis, and rarely, malignancy. Presented is a case of a 62-year old male with a one-year history of occasional painless hematuria associated with epigastric discomfort. On physical examination, a palpable mass was noted on the right periumbilical area, 10cm x 10cm in size and was non-tender. CT-scan with IV contrast showed 10cm x 7cm x 12cm mass on the right side of a horseshoe kidney. He underwent Radical Nephrectomy, right with Isthmusectomy. Post-operative course was unremarkable. Histopathology result showed Renal Cell Cacrcinoma, clear cell type.. Although malignancy was present in an anomalous kidney, the prognosis is the same as with normal kidneys. To date, this is the first reported case of malignancy on a horseshoe kidney in the Philippines.
Fused Kidney
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Carcinoma, Renal Cell
2.Transarterial coil embolization in treatment of gross hematuria following self-inflicted stab wound in a horseshoe kidney.
Masoud Pezeshki RAD ; Hassan AHMADNIA ; Mahboobeh ABEDI ; Mohammad-Sadegh ABEDI
Chinese Journal of Traumatology 2012;15(2):118-120
Horseshoe kidney is an uncommon anomaly of the urinary system with an increased risk of injury during penetrating and blunt abdominal traumas. Self-inflicted abdominal stab wound, a rare type of abdominal injury, accounts for only a small percentage of suicidal attempts and may be infrequently encountered by physicians in trauma centers. Psychiatric disorders and alcohol or drug abuse are common risk factors in cases of self-stabbing. Here we report a rare case of self-stabbing of a horseshoe kidney. The case was a 19-year-old man with self-inflicted abdominal stab wound who was referred to our department of radiology due to re-occurred gross hematuria three days after exploratory laparotomy and surgical repair of injured abdominal organs. A horseshoe kidney was incidentally found in the patient's abdominal computed tomography. Renal angiography revealed active contrast extravasation from one of the segmental arteries. Selective transarterial embolization with a coil was successfully performed to control the hematuria.
Abdominal Injuries
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Embolization, Therapeutic
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Fused Kidney
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Hematuria
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Humans
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Kidney
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injuries
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Wounds, Stab
3.En bloc transplantation of horseshoe kidney in Korea.
Jun Bae BANG ; Jae Myeong LEE ; Chang Kwon OH ; Kyo Won LEE ; Jae Berm PARK ; Sung Joo KIM ; Su Hyung LEE
Annals of Surgical Treatment and Research 2017;92(3):168-172
Transplantation of the horseshoe kidney can be performed en bloc or split into 2 grafts according to the vascular anomaly and the existence of the urinary collecting system in isthmus. From 2011 to 2014, there were 3 horseshoe kidney transplantations in Korea and transplantations were performed at 2 different centers. The transplantations were carried out successfully for all recipients without complications. All recipients have shown good graft kidney function after transplantation. No severe complication was revealed during follow-up period. We described the surgical technique used in the en bloc method to overcome various vascular anomalies and difficulties in choosing cannulation site and postoperative complications. En bloc transplantation of a horseshoe kidney is a useful strategy for patients with end-stage renal disease, and can provide favorable outcomes compared to the transplantation of a normal kidney.
Catheterization
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Follow-Up Studies
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Fused Kidney*
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Humans
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Kidney
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Kidney Failure, Chronic
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Kidney Transplantation
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Korea*
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Methods
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Postoperative Complications
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Transplants
4.Case Report on Horseshoe Kidney.
Min Suk CHUNG ; Seung Seok KI ; Young Don LEE ; Seung Hwa PARK
Korean Journal of Physical Anthropology 1996;9(1):17-26
The authors dissected and examined a horseshoe kidney from the cadaver of a 54-year-old Korean female. The results were as follows. Other congenital anomalies or complications were not found, and no renal stones showed on plain radiography of the horseshoe kidney. The horseshoe kidney was located in the area between the 12 th thoracic vertebra and the 4th lumbar vertebra, with the superior extremity of the left kidney 10mm more inferior than that of the right. The isthmus connecting the bilateral kidneys was located at the level of the 3rd lumbar vertebra. The size of the kidney was 102mm × 52mm × 44mm (right) and 108mm × 62mm × 34mm (left), and the superoinferior and anteroposterior lengths of isthmus were 22mm and 10mm, respectively. The abdominal aorta and inferior vena cava passed posteriorly to the isthmus, with the inferior mesenteric artery and lumbar splanchnic nerve passing anteriorly. Some grooves were found on the anterior surface of the bilateral kidney. The hilum of the right kidney faced the anteromedial direction and that of the left kidney faced the anterolateral direction. At the hilar plane, the right renal arteries and veins passed anteriorly and posteriorly to the renal pelvis ; the left renal arteries passed posteriorly to the renal pelvis, with the left renal veins passing anteriorly and posteriorly. Three branches of the right renal arteries passed renal hilum, while two branches did not, and two branches of the left renal arteries passed renal hilum, while six branches did not. The two arteries arising from the aortic bifurcation were distributed to the isthmus. The number of renal veins passing the renal hilum were three in the right, and two in the left. The right and left ovarian veins drained to the renal veins. There were 12 minor calyces distributed normally in the right kidney, 13 minor calyces distributed radially in the left kidney, and 3 minor calyces in the isthmus, composed of parenchyme. The left portion of the horseshoe kidney was concluded to have developed poorly, on the basis of incomplete ascension and abnormal rotation during development, the imperfect configuration of the renal shape, and the abnormal distribution of the renal vessels and renal calyces.
Aorta, Abdominal
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Arteries
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Cadaver
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Extremities
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Female
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Fused Kidney*
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Humans
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Kidney
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Kidney Pelvis
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Mesenteric Artery, Inferior
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Middle Aged
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Radiography
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Renal Artery
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Renal Veins
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Spine
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Splanchnic Nerves
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Veins
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Vena Cava, Inferior