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Introduction: Pelvic kidney is a rare congenital anomaly. The ectopic kidney is more susceptible to developing lithiasis. The management of this type of lithiasis is a challenge. The objective of this paper was to conduct a review of available literature on the treatment of stone in ectopic kidney., Material and Methods: Description of a case of transperitoneal laparoscopic pyelolithotomy for the treatment of inferior calyceal lithiasis in a right pelvic kidney. A literature review was performed by using Pubmed. The following terms and combination terms were searched: "pelvic ectopic kidney", "ureterorenoscopy", "extracorporeal lithotripsy", "PCNL", "pyelolithotomy". We incluyed original articles, meta-analysis, review and case reports., Results: 130 articles were excluded by title or duplication. 62 abstracts articles and them 50 full text articles were evaluated. Stone free rate were 75% (SLW), 85% (URSf), 85%-90% (PCNL) and 100% (laparoscopic pyelolithotomy). The literature on treatment on pelvic kidney is poor., Conclusion: Factors such stone size, density and location, and upper urinary tract abnormalities, influence the choice of therapeutic approach (retrograde, percutaneous and/or laparoscopic/robotic). Laparoscopic pyelolithotomy is a safe and minimally invasive treatment option for large kidney stones with unfavorable anatomy for the endoscopic approach., (Copyright © 2021 AEU. Published by Elsevier España, S.L.U. All rights reserved.)

Objective: Renal haematomas after shock wave extracorporeal lithotripsy (SWEL) represent a potentially serious complication. This paper examines those cases of post-SWEL renal haematoma seen in our Centre, analyzing the likely risk factors., Patients and Methods: Between May 1988 and June 1996, 12,800 patients were treated with 15100 lithiasis at some level of the urinary tract requiring 16,000 SWEL sessions. All treatments were done with a Dornier HM-4 lithotripter. Voltage applied ranged from 18 to 26 Kv, averaging 2500 waves/session. Complementary testing (ultrasound/computerised tomography) was requested immediately after treatment if clinical complications were suspected., Results: A total of 10 renal haematomas (0.078%) were diagnosed. Six cases were mild, but 4 presented extensive haematoma with significant haemodynamic consequence. Although in one case nephrectomy was undertaken to control haemorrhage, death finally occurred by disseminated intravascular coagulation. Four patients who developed haematoma were hypertensive and 3 had a previously corrected haemostasis alteration., Conclusions: The possibility of renal haematoma should be taken into account in the face of persistent and unjustified pain after SWEL treatment. Normalization of blood pressure values, correction of urinary infection as well as adequate correction of haemostatic disorders is advisable.