- Case report
- Open Access
Spontaneous intraperitoneal rupture of pyonephrosis in a patient with unknown kidney carcinosarcoma: a case report
© Quaresima et al; licensee BioMed Central Ltd. 2011
- Received: 15 October 2010
- Accepted: 12 April 2011
- Published: 12 April 2011
Seventeen cases of peritonitis due to rupture of a pyonephrosis have been reported. The majority of these cases occur secondary to renal stones. Only two cases of ruptured pyonephrosis with concurrent kidney neoplasm have been described and only one of these presented as an acute peritonitis. In this presentation we discuss an unusual case of a 68 year old man with a chronic history of bilateral nephrolithiasis and recent pyonephrosis. He presented acutely with peritonitis and was later found to have a carcinosarcoma of the kidney. The case highlights the importance of recognizing the possibility of underling renal carcinoma in patients presenting with a ruptured pyonephrosis and discuss steps to avoid this serious complication.
- Renal Pelvis
- Renal Carcinoma
- Acute Abdomen
Peritoneal fistulization of a pyonephrosis is an extremely rare event which invariably leads to generalized peritonitis . Rupture of a pyonephrotic kidney is usually associated with a previous kidney abnormality with hydropyonephrosis or pyonephrosis a common precipitator. Renal stones and, much less commonly, neoplasms may also cause rupture . The renal origin of peritonitis is more often revealed intraoperatively as the clinical condition of the patient does not allow full urological investigation before laparotomy .
The aim of this paper is to present an unusual case of a 68 years old man, with a previous history of gallstone pyonephrosis, presenting with an acute abdomen and having a final diagnosis of renal carcinosarcoma.
A 68 years old man with a chronic history of bilateral nephrolithiasis was admitted to our department with high grade fever, rigors, lower back and diffuse abdominal pain. His past medical history included insertion of a left urethral stent six months earlier for pyonephrosis. The double J stent had not resolved the hydronephrosis and was due to be changed in the coming weeks. There was no history of diabetes mellitus. On examination, temperature was 39.5°C, heart rate 103 beats per minute (b.p.m), respiratory rate 28 breaths per minute, blood pressure 178/88 mmHg and there was generalized abdominal guarding and rigidity. White Blood Cells (WBC) were 24.600/cu mm, C-reactive protein (CRP) >160 mg/L, Haemoglobin (Hb) 9.1 gr/dl and Lactate Dehydrogenase (LDH) 220.000 Ul/l. No pre-operative urine or blood cultures were performed.
Rupture of the kidneys more commonly occurs at the site of the renal parenchyma over the renal pelvis. In these instances, hemorrhage is at the forefront. This may be limited to the subcapsular space, confined in the renal fossa by the circumrenal fascia, or so massive to involve one side of the abdomen, engulfing the kidney in a shell of hemorrhagic tissue. In contrast urinary extravasation without hemorrhage is characteristic of a ruptured pelvis, although secondary hemorrhage can often occur. If rupture was preceded by a pyonephrosis the extravasated material may be infected. Dispersion may be limited by Gerota's capsule or involve the retroperitoneum and this may lead to fistulization into the abdominal cavity . Abeshouse et al remarked that spontaneous pelvic rupture practically always occurs in a kidney which is seat of chronic pylonephritis or where there is dilatation secondary to obstruction . Mathe et al included the additional conditions; stone formation, chronic nephritis, tuberculosis, abscess formation, infarct, aneurysm and tumor . Miller and Kaufmann reviewed the cases of spontaneous kidney rupture with associated neoplasms and noted less than 50 patients . These included: hypernephroid carcinoma, angiomyolipoma, transitional cell renal carcinoma, Wilm's tumor, angiosarcoma, liposarcoma, fibrosarcoma and papillary carcinoma of the renal pelvis. Over 70% of these tumours contained sarcomatoid elements .
Sarcomatoid renal cell carcinoma (SRCC), first described by Farrow et al. in 1968, is defined pathologically by highly pleomorphic spindle cells and/or giant cells resembling sarcoma, with varying degrees of clear or granular epithelial cells that characterize SRCC . A sarcomatoid component is indicative of an aggressive tumour [9–11]. These tumors are usually symptomatic at the time of diagnosis and often cause haematuria, abdominal pain and a mass in the flank [12–14]. Radiologically there are few specific signs which differentiate these tumours from other renal carcinomas . The majority of cases present in an advanced stage with renal capsule invasion or distant metastases, most commonly to lung and bone [13–17]. Treatment involves nephrectomy with the addition of adjuvant therapies such as radiotherapy, chemotherapy and immunotherapy.
In the literature, only two cases of kidney neoplasm with a background of recurrent pyonephrosis have been reported and only one of these presented as an acute peritonitis. There have been seventeen cases of peritonitis due to rupture of a pyonephrosis: seven derived from spontaneous rupture of pyonephrosis in patients with urolithiasis or hydronephrosis and one in a patient with renal tuberculosis [18–23]. Two uncommon cases of peritonitis secondary to rupture of a retroperitoneal abscess and another from rupture of an infected urachal cyst have also been described [24, 25]. Only one other paper reports the presentation of peritonitis due to a kidney neoplasm: Bittard et al discuss the case of a 44 year old man presenting with an acute abdomen. Laparotomy revealed a stercoraceous peritonitis from diastatic colic rupture with a T4 kidney tumor infiltrating the right colon .
Intraperitoneal rupture of a pyonephrosys is a rare event which needs immediate intervention. The clinical presentation is of an acute abdomen with increased inflammatory markers and occasionally an associated pleural effusion. The predominant abdominal symptoms mask the underlying renal cause, and the peritonitis is attributed to intestinal perforation or appendicitis. X-rays fail to demonstrate free air in the diaphragm, although in rare cases they can highlight radiopaque stones. CT scanning is certainly the most sensitive at demonstrating the presence of underlying renal disease and subsequent laparotomy is inevitable. Establishing the fistulous site may not be possible due to inflammation with adhesions between parietal peritoneum and omentum. A careful exploration of the peritoneal cavity and all intestinal tracts is therefore necessary.
In conclusion, this report highlights the importance of recognizing the possibility of underlying renal carcinoma in patients presenting with peritonitis and a history of pyonephrosis and stresses the significance in early and full urological investigation to avoid severe complication.
Written informed consent was obtained from the patient for publication of this case report and any accompanying images. A copy of the written consent is available for review by the Editor-in-Chief of this journal.
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