Abstract

Prune Belly Syndrome (PBS) is a rare congenital disorder almost exclusively affecting males with most patients not surviving beyond infancy. We present a middle-aged man who received a diagnosis of PBS during investigation of newly diagnosed chronic kidney disease and his management. A 35-year-old asymptomatic man who was referred by his general practitioner for further evaluation of incidentally detected end-stage chronic kidney disease. A non-contrast CT scan of the urinary tract revealed absence of anterior abdominal wall musculature, abnormal kidneys, bilateral hydroureter, and a thickened enlarged bladder. A prompt diagnosis of PBS was made with the CT findings in the clinical context of protruding abdomen and bilateral absent testes. He was managed with bladder decompression with an indwelling urinary catheter and a urology referral was made for consideration of reconstruction of ureters and renal transplant. This case emphasizes the possible first encounters with this rare congenital condition even in adults, and thus the need to improve awareness among clinicians about its prompt diagnosis and appropriate treatment for better clinical outcomes.

Highlights

  • Prune Belly Syndrome (PBS) is a rare congenital disorder with an incidence of 3.8/100,000 live births.[1]

  • The case reports describing the condition among twins[6] including cases in monozygotic twins,[7] a familial predisposition and association with other chromosomal abnormalities such as 13, 18 and 218,9 suggest a genetic basis for the disorder

  • The classic syndrome is characterized by a triad of deficiency of abdominal wall musculature, cryptorchidism, and renal tract abnormalities

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Summary

Introduction

PBS is a rare congenital disorder with an incidence of 3.8/100,000 live births.[1]. The condition affects males in 96% of the cases. This case emphasizes the possible first encounters with this rare congenital condition even in adults, and the need to improve awareness among clinicians about its prompt diagnosis and appropriate treatment for better clinical outcomes. One is a lateral plate mesodermal developmental arrest between 6-10 weeks[3] and the other is a utero bladder outflow obstruction.[4] The genetic basis is again not clearly understood, but the role of several genetic mutations including HNF-1B has been proposed.[5] The case reports describing the condition among twins[6] including cases in monozygotic twins,[7] a familial predisposition and association with other chromosomal abnormalities such as 13, 18 and 218,9 suggest a genetic basis for the disorder. The classic syndrome is characterized by a triad of deficiency of abdominal wall musculature, cryptorchidism, and renal tract abnormalities.

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