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Familial ureteroceles: an evidence for genetic background?
Selami Sözübir1, David Ewalt, William Strand
1Department of Pediatric Urology, University of Texas Southwestern Medical Center Dallas, Texas, USA.
Insights
Familial ureteroceles, a rare condition, suggest a genetic basis for this congenital anomaly. Careful monitoring of family members, especially twins, is recommended due to potential genetic links.
Area of Science:
- Pediatric Urology
- Medical Genetics
- Congenital Anomalies
Background:
- Ureteroceles present differently in children, often with more severe renal damage than in adults.
- Ureteroceles are linked to other ureteral anomalies like vesicoureteral reflux and duplications, which have known genetic components.
- This study investigates the largest series of familial ureteroceles to date, providing evidence for a genetic background.
Observation:
- This research retrospectively analyzed the largest series of familial ureteroceles documented to date (1992-2002).
- The study compared features of familial cases with sporadic cases and existing literature.
- Three families included twin siblings affected by ureteroceles.
Findings:
- Familial ureteroceles, though rare, exhibit characteristics similar to sporadic cases regarding sex, location, and system type.
- The findings provide significant evidence supporting a genetic background for ureteroceles.
- The presence of ureteroceles in twin siblings further strengthens the genetic hypothesis.
Implications:
- Increased reporting and genetic analysis of familial ureteroceles are crucial.
- Findings may help link genetic mouse models of ureteric budding anomalies to human conditions.
- Family members of ureterocele patients require informed awareness and careful follow-up, particularly twins.
Abstract:
In the pediatric population, ureteroceles may present with different clinical pictures, and the severity of the renal damage is greater than in adults. Ureterocele, an anomaly of ureteric budding, is likely a component of a spectrum of anomalies including vesicoureteral reflux and ureteral duplications. Both have been confirmed to have a genetic and familial basis. We document the largest series of familial cases of ureteroceles, giving evidence for genetic background. We retrospectively reviewed the charts of patients with familial ureteroceles seen between 1992 and 2002. Coexisting ureteral anomalies and features of the cases were documented and compared to sporadic cases and all familial cases within the literature. This is the largest series of familial ureterocele patients in the literature. The review of the literature revealed seven publications with seven ureterocele families (15 affected patients) between 1936 and 2002. Comparing sex, ureterocele location, and single versus duplex systems, familial series are similar to other sporadic cases. Three of the families have twin siblings with ureteroceles. Familial cases, despite their rarity, raise the issue of the genetic origin of uretereoceles. Family members of ureterocele cases should be informed and followed carefully, especially twins. Increased reporting and genetic analysis of familial ureteroceles may prove to link the genetic mouse models of abnormal ureteric budding to the human conditions.
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