StayCurrentMD · Cloacal Exstrophy Associated with a Hindgut Duplication Anomaly: A Case Report of Challenges in Hindgut Preservation
Article1 min read·Published Mar 2025

Cloacal Exstrophy Associated with a Hindgut Duplication Anomaly: A Case Report of Challenges in Hindgut Preservation

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Article · Mar 2025 · 1 min read

In brief

In brief

This case report describes a preterm infant with cloacal exstrophy complicated by rare hindgut duplication, presenting unique surgical challenges in preserving bowel length for optimal long-term function. The patient required staged reconstruction including initial dual stoma creation followed by revision to a single-lumen stoma after fistula complications, ultimately preserving both hindgut segments.

  • Cloacal exstrophy with hindgut duplication is extremely rare; preserving both short hindguts is critical for fluid-electrolyte balance and growth.
  • Initial exteriorization of duplicate hindguts as separate stomas risks complications including stenosis and colo-cutaneous fistula formation.
  • Reconstructing duplicate hindguts into a single-lumen stoma preserves maximal bowel length and achieves wider caliber for better function.
  • Complex CE cases require anticipation of unexpected operative findings; meticulous surgical planning can overcome anatomical challenges.
  • Preservation of all available hindgut tissue should be prioritized in CE repair, though long-term outcomes for rare variants remain unknown.

Written by the GCMD Library team from the article.

Cloacal exstrophy (CE) is a rare condition, and the preservation of a short hindgut is crucial for growth, fluid-electrolyte balance, and bowel management. Herein, we present the case of an infant with concurrent anomalies and the challenges faced during the preservation of both hindguts. A preterm male infant, born at 34 weeks weighing 2 kg, was diagnosed with CE. The first stage of CE repair was performed at 3 months of age, involving the separation and tubularization of the cecal plate and the joining of the two hemi-bladders. During the procedure, hindgut duplication was noted. Each hindgut had a short mesentery with far-separated, tiny blind ends (7 and 10 cm in length), each directed toward opposite sides of the pelvis and measuring 8 Fr in caliber. Due to the risk of compromising the blood supply during rotation and mobilization of one hindgut, the decision was made to exteriorize each hindgut as end stomas. Both stomas began functioning as expected. However, a colo-cutaneous fistula (connecting the cecum to the midline surgical wound) developed and was managed conservatively for 8 weeks. During this period, despite the functioning left stoma, the right stoma was stenosed, and the fistula persisted. The infant underwent a second laparotomy for fistula repair and reconstruction of both hindguts. This was successfully managed by creating a single-lumen end stoma, preserving the entire length of the hindguts with a wider caliber. In conclusion, complex cases of CE are uncommon, and unexpected operative findings should always be anticipated. Reconstructing both hindguts into a single lumen during the initial procedure can be challenging but is achievable with time and careful effort. Preservation of both hindgut ends should be prioritized. However, long-term outcomes remain uncertain due to the rarity of this presentation.

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