Abstract

BackgroundTrue primary enterolithiasis is an uncommon condition, and nontraumatic perforation of the small intestine (NTPSI) is also an unusual entity. Therefore, NTPSI due to true primary enteroliths is an exceptionally rare complication. Moreover, enterolithiasis and radiation enteritis are also unique combinations. Herein, we present an exceedingly rare case of NTPSI induced by multiple true primary enteroliths associated with radiation enteritis.Case presentationA 92-year-old woman with acute abdominal pain was transferred to our hospital because a computed tomography (CT) scan performed by her family doctor revealed free air and fluid collection within her abdomen. Our initial diagnosis was upper gastrointestinal perforation, and we selected nonoperative management (NOM) with adnominal drainage. Although her general condition was stable, jejunal juice was drained continuously. Given that the CT performed 10 days after onset demonstrated perforation of the small intestine and adjacent concretion, we performed an emergency partial resection of the small intestine and jejunostomy. The resected bowel was 1 m in length and had many strictures that contained multiple enteroliths in their proximal lumens. The patient’s postoperative course was uneventful. The enteroliths were composed of deoxycholic acid (DCA). She was diagnosed with peritonitis due to NTPSI derived from multiple true primary enteroliths associated with radiation enteritis, as she had previously undergone hysterectomy and subsequent internal radiation therapy.ConclusionsClinicians should consider the rare entity of true primary enteroliths associated with radiation enteritis in NTPSI cases with unknown etiologies.

Highlights

  • True primary enterolithiasis is an uncommon condition, and nontraumatic perforation of the small intestine (NTPSI) is an unusual entity

  • Clinicians should consider the rare entity of true primary enteroliths associated with radiation enteritis in NTPSI cases with unknown etiologies

  • The final diagnosis of the present case was peritonitis due to NTPSI derived from multiple true primary enteroliths associated with radiation enteritis

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Summary

Conclusions

Clinicians should consider small bowel perforation as a differential diagnosis when perforated lesions cannot be identified accurately in patients with intra-abdominal free air. If a patient with suspected NTPSI has slightly to very high-density components in the small bowel on CT, it is crucial to consider that enterolithiasis, a rare entity, can be a cause of intestinal perforation. If such a patient has a past history of undergoing radiation therapy (such as brachytherapy) to the abdomen, radiation enteritis-associated enterolithiasis must be considered

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