30 research outputs found

    Enterocutaneous Fistulas

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    Enterocutaneous fistulas (ECF) represent a catastrophic problem for patients and continue to be complex and labor intensive for healthcare providers. In addition to the many physiologic and mental stressors the patients must endure, the development of ECFs also puts a strain on healthcare systems resulting in prolonged hospital stays, multiple readmissions, and increased resource consumption. The management of ECFs has improved significantly, resulting in decreased mortality rates, from 50% in the 1950s to approximately 5%–15% at present. As many as 85% of ECFs present as a complication after abdominal surgery, providing further challenges to already compromised postoperative patients. Most ECFs develop as a result of one of the following conditions: extension of bowel disease to surrounding structures, extension of disease of the surrounding structures to the bowel, unrecognized bowel injury, or breakdown of a gastrointestinal tract anastomosis. Multiple preoperative patient factors can increase the likelihood of ECF development

    Computed tomographic angiography in pediatric blunt traumatic vascular injury

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    Pediatric vascular injuries are rare but can be difficult to diagnose and challenging to manage. We present our experience with computed tomographic angiography in 3 pediatric patients with vascular injuries secondary to blunt trauma. Computed tomographic angiography is noninvasive, fast, rapidly available in most centers, and can evaluate for other injuries. We present a review of the literature and recommend computed tomographic angiography as the diagnostic tool of choice in the evaluation of pediatric blunt vascular trauma

    Value of computed tomographic angiography in neck and extremity pediatric vascular trauma

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    We sought to define the sensitivity and specificity of computed tomographic angiography (CTA) in pediatric vascular injuries. All neck and extremity CTAs performed in pediatric patients at a level 1 trauma center were reviewed from 2001 to 2007. Overall, 78 patients were identified with an average age of 15.0 ± 4.0 (0-18 years). Males outnumbered females 3.6:1. CTA was performed for 41 penetrating and 37 blunt traumas. Most penetrating injuries were due to missile wounds (71%) or stab wounds (17%). Eleven major vascular injuries resulted from penetrating trauma. For penetrating trauma, CTA was 100% sensitive and 93% specific. CTA for penetrating trauma had a positive predictive value (PPV) of 85% and negative predictive value (NPV) of 100%. Most blunt injuries were due to motor vehicle accidents (57%), followed by pedestrian hit by car (27%). Eight major vascular injuries resulted from blunt trauma. For blunt trauma, CTA was 88% sensitive and 100% specific. CTA for blunt trauma had a PPV of 100% and an NPV of 97%. The accuracy for penetrating and blunt trauma was 95% and 97%, respectively. CTA is highly sensitive, specific, and accurate for pediatric neck and extremity vascular trauma
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