Spiral computed tomography with three-dimensional reconstructions for severe blunt abdominal traumas: a useful complementary tool?

Spiral computed tomography (CT) has proved to be a valuable tool by providing three-dimensional (3D) images of the studied structures. We hypothesized that a more realistic depiction of lesions by 3D CT could be of interest for surgeons who are treating blunt abdominal traumas and lead to less inappropriate triage. A good working relationship between surgeons and radiologists allowed us to perform a 3D CT examination in six patients. In the first patient, the 3D CT accurately demonstrated spleen fragmentation without devascularized fragment. The second patient had complete devascularization of the spleen upper pole. Conservative treatment was pursued for both patients. For the third patient, 3D CT helped us to differentiate peritoneal-perisplenic fluid from subcapsular fluid. The fourth patient had minor spleen injury associated with severe lacerations of the left kidney. 3D CT showed a complete separation of the kidney lower pole. A delayed partial lower nephrectomy was performed. The fifth patient presented a fragmented spleen and transient massive haematuria related to a well-contained laceration of the kidney upper pole that were amenable to nonoperative management. The sixth patient was emergency operated for active bleeding from a fragmented spleen. 3D CT performed 2 months after spleen repair allowed the assessment of the amount of devascularized tissue, as well as the status of the upper abdomen arteries. For haemodynamically stable patients, 3D CT could be a helpful addition to conventional axial CT for quantifying blunt abdominal traumas, for making the choice between nonoperative and operative treatment, but also between emergency and delayed surgical strategy.

Blunt renal traumas: contribution of spiral CT with three dimensional reconstruction to the surgical decision process?

Spiral CT has proved to be a valuable tool by providing various kinds of three-dimensional (3D) images of the studied structures. Such 3D images, which offer a more realistic depiction of the lesions, could be of interest for surgeons who are attempting to treat conservatively blunt abdominal traumas and lead to less inappropriate triage between conservative and operative management particularly for renal trauma. A good working relationship between surgeons and radiologists allowed us to perform an early follow-up 3D spiral CT on a commercially available spiral CT scanner. In the first adult patient, the 3D CT demonstrated minor spleen injury associated with severe lacerations of the left kidney with complete separation of the kidney lower pole. A delayed partial lower nephrectomy was performed. For the second 12-year-old patient presenting with severe spleen trauma and macroscopic hematuria, the 3D CT accurately documented the spleen and renal lesions that were safely amenable to nonoperative treatment. For hemodynamically stable patients, 3D CT is a potentially helpful addition to conventional axial CT for quantifying blunt renal traumas and for making the strategic choice between nonoperative, emergency or delayed surgical treatment.