Posttraumatic arteriovenous fistulas affecting the superior mesenteric artery and vein are extremely rare. Twenty-four cases of posttraumatic superior mesenteric arteriovenous fistulas (SMAVFs) have been reported. We presented two cases of SMAVFs occurring in a young woman and man secondary to a gunshot and a grenade shrapnel wound in the epigastrium, respectively. Nausea, heartburn, emesis, and cramping abdominal pain were the clinical signs of SMAVF. Abdominal pains, particularly after meals, tense and meteoristic abdomen, frequent liquid bowel movements, oliguria, subfebrility, abdominal thrill, and bruit were also present. Abdominal duplex ultrasonic scanning and computed tomograms with a contrast agent were especially useful screening tools. As our results demonstrated, those methods were not only suitable for clinical use, but were also as good as arteriography in defining both the exact location and the extent of the mesenteric vessel involvement. However, the superior mesenteric arteriogram remains mandatory for complete preoperative evaluation. Arteriovenous fistulas were successfully treated by suturing the arterial and venous sides of the fistula in one case, and resectioning the fistula and end-to-end anastomosis in the other case.

Twenty-eight patients with military crural vascular injuries are presented. In the group undergoing immediate repair (21 patients), the time interval between trauma and surgery was 20 min to 30 h (mean 8 h 30 min). In those receiving delayed repair (seven patients), the interval between trauma and surgery was 3-47 (mean 14) days. Hyperbaric oxygenation therapy was used in conjunction with surgery and antibiotic therapy in 13 of the 28 patients. Explosive injuries were found in 14 patients and high-velocity missile injuries in nine; associated fractures were present in 20. Twenty of the 28 patients with crural vascular injuries had combined arterial and venous injuries, while eight had isolated arterial injuries. Twenty-five patients with distal ischaemia required arterial repair; five late amputations resulted. Military crural vascular injuries should be treated with soft tissue debridement, removal of foreign material, and microvascular arterial and concomitant vein reconstruction. This should be followed by external skeletal stabilization for bony and/or soft tissue instability, with fasciotomy for any associated compartment syndrome. The wound should be left open, with delayed closure or split skin grafting. It was felt that hyperbaric oxygen therapy reduced the amputation rate following combat-related crural vessel injuries.

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To find and remove approximately 2 million mines laid in Croatia will take at least 10 years and 2,000 to 3,000 specialized personnel. Unfortunately, the results of the study demonstrate that a significant number of deminers will suffer grave injuries or die in the process.