PurposeRecently, single-incision laparoscopic surgery (SILS) has been popular for minimally invasive surgery and cosmetic improvement. However, some papers have reported that SILS for an appendectomy (SILS-A) has had the more postoperative complaints of pain. We investigated postoperative pain relief using wound infiltration with 0.5% bupivacaine in SILS-A and compared the result with that for conventional SILS-A.MethodsBetween July 2010 and September 2012, 75 patients who underwent SILS-A were enrolled in this study. The patients were randomly assigned to two groups: conventional SILS-A group (C-SILS-A) or wound infiltrated with 0.5% bupivacaine in SILS-A group (W-SILS-A). Forty-five patients were in the C-SILS-A, and 30 patients were in the W-SILS-A. Patients with perforated appendicitis were excluded. The clinical outcomes were compared between the groups by using the verbal numerical rating scale (VNRS).ResultsClinical outcomes were similar in both study groups except for the pain score. The W-SILS-A group showed significantly lower numbers of additional pain killers and lower VNRS scores 1, 6, and 12 hours after surgery than the C-SILS-A group.ConclusionW-SILS-A is a technically simple and effective method of reducing early postoperative pain. It may be applicable in SILS-A for pain control system.
An internal hernia is a protrusion of visceral contents through a defect in the mesentery or peritoneum. Small bowel obstruction is a common clinical presentation of internal hernias, accounting for 4.1% of all intestinal obstructions. Transomental hernia is a rare type of internal hernia (1-4% of internal hernias), with non-specific symptoms, making its preoperative diagnosis difficult. It is strangulated more frequently, and the postoperative mortality rate is high (30%). Therefore, early diagnosis and management are crucial. We report a case of a 77-year-old female who presented with small bowel obstruction, and a suspected incarcerated internal hernia on abdomen-pelvis CT. A spontaneous transomental hernia was confirmed on emergency laparotomy.
In South Korea, most patients who visit trauma centers with abdominal injuries have blunt trauma, and penetrating injuries are relatively rare. In extremely rare cases, some patients are admitted with a long object penetrating their abdomen, and these injuries are referred to as abdominal impalement injuries. Most cases of impalement injuries lead to fatal bleeding, and patients often die at the scene of the accident. However, patients who survive until reaching the hospital can have a good prognosis with optimal treatment. A 68-year-old female patient was admitted to the trauma center with a 4-cm-thick tree branch impaling her abdomen. The patient was transported by a medical helicopter and had stable vital signs at admission. The branch sticking out of the abdomen was quite long; thus, we carefully cut the branch with an electric saw to perform computed tomography (CT). CT revealed no signs of major blood vessel injury, but intestinal perforation was observed. During laparotomy, the tree branch was removed after confirming that there were no vascular injuries, and enterostomy was performed because of extensive intestinal injury. After treating other injuries, the patient was discharged without any complications except colostomy. Abdominal impalement injuries are treated using various approaches depending on the injury mechanism and injured region. However, the most important consideration is that the impaled object should not be removed during transportation and resuscitation. Instead, it should only be removed after checking for injuries to blood vessels during laparotomy in an environment where injury control is possible.
Pneumocephalus is often detected in patients with trauma. However, it is difficult to find studies on position change of intracranial air according to the patient position observed on skull X-rays (erect and supine views). This is because skull X-rays are rarely performed in erect position for patients with head injury. We report a case of location change of intracranial air associated with patient position change observed in the skull X-ray of a patient with traumatic pneumocephalus. To the best of our knowledge, no such cases have previously been reported in English literature.
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