Review of Emergency Response Management of 33 Major Burn Victims of the Formosa Fun Coast Dust Explosion Disaster in a Regional Hospital Without Burn Units.

BACKGROUND: The Formosa Fun Coast Dust Explosion is one of the major national disasters in Taiwan. The Taipei City Hospital (TCH), a regional hospital without a burn unit, received 33 patients out of 499 casualties in the initial response period. This retrospective study aimed to review the primary response of TCH and the outcome and mortality of the patients who were initially managed at TCH. METHODS: Basic profi les, total body surface area (TBSA) with burn injury, facial burn injury, vital signs, laboratory data, intubation rate and clinical outcomes, such as urine output and mortality, were analyzed. Moreover, the emergency department (ED) response faculties, who were involved in the initial response, were interviewed about the critical decision-making processes during the patient surge in the ED. RESULTS: The average initial estimated TBSA with burn injury in ED was 34.2%, and the average final TBSA assessed in the intensive care unit was 41.0%. The patients with facial burn injury were 38.7%, and the intubation rate was 22.6%. When comparing the result of TCH to the patient group transferred directly to Chang Gung Memorial Hospital (CGMH), and the group received by CGMH from other hospital, the mortality rate was 0.0, 5.7, 9.1%; and the delayed intubation rate was 3.0, 14.3, 27.3%, respectively. The key elements for effi cient initial response were the multidisciplinary response team cooperated as a production line, using the clipboards for orders recordings, and the plastic surgeons ED-operating room (OR) direct transferring. CONCLUSIONS: Regarding airway complications, and mortality, patients who were initially managed in TCH had comparable results with patients directly sent to the burn centers. This study supports the notion that immediate resuscitation in multiple level of hospitals, even without burn units but with adequate recruited response personnel, provided the best chance for the survival of casualties during such national disasters.

Disco spotlight sign: A sign that may be useful for diagnosis of pneumomediastinum.

The use of ultrasonography for the investigation of pneumomediastinum is limited by the presence of air artifacts. Air accumulation in the mediastinum obscures the heart, sometimes leading to misinterpretation as lung tissue. We found that cardiac apical swinging during the heart cycle, however, can create a uniquely characteristic squeezing of mediastinal free air, producing a sonographic B-line that flashes in and out. We named this dynamic finding, the "disco spotlight" sign. This finding may be useful to confirm the diagnosis of pneumomediastinum.

Traumatic mediastinal hematoma: a potentially fatal condition that may be overlooked by traditional Focused Assessment with Sonography for Trauma.

Mediastinal hematoma is an uncommon finding in blunt chest trauma. It may be caused by aortic injury, by mediastinal vascular injury such as aortic injury, and by fractures of the sternum and vertebral column. A huge mediastinal hematoma can result in extrapericardial cardiac tamponade by compressing the adjacent organs. Although Focused Assessment with Sonography for Trauma (FAST) can reliably assess the presence of pericardial effusion in the subxiphoid view, it may overlook mediastinal hematoma. We present a 67-year-old male victim of blunt chest trauma complicated with expanding anterior mediastinal hematoma that was undetectable with standard FAST protocol. The large mediastinal hematoma can only be seen in the parasternal long-axis view. When ultrasound is used to assess for anteriorly located mediastinal hematoma, the transducer should be positioned in the parasternal or precordial area to scan into the pericardium and mediastinum. However, these 2 views (parasternal and precordial) are not included in emergency department's traditional FAST examination. The subxiphoid view of FAST can easily miss a mediastinal hematoma. For trauma patients with probable mediastinal injuries, we suggest doing an extended FAST with parasternal long-axis view. Alternatively, one should consider lowering the threshold of thoracic computed tomographic scan in patients with persistent symptoms because a missed mediastinal hematoma could be insidious and fatal.

An avoidable abdominal surgery: pneumatosis coli.

We report on the case of a 90-year-old man who presented to the emergency department with constipation for 1 week and abdominal fullness for 2 days. Abdominal plain film radiography disclosed intramural air in the colon, which indicated pneumatosis coli (PC). Exploratory laparotomy was performed immediately under the impression of ischemic bowel disease. Through examination of the mesentery, the intestine and colon revealed no sign of perforation and ischemia. Surgery for PC is limited to patients with signs of perforation, peritonitis, intra-abdominal abscess, or bowel ischemia. Conservative treatment with oxygen supply, hyperbaric oxygen therapy, and antibiotics remain to be the mainstay for most patients with PC.