J Trauma
-
The present trend towards conservative management of hemodynamically stable pediatric trauma patients may be increasing the risk of delay in the diagnosis of traumatic hollow viscus perforations (HVP). The purpose of this study is to determine whether there is a delay in the diagnosis of HVP because of expectant management. A survey of factors leading to diagnostic delay was also made and the value of current diagnostic tools were reevaluated. ⋯ There is an apparent delay in the diagnosis of traumatic HVP in this series. Signs of peritoneal irritation are the most consistent findings of HVP after blunt abdominal trauma in children. Persistence of abdominal signs indicates peritoneal lavage, which has a high diagnostic sensitivity for HVP compared to other diagnostic modalities.
-
Provincial air ambulance transports of injured patients were quality reviewed prospectively to determine utilization and appropriateness of care. ⋯ A low overtriage rate was documented, raising concerns that the undertriage rate may be too high. Injured patients air transported without physician accompaniment more often received inappropriate care, suggesting that physician accompaniment is beneficial.
-
Case Reports
Compartment syndrome as a complication of skin traction in children with femoral fractures.
We report the history of two 3-year-old children with femoral shaft fractures, who developed severe compartment syndromes after skin traction. Both children were admitted in our department for treatment of their compartment syndromes. ⋯ The causative role of the skin traction is proved since, in one infant, the compartment syndrome developed in the nonfractured limb. Cautious application of skin traction, conscientious observation, immediate diagnosis, and aggressive treatment of threatening compartment syndromes will prevent these tragic complications.
-
To determine actions of acute intoxication on pathophysiologic responses to trauma, anesthetized and ventilated mongrel pigs received a 20% solution of ethanol (EtOH) by an intravenous (IV group; 2 g/kg, n = 8) or an oral (PO group; 3 g/kg, n = 12 x 60 minutes) route of administration, or the lactated Ringer's vehicle (LR group; n = 12). After 60 minutes, all were subjected to soft tissue injury and 30 to 35% hemorrhage, 60-minute shock, and then resuscitation, with shed blood plus supplemental LR. After 3 days, host defense was challenged with Escherichia coli lipopolysaccharide (LPS); (1 microgram/kg x 30-minutes IV). ⋯ With IV, blood EtOH peaked at 275 mg/dL and then exponentially declined with a rate that was not influenced to a major extent by trauma or by anesthesia. Therefore: 1) EtOH absorption is impaired during trauma (in part because of reduced gut blood flow); 2) acute EtOH intoxication at the time of trauma altered neutrophils, plasma cortisol, and T4 lymphocytes during recovery and host defense to a superimposed LPS challenge. The apparently favorable effect of PO versus IV EtOH on the response to endotoxemia after trauma probably reflects differences in the kinetics of blood EtOH in the interval before reperfusion but a "first pass" effect (metabolism in the gut or liver) might also explain the data.
-
Comparative Study
Rectal pH measurement in tracking cardiac performance in a hemorrhagic shock model.
We evaluated the utility of rectal mucosal pH measurement for tracking cardiac performance in hemorrhagic shock as compared with gastric tonometry. ⋯ Rectal mucosal pH tracks cardiac performance as well as does gastric tonometry in hemorrhagic shock without as many limitations.