Pediatric emergency care
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Pediatric emergency care · Mar 1988
Case ReportsTraumatic pneumoperitoneum following combined abdominal and thoracic injury.
Pneumoperitoneum following blunt abdominal trauma in the absence of other signs of severe intraabdominal injury is a rare finding. Although the vast majority of all cases of pneumoperitoneum are due to a ruptured intraabdominal hollow viscus, free abdominal air may result from significant barotrauma to the thorax. This type of secondary pneumoperitoneum can occur in the absence of chest x-ray evidence of a pneumothorax or pneumomediastinum. The complications associated with a missed visceral injury warrant an exploratory laparotomy, even if an extraabdominal source for the pneumoperitoneum is suspected.
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In disaster planning, the role of the specialist is often overlooked. That role, for the pediatrician, entails being familiar with hospital and community disaster plans and agreeing to take part in implementation of those plans by: (1) before a disaster, teaching special pediatric emergency techniques to emergency medical technicians and paramedics, being sure that pediatric supplies and equipment are available in ambulances, checking to see that pediatric needs have been considered in designated evacuation shelters, and, for disasters occurring in one's own hospital, being sure that evacuation routes are known and that means of notifying parents have been set up; (2) during a disaster, helping to determine which pediatric patients can be discharged from the hospital or transferred to another hospital if beds are needed for accident victims, and being available as needed according to the plans; and (3) after a disaster, counseling parents and children on how to cope with the stress and fear of having been involved in a disaster. The emergency pediatrician active in disaster planning has a responsibility to see that the services of pediatricians in general practice are incorporated into those plans.
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Pediatric emergency care · Mar 1988
Case ReportsAn unusual complication from a femoral venous catheter.
We report a case of a child with sickle cell disease and decreased intravascular volume secondary to splenic sequestration in whom a femoral venous catheter dislodged, infiltrated into the soft tissue of the anterior abdominal wall, and caused clinical signs of peritonitis. Inability to recognize this complication led to a delay in diagnosis of the problem and removal of the catheter. Central venous catheters utilized to resuscitate hypovolemic patients should be removed as soon as peripheral venous access is possible and will suffice to fill the medical needs of the patient. If a patient with a femoral venous catheter develops signs of peritonitis, diagnostic studies should be performed to delineate catheter location.
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To clarify the epidemiology of adolescent suicide, a retrospective study was undertaken of suicides (1978 to 1982) and hospitalized suicide attempts (1979 to 1983) by adolescents aged 10 to 19 years in an affluent suburban area. Data included date of injury, demography (for both suicides and suicide attempts), and recorded personal and social history (available for attempts only). There were 11 deaths due to suicide (definite or possible) in the five years reviewed: seven male, 10 aged 15 to 19 years. ⋯ The mean annual suicide attempt rate was approximately 140 per 100,000 for 15 to 19 year olds, and 45 per 100,000 for 10 to 14 year olds, with female rates exceeding male rates. There was an association between suicide attempt dates and occurrence of holidays, and there was a peak in attempts at the end of the school year. Detailed analysis of personal and social attributes associated with suicide attempts was prevented by poor recording of relevant factors in the medical record.(ABSTRACT TRUNCATED AT 250 WORDS)