Articles: emergency-medical-services.
-
Published reports of out-of-hospital cardiac arrest give widely varying results. The variation in survival rates within each type of system is due, in part, to variation in definitions. To determine other reasons for differences in survival rates, we reviewed published studies conducted from 1967 to 1988 on 39 emergency medical services programs from 29 different locations. ⋯ Hypothetical survival curves suggest that the ability to resuscitate is a function of time, type, and sequence of therapy. Survival appears to be highest in double-response systems because CPR is started early. We speculate that early CPR permits definitive procedures, including defibrillation, medications, and intubation, to be more effective.
-
J Paediatr Child Health · Feb 1990
Paediatric post-injury management: a hospital-based review of deaths.
In order to begin to evaluate the need for an integrated trauma management service for injured children, a retrospective review of deaths following admission to a suburban teaching hospital was conducted. The medical records and coroners' reports for 64 consecutive cases over 68 months were reviewed, looking for errors in care which may have contributed to fatal outcomes. There was a male predominance (64%). ⋯ This can be explained partly by the predominance of what were judged to be irretrievable intracranial injuries (90%) in patients suffering blunt injuries. In contrast, an analysis of the same patient group revealed that in 30-50% the fatality could have been prevented by the full application of well recognized safety strategies. While strategies such as triage and trauma teams should reduce the error rate, it is yet to be proven that optimal post-injury care will significantly reduce mortality.
-
The injuries likely to occur during a future general war will differ in severity and number from those experienced during recent short campaigns, terrorist incidents and natural disasters. If general war should break out in Europe, casualty numbers will lean towards the First World War rather than the Second in scale. Medical assets can expect, at least temporarily, to be overwhelmed with casualties. ⋯ Sorting will be achieved by the application of a crude scoring system known as Military Triage. We examine this concept and discuss its likely effectiveness in a scenario characterised by limited medical resources and a high flow of casualties. With the widespread introduction of modern and complex injury severity scoring systems into civilian trauma practice it is timely to examine their potential role in augmenting or replacing the current Military Triage system.
-
In August 1988 an aircraft of the Italian aerobatic display team fell into the spectator enclosure at the Ramstein Airshow, causing over 500 casualties. The survivors were triaged, treated and evacuated from Ramstein within 96 minutes. The speed and efficiency of this evacuation was a result of prior planning, thorough training, medical reinforcement, co-operation with other agencies and the availability of an abundance of vehicles for both air and road evacuation. Not suprisingly, though, problems did occur, especially with communications, casualty identification and documentation.
-
A Pediatric Trauma Score (PTS) was recently developed and is rapidly gaining acceptance as a triage tool. This study examines the utility of the PTS as compared with the Revised Trauma Score, which is applicable to all ages. The charts of 376 children 0 to 14 years of age who were admitted to the trauma service of a level 1 trauma center were reviewed. ⋯ Triage accuracy was 68.3% for the PTS and 78.8% for the Revised Trauma Score. The Revised Trauma Score is easy to use and universal in its applicability. The PTS involves learning a separate scoring system and is of no advantage.