Articles: emergency-services.
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Emergency medicine is subjected worldwide to financial stringencies and organizational evaluations of cost-effectiveness. The various links in the chain of survival are affected differently. Bystander assistance or bystander CPR is available in only 30% of the emergencies, response intervals--if at all required by legislation--are observed to only a limited degree or are too extended for survival in cardiac arrest. ⋯ Efficiency of emergency physician activities can be demonstrated in polytraumatized patients or in patients with ventricular fibrillation or acute myocardial infarction, in patients with acute myocardial insufficiency and other emergency clinical pictures. Cost effectiveness is clearly in favor of emergency medicine. Future developments will be characterized by the consequences of new health care legislation and by effects of financial stringencies on the emergency medical services.
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The study was conducted to ascertain the time it takes an ambulance team to reach a patient and transport the patient to an emergency department after a 995 call. One hundred and sixty-two cases brought to two emergency departments (Singapore General Hospital and Tan Tock Seng Hospital) between 11 March 1992 and 16 March 1992 were studied. The information was obtained from ambulance officers of the Singapore Civil Defence Force. ⋯ With the present level of staff in Singapore, basic life support care starts 11.40 minutes and advanced life support care 30.50 minutes after a 995 call. These times are unacceptable if it involves a cardiac arrest or a trauma patient. Factors which cause these long time intervals include traffic congestion, inadequate public education, location of patient (whether on ground level or highrise) and distance from the emergency departments.
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Detection of pneumothorax by accident and emergency officers and radiologists on single chest films.
To assess whether an accurate diagnosis of pneumothorax can be made on a single chest film, 233 pairs of inspiratory (I) and expiratory (E) chest films taken in an accident and emergency (A&E) department for suspected pneumothorax were reviewed by two A&E officers and three radiologists. The films were assessed for the presence of pneumothorax by viewing the I film in isolation and, after an interval, by viewing the paired I and E films together. ⋯ The five observers missed 23 pneumothoraces (8.5% of total) on the I film alone which were correctly diagnosed on the paired I and E films, the three radiologists missed 10/162 pneumothoraces on the I film alone which were correctly identified on the I and E films (6%) and the two A&E officers 13/108 (12.5%). The use of a single inspiratory chest film for suspected pneumothorax could result in pneumothoraces being missed, particularly by less experienced observers and therefore we believe that paired I and E films should continue to be used routinely for suspected pneumothorax.