European journal of emergency medicine : official journal of the European Society for Emergency Medicine
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Case Reports
An unusual way to diagnose asymptomatic right ventricular perforation by a temporary endocardial pacing electrode.
Right ventricular perforation by a temporary endocardial pacing electrode can be fatal and needs to be detected promptly. This usually symptomatic situation is diagnosed by X-ray or echocardiographic findings. We present the case of a patient with an asymptomatic right ventricular perforation, in whom serial electrocardiograms enabled us to detect the displacement of the right ventricular lead.
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Isoelectric electroencephalogram in conformance with clinical findings is strongly suggestive of brain death. In clinical practice, isoelectric electroencephalogram in not-brain-dead patients is rarely seen. ⋯ He survived this condition for more than 7 weeks. This case demonstrates that isoelectric electroencephalogram can not be equated with brain death, and that in prognostic assessment both clinical findings and supportive technical methods are mandatory.
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Randomized Controlled Trial Comparative Study Clinical Trial
Boussignac continuous positive airway pressure device in the emergency care of acute cardiogenic pulmonary oedema: a randomized pilot study.
This study aimed to assess the short-term respiratory effects of a new portable device that delivers a continuous positive airway pressure via a face mask (Boussignac-CPAP) in patients with severe acute cardiogenic pulmonary oedema, and the feasibility of using this technique in an emergency department. We prospectively studied 30 consecutive patients with acute cardiogenic pulmonary oedema. They were randomly assigned either to the Boussignac-CPAP valve, which delivered oxygen, or to standard oxygen delivery for a duration of 30 min. ⋯ Continuous positive pressure delivered using the Boussignac-CPAP device is feasible in an emergency care setting. It can quickly improve respiratory distress in acute cardiogenic pulmonary oedema patients. A larger trial should be initiated in such an emergency care setting to demonstrate the effectiveness of the Boussignac-CPAP device.
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In the past two decades, emergency physicians have increasingly looked beyond their national borders to examine how emergency medicine is practised elsewhere in the world. A major result of their efforts is international emergency medicine, which can be defined as the area of emergency medicine concerned with the development and delivery of emergency medical care in the world. Several international trends are currently occurring in emergency medicine, including an increasing number of venues for information exchange, the spread of emergency medicine practice guidelines, an increasing number of international collaborations, and an increasing number of transnational special interest groups in emergency medicine. ⋯ Multiple challenges await those involved in international emergency medicine, including the need for internationally accepted definitions, a 'systems approach' to analysing emergency medicine systems, and more useful and affordable information. A related challenge is the need for effective consensus-based processes, including international standardization processes. Many of these challenges may be met through the effective leadership of international emergency medicine organizations.
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A recent development in providing intensive care for children is that it is more and more centralized in tertiary centres. The centralization of intensive care facilities for children in tertiary centres demands a safe and well-organized transport system. The transfer of critically ill children from a referring general hospital to a tertiary paediatric intensive care centre should be performed by a specially trained and fully equipped transport team. ⋯ The minimal requirements of equipment and materials for transport that allow such care have been determined. The equipment consists of a monitor allowing continuous measurement of vital signs, a defibrillator, tools for airway and ventilatory management, an oxygen source, suction unit, fluid and electrolyte management, medication, resuscitation chart and a communication system. A mobile paediatric intensive care unit was constructed in order to store this equipment, including easily accessible ventilator and materials optimized for close patient observation and ventilator control.