Resuscitation
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Comparative Study
Teaching cardiopulmonary resuscitation to CEGEP students in Quebec--a pilot project.
In order to increase CPR training in Quebec, we designed a pilot study to test out the efficacy of training CEGEP (junior college) students in CPR. We tried out four different methods of teaching CPR on students (Group A 'control', 4 h course, manikin to student ratio 1:4; Group B, 4 h course, manikin to student ratio 1:1; Group C, 2 h course, manikin to student ratio 1:1; Group D, video-assisted CPR instruction, manikin to student ratio 1:1). CPR skills were tested on a computerized manikin at the end of the initial course and again at the end of the semester in order to evaluate short and long-term retention of skills. ⋯ The most common reasons reported by students for not taking CPR courses were the cost of courses (49.2%) and the inconvenience of courses (26.2%), similarly the two most common incentives which could get students to take CPR courses were; free courses (65.6%) and greater accessibility of courses (54.1%). Video-assisted CPR training appears to be feasible, enjoyable and as, if not more effective than traditional CPR courses. Instituting a mandatory video-assisted CPR program in the CEGEP system in Quebec and in high schools and colleges throughout the world, would be a cost-effective way to train massive amounts of young people in CPR.
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About half of out-of-hospital cardiac arrest survivors experience secondary anoxic brain damage. Neurological outcome can be influenced by rehabilitative treatment approaches, but the nature and severity of persistent disabilities remain unclear. The aim of the study was to explore persistent neuropsychiatric symptoms, global function and life situation of these patients, and to evaluate quality of life in families. ⋯ Despite optimal in-hospital treatment, severe anoxic brain damage resulted in permanent cognitive decline, impaired awareness and self care ability. Families felt isolated, and more than half need more support to prevent burn out.
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Open chest cardiac massage has been shown to be superior to closed-chest cardiopulmonary resuscitation for both hemodynamics produced during resuscitation and ultimate resuscitation success. The inexperience of many rescuers with emergency thoracotomy, along with the associated morbidity contributes to the continued reluctance in the use of invasive cardiopulmonary resuscitation techniques. A device has been developed for performing 'minimally invasive' direct cardiac massage. ⋯ Throughout most of the time course of the study no significant differences in end-tidal expired carbon dioxide levels were noted. Nor were there any differences in 24-h survival. Improvements in assuring proper placement of the device on the epicardium should make this technique a potent advanced cardiac life support adjunct.