DVD-based or instructor-led CPR education - a comparison.
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Biomedical subjects
Publications and source records attributed to Asa B Axelsson.
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AIM: To evaluate the outcome among patients suffering from out-of-hospital cardiac arrest (OHCA) after the introduction of mechanical chest compression (MCC) compared with standard cardiopulmonary resuscitation (SCPR) in two emergency medical service (EMS) systems. METHODS: The inclusion criterion was witnessed OHCA. The exclusion criteria were age < 18 years, the following judged etiologies behind OHCA: trauma, pregnancy, hypothermia, intoxication, hanging and drowning or return of spontaneous circulation (ROSC) prior to the arrival of the advanced life support (ALS) unit. Two MCC devices were allocated during six-month periods between four ALS units for a period of two years (cluster randomisation). RESULTS: In all, 328 patients fulfilled the criteria for participation and 159 were allocated to the MCC tier (the device was used in 66% of cases) and 169 to the SCPR tier. In the MCC tier, 51% had ROSC (primary end-point) versus 51% in the SCPR tier. The corresponding values for hospital admission alive (secondary end-point) were 38% and 37% (NS). In the subset of patients in whom the device was used, the percentage who had ROSC was 49% versus 50% in a control group matched for age, initial rhythm, aetiology, bystander-/crew-witnessed status and delay to CPR. The percentage of patients discharged alive from hospital after OHCA was 8% versus 10% (NS) for all patients and 2% versus 4%, respectively (NS) for the patients in the subset (where the device was used and the matched control population). CONCLUSION: In this pilot study, the results did not support the hypothesis that the introduction of mechanical chest compression in OHCA improves outcome. However, there is room for further improvement in the use of the device. The hypothesis that this will improve outcome needs to be tested in further prospective trials.
AIM: To determine the number of CPR trained adults in Sweden, and the willingness of the non-trained population to attend a CPR course. An additional purpose was to investigate differences related to sex, age, residential area, socio-economic classification and country of origin. METHODS: Five thousand adults in Sweden were surveyed, which yielded 3167 valid responses, a response rate of 63%. The sample was selected at random and stratified to correlate to the geographic distribution of the population. RESULTS: The mean (S.D.) age was 46 (16) years, 54% of the respondents were females and 11% were people of foreign origin. Forty-five percent had participated in some form of CPR training. Younger respondents, those living in rural areas, those born in Sweden, employees, students and military conscripts were trained more frequently in CPR. Of the respondents with no CPR training, 50% expressed a willingness to attend a course. The most common reason for not being trained in CPR was that the respondent did not know such courses existed or that they did not know where to go for training. CONCLUSION: Somewhere between 30 and 45% of the adult population of Sweden had participated in CPR training. Half of the non-trained population was willing to learn CPR but frequently did not know that such courses existed or where they were held. Elderly people, people of foreign origin, or those not included in the workforce were less likely to have participated in CPR training.
BACKGROUND: Family presence (FP) in the resuscitation room is still controversial, and its appropriateness for patient and family has been discussed. We examined both positive and negative experiences in order to establish the reasons for the difference. AIM: The aim of the present literature review was to describe patients', relatives' and staff's opinions and experiences of FP during invasive procedures and resuscitation. METHOD: 12 original papers, published between January 1995 and February 2003, were reviewed. RESULTS: Most patients and relatives agreed that they had positive experiences of FP. They described how FP enhanced the feeling of support and connectedness within the family. Family members believed that FP helped them in their grieving process. Most staff members without FP experience felt that FP would increase the risk of psychological distress for the family. Those who had participated in an FP programme believed that FP was not only beneficial for the family but also for staff. CONCLUSION: Family presence during resuscitation and acute care has the potential to enhance the care of the patient and to benefit everyone involved. However, implementation of FP during resuscitation must take account of potential problems.
AIM: To investigate the level of cardiopulmonary resuscitation (CPR) training among cardiac patients and their co-habitants and to describe the possibilities for, and obstacles to, CPR training among this group. METHODS: All patients admitted to a coronary care unit during a four-month period were considered for participation in an interview study. Out of 401 patients, 268 were co-habiting. This study deals with these subjects. RESULTS: According to the answers given by the patients, 46% of the patients and 33% of the co-habitants had attended a CPR course at some time. Among those who had not previously attended a course, 58% were willing to attend, and 60% of the patients whose co-habitant had not received CPR education, wanted him or her to attend a course. The major obstacle to CPR training was the patient's own medical status. The major obstacle to the co-habitant's participation was the patient's doubts concerning their partner's physical ability or willingness to participate. Younger persons were more often willing to undergo training than older persons (p < 0.0001). Of those patients who had previously attended a course or who were willing to undergo training, 72% were prepared to do so together with their co-habitant. A course specially designed for cardiac patients and their relatives was a possible alternative for 75% of those willing to participate together with their co-habitant. CONCLUSIONS: Two-thirds of the patients did not believe that their co-habitant had taken part in CPR training. More than half of these would like their co-habitant to attend such a course. Seventy-two percent were willing to participate in CPR instruction together with their co-habitant. Major obstacles to CPR training were doubts concerning the co-habitant's willingness or physical ability and their own medical status.