Elsevier

Resuscitation

Volume 65, Issue 3, June 2005, Pages 337-343
Resuscitation

Possibilities for, and obstacles to, CPR training among cardiac care patients and their co-habitants

https://doi.org/10.1016/j.resuscitation.2004.12.015Get rights and content

Abstract

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.

Introduction

Most cases of hospital cardiac arrest (CA) occur in the victims home [1], [2], [3], while the major proportion of rescue efforts take place on the street or in public places [1], [2], [4], [5]. The location of the cardiac arrest, whether or not it occurs outside the victim's home, has been reported as an independent factor for survival [1], [5], [6]. Despite the efforts made to increase the proportion of trained lay rescuers the incidence of bystander cardiopulmonary resuscitation (CPR) still remains low [1], [2], [3], [7]. Figures from the Swedish Cardiac Arrest Registry (SCAR) show that 36% of patients who suffered a CA received bystander CPR. However, only 23% received CPR when the CA occurred at home compared to 42 and 55% if the CA occurred in public places or other places, respectively [2]. One prerequisite for being prepared to intervene in a cardiac arrest is previous CPR instruction and training. Another prerequisite is for the rescuer to be in a suitable physical or psychological state that permits such an action. Swor et al. [3] found that patients who suffered a cardiac arrest at home and the bystanders involved were older compared to those who had a cardiac arrest in public places. The bystander was also less likely to be trained in CPR or to have attended a course during the last five years and less likely to perform CPR, even if trained.

Ever since the first CPR training programme, families of cardiac patients have been a target group for CPR training [8], [9]. In Sweden, the National Board of Health and Welfare recommended that hospitals and county councils should offer CPR education both to health care professionals, to patients with a high risk of a heart attack and their relatives [10]. However, there still is a discrepancy between those trained and those most likely to witness a cardiac arrest [11], [12], [13], [14], [15]. According to the result of a survey of 1012 persons recently trained in CPR, 16% of those aged 59 and over stated that their own cardiac disease or that of a relative or a friend was a reason for taking the CPR course. Nevertheless, those over 59 years old constituted only 3% of the respondents [15]. This result resembles that obtained by Brennan and Braslow [11], where only about 7% of CPR training participants were aged 50 or older and a minority (19%) lived together with someone at a high risk of a heart attack. Moreover, in one study in Wales, where basic life support mass training was advertised by a local newspaper campaign, 67% of the participants were related to someone with a heart problem [16]. The readership profile of the newspaper used in that study comprised of 62% non-manual workers and 47% aged 45 years or over. The strategy was to reach volunteers that matched the risk groups better.

In a study of the preparedness and willingness of cardiac patients family members to perform CPR, Platz et al. [17] found that 49% had received some CPR training (although only 14% within the previous year), most of whom were medical professionals. In addition, most had undergone training because of job or school requirements and only a few as a result of living with a person at high risk of CA.

Many authors stress the importance of identifying ways of increasing the number of family members of cardiac patients who are trained in CPR [3], [6], [11], [12], [17], [18], [19], [20], [21]. However, there are few studies, focusing on disincentives to bystander intervention or obstacles to CPR training among this group [12], [17], [20]. The present study, which focuses on patients living with a family member or other person, is part of a larger investigation, in which cardiac patients’ attitudes towards CPR and CPR instruction were examined.

This study aimed to investigate the level of CPR training among cardiac patients and their co-habitants and to describe the possibilities for, and obstacles to, CPR training among this group.

Section snippets

Participants

All patients admitted to the coronary care unit of Sahlgrenska University Hospital during a four-month period (from September15, 2000 to December 14, 2000 and from January 15, 2001 to February 15, 2001) were considered for participation in this study. Inclusion criteria were patients living in the area, who were mentally lucid and admitted to the ward for some cardiac problem or suspected cardiac problem (n = 654). Due to a very brief duration of their hospital stay or because they were

Participants

All patients living with a family member or other co-habitant were included in this study (n = 268). Ten of these were living with a family member other than a partner (adult children, parents, sisters) and four were living with their partner from time to time. Seventy-eight percent were male (n = 208) and 22% female (n = 60). The mean age was 64 years (median 65) for males and 63 years (median 64) for females. For baseline characteristics, see Table 1, Table 2. The large amount of missing

Methodological and ethical issues

In this study, the patients were asked to participate during their stay in the coronary care unit of the hospital, at which time the interviews also took place. To safeguard the patient's right of self-determination, the researcher, who presented herself as a research nurse, had no relation to the patients other than that of a researcher.

To ask patients admitted to hospital due to cardiac problems about their interest in CPR training could increase their awareness of the possibility of

Acknowledgements

This study was supported by grants from The Laerdal Foundation for Acute Medicine and the Swedish Heart and Lung foundation.

References (25)

Cited by (13)

  • A cross-sectional survey examining cardiopulmonary resuscitation training in households with heart disease

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    The majority of the previous survey research examining CPR training rates in cardiac populations was conducted over 15 years ago. ( Chu et al., 2003; Platz et al., 2000; Thoren et al., 2005) Since these studies there have been significant international resuscitation guideline changes, deemphasising mouth-to-mouth ventilations for lay rescuers (who are unwilling or unable to perform ventilations) in favour of quality chest compressions known as compression-only CPR. ( Hazinski et al., 2010) It is not known if these changes have been disseminated into households with heart disease and driven changes in willingness towards CPR.

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    This contradicts surveys22–24 which show that people consistently indicate that they would, in a hypothetical scenario, be much more willing to commence CPR on a family member than on a stranger. The most commonly reported hypothetical barriers are concerns about causing harm, failing to perform the procedure accurately and concerns about the health and physical capacity of the CPR provider.24–27 Few studies to date have attempted to access lay responders for the purposes of gauging the psychological implications of CPR provision.

  • Comparison of instructor-led automated external defibrillation training and three alternative DVD-based training methods

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    Every year thousands of people attend instructor-led basic life support and automated external defibrillation (BLS/AED) courses lasting on average 3–4 h.1–3 As this large time investment leads to limited retention, newer training modalities have been proposed which may be more efficient in terms of time and cost.4–7

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A Spanish and Portuguese translated version of the Abstract and Keywords of this article appears at 10.1016/j.resuscitation.2004.12.015.

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