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Promoting physical activity among older people in primary care using peer mentors

Published online by Cambridge University Press:  22 January 2014

Zoe Stevens*
Affiliation:
Assistant Project Co-ordinator, Primary Care and Population Health, Royal Free Campus, London, UK
Cate Barlow
Affiliation:
Research Associate, Primary Care and Population Health, Royal Free Campus, London, UK
Steve Iliffe
Affiliation:
Professor, Primary Care and Population Health, Royal Free Campus, London, UK
*
Correspondence to: Zoe Stevens, BSc, Assistant Project Co-ordinator, Primary Care and Population Health, Royal Free Campus, Rowland Hill Street, London NW3 2PF, UK. Email: z.stevens@ucl.ac.uk
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Abstract

Introduction:

The home-based Otago Exercise Programme has been shown to increase sustained physical-activity levels in older people recruited through primary care, when supported by health professionals. The ProAct65+ trial is testing this programme using volunteer peer mentors to support behaviour change. This qualitative study explored how these peer mentors experienced their role.

Methods:

Ten peer mentors from the ProAct65+ trial were interviewed. Semi-structured interviews were audio-recorded, transcribed verbatim and thematically analysed.

Results:

Peer mentors reported positive experiences including meeting new people, watching mentees progress, developing friendships and being shown gratitude for their support. Key barriers and facilitators to the mentoring process included the home and telephone as settings for support, geography and making contact with mentees.

Conclusion:

Findings from this study can help the development of peer mentor programmes in primary care for older people. Future programmes should recruit peer mentors who are local to where mentoring is needed to reduce travel difficulties.

Type
Short Report
Copyright
© Cambridge University Press 2014 

Introduction

Regular physical activity reduces the risk of disease and improves health (Baumann, Reference Baumann2004; Chief Medical Officer, 2004). Despite national recommendations of 30 min moderate exercise on five or more days of the week, <10% of older people reach these levels (NHS Information Centre for Health and Social Care, 2009). It is a priority for public health research to develop effective methods to promote physical activity in the older population (Prochaska et al., Reference Prochaska, Belansky, Belza, Buchner, Marshall, McTigue, Satariano and Wilcox2006). Evidence suggests that exercise promotion can lead to significant health gains in older people. For example, the home-based Otago Exercise Programme (OEP) of balance, strength and stretching exercises for older people can reduce falls by 30% when older people are supported by health professionals, via home visits and telephone calls (Robertson et al., Reference Robertson, Devlin, Gardner and Campbell2001a; Reference Robertson, Gardner, Devlin, McGee and Campbell2001b; Liu-Ambrose et al., Reference Liu-Ambrose, Donaldson, Ahamed, Graf, Cook, Close, Lord and Khan2008). The OEP is a progressive programme using ankle weights; older people are encouraged to use heavier ankle weights, have less balance support and do more repetitions of exercises.

Support from peers has been found to be more successful than support from health professionals in encouraging older people to increase physical activity levels (Cousins, Reference Cousins1995; Seefeldt et al., Reference Seefeldt, Malina and Clark2002). Volunteer ‘peer mentors’ are already used to motivate people in the United Kingdom on exercise referral and cardiac rehabilitation programmes, and in falls prevention services and interventions piloted by Local Health Boards and Primary Care Trusts. Peer mentors can engage and motivate inactive older people and those who have low self-efficacy to increase physical activity levels (Pringle et al., Reference Pringle, McKenna, Gilson, Jagroo, Rivett, Whatley, Cooke, Cooke, French, Finn, Long, Gately and Zanker2007). Trained peers may therefore, be an affordable alternative to the use of trained health professionals in supporting older people on the OEP. A two-day training course based upon the ‘Someone Like Me’ programme teaches peers about physical activity recommendations, benefits and barriers to exercise, theoretical and practical issues in peer mentoring (motivation, communication and support strategies) (Laventure et al., Reference Laventure, Dinan and Skelton2008).

The success of peer mentoring interventions depends upon the feasibility of the role. It is important to understand why peer mentors volunteer for such a role, and how they are effective in it, to develop future peer mentoring interventions. Research about peer mentors’ experiences volunteering on physical activity programmes is scarce. Most research concentrates on the effectiveness of interventions at increasing participants’ physical activity levels (King et al., Reference King, Rejeski and Buchner1998). Some research comments on intervention design but little research focuses on the perspectives of the peers or the participants (Hooker et al., Reference Hooker, Seavey, Weidmer, Harvey, Stewart, Gillis, Nicholl and King2005). No previous research has examined peer mentors’ experiences of volunteering to motivate older people on the OEP.

The ProAct65+ trial, described elsewhere (Iliffe et al., Reference Iliffe, Kendrick, Morris, Skelton, Gage, Dinan, Stevens, Pearl and Masud2010; Stevens et al. Reference Stevens, Carpenter, Gawler, Belcher, Haworth, Kendrick, Morris, Masud, Skelton and Iliffe2013), recruited and trained peer mentors to provide support (by home visits and telephone calls) to trial participants during the 24-week exercise programme. This study aimed to fill the research gap by interviewing a sample of peer mentors from the ProAct65+ trial about their experiences of supporting older people recruited from primary care on the OEP.

Methods

This add-on study was submitted as a substantial amendment to the ProAct65+ trial, to the Nottingham Research Ethics Committee 2 (application number 08/H0408/72), and was granted ethical approval in May 2010.

Participants were peer mentors living in London, aged 50 or over. Thirty had supported at least one mentee throughout a full 24-week exercise programme and a convenience sample of 12 available peer mentors were invited for an interview. All were within three months of them completing their role with one or more mentee(s), to reduce the risk of them forgetting aspects of their experience. Ten peer mentors provided informed consent and were interviewed; data saturation was reached and no further interviews were arranged (Mapp, Reference Mapp2008). Table 1 shows the characteristics of those interviewed and those not.

Table 1 Comparison of peer mentors who were interviewed against the remaining peer mentors in London

Peer mentors were interviewed in their preferred venue. Interview questions were based on a semi-structured interview guide (Figure 1), which was modified throughout the research process. All interviews were recorded with a digital dictaphone.

Figure 1 Interview guide. Numbers 1–7 are key questions asked. Letters a, b, c, etc. are prompt questions asked if the information was not automatically described.

All interview recordings were transcribed verbatim, including sighs, laughs and lengthy pauses, and thematic content analysis was undertaken. Each transcript was read and re-read to acquire a sense of the whole experience; ‘open codes’ were allocated to sections of the transcripts to give meaning to the data; sections of the transcripts with similar codes were allocated to higher order themes; higher order categories were developed to group themes together; categories were collated into over-arching categories to make data navigation easier. ‘Constant comparison’ was used to cross-check all parts of the transcripts with each other to ensure all themes were identified and were consistent (Holloway and Wheeler, Reference Holloway and Wheeler2002; Silverman, Reference Silverman2006). Themes were used to provide a rich description of the essential structure of the experiences. In order to ensure reliability three transcripts were independently analysed by the second author (C.B.) and a list of themes and quotes were compared and agreed upon, confirming the transcripts had not been misinterpreted.

Results

The mean length of the interviews was 49 min (range 27–91 min). Peer mentors talked about contacts with mentees in general and discussed memorable experiences in detail. An overview of the themes and categories, which arose from the interviews is shown in Figure 2.

Figure 2 Categories and themes from interviews

Peer mentors were active people who understood the benefits of exercise. Their main motivation for volunteering was to help others increase their exercise levels.

I could help somebody else to err, to mentor somebody else that would be a useful thing to do’. PM01 (32–34).

Peer mentors reported positive experiences. There was a strong sense that rapport developed quickly and the peer mentor-mentee relationship was an important aspect of the mentoring. Some mentoring pairs formed friendships, which continued after the 24-week programme. ‘…the second time that I went over it was much more like we were just friends…she was more relaxed’. PM09 (227–231).

I’ve actually found, you know, loads of very nice friends really’. PM03 (847–848).

Most peer mentors felt that mentees benefitted from the exercises and enjoyed the supportive contact. Peer mentors reported enjoying meeting new people, watching mentees progress through the OEP, and being shown gratitude by their mentee(s) for their support.

…they really really seemed to be erm extremely appreciative of the attention and the time…’. PM10 (199–201).

…he grew in every way as a result of it’. PM07 (468–469).

…it’s very rewarding to feel you have helped that person’. PM10 (918–919).

There were barriers and facilitators to the mentoring process. Peer mentors’ experiences depended somewhat on the mentees’ health, motivation to take part in the exercise programme and their baseline fitness level. For example, some peer mentors felt they were not needed to support already motivated and fit mentees.

…“I’m getting really bored with these exercises”…it’s with the fit ones’. PM03 (118–119…121).

Mrs I was so enthusiastic that she, Mrs I didn’t need me at all’. PM09 (127–128).

Some peer mentors reported that telephone contacts were short and unproductive because of the lack of face-to-face contact. Overall peer mentors favoured home visits to support mentees, as observation of the exercises was useful, and assessment of motivation and exercise promotion was easier.

…it’s easier to do it face-to-face than it is on the phone, otherwise it sounds like you’re preaching at them’. PM09 (517–519).

I don’t actually like telephones very much…people are missing ones’ body language’. PM03 (524–526).

The mentees home environment, in which to do the exercises determined how easy or difficult it was for peer mentors to promote the exercises and encourage mentees to progress. For example, small or cluttered homes required adaptation of the walking backwards and sideways exercises, and sitting/standing from a chair required some adjustment if the mentee only had low sitting, soft arm chairs.

…her house was again cluttered…there wasn’t a long stretch where she could sort of walk and do her steps backwards’. PM06 (357–358…389–391).

It was important for peer mentors to live close to their mentee(s) and/or for mentee(s) homes to be easily accessible on public transport.

…they were local I could walk to both of them in ten minutes…Had I had to sort of travel I probably couldn’t have done it’. PM10 (1020–1021…1027–1028).

Being able to make contact with mentees was sometimes difficult for peer mentors, which influenced whether telephone calls could be carried out and arrangements made for home visits.

…every time I rang him he wasn’t available and as I say I left messages…I couldn’t go round and visit if he wasn’t replying’. PM06 (94–95…770).

Discussion

This is the first study to explore the experiences of peer mentors who supported older people from primary care with the OEP. Our findings are consistent with other peer mentoring studies (see below) and explain the difficulties peer mentors face, what they enjoy and the importance of the mentoring relationship.

Previous OEP trials monitored falls but did not report on the suitability of the home environment for OEP exercises (Robertson et al., Reference Robertson, Devlin, Gardner and Campbell2001a; Reference Robertson, Gardner, Devlin, McGee and Campbell2001b; Liu-Ambrose et al., Reference Liu-Ambrose, Donaldson, Ahamed, Graf, Cook, Close, Lord and Khan2008). This study has shown how important the home is as a setting to encourage mentees’ engagement with the exercises. Mentees’ homes, if small or cluttered, were difficult settings for exercise promotion. They were however, the universally preferred setting for promoting the exercises. Past research has mostly concentrated on using the telephone as a support medium; research on home visits is scarce (Rudy et al., Reference Rudy, Rosenfeld, Galassi, Parker and Schanberg2001). Telephone calls were considered unhelpful by these peer mentors. Other studies support the notion that telephone support is not useful for physical activity promotion (Dale et al., Reference Dale, Caramlau, Sturt, Friede and Walker2009). Similarly other telephone-based peer mentoring studies report difficulties making initial contact with mentees and the number of times telephone calls were attempted varied (Dale et al., Reference Dale, Caramlau, Sturt, Friede and Walker2009).

The importance of the peer mentor–mentee relationship was evident. Peer mentors in this and other studies have reported enjoying meeting new people, sometimes making friends, and being rewarded by watching mentees progress and being appreciated for their support (Hooker et al., Reference Hooker, Seavey, Weidmer, Harvey, Stewart, Gillis, Nicholl and King2005; Hyland et al., Reference Hyland, Wood, Adamson, Mathers, Hill, Seal and Moynihan2006; Dale et al., Reference Dale, Caramlau, Sturt, Friede and Walker2009).

Barriers and facilitators that shaped the peer mentors’ experiences included the distance between where the mentee(s) and peer mentors lived, ease of contacting their mentee(s) and mentees enjoyment of the exercises. Another telephone-assisted physical activity promotion study found peer mentors were challenged when participants did not meet their goals (Hooker et al., Reference Hooker, Seavey, Weidmer, Harvey, Stewart, Gillis, Nicholl and King2005).

The number of peer mentors interviewed was small, but the available population was only 30. Those not interviewed were older and more likely to be male, and had fewer, shorter contacts with their mentees. The aim was to interview peer mentors within three months of them completing their role with one or more mentee(s), to reduce the risk of them forgetting aspects of their experience. Three interviews were carried out beyond this time limit but their memories did not seem affected. All peer mentors interviewed were of similar ethnicity (white British) with similar interests in exercise and in volunteer work. Although this may limit the transferability of our findings, these characteristics may also be typical of a volunteer group in the older population making our findings transferable to other settings (Holloway, Reference Holloway2005).

Conclusion

This study highlights contextual factors that contribute towards facilitating or preventing the success of mentoring. Face-to-face contact appears important for peer mentors supporting a home-based exercise programme. The mentees’ home environment, health and motivation to engage in exercise can make peer mentoring a challenge. Peer mentors should be recruited from the locality where mentoring is needed to reduce travel times to mentees homes. Suitability of the home environment for the exercise programme seems to be important. An assessment of mentees home environment by a member of staff may enable adaptation of exercises for mentees in small or cluttered homes. Awareness of peer mentors experiences could contribute to improving mentoring interventions for future volunteers supporting physical activity programmes.

Acknowledgements

Thanks to the Primary Care and Population Health department at University College London for support during the Master’s course. A special thanks to the peer mentors who were interviewed, this research would not have been possible without them.

This project was funded by the NIHR Health Technology Assessment programme (project number 06/36/04). The views and opinions expressed in this paper are those of the authors and do not necessarily reflect those of the Department of Health or the NIHR.

References

Baumann, A.E. 2004: Updating the evidence that physical activity is good for health: an epidemiological review 2000–2003. Journal of Science and Medicine in Sport 7(Suppl 1), 619.Google Scholar
Chief Medical Officer. 2004: At least five a week: evidence on the impact of physical activity and its relationship to health. London: Department of Health.Google Scholar
Cousins, S.O. 1995: Social support for exercise among elderly women in Canada. Health Promotion International 10, 273282.Google Scholar
Dale, J., Caramlau, I., Sturt, J., Friede, T. and Walker, R. 2009: Telephone peer-delivered intervention for diabetes motivation and support: the telecare exploratory RCT. Patient Education and Counseling 75, 9198.Google Scholar
Holloway, I. 2005: Qualitative research in health care. Maidenhead: Open University Press.Google Scholar
Holloway, I. and Wheeler, S. 2002: Qualitative research in nursing, second edition. Oxford: Blackwell Science.Google Scholar
Hooker, S.P., Seavey, W., Weidmer, C.E., Harvey, D.J., Stewart, A.L., Gillis, D.E., Nicholl, K.L. and King, A.C. 2005: The California active aging community grant program: translating science into practice to promote physical activity in older adults. Annals of Behavioral Medicine 29, 155165.Google Scholar
Hyland, R.M., Wood, C.E., Adamson, A.J., Mathers, J.C., Hill, M., Seal, C.J. and Moynihan, P.J. 2006: Peer educators’ perceptions of training for and implementing a community-based nutrition intervention for older adults. Journal of Nutrition for the Elderly 25, 147171.Google Scholar
Iliffe, S., Kendrick, D., Morris, R., Skelton, D., Gage, H., Dinan, S., Stevens, Z., Pearl, M. and Masud, T. 2010: Multi-centre cluster randomised trial comparing a community group exercise programme with home based exercise with usual care for people aged 65 and over in primary care: protocol of the ProAct 65+ trial. Trials 11, 6.CrossRefGoogle ScholarPubMed
King, A., Rejeski, W. and Buchner, D. 1998: Physical activity interventions targeting older adults. A critical review and recommendations. American Journal of Preventive Medicine 15, 316333.Google Scholar
Laventure, R.M.E., Dinan, S.M. and Skelton, D.A. 2008: Someone like me: increasing participation in physical activity among seniors with senior peer health mentors… 7th World Congress on aging and physical activity. Journal of Aging and Physical Activity 16, S76S77.Google Scholar
Liu-Ambrose, T., Donaldson, M.G., Ahamed, T., Graf, P., Cook, W.L., Close, J., Lord, S.R. and Khan, K.M. 2008: Otago home-based strength and balance retraining improves executive functioning in older fallers: a randomized controlled trial. Journal of the American Geriatrics Society 56, 18211830.Google Scholar
Mapp, T. 2008: Understanding phenomenology: the lived experience. British Journal of Midwifery 16, 308311.Google Scholar
NHS Information Centre for Health and Social Care. 2009: Health Survey for England. Retrieved 10 July 2010 from www.ic.nhs.ukGoogle Scholar
Pringle, A., McKenna, J., Gilson, N., Jagroo, J., Rivett, M., Whatley, E., Cooke, C., Cooke, B., French, J., Finn, J., Long, J., Gately, P. and Zanker, C. 2007: The National Evaluation of LEAP: final report on the National Evaluation of the Local Exercise Action Pilots. United Kingdom: Carnegie Research Institute, Leeds Metropolitan University.Google Scholar
Prochaska, T., Belansky, E., Belza, B., Buchner, D., Marshall, V., McTigue, K., Satariano, W. and Wilcox, S. 2006: Physical activity, public health, and aging: critical issues and research priorities. Journal of Gerontology 61B, S267S273.Google Scholar
Robertson, M., Devlin, N., Gardner, M.M. and Campbell, A.J. 2001a: Effectiveness and economic evaluation of a nurse delivered home exercise programme to prevent falls. 1: randomised controlled trial. British Medical Journal 322, 697701.Google Scholar
Robertson, M.C., Gardner, M.M., Devlin, N., McGee, R. and Campbell, A.J. 2001b: Effectiveness and economic evaluation of a nurse delivered home exercise programme to prevent falls. 2: controlled trial in multiple centres. British Medical Journal 322, 701704.Google Scholar
Rudy, R.R., Rosenfeld, L.B., Galassi, J.P., Parker, J. and Schanberg, R. 2001: Participants’ perceptions of a peer-helper, telephone-based social support intervention for melanoma patients. Health Communication 13, 285305.Google Scholar
Seefeldt, V., Malina, R.M. and Clark, M.A. 2002: Factors affecting levels of physical activity in adults. Sports Medicine 32, 143168.Google Scholar
Silverman, D. 2006: Interpreting qualitative data: methods for analyzing talk, text and interaction, third edition. London, Thousand Oaks: Sage.Google Scholar
Stevens, Z., Carpenter, H., Gawler, S., Belcher, C., Haworth, D., Kendrick, D., Morris, R., Masud, T., Skelton, D.A. and Iliffe, S. 2013: Lessons learnt during a complex, multi-centre cluster randomised controlled trial: the ProAct65+ trial. Trials 14, 192.Google Scholar
Figure 0

Table 1 Comparison of peer mentors who were interviewed against the remaining peer mentors in London

Figure 1

Figure 1 Interview guide. Numbers 1–7 are key questions asked. Letters a, b, c, etc. are prompt questions asked if the information was not automatically described.

Figure 2

Figure 2 Categories and themes from interviews