Background:
As we age, we experience more disease and may need more medication. There has been a dramatic increase in medication use by older people; comparing data from 1991-1994 to 2008-2011, we found that the number of older people taking five plus medications had quadrupled from 14% to nearly 50% (1).
As medication use increases, older people and family carers struggle to manage them. We found this in an earlier study (MEMORABLE: 2,3). Mobile technology offers a potential solution by sharing key information in a timely and accessible way, which this PhD aims to investigate using a realist approach (4,5).
Aim:
To describe and develop theory to understand how mobile technology (including current tools and prospective design approaches) can support flexible data management to reduce burden in older people living with problematic polypharmacy.
Objectives:
- Realist review of the literature to understand how, why and in what circumstances mobile technology can reduce medication burden (work package 1 [WP1]).
- 2. Realist evaluation of the theory generated from WP1 on the role of technology and explore the challenges and how to implement the technology through interviews with older people, family carers and practitioners (WP2).
- Build impact by widely disseminating the key findings and engaging with key policy-makers (WP3).
Research plan:
WP1 (month:1-12): building on previous research by supervisors realist review of academic/grey literature (develop initial programme theory: m1-2; develop search strategy: m2-4: search literature: m3-5; study selection/appraisal: m4-7; analysis: m7-10; develop programme theory/theories: m9-12).
WP2 (month:8-28): realist evaluation, using semi-structured interviews with older people, practitioners and carers, of the findings from WP1 to develop guidance and emerging design principles for policy makers and practitioners (ethics: m8-12; recruitment: m12-16; interviews: m14-20; analysis: m18-26; write-up: m24-28).
WP3 (month:26-36): combine WP1/WP2: m26-32; produce thesis: m30-36; dissemination (e.g., academic publications, conferences, engagement with policymakers): m33-36.
References
1. Gao L, Maidment I, Matthews FE, Robinson L, Brayne C. Medication usage change in older people (65+) in England over 20 years: Findings from CFAS I and CFAS II. Age and Ageing. 2018;47(2):220-5.
2. Lawson S, Mullan J, Wong G, Zaman H, Booth A, Watson A, et al. Family carers’ experiences of managing older relative's medications: Insights from the MEMORABLE study. Patient Education and Counseling. 2022;105(7):2573-80.
3. Maidment ID LS, Wong G, Booth A, Watson A, McKeown J, Zaman H, Mullan J, Bailey S. MEdication Management in Older people: Realist Approaches Based on Literature and Evaluation (MEMORABLE): a realist synthesis. NIHR Journals Library. 2020;8(26).
4. Poorcheraghi H, Negarandeh R, Pashaeypoor S, Jorian J. Effect of using a mobile drug management application on medication adherence and hospital readmission among elderly patients with polypharmacy: a randomized controlled trial. BMC Health Services Research. 2023;23(1):1-10.
5. Tabi K, Randhawa AS, Choi F, Mithani Z, Albers F, Schnieder M, et al. Mobile apps for medication management: Review and analysis. JMIR mHealth and uHealth. 2019;7(9).