Linda Nici1, Sally J Singh2, Anne E Holland3, Richard L ZuWallack4. 1. Providence VAMC and Brown UniversityProvidence, Rhode Island. 2. University Hospital of LeicesterLeicester, United Kingdom. 3. Monash UniversityMelbourne, Australiaand. 4. St. Francis HospitalHartford, Connecticut.
From the Authors:We would like to thank Drs. Prieto-Centurion, Artis, and Coultas for their interest in our article (1). We wholly agree with the points raised with respect to the need to support the sustained adoption of healthy lifestyle behaviors. The focus of our article was to explore alternative approaches to pulmonary rehabilitation (PR) that would increase its availability and uptake while not diluting its effectiveness. However, as the authors point out, the challenge of maintaining the benefits of rehabilitation, irrespective of the mode of delivery, should not be overlooked.The benefits of rehabilitation are well described, but outcomes of this intervention are usually assessed shortly after completion of the program (2). The seminal study by Griffiths and colleagues clearly demonstrated that in the absence of any maintenance strategy, the gains from rehabilitation tend to subside at 12 months (3). Many efforts have been made to identify an effective and acceptable program to support graduates of rehabilitation to maintain benefits. The evidence about the best format to use is inconclusive (4, 5). Maintenance strategies commonly describe the frequency and method of contact (e.g., once-a-month drop-in sessions [6] and regular telephone contact [7]) rather than the content and nature of the behavioral intervention to support effective self-management. A taxonomy of behavior-change techniques, first described by Michie and colleagues in 2013 (8), has the potential to unravel which techniques may be most effective in supporting and sustaining healthy behaviors. The authors identified 93 distinct behavior-change techniques that were clustered into 16 groups. It would not be unreasonable for us to consider using this taxonomy to describe approaches used as part of rehabilitation and maintenance trials.It might be speculated that home-based programs would have a longer-lasting effect than center-based programs, given that the participants engage in self-directed exercise behaviors in their home environment. The current literature does not entirely support this assumption, as the three noninferiority trials of home- versus center-based PR cited in our review had differing results. The Canadian study (9) demonstrated retention of some improvements in health-related quality of life and cycle endurance training at 12 months for both home- and center-based groups. These improvements were not at the level of the gains seen immediately after completion of the program but were significant when compared within group. In that study, there was some follow-up contact with healthcare professionals, but it was minimal. The Australian and UK studies (10, 11) offered a more independently managed form of rehabilitation; however, the data from these studies are difficult to compare because the follow-up periods were 6 and 12 months, respectively. The longer follow-up in the Australian study (9) yielded data similar to those reported by Griffiths and colleagues (3): by and large, both groups had returned to baseline at 12 months with respect to their 6-minute walking distance and health-related quality of life. The UK-based study reported that at 6 months there was some retention of exercise capacity above baseline levels (on endurance shuttle walking test), but health-related quality of life had reverted to baseline in the home-based group, with some benefits retained in the center-based group. It is worth noting that in the absence of any interventions, on average, the decline in walk distance is in the region of 20 m/yr (12).We would wholeheartedly agree that packages of PR should be embedded in an integrated system of care to support the maintenance of benefits. The specific details of these packages of care will depend on the healthcare system, the context of the package, and the acceptability of these modes of support to the individual.Fine-tuning PR to address the above challenges and opportunities is still a work in progress, and these areas are fertile ground for research.
Authors: Elizabeth J Horton; Katy E Mitchell; Vicki Johnson-Warrington; Lindsay D Apps; Louise Sewell; Mike Morgan; Rod S Taylor; Sally J Singh Journal: Thorax Date: 2017-07-29 Impact factor: 9.139
Authors: T L Griffiths; M L Burr; I A Campbell; V Lewis-Jenkins; J Mullins; K Shiels; P J Turner-Lawlor; N Payne; R G Newcombe; A A Ionescu; J Thomas; J Tunbridge; A A Lonescu Journal: Lancet Date: 2000-01-29 Impact factor: 79.321
Authors: François Maltais; Jean Bourbeau; Stan Shapiro; Yves Lacasse; Hélène Perrault; Marc Baltzan; Paul Hernandez; Michel Rouleau; Marcel Julien; Simon Parenteau; Bruno Paradis; Robert D Levy; Pat Camp; Richard Lecours; Richard Audet; Brian Hutton; John R Penrod; Danielle Picard; Sarah Bernard Journal: Ann Intern Med Date: 2008-12-16 Impact factor: 25.391
Authors: Maria-Rosa Güell; Pilar Cejudo; Francisco Ortega; M Carmen Puy; Gema Rodríguez-Trigo; José Ignacio Pijoan; Lorea Martinez-Indart; Amaia Gorostiza; Khaled Bdeir; Bartolome Celli; Juan B Galdiz Journal: Am J Respir Crit Care Med Date: 2017-03-01 Impact factor: 21.405
Authors: Susan Michie; Michelle Richardson; Marie Johnston; Charles Abraham; Jill Francis; Wendy Hardeman; Martin P Eccles; James Cane; Caroline E Wood Journal: Ann Behav Med Date: 2013-08
Authors: Alex R Jenkins; Holly Gowler; Ffion Curtis; Neil S Holden; Christopher Bridle; Arwel W Jones Journal: Int J Chron Obstruct Pulmon Dis Date: 2018-01-10