BACKGROUND: Energy conservation strategies and cognitive behavioral therapy techniques are valid parts of outpatient fatigue management education in people with multiple sclerosis (MS). In many European countries, multidisciplinary rehabilitation for people with MS is chiefly delivered in specialized rehabilitation centers, where they benefit from short intensive inpatient rehabilitation annually. However, no evidence-based and standardized fatigue management education program compatible with the inpatient setting is available. METHODS: Based on a literature search and the expertise of occupational therapists (OTs), a manualized group-based Inpatient Energy Management Education (IEME) program for use during 3-week inpatient rehabilitation that incorporates energy conservation and cognitive behavioral management approaches was developed. An IEME pilot program operated by trained OTs included 13 people with MS-related fatigue. The experiences of the IEME users and OTs were collected during focus groups to refine the program's materials and verify its feasibility in the inpatient setting. RESULTS: The program was feasible in an inpatient setting and met the needs of the people with MS. Targeted behaviors were taught to all participants in a clinical context. In-charge OTs were able to effect behavioral change through IEME. CONCLUSIONS: Users evaluated the evidence-based IEME program positively. The topics, supporting materials, and self-training tasks are useful for the promotion and facilitation of behavioral change. The next step is a clinical trial to investigate the efficacy of IEME and to evaluate relevant changes in self-efficacy, fatigue impact, and quality of life after patients return home.
BACKGROUND: Energy conservation strategies and cognitive behavioral therapy techniques are valid parts of outpatient fatigue management education in people with multiple sclerosis (MS). In many European countries, multidisciplinary rehabilitation for people with MS is chiefly delivered in specialized rehabilitation centers, where they benefit from short intensive inpatient rehabilitation annually. However, no evidence-based and standardized fatigue management education program compatible with the inpatient setting is available. METHODS: Based on a literature search and the expertise of occupational therapists (OTs), a manualized group-based Inpatient Energy Management Education (IEME) program for use during 3-week inpatient rehabilitation that incorporates energy conservation and cognitive behavioral management approaches was developed. An IEME pilot program operated by trained OTs included 13 people with MS-related fatigue. The experiences of the IEME users and OTs were collected during focus groups to refine the program's materials and verify its feasibility in the inpatient setting. RESULTS: The program was feasible in an inpatient setting and met the needs of the people with MS. Targeted behaviors were taught to all participants in a clinical context. In-charge OTs were able to effect behavioral change through IEME. CONCLUSIONS: Users evaluated the evidence-based IEME program positively. The topics, supporting materials, and self-training tasks are useful for the promotion and facilitation of behavioral change. The next step is a clinical trial to investigate the efficacy of IEME and to evaluate relevant changes in self-efficacy, fatigue impact, and quality of life after patients return home.
Authors: Daphne Kos; Marijke Duportail; Jill Meirte; Mira Meeus; Marie B D'hooghe; Guy Nagels; Barbara Willekens; Tom Meurrens; Stephan Ilsbroukx; Jo Nijs Journal: Int J Rehabil Res Date: 2016-09 Impact factor: 1.479
Authors: Nadine Patt; Jan Kool; Ruth Hersche; Max Oberste; David Walzik; Niklas Joisten; Daniel Caminada; Francesca Ferrara; Roman Gonzenbach; Claudio Renato Nigg; Christian Philipp Kamm; Philipp Zimmer; Jens Bansi Journal: BMC Neurol Date: 2021-02-11 Impact factor: 2.474