B101. COPD EPIDEMIOLOGY, DISPARITIES, AND HEALTH SERVICES RESEARCH | April 30, 2024 | Volume: No volume available | Issue: No issue available | Pages: A4749-A4749
Abstract Background: Home-based interventions are at the center stage of current healthcare demands. There is a clear need to translate pulmonary rehabilitation to a home-based setting. This 8-week pilot study aimed to determine the feasibility of a Home-based Physical Activity (HPA) program for 12 participants with Chronic Obstructive Pulmonary Disease (COPD) in Sweden. Methods: Patients with COPD, age 40 years or older, and clinically stable in the last 3 months were recruited. The program included the use of a fitness tracker to monitor step count, weekly health coaching calls using motivational interviewing, and video-guided mindful movements (tai chi and yoga exercises). The outcome measures were adherence to the eight-week program video-guided exercises (number of times videos were watched), adherence to health coaching calls (minimum 8), monthly and daily step count, and quality of life (QoL) using the Chronic Respiratory Questionnaire, (CRQ). Results: Thirteen participants were enrolled, and one participant dropped out. Twelve participants adhered to 8-weeks of health coaching calls and step monitoring. We had a total of 643 video-exercise views, the compliance exceeded the minimum standard (576 views). The mean difference comparing total monthly steps from baseline and the eight-week time point was 47 039 steps (CI – 113625-1623.5, p=0.06). The minimal clinical improvement of 500 daily steps was found for 8 of the patients. No significant improvement was found in the QoL measures and mental health. Conclusions: We found the HPA program to be a feasible intervention. Patients showed high adherence to tracking step counts, health coaching calls, and video-guided exercise. No improvements in QoL or monthly step count emerged, however, we found high compliance and a positive trend in the number of monthly step counts, and improvements of at least 500 daily step counts improved in most patients with this small sample size.
Patient Engagement in Health Coaching and Self-Management Abilities in Chronic Obstructive Pulmonary Disease
Objective: Health coaching has the potential to improve self-management abilities (SM) in patients with Chronic Obstructive Pulmonary Disease (COPD). Patient engagement with health care providers has a beneficial effect on patient outcomes. We examined the association of patient engagement with the health coach on SM abilities in patients with COPD. Methods: We analyzed the association between the degree of engagement measured by the Working Alliance Inventory (WAI-SR) and the SM measured by the Self-Management-Ability-Scale-30 (SMAS-30) at the end of a COPD health coaching intervention. Results: The cohort included 146 moderate to severe COPD patients. The WAI-SR total score was 85% of the maximum possible scores indicating a high degree of engagement between the health coach and the patients. The WAI-SR Task and Bond domains were positively associated with SM abilities after adjusting for lung function (FEV1 %) and depression symptoms (PHQ-2). Conclusion: The degree of engagement between a health coach and patients is associated with the perception of SM abilities in patients with COPD. Our results may inform self-management intervention and clinical practice.
Effect of Home Pulmonary Rehab Plus Health Coaching on COPD Self-Management: A Randomized Study
Exercise capacity (EC) is a critical outcome in chronic obstructive lung disease (chronic obstructive pulmonary disease (COPD)). It measures the impact of the disease and the effect of specific interventions like pulmonary rehabilitation (PR). EC determines COPD prognosis and is associated with health-care utilization and quality of life. Field walking tests and cardiopulmonary exercise test (CPET) are two ways to measure EC. The 6-minute walking test (6MWT) is the commonest and easiest field test. CPET has the advantage of assessing maximal aerobic capacity. Determinants of EC include age, gender, breathlessness, and lung function. Previous research suggests that socioeconomic status (SES), a meaningful factor in COPD, may also be associated with EC. However, those findings have not been replicated. We aimed to determine whether SES is an independent factor associated with EC in COPD. For this analysis, we used the National Emphysema Treatment Trial (NETT) database. NETT was a multicenter clinical trial where severe COPD patients were randomized to lung volume reduction surgery or medical therapy. Measures used were taken at baseline, postrehabilitation. Patients self-reported their income and were divided in two groups whether it was less or above US$30,000. Patients with a lower income had worse results in 6MWT ( p < 0.0001). We found an independent association between income and the 6MWT in patients with severe COPD after adjusting for age, gender, lung function, dyspnea, and living conditions ( p < 0.0007). One previous publication stated the relationship between income and EC. Our research confirms and extends previous publications associating EC with income by studying a large and well characterized cohort of severe COPD patients, also addressing EC by two different methods (maximal watts and 6MWT). Our results highlight the importance of addressing social determinants of health such as income when assessing COPD patients.
Implementation of physical activity programs after COPD hospitalizations
Pulmonary rehabilitation (PR), following an acute exacerbation of chronic obstructive pulmonary disease (COPD), has been found effective in some studies in reducing readmission rates as and has recently been recommended by the PR guidelines. However, very recent reports suggested that PR is not feasible after a hospital admission for a COPD exacerbation. The objective of this study is to investigate the knowledge gap on the underlying reasons for nonparticipation in PR in the posthospitalization period. We qualitatively analyzed the responses of 531 patients hospitalized for a COPD exacerbation who were not interested in participating in either PR (home or center based) or physical activity monitoring program after being discharged from the hospital. The responses were coded thematically, and independent reviewers compiled the raw data into themes. The characteristics of the 531 subjects (45% male) who declined the intervention are as follows: age was 70 ± 10 years, mean forced expiratory volume in one second (FEV1%) predicted 40 ± 16, and age, dyspnea, and airflow obstruction index 6.0 ± 1.6 (scale 0–10). The themes for not attending include lack of interest (39%), the perception of “being too ill or frail or disabled” (24%), the perception of being “too busy or having too much to do” (11%), distance or the need of travel (11%), commitment issues (7%), comorbidities (6%), and lack of social support (2%). We identified barriers for PR or just physical activity programs after a hospitalization that may affect implementation of such programs. Implementing posthospitalizations program in COPD may require patient engagement and mindful and compassionate professionals who may individualize program components to focus specific deficits and particularly patients’ preferences.