Digital Tool for Improved Self-management of COPD

COPD

Self-management, Digital technology

Primary aim: To evaluate the feasibility, usability and safety of the investigational device in clinical practice over 6 months in 50 patients. Secondary aims: To describe the number of healthcare contacts and the adequacy of those contacts. Study design: Traditional feasibility clinical investigationPilot feasibility open observational study. Subjects: 50 subjects being investigated for or with a diagnosis of COPD with at least one exacerbation within the last year will be invited to voluntarily participate. Exclusion criteria is severe disease from either COPD or any severe concomitant conditions that would make home spirometry unsafe for the patient. Patients with no access to use BankID or similar electronic personal identification service and not using Android (version 8+) or iOS (version 16+) smartphones will be excluded. Intervention: At inclusion patients will be on-boarded on to the digital platform and recommended to follow instructions in the app. The intervention is the COPD Treatment check, which is a medical device that is connected to a spirometer. Patients will be instructed to self-test on a daily basis. Control group: There will be no control group. Primary endpoints: • Feasability and usability of the system in a clinical setting as determined by usage and questionnaire evaluation. Feasibility measured by proportion of participants who complete the study, compliance and adoption (system usage), time needed to train users Secondary endpoints: * Safety of the device \- Experienced usability and the number of adverse events * Adequacy of the participant's healthcare contacts. * Number of actual clinic contacts in relation to the number of recommendations by the COPD treatment check to seek medical attention. Exacerbations (as defined by healthcare staff) * Evaluation of questionnaires (healthcare and patient reported)

Patient "education" often takes the form of providers giving didactic Information and assumes that knowledge will lead to behavioural change. Although important, it may not be sufficient for promoting self-management skills. Enhancing patient knowledge is an important step towards behaviour change using self-management interventions and should include topics such as smoking cessation, correct use of inhaler devices, early recognition of exacerbations, decision-making and acting at the right time, and when to seek help. Personalized education and training that takes into account specific issues relating to the individual patient, and that aims to enhance long-term functionality and appropriate health behaviours are likely to benefit patients more. A good COPD self-management intervention is structured but personalized, with goals of motivating, engaging and supporting the patients to positively adapt their health behaviour(s) and develop skills to better manage their disease. The aim is to elicit patient motivation, confidence and competence. Systematic reviews have provided evidence that self-management interventions improve outcomes in COPD. A 2022 Cochrane review reported that interventions for people with COPD are associated with improvements in health-related quality of life (HRQoL), a lower probability of respiratory-related hospital admissions, and no excess respiratory-related and all-cause mortality risks. One of the most important goals for treatment of COPD exacerbations are to minimize the negative impact of an exacerbation and to prevent subsequent events. Also, it is now recognized that many exacerbations are not reported to healthcare professionals for therapy and yet these events have a significant impact on health status. Thus, one focus is for COPD patients to receive education about the importance of understanding exacerbation symptoms and when to seek professional healthcare. According to the Swedish National Board of Health and Welfare a written self-management plan should be established together with the healthcare team and be reevaluated at follow-up visits. The plan should contain information on how to adjust treatment according to for example symptoms and infections, and when it is important for the patient to contact healthcare for assistance. The investigational device is a separate module, COPD Treatment check, embedded in the cloud-based CE-marked system called AsthmaTuner. Our hypothesis is that this digital tool will improve self-management of COPD. Thus, the aim of this study is to assess the feasibility, usability and safety of the COPD Treatment check in clinical practice. Secondary aim is to evaluate the number of healthcare contacts and the adequacy of those contacts. At baseline, a trained nurse will onboard and instruct patients in device handling (standard education). According to a flow algorithm, the app will instruct patients to contact their healthcare provider. The healthcare provider will be able to see collected data that is displayed in the back-end system but will not be instructed to actively monitor patients. Data on feasibility, safety and experienced usability of the investigational device will be presented. The analysis of feasibility and the experienced benefit of using the COPD Treatment check in clinical practice is estimated on a Likert scale from 1 (strongly disagree) to 5 (strongly agree), and presented as mean and median scores. The number of clinic contacts will be presented in relation to the number of times that the app has recommended such contacts. A medical doctor will categorize the contacts as correct or incorrect, without knowing whether the contacts were initiated via the app or the patient themselves to avoid bias.

No related papers found yet.

Sweden