Assessing the use of activity trackers in clinical practice: a survey of cardiac rehabilitation clinicians from Australia, Brazil, and Canada
Authors: Pettersen T , Ferrel-Yui D , Candelaria D , Cruz M M A , Ghisi G L M , Hagen M , Hanson C , Norekval T M , Gallagher R 
Published: October 2024

Background

The use of wearable activity trackers has been found to significantly improve health profile and cardiorespiratory fitness, as well as to reinforce positive health behaviours in patients participating in cardiac rehabilitation (CR) programs. However, clinicians’ perceptions of activity trackers and their use in clinical practice have not been widely explored.

Purpose

To describe perceptions, attitudes, and behaviours of CR clinicians towards the use and usefulness of activity trackers in CR programs, and identify barriers and enablers associated with their personal and clinical use.

Methods

Descriptive cross-sectional survey. Data were collected using Research Electronic Data Capture (REDCap) from April to December 2023. Clinicians working in CR programs were recruited in each country via social media, email and digital flyers, group chats and author networks. A purpose-built 44-item digital survey comprising four sections was constructed: (1) socio-demographic details, (2) personal and professional use of activity trackers, (3) perspectives on the use of activity trackers for CR, and (4) perceptions of factors affecting the use of activity trackers in CR.

Results

In total, 199 clinicians from Australia (n=44), Brazil (n=102) and Canada (n=53) responded to the survey. Most were women (74%), physiotherapists (37%), working at a metropolitan hospital (55%), with a median age of 35 years (range 22-71). The majority found activity trackers helpful for patients with goal setting and monitoring exercise (89%) and promoting patient engagement and autonomy beyond structured, supervised CR (75%). Activity trackers were also perceived to be useful in engaging patients in their own health (94%), improving patient-provider communication (73%), boosting patient adherence with directed exercise (87%), and improving patient’s understanding of their own health conditions (79%). Furthermore, activity trackers were perceived to enable a more personalised care (69%), increase accessibility to CR (45%) and be time- and cost-effective for CR programs (49%). Sixty percent were motivated to use activity trackers and 69% recommended the use of trackers to their patients. On the other hand, the use of activity trackers was reported to be related to dependence (44%) and excessive obsession of one’s own health (55%); 50% reported a lack of relevant policies on activity trackers for clinical use in their respective institutions and limited funding for purchasing activity trackers by health services (78%). Only 30% reported that there was support from leadership and/or peers for the use of activity trackers.

Conclusion

In general, clinicians held positive attitudes towards the use of activity trackers in CR. However, a lack of relevant policies, funding and support from leadership are important barriers to the adoption and use of activity trackers in CR programs. Development of guidelines for the use of activity trackers in clinical practice is warranted.