Remote Exercise Monitoring for Cancer Rehabilitation

Abstract

Cancer rehabilitation increases functional capacity (FC) and health-related quality of life (HRQOL). Remote sensor technology and exercise monitoring may enhance exercise safety and effectiveness and cancer rehabilitation program integrity. PURPOSE: Examine the use of the Zephyr BioHarness in monitoring and analyzing physiological, biomechanical, and biomarker indicators throughout exercise. METHODS: 8 Cancer survivors (CS) and 2 caregivers (CG) participated in a 12-week (45-60min/session) cancer rehabilitation program (OBU CARES, 2017-2018) at Oklahoma Baptist University. Participants were monitored remotely via the Zephyr BioHarness, monitoring 7 live parameters (HR, %HRmax, HRV, BR, activity level, core body temperature, posture) and 23 additional parameters recorded in the database. RESULTS: 3 CS and 1 CG completed the program. 5 CS and 3 CG were included in the analysis, completing exercise sessions 65 to ? 85% HRmax. Zephyr software works best on a Windows-based system. Biosensor conductivity is dependent upon BioHarness fit and position, sensor wetting or use of hydrogels, and participant body composition. Data accuracy is dependent on percent HR confidence (>80%). Participants indicated that the Zephyr BioHarness was comfortable throughout exercise activities. CONCLUSION: The Zephyr BioHarness is a promising system for safely and effectively monitoring exercise for cancer rehabilitation programs. Further study will determine additional applications.