Virtual Remote Physiological Monitoring Program of Children With Heart Disease

This will be a prospective multi-methods observational study. Investigators will assess the feasibility of the novel home-based remote physiological monitoring (RPM) system paired to a smartphone app (Sphygmo™) and linked to a secure physician platform. The study team will enroll caregivers of medically high- risk infants with CHD and children and caregivers with heart failure or early post heart transplant. In addition, investigators will obtain feedback from their healthcare providers. Qualitative analysis of semi- structured interviews will determine patient and parent/caregiver and healthcare providers experience with the system and allow for future modifications specific to pediatrics. Purposive sampling will be used to achieve a maximum variation and will ensure a diverse group of patients/caregivers that represent a variety of patient profiles. The study team aim to recruit 10 participants in each group, with 50% of the patients living at least 100 km drive from the Stollery. Medical records will be accessed to collect baseline characteristics including date of birth, sex, postal code, diagnoses, surgeries and procedures. The number of pediatric cardiology clinic visits, hospitalizations, ED visits, and cardiac investigations in the last 2 years will be collected to describe the patients requirements for access to cardiac care. In addition, the family will be asked to complete a demographic form that compiles information about parents' ethnicity, education level, SES, access to Wi-FI and iOS/Android devices in the home. An emerging, qualitative descriptive approach will be used to explore patient and parents' experiences using the RPM devices and app in their home as part of their daily care routine. Data collection and analysis will occur iteratively to allow emerging ideas. Semi-structured interviews with parents/patients/healthcare providers will be conducted by a qualitatively trained members of the study team. Data collection will occur until saturation (data redundancy) is achieved. Interviews will be held and recorded on a secure, password protected Zoom™ ECHO account and digitally captured and transcribed by Zoom auto-transcription services. Baseline and demographic characteristics will be analyzed using descriptive statistics. Investigators will ascertain adherence with the protocol by determining the mean number of requested assessments performed and the proportion of patients who completed \>80% of measurements. This will contribute to our understanding of the acceptability of this technology from the patient and family perspective.