Health Information Technology Commons^™

Assessment Of A Wearable Device For Minute Ventilation In Detecting Different States Of Ventilation, Michael Morano, Yash Patel, Marc J. Torjman, Phd, Indupriya Eedara, Ms, Moeness Amin, Phd, Channy Loeum, Jeffrey Joseph, Do

Phase 1

Introduction: Minute ventilation (MV) and breathing status are valuable vital signs to measure in patients clinically such as in detecting opioid induced respiratory depression. However, there are few devices capable of continuously monitoring MV in an accurate fashion. RTM Vital Signs, LLC and TJU are developing a non-invasive wearable Tracheal Sound Sensor to determine if a device can accurately and continuously measure respiratory rate (RR), tidal volume (TV), MV, and changes in ventilation patterns based on sound recordings of breathing.

Methods: Tracheal breathing sounds were recorded in six researchers using a prototype sensor placed on the skin above the sternal …

Pilot Evaluation Of The Usability And Utility Of A Wearable Technology To Monitor And Evaluate Health Condition, Drew Nielsen, David Shipon, Md, Facc, Facp

Phase 1

Introduction: Cardiac rehabilitation programs have particularly poor attrition and rehospitalization from cardiac-related events is a large burden on the medical system, as 8.9% of patients who have acute MI are rehospitalized within one year. External barriers may exist that prevent patients from adequately completing in-house cardiac rehabilitation, which makes them strong candidates for a home-based rehab program (HBCR). Previous randomized trials have generated evidence that HBCR can achieve similar cardiac improvements in 3- 12-month clinical outcomes. With the large-scale adoption of wearable technologies, with an estimated 8.2 million devices owned by individuals over 55, we have an opportunity to incorporate …