As healthcare needs change, smart wearable monitoring devices have demultiplied, with newer generations of wearable devices looking for the best combination of comfort and performance for both patients and their physicians. Physicians are looking for improved diagnostic yield with better data quality and faster reporting time. They also seek to improve patient peace of mind and compliance. Cardiac monitoring and diagnostics are a key area of development, as heart disease is the leading cause of death, with one person dying from cardiovascular disease every 33 seconds.
The smart wearable industry is expanding its product offering to support trends – from inpatient monitoring to outpatient monitoring. It is constantly improving its portfolio to increase diagnostic yield, driven by long wear time and continuous monitoring.
New device performance attributes – such as improved signal quality, patient comfort and robustness to the environment – can be achieved by optimizing technology with device design.
This webinar will explore how the DuPont™ Liveo™ Smart Biosensing Patch prototype has evolved to combine the best balance of technology and design for better patient outcomes.
Key Learning Objectives
- Learn about DuPont’s technology and service toolbox for smart wearables, including high-quality, high-performance materials from DuPont™ Liveo™ Healthcare Solutions and Spectrum Plastics Group, as well as the design and prototyping capabilities of the DuPont Silicon Valley Technical Center (SVTC).
- Learn about the DuPont™ Liveo™ Smart Biosensing Patch design for improved outcomes, including how the current third generation of the silicone PSA-based patch was developed at the DuPont SVTC, as well as a look at ECG data and SQI measurements that demonstrate improvements in data quality with each generation of the patch.
- Learn how to use DuPont Signal Quality Index algorithms to generate statistical comparisons with benchmark data.
