In-Situ Regenerable, Environmentally Stable, Multimodal Molecular Sensing Wearable Bioelectronics

Brief Description

An advanced wearable bio-electronic device for non-invasive abnormality prediction, early diagnostics, and disease prevention.

Full Description

This innovative technology features in-situ re-generable and environmentally stable wearable bio-electronics capable of multimodal molecular sensing, facilitating long-term health monitoring outside clinical environments. It is expected to address current limitations in wearable health sensors by enhancing stability, efficiency, and continuous functionality over extended periods. The battery-free wearable continuously and non-invasively collects health information on stress, inflammation, diabetes, and chronic kidney disease.

Suggested uses

• Personal health monitoring (stress, inflammation, diabetes, and chronic kidney disease) and preventive care devices 
• Chronic disease management through continuous biochemical sensing 
• Fitness and wellness wearable technology markets

Advantages

• Features in-situ re-generability for an extended lifespan and environmental stability for reliable use in diverse conditions. 
• Provides multimodal health data through a non-invasive, wearable format designed for everyday use. 
• Offers the potential for hardware-based integration without requiring dependency on integral software components.

Patent Status

Patent Pending