A Quantitative, Multimodal Wearable Bioelectronic For Comprehensive Stress Assessment And Sub-Classification

Brief Description

A multimodal, wireless wearable device enabling continuous and detailed stress assessment and subclassification.

Full Description

The SQC-SAS is an innovative wearable bioelectronic device designed to continuously and simultaneously monitor multiple molecular and physiological stress biomarkers outside laboratory settings. Combining autonomous iontophoresis for on-demand sweat extraction without user involvement, wireless power and data transmission, and real-time smartphone visualization, it provides a quantitative and comprehensive approach to stress monitoring. Integrated machine learning algorithms classify distinct stress states, enabling personalized health interventions and deeper insights into stress-related outcomes.

Suggested uses

• Personalized healthcare and stress management. 
• Research tool for studying stress-related health outcomes. 
• Wearable technology market focusing on mental and physical wellness. 
• Remote patient monitoring and telehealth.
• Fitness and lifestyle tracking ecosystems.

Advantages

• Continuous, long-term monitoring of molecular and physiological stress biomarkers. 
• Wireless, battery-free operation with autonomous iontophoresis for sweat extraction. 
• Real-time data transmission and visualization on smartphones. 
• Exceptional environmental stability and reusability. 
• Advanced ML-driven data analysis enabling precise stress subclassification. 
• Compact, wristband-like design for user comfort and seamless integration into daily life.

Patent Status

Patent Pending