Convective Enhanced Sensing Technology ID: 2013-083

A breakthrough sensing technology that increases sensor sensitivity by leveraging high surface area flow structures for molecule detection.

Technology Overview

This novel sensing technology, developed by Brian D. Iverson and Kevin M. Marr at Brigham Young University, employs convective enhancement and high surface area structures to detect molecules in fluids. Utilizing carbon structures coated with catalytic materials, it aims to significantly improve the detection of analytes such as glucose in bodily fluids, offering a non-invasive monitoring solution for diabetes management, among other applications.

Key Advantages

• Increased sensor sensitivity through enhanced contact between analytes and sensing surfaces
• Non-invasive glucose monitoring potential, improving diabetes management
• Utilizes catalytic materials like platinum to improve detection capabilities
• Transitions from traditional planar sensors to through-flow platforms for better sensitivity
• Advection-enhanced chemical deposition for efficient sensing and potential filtering applications

Problems Addressed

• Improves the limitations of current glucose monitoring methods by offering a non-invasive solution
• Addresses the need for higher sensitivity in chemical and biosensing technologies
• Overcomes challenges of selectivity and hydrophobicity in sensor materials

Market Applications

• Diabetes management through non-invasive glucose monitoring in bodily fluids
• Chemical processing and separation technologies
• Potential applications in environmental monitoring and healthcare diagnostics

Additional Information

Technology ID: 2013-083
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Date Published: 13 May, 2025