SYMBIOS
Maastricht Instruments
2024
Researcher | Process & Product Designer
A bio-adhesive attachment system for MOX wearable sensors that utilizes mussel-inspired hydrogels for their protein biomimetic properties. By mimicking the adhesive proteins mussels use to bind to wet surfaces, SYMBIOS provides a water-resistant, biocompatible solution for long-term medical monitoring.
Protein Biomimetic Adhesive System: Development of a novel attachment mechanism utilizing mussel-inspired hydrogels that mimic the DOPA-rich adhesive proteins found in nature. Biomimetic 3D Polymer Networks: Application of protein-based chemistry to create soft, flexible hydrogel structures that provide versatile adhesion and stimulus-responsiveness. Irritation-Free Wearable Interface: Design of a reimagined patch system that uses protein biomimicry to ensure a strong, water-resistant bond without causing skin irritation. Circular Material Strategy: A feasibility study exploring the use of biodegradable, protein-mimicking polymers for sustainable healthcare production.
