Description

Glucose-Responsive Hydrogel (Phenylboronic Acid-Based System) is a smart biomaterial engineered to interact selectively with glucose molecules through reversible binding with phenylboronic acid groups. This interaction induces structural changes in the hydrogel network, leading to swelling, contraction, or modulation of permeability depending on glucose concentration.

This responsiveness enables controlled release of therapeutic agents, particularly in applications such as insulin delivery and metabolic monitoring. The system allows fine-tuning of sensitivity and response range by modifying polymer composition and functional group density. It provides a platform for developing advanced self-regulated drug delivery systems and biosensing materials.

Key features
Glucose-sensitive polymer system
Reversible glucose binding mechanism
Dynamic structural response
Tunable sensitivity range
Compatible with drug delivery and sensing

Typical specifications
Volume 20 mL
Polymer phenylboronic acid-functionalized hydrogel
Trigger glucose concentration
Response swelling or permeability change
Sterility available upon request

Applications
Smart insulin delivery systems
Glucose monitoring platforms
Biosensing materials
Controlled drug release
Metabolic disease research