Description

Antimicrobial Peptide (AMP)-Functionalized Hydrogel is an advanced biomaterial designed by incorporating bioactive antimicrobial peptides within a stable hydrogel matrix. These peptides interact selectively with microbial cell membranes, leading to rapid disruption and inactivation of bacteria while maintaining compatibility with mammalian cells. The hydrogel provides a hydrated environment that supports diffusion and sustained activity of immobilized or embedded peptides.

The material is engineered for controlled peptide loading and stability, allowing users to tailor antimicrobial performance for specific applications. The system supports both covalent immobilization and physical encapsulation of peptides, enabling flexibility in design depending on release profile and application requirements. Its structure ensures consistent performance across coatings, scaffolds, and microfluidic environments.

Key features
Targeted antimicrobial mechanism
Low cytotoxicity toward mammalian cells
Tunable peptide loading
Stable hydrogel matrix
Suitable for surface and bulk applications

Typical specifications
Peptide loading customizable
Form hydrogel or lyophilized
Hydrogel base customizable
Sterility available upon request

Applications
Antimicrobial coatings for medical devices
Wound healing materials
Biosensor interfaces
Tissue engineering scaffolds
Microfluidic systems