Description

Methacrylated Collagen (ColMA) is a modified form of collagen designed to enable controlled hydrogel formation via photocrosslinking. By introducing methacrylate groups onto collagen chains, the material can be rapidly crosslinked under UV or visible light, forming stable and tunable hydrogel networks. This approach preserves the inherent biological properties of collagen while providing enhanced control over mechanical strength and structural stability.

The material supports cell adhesion and matrix remodeling due to its collagen backbone, making it highly suitable for applications requiring biologically active scaffolds. The photocrosslinkable functionality allows precise spatial and temporal control of gelation, enabling integration into microfabrication and advanced biomaterial systems. The formulation is optimized for consistency and compatibility with hydrogel-based workflows.

Key features
Photocrosslinkable collagen system
Preserves biological functionality of collagen
Tunable mechanical properties
Rapid light-induced gelation
Supports cell adhesion and remodeling

Typical specifications
Volume 20 mL
Polymer base methacrylated collagen
Crosslinking UV or visible light
Degree of substitution customizable
Sterility available upon request

Applications
Hydrogel fabrication
Tissue engineering scaffolds
3D cell culture systems
Microfluidic platforms
Regenerative medicine research