Synthesis of Protein Biotinylation Immobilization Matrix

Immobilizing proteins can effectively improve their stability and reusability. Efficient immobilization of proteins is crucial to biotechnology and plays an important role in the fields of analysis and biomedicine. Maintaining protein activity and non-specific interactions is a major challenge for efficient protein immobilization. robust and facile method for immobilizing proteins to surfaces for the immobilization of therapeutically relevant proteins for diagnostic applications. Alfa Chemistry researchers are committed to efficient protein biotinylation services. In addition to efficient protein immobilization, they also support the construction of efficient protein immobilization matrix. We insist on innovative development, technological innovation, service system development, and efficient service to meet customer needs.

The Services

Protein immobilization can increase the stability of the protein in the environment and also increase the repetitive rate of protein use. Protein immobilization methods can be divided into adsorption immobilization and chemical covalent bond immobilization. Alfa Chemistry supports efficient protein biotinylation services, focusing on the synthesis of specific protein-immobilized matrices. The related services we can provide include but are not limited to:

• Construction of efficient protein immobilization matrix
• Professional protein immobilization matrix solution design
• Efficient detection of protein immobilized matrix

What can we provide?

Alfa Chemistry has a professional biotinylation technical team, supports responsive biotinylation projects, provides efficient construction of protein biotinylation immobilization Matrixs, and insists on meeting customer needs.

• Responsive biotinylation project management
• Professional data analysis
• Efficient solution
• Optimized service process
• Efficient detection of protein biotinylation
• Construction of immobilized matrix for protein biotinylation

Alfa Chemistry serves customers around the world, providing efficient protein immobilization matrix construction to meet customer needs. If you are interested in our services, please contact us immediately.

References:

1. Danielle M. W.; et al. Facile protein immobilization using engineered surface-active biofilm proteins. ACS Appl. Nano Mater. 2018, 1：2483-2488.

※ It should be noted that our service is only used for research, not for clinical use.