Multiple antibody immobilization methodologies have been developed for several applications including affinity chromatography, immunosensing, and drug delivery. Most of them have been carried out without considering the orientation of the antigen binding site of the antibody, or after the chemical modification of the antibody. An efficient immobilization to improve the biological activity of the antibody is one of the key fundamental issues to pursue. A simple and effective methodology for well-oriented covalently immobilization of antibodies on nanoparticles is reported in this chapter.Peer Reviewe
Oriented immobilization of antibodies using boronic acids shows a strong potential for improving imm...
Oriented immobilization of antibodies using boronic acids shows a strong potential for improving imm...
Oriented immobilization of antibodies using boronic acids shows a strong potential for improving imm...
The accessibility of particle-coupled antibodies is important for many analytical applications, but ...
Recent advances in the development of immunosensors using polymeric nanomaterials and nanoparticles ...
Immunosensor sensitivity and stability depend on a number of parameters such as the orientation, the...
The accessibility of particle-coupled antibodies is important for many analytical applications, but ...
Recent advances in the development of immunosensors using polymeric nanomaterials and nanoparticles ...
The accessibility of particle-coupled antibodies is important for many analytical applications, but ...
The accessibility of particle-coupled antibodies is important for many analytical applications, but ...
The accessibility of particle-coupled antibodies is important for many analytical applications, but ...
Antibody–nanoparticle conjugates are widely used analytical reagents. An informative parameter refle...
Antibody–nanoparticle conjugates are widely used analytical reagents. An informative parameter refle...
Recent technical advances in biorecognition engineering and microparticle fabrication enabled us to ...
Crosslinking of proteins for their irreversible immobilization on surfaces is a proven and popular m...
Oriented immobilization of antibodies using boronic acids shows a strong potential for improving imm...
Oriented immobilization of antibodies using boronic acids shows a strong potential for improving imm...
Oriented immobilization of antibodies using boronic acids shows a strong potential for improving imm...
The accessibility of particle-coupled antibodies is important for many analytical applications, but ...
Recent advances in the development of immunosensors using polymeric nanomaterials and nanoparticles ...
Immunosensor sensitivity and stability depend on a number of parameters such as the orientation, the...
The accessibility of particle-coupled antibodies is important for many analytical applications, but ...
Recent advances in the development of immunosensors using polymeric nanomaterials and nanoparticles ...
The accessibility of particle-coupled antibodies is important for many analytical applications, but ...
The accessibility of particle-coupled antibodies is important for many analytical applications, but ...
The accessibility of particle-coupled antibodies is important for many analytical applications, but ...
Antibody–nanoparticle conjugates are widely used analytical reagents. An informative parameter refle...
Antibody–nanoparticle conjugates are widely used analytical reagents. An informative parameter refle...
Recent technical advances in biorecognition engineering and microparticle fabrication enabled us to ...
Crosslinking of proteins for their irreversible immobilization on surfaces is a proven and popular m...
Oriented immobilization of antibodies using boronic acids shows a strong potential for improving imm...
Oriented immobilization of antibodies using boronic acids shows a strong potential for improving imm...
Oriented immobilization of antibodies using boronic acids shows a strong potential for improving imm...