Carbohydrate side chain in antibody Fc region can be oxidized into aldehyde group by sodium m-periodate, which can simultaneously couple with the amino-group on silicon surface obtained by chemistry modification. This combination will introduce C=N linkage and site-directed immobilization of antibody, which was confirmed by AFM observation. The acquired antibody layer can then be used for immunoassay for alpha-fetoprotein (AFP). The combined antigen is directly detected by imaging ellipsometry in grayscale format. The proposed method was further compared with commercial kit by determination 20 clinic samples with significant correlation (R = 0.93)
Design of an optimal surface biofunctionalization still remains an important challenge for the appli...
Antibody immobilization onto solid surface has been researched and studied exclusively for biosensor...
The covalent coupling of antibody fragments to linkers embedded in a monolayer matrix of phosphatidy...
Carbohydrate side chain in antibody Fc region can be oxidized into aldehyde group by sodium m-period...
For immunoassay, immobilization of antibody is the most important technique in bioengineering for ma...
A novel strategy is presented for sensitive detection of alfa-fetoprotein (AFP), using a horseradish...
High sensitive and quantitative detection of alpha-fetoprotein (AFP) by biosensor based on ima...
A highly sensitive immunosensor based on a gold nanopatterned chip was developed for accurate determ...
This work described a simple and feasible colorimetric immunoassay. Using hemin (a horseradish perox...
In the development of biosensors, the immobilization of biomolecules at interfaces played a crucial ...
AbstractIn this study, protein microarrays based on sandwich immunoassays are generated to quantify ...
Detection elements play a key role in analyte recognition in biosensors. Therefore, detection elemen...
Surface functionalization is a key step in biosensing since it is the basis of an effective analyte ...
This report presents some of the results of the BETA project concerning immobilization of antibodies...
Surface functionalization is a key step in biosensing since it is the basis of an effective analyte ...
Design of an optimal surface biofunctionalization still remains an important challenge for the appli...
Antibody immobilization onto solid surface has been researched and studied exclusively for biosensor...
The covalent coupling of antibody fragments to linkers embedded in a monolayer matrix of phosphatidy...
Carbohydrate side chain in antibody Fc region can be oxidized into aldehyde group by sodium m-period...
For immunoassay, immobilization of antibody is the most important technique in bioengineering for ma...
A novel strategy is presented for sensitive detection of alfa-fetoprotein (AFP), using a horseradish...
High sensitive and quantitative detection of alpha-fetoprotein (AFP) by biosensor based on ima...
A highly sensitive immunosensor based on a gold nanopatterned chip was developed for accurate determ...
This work described a simple and feasible colorimetric immunoassay. Using hemin (a horseradish perox...
In the development of biosensors, the immobilization of biomolecules at interfaces played a crucial ...
AbstractIn this study, protein microarrays based on sandwich immunoassays are generated to quantify ...
Detection elements play a key role in analyte recognition in biosensors. Therefore, detection elemen...
Surface functionalization is a key step in biosensing since it is the basis of an effective analyte ...
This report presents some of the results of the BETA project concerning immobilization of antibodies...
Surface functionalization is a key step in biosensing since it is the basis of an effective analyte ...
Design of an optimal surface biofunctionalization still remains an important challenge for the appli...
Antibody immobilization onto solid surface has been researched and studied exclusively for biosensor...
The covalent coupling of antibody fragments to linkers embedded in a monolayer matrix of phosphatidy...