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The discovery of functional antibody fragments and heavy-chain antibodies has intensified and propelled the development of innovative antibody engineering techniques. Through the use of these techniques, researchers have continued…
Previously, we have discussed the potential benefits and drawbacks of using polyclonal antibodies for research and diagnostics. We have also… Read More
Foodborne illnesses continue to impose a heavy burden on human health worldwide. Thus, it is important to devise cost-effective strategies… Read More
The discovery of peptide antibodies has reduced antibody generation costs and increased the specificity of natural monoclonal antibodies. These antibodies… Read More
Murine monoclonal antibodies were the first antibodies ever to be produced at lab-scale thanks to the discovery of the hybridoma… Read More
In a specific sense, antibody production steps include the synthesis and purification of the antigen (peptide, protein, or DNA), the… Read More
Antibody development consists in the modification and engineering of monoclonal antibodies. These techniques can be used to increase or decrease… Read More
In a previous article, we highlighted the benefits and drawbacks of using monoclonal and polyclonal antibodies. In this article,… Read More
Bérangère BIHAN-AVALLE, researcher at the Enzyme and Cell Engineering Unit UMR 7025 CNRS (GEC) and expert in Phage Display Technology,… Read More
Immunoassays use primary antibodies for the detection and quantification of specific antigens in different types of samples. To date, ELISA… Read More