How Custom Polyclonal Antibodies are very Useful

 

Antigen-processing cells turn dormant cells into plasmocytes after an immune response, which releases immunoglobulins that are specific for that antigen. Each plasmocyte creates immunoglobulins that are focused on a single antigen epitope. Because custom polyclonal antibodies are made up of a combination of immunoglobulins released by many plasmocyte clones, polyclonal antibodies are able to recognize various epitopes on a single antigen. The immunogen causes the host immune system to react, leading to the creation of antibodies that are specific to the foreign molecule.

We provide a broad range of high-quality, personalized polyclonal antibody production services that are tailored to meet your demands. Our team has used hosts such as rabbits, mice, and rats to manufacture a lot of high-quality bespoke polyclonal antibodies. The PolyExpressTM peptide immunization package takes about a few days to complete, beginning with the design of the peptide antigen utilizing our unique tool. The synthesis of protein antigen begins with the protein immunization package, which promises to supply antigen affinity-purified antibodies sooner than any other vendor. For a lot of years, we have provided biopharma, diagnostics, and academic scientists with high-quality polyclonal antibodies.

We have the knowledge and breadth of expertise to successfully manage the production of your custom polyclonal antibodies. Every polyclonal antibody production project is tailored to meet your unique requirements and can include any or all of the workflow steps, including consultation, peptide or protein antigen production, antibody generation, purification, and conjugation of reporter molecules. Antibodies are generated from a variety of species, including New Zealand white rabbits, goats, sheep, guinea pigs, rats, mice, and donkeys. Using modified peptides, we are experts at producing antibodies that are specific for post-translational modifications, such as phospho-epitopes, acetylation, methylation, hydroxylation, and more. We are also capable of optimizing the design and synthesis of peptides and recombinant proteins.

 

 

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