Epitope mapping is a crucial step in the development of antibodies, vaccines, and diagnostic markers.
Even though more than 80% of epitopes are discontinuous, they are hard to identify using conventional methods.
Predict and validate epitopes by using bioinformatics combined with advanced high-throughput peptide synthesis.
Structural analysis of target protein with AlphaFold and proprietary algorithms.
In-silico selection of epitope candidates based on spatial proximity and surface exposure.
Synthesis of a custom microarray containing all continuous and discontinuous epitope candidates.
We use proprietary algorithms to derive and refine linear and discontinuous epitopes based on protein structural data.
We offer various cyclization strategies to reduce molecular entropy and better mimic the native conformation within a protein.
We generate up to 200,000 custom peptides per microarray, enabling comprehensive coverage of all possible epitopes for most antigens.
Predict and validate linear, conformational, and discontinuous epitopes in a single experiment. Reach out to learn how our solutions can support your research goals.
Successful research projects worldwide
Customer patents supported
Custom peptides screened
