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Webinars » Using Predictive Bioinformatics Algorithms for Difficult Neoantigen Peptide Synthesis for Precision Immuno-Oncology Development
Neoantigen based personalized immuno-oncology drugs are a relatively new therpauetic avenue that have shown strong anti-tumor efficacy in the clinic. Neoantigen peptides have been widely reported to be difficult to synthesize due to their hydrophobicity, length, and charge. Leveraging extensive peptide synthesis experience GenScript has developed NeoPre™, a predictive algorithm which is able to determine peptide synthesis difficulty based on sequence alone. NeoPre™ can then recommend the most efficient approach to successfully synthesizing peptides using one of GenScript's many synthesis platforms. This presentation will highlight how NeoPre™ identifies synthesis difficulty and review successful cases of difficult neoantigen peptide synthesis from several researchers.
Senior Global Product Manager of Therapeutic Materials at GenScript Biotech Corporation
Raymond Miller Ph.D. is a Senior Global Product Manager with GenScript managing customized reagent services used in molecular diagnostics and therapeutics research. He earned his Ph.D. in Biochemistry and Molecular Biology at Virginia Polytechnic Institute and State University studying the differences in olfaction using comparative genomics approaches. Dr. Miller has 9 years of life science industry experience in development and support of a wide range of genomics and proteomics technologies. He has had several field application scientist roles at Bio-Rad Laboratories, Agilent Technologies, and GenScript. In his current work he is responsible for market research, product development, and commercialization strategy for NGS, CRISPR, and NeoAntigen service lines.