Oncology researchers use peptides in the form of patient-specific neoantigen vaccines as immunotherapy cancer treatments. Neoantigens are tumor-specific antigens resulting from somatic mutations in the cancer tumor cells that can generate strengthened immune responses causing T-cells to attack the cancer cells. In this line of research, identifying antigens with the most effective human leukocyte antigen (HLA) binding is vital and is determined for patient-specific tumors for individualized treatments.  

Parallel peptide synthesis quickly generates a set of neoantigens determined from whole-exon sequencing and mutational analysis of patient’s tumor cells. Speed is critical since the tumor cells are rapidly mutating and there is a limited time window for the targeted vaccine. The resulting peptide pool is administered to patients with adjuvants and in clinical studies personalized neoantigen vaccines have been shown to improve treatment outcomes in cancers such as melanoma or glioblastoma 

Our solid phase peptide synthesizers deliver the speed, reliability, purity and flexibility required for development of advanced oncology therapeutics. 

Peptide synthesis in oncology therapeutics

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Meeting the challenge of synthesizing complex therapeutic peptides

Learn about the promise of peptides as neoantigen vaccines for the treatment of cancer and the synthetic challenges they present.

Cancer is a personal issue – a worldwide scientific effort focuses on making the treatment match the individual

Read how vaccines based on peptide neoantigens promises to bring therapeutic precision to the level of individual tumors in individual patients.

Find more real-world examples in our Resource Library