ENPICOM develops a T-cell/B-cell receptor (TCR/BCR) repertoire immunosequencing data analysis platform to support the development, patient stratification and treatment monitoring of immunotherapies. The goal of the IMMUNOMONITOR project is to validate the data analysis and visualization software solution for treatment response monitoring of cancer vaccines based on a unique approach to over-time immune repertoire sequencing data analysis.
While a growing number of immunotherapies have been approved, no adequate diagnostic tests are available to capture the desired immune response and to monitor if the therapy is effective in an individual patient. The consortium is addressing this unmet medical need with a software solution to capture and monitor a patient’s dynamic immune response over time using blood samples. Advances in Next-Generation Sequencing (NGS) allow taking ‘snapshots’ of a patient’s immune response by sequencing DNA or RNA from the patient’s immune cells (i.e. immune repertoire). The enormous diversity of immune repertoires results in a staggering amount of data, which cannot be handled by existing tools for NGS data analysis.
In the IMMUNOMONITOR project, advanced bioinformatics algorithms will be developed using NGS big data analysis to generate an ‘immune status fingerprint’ for monitoring cancer vaccines. The clinical validation studies will include two cancer vaccines tested in pancreatic cancer, lung cancer and malignant melanoma developed by OSE Immunotherapeutics and Ultimovacs, respectively.