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The study found immunomodulatory and angiogenesis gene expression signatures, mutational profiles, and HLA types could help predict how patients respond to therapy.
Microbiotica, Cambridge University, and Cancer Research UK will develop microbiome co-therapeutics and gut bacteria signatures for predicting immunotherapy response.
WUSTL will evaluate BostonGene's software, which integrates data from NGS with immunofluorescence imaging to profile tumors and their microenvironments.
Three new studies have found that the presence of B cells in tertiary lymphoid structures in tumors is associated with a favorable response to immunotherapy.
Researchers have shown that the use of antibiotics in the weeks leading up to immunotherapy may lessen a patients' response to the treatment.