23P Immunological signature meta-analysis across lung cancer cohorts within the NanoString Clinical Transcriptional Atlas Group (CTAG) associated with patient outcome and history

ConclusionThis multi-cohort study allows for the development of multi-variate predictors of response to anti-PD1 monotherapy using a single research assay to transcriptionally profile the tumors. We can generate robust predictions from real-world cohorts, which may lead to the development of improved diagnostic assays to guide treatment decisions.Legal entity responsible for the studyNanoString Technologies.FundingNanoString Technologies.DisclosureN. Radosevic-Robin: Research grant / Funding (institution): NanoString Technologies. J. Reeves: Full / Part-time employment: NanoString Technologies. K. Leroy: Research grant / Funding (self): NanoString Technologies. M. Duruisseaux: Research grant / Funding (self): NanoString Technologies. P. Morel: Full / Part-time employment: NanoString Technologies. M. Bhagat: Research grant / Funding (institution): NanoString Technologies. F. Penault-Llorca: Advisory / Consultancy, Research grant / Funding (institution): NanoString Technologies. D. Damotte: Research grant / Funding (institution): NanoString Technologies. F. Goldwasser: Research grant / Funding (institution): NanoString Technologies. A. Brindel: Research grant / Funding (institution): NanoString Technologies. M. Cumberbatch: Research grant / Funding (institution): NanoString Technologies. S. Ong: Full / Part-time employment: NanoString Technologies. J. Lopez: Research grant / Funding (institution): NanoString Technologies. S. Warren: Full / Part-time employment: NanoString Techn...
Source: Annals of Oncology - Category: Cancer & Oncology Source Type: research