Phenocode Signature Panels Supplier

1. Empower Your Spatial Multiomics Research Recently Akoya announced the launch of PhenoCode™ Signature Panels for high-throughput spatial biomarker discovery and validation on the PhenoImager® platforms, providing the flexibility to keep pace with the dynamic combination therapy landscape. Additionally, Akoya has brought new datasets of spatial imaging of complementary RNA and protein biomarkers on the PhenoCycler®-Fusion system, which reveal insights into tumor biology and immunotherapy response. New Product Introduction PhenoCode Signature panels blend the sensitivity of the Opal- TSA detection system with features barcode-based antibody labeling chemistry on the PhenoImager platforms. It allows for the easy integration of a novel checkpoint or immune cell marker; these panels offer 3-fold faster assay development and optimization times compared to other custom 6-plex panels. of Akoya's proprietary Jumpstart Spatial Signatures Posters: Spatial Imaging of Complementary RNA and Protein Biomarkers Rapid whole-slide spatial analysis of FFPE tissues with true multiomic panels enables the discovery of key cellular niches These multiomic data show the value of using protein imaging data for cell typing and clearer differentiation and overlaying RNA imaging data to understand the functional state of those same cells of interest. RNA chemistry is combined with protein chemistry on the PhenoCycler-Fusion (PCF) imaging system, users can obtain more exquisite understanding specific functional states of each cell. cell typing while View more posters and recordings of the talks at AGBT 2023 Multiomic Spatial Phenotyping of Immunotherapy Responses in Head and Neck Cancer This poster demonstrates how multiomic spatial phenotyping was used to produce a uniquely comprehensive analysis of the patient's tumor microenvironment (TME) and how it explains partial response to immune checkpoint inhibitor therapy. Compared to traditional H&E staining, using the powerful multiomic (RNA + protein) assay on the same tissue of serial sections, researchers can see the dynamic interplay of cells and their functional states in the heterogeneous TME. View more posters and recordings of the talks at AGBT 2023