Discover the power of spatial multiomics: RNAscope™ HiPlex Pro on COMET™

INDUKINE Molecules Delivering Various Cytokines Utilize Unique Mechanisms of Action to Drive Anti-Tumor Efficacy in a Murine Syngeneic Tumor Model

INDUKINE Molecules Delivering Various Cytokines Utilize Unique Mechanisms of Action to Drive Anti-Tumor Efficacy in a Murine Syngeneic Tumor Model

Novel fully automated multiomics assay for profiling the immune cell landscape and activation states

Novel fully automated multiomics assay for profiling the immune cell landscape and activation states

Multiomic mapping of the brain: same-section, fully-automated spatial RNA and protein detection on mouse frozen tissues

Multiomic mapping of the brain: same-section, fully-automated spatial RNA and protein detection on mouse frozen tissues

Integrated RNA and protein profiling in the same tissue section: deciphering tumor microenvironment dynamics via automated spatial multiomics analysis

Integrated RNA and protein profiling in the same tissue section: deciphering tumor microenvironment dynamics via automated spatial multiomics analysis

Profiling the tumor- immune landscape with a same-section multiomics assay

Profiling the tumor- immune landscape with a same-section multiomics assay

Uncovering the spatial dynamics of the tumor microenvironment: integrated RNA and protein profiling on the same section through automated spatial multiomics analysis

Uncovering the spatial dynamics of the tumor microenvironment: integrated RNA and protein profiling on the same section through automated spatial multiomics analysis

Unveiling the spatial dynamics of the tumor microenvironment: integrated RNA and protein profiling on the same slide through automated spatial multiomics analysis

Unveiling the spatial dynamics of the tumor microenvironment: integrated RNA and protein profiling on the same slide through automated spatial multiomics analysis

Integration of RNA in situ hybridization and sequential immunofluorescence for same-slide fully automated multiomics analysis of the tumor microenvironment

Integration of RNA in situ hybridization and sequential immunofluorescence for same-slide fully automated multiomics analysis of the tumor microenvironment