Description
Experience discovery-scale spatial multiomics with the GeoMx Digital Spatial Profiler (DSP). GeoMx DSP enables high-plex spatial profiling of whole-transcriptome RNA and protein from intact tissue sections, preserving spatial context across biologically defined regions of interest.
Designed for discovery-scale tissue research, GeoMx DSP supports mapping of tissue architecture, molecular programs, and spatially resolved biomarkers across diverse sample types. Biology-driven region selection and digital quantification deliver reproducible, high-quality spatial data for exploratory and translational research.
GeoMx DSP supports whole-transcriptome RNA profiling using the Whole Transcriptome Atlas (WTA) and unmatched spatial proteomic plex using the Discovery Proteome Atlas (DPA), with readout via the nCounter® Analysis System or Illumina sequencing. Integrated RNA and protein analysis provides deeper biological insight by linking transcriptional regulation with protein expression within intact tissue microenvironments.
Benefits:
- Discovery-Scale Spatial Multiomics: Whole-transcriptome RNA and highest-plex protein profiling in spatial context
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Biology-Driven Profiling: Target anatomically and biologically meaningful regions of interest
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Scalable and Reproducible: Built for large discovery and translational studies
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Cost Effective: Efficient region-based profiling reduces reagent use and sequencing burden compared to whole-slide approaches
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Proven Platform: Supported by a growing body of peer-reviewed research
Key Applications:
- Biomarker Discovery
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Spatial Transcriptomics
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Spatial Proteomics
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Tumor Microenvironment Research
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Mechanism-of-Action Studies