NanoString’s Multiomic TechnologyNanoString’s multiomic technology uses molecular barcodes to detect and quantify individual RNA and protein molecules using simple, reliable, enzyme-free, hybridisation chemistries. Applications span molecule mapping with sub-cellular resolution, whole transcriptome spatial analyses and high-plex bulk analysis of RNA, miRNA, and DNA in single tube assays, all with the clarity, precision and robustness of digital data. |
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News and Press Releases |
Platforms |
CosMx™ SMI(spatial molecular imager)to map up to 6000-plex RNA and 120-plex protein molecules in slide-mounted tissue (including FFPE sections) with sub-cellular precision. CosMx SMI is the industry-leading single-cell analysis technology. |
GeoMx® DSP(digital spatial profiler)to sample RNA and protein molecules from targeted tissue regions (including FFPE tissue sections) with single-cell precision. Quantify whole transcriptome RNA (>22,000-plex) or 100’s-plex protein using standard and automatable slide-mounted tissue processing. GeoMx DSP is the deep-dive discovery platform for cell and tissue biology. |
AtoMx™ SIP(spatial informatics platform)supports the CosMx SMI and GeoMx DSP platforms. AtoMx is the only cloud-based, fully integrated informatics platform for spatial biology. |
nCounter® bulk molecule counting systemcan detect RNA (all variants including mRNA, miRNA, circular, etc.) with unmatched precision and robustness. The nCounter can routinize and automate assays to over 800-plex for research and clinical applications. |
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Data Analysis SolutionsSoftware solutions, data hub and data analysis services |
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Key Applications |
Clinical Diagnostics & Healthcare | Cancer & Medical Research | Drug Discovery & Development | Molecular Biology | Proteomics | ||||
Food & Beverage | Water & Environment | Veterinary | Microbiology | Plant Science |