Multi-modal spatial profiling
with unparalleled sensitivity and specificity
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True single-molecule RNA fluorescence in situ hybridization
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Streamlined sample preparation: No clearing; No signal amplification
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Profiling of RNA, protein, and morphology (H&E) on the same tissue section
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A complete end-to-end solution with controls implemented across the whole process


Molecular Cartography ™
Discover the future of tissue analysis with a platform engineered to advance spatial biology and precision medicine.

Explore the spatial biology of disease
Characterize tissue architecture, niches and cellular neighborhoods
Investigate spatial distributions of cell states contributing to disease pathology
Analyze ligand-receptor co-localization and pathway context
Translate spatial insights into clinical relevance
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Discover mechanisms of disease progression and drug resistance in solid tumors
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Application of advanced artifical intelligence to identify spatial features that correlate with prognosis and treatment responses
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Improve patient stratification through spatially-resolved biomarker identification
