top of page

Multi-modal spatial profiling
with unparalleled sensitivity and specificity

  • True single-molecule RNA fluorescence in situ hybridization 

  • Streamlined sample preparation: No clearing; No signal amplification ​

  • Profiling of RNA, protein, and morphology (H&E) on the same tissue section​

  • A complete end-to-end solution with controls implemented across the whole process

Multi_modal_melanoma_horizontal_edited.png

Molecular Cartography ™

Discover the future of tissue analysis with a platform engineered to advance spatial biology and precision medicine.
Home_Spatial_analysis_edited.png

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

  • Discover mechanisms of disease progression and drug resistance in solid tumors​

  • Application of advanced artifical intelligence to identify spatial features that correlate with prognosis and treatment responses​

  • Improve patient stratification through spatially-resolved biomarker identification

Home_clinicial_impact_edited.png
bottom of page