Resolution Redefined
Discover the future of tissue analysis with a platform engineered to advance spatial biology and precision medicine.
Molecular Cartography™
Deep Spatial Profiling
Tissue Imaging
Leverage innovative in situ molecular technologies focused on targeted regions of interest to redefine the landscape of tissue analysis.
RNA
Unlock deep insights into cellular function and disease mechanisms with single-molecule RNA analysis at exceptional resolution.
Protein
Precisely interrogate clinically relevant protein markers for research applications ranging from investigational to routine clinical assays.
Spatially Resolved Insights
Gain a clearer, more comprehensive, and more powerful picture of tumor and immune biology through high-resolution spatial analysis.
Molecular Cartography™
Where Precision Meets Performance
Unlock reliable multi-dimensional insights with Molecular Cartography™, an advanced multi-omic platform. Designed for accuracy, simplicity, and efficiency, the platform delivers robust single-molecule detection without complex workflows.
1.
Simplicity
Realize robust multi-omic results using the highest-performing detection technology in the field, all in one platform. Streamline your workflow with our intuitive, enzyme-free technology, delivering precise multi-omic results quickly and reliably.
2.
Precision
Innovation is built into every aspect of the platform, from sample to actionable results, ensuring clarity in complex data. Confidently interpret your spatial data with digital single-molecule detection, free from artifacts or bias.
3.
Preservation
Interrogate multiple biomarkers across our RNA and protein assays the same specimen. Flexible and reliable sample preparation maximizes your data yield and respects the integrity of invaluable clinical and research specimens.
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Confidence
Gain certainty from precise, high-quality, single-molecule data, empowering informed and impactful research outcomes.
Empowering Biotechnology Advancements
The pioneering Molecular Cartography platform produces deep contextual data sets that illuminate molecular interactions at subcellular resolution, while preserving the sample tissue.
Molecular Cartography delivers the highest-resolution view of transcriptomic activity and provides the ability to interrogate hundreds of genes in a single run. True in-situ multimodality ensures that detected transcripts and protein abundance measurements, as well as H&E stained images overlay precisely.
Resolve's technology provides the required sensitivity, specificity, and workflow convenience to reveal the cell’s complex regulatory landscape.