Smart Content. Flexible Design.
Leverage well-curated, application-specific panels or customize quickly and confidently.
Each dot represents a cell, colored by transcriptionally defined phenotype. Organized crypts contain goblet cells, enterocytes, stem cells, and rare secretory types like enteroendocrine and tuft cells. Stromal and immune cells populate surrounding regions.
Matching every project with the right panel
Explore our full content portfolio—designed to meet the needs of every project, from off-the-shelf panels to fully bespoke solutions. Whether you're leveraging well-curated standard panels, rapidly customized Craft Panels, or fine-tuned Signature Panels, our content ecosystem is built for scientific performance, flexibility, and scale.
Explore our panels and plan your project
This interactive tool helps researchers explore and compare RNA gene panels for spatial projects. Select a standard panel from the left to view its genes and composition, upload your own gene list to analyze overlap with existing panels, and receive personalized recommendations for custom panel design based on your specific research needs. Filter genes by biological categories, visualize panel composition at a glance, and export comprehensive gene lists with annotations for your spatial profiling experiments.
Fast, Cost-Effective Customization
Built on padlock probe chemistry with rolling circle amplification, our craft custom RNA panels deliver exceptional sensitivity, specificity, and spatial precision. Each gene is targeted with 3–12 probes, and unlike barcode-based methods, we sequence the probe-binding region itself—enabling design optimization, probe-level QC, and fine-tuned performance across diverse tissue types. Panels can be rapidly added to existing designs (up to 150 genes) or created de novo (up to 500 genes), offering unmatched flexibility for translational and discovery applications.
Immune and Tumor Microenvironment Panel
This high-performance panel includes oligo-conjugated antibodies optimized for spatial profiling of immune and tumor microenvironments. With robust specificity and compatibility across tissues, it offers deep insight into cell type, state, and structure. Two customizable slots allow added flexibility, with custom conjugation available in 10–12 weeks.
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