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PRODUCTS

GAIN NOVEL INSIGHTS ON THE MOLECULAR BASIS OF CELLULAR BEHAVIOR

The first products to enable nanoscale single cell spatial analysis of thousands of cell surface proteins at an unprecedented throughput.

OUR PRODUCTS

Powered by the Proximity Network Assay, the Pixelgen product portfolio enables high-dimensional analysis of cell surface architecture in single cells. Together, the products support the complete workflow – from comprehensive 155-plex immune profiling, with custom target integration and CAR T cell–specific profiling, to streamlined data analysis with the Pixelator software.

KEY FEATURES AND BENEFITS



Cell Surface Architecture - nanoscale spatial analysis

Explore the nanoscale organization of thousands of proteins on the surface of single immune cells.



Quantitative Readouts - abundance, clustering, colocalization

Generate single cell proximity networks with associated abundance, clustering and colocalization scores for each cell



Comprehensive Immune Profiling - high-plex analysis

Profile 155 immune surface markers in parallel to resolve receptor complexes and domains in all major immune cell populations and states



Flexible Panel Design - custom target integration

Extend the Proxiome panel with the Pixelgen Proxiome CAR T products and custom antibodies using the Pixelgen Proxiome v2 Custom Conjugation Kit.



High Throughput - flexible experimental design

Available in 8-, 16-, and 32-reaction formats, supporting up to 64 samples per experiment.



Broad Sample Compatibility - low input requirements

Validated on primary immune cells, CAR T cells, cell lines, and dissociated tissues with as few as 50,000 input cells.



Easy Implementation - standard sequencing workflow

Run the assay in any molecular biology lab using standard equipment and existing NGS platforms.



Streamlined Analysis - compatible with single cell workflows

Pixelator software generates spatial scores and integrates seamlessly with R and Python single-cell workflows.

cd4t_CD4

CD4 T cell

Pixelgen Technologies

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