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Target with Precision.

Tapestri Single-cell DNA Panels + Protein Panels

Understand the genetic blueprint of cancer to accurately identify DNA alterations from thousands of single cells with Tapestri Single-cell DNA Panels.

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Key Benefits

Identify SNVs and indels, CNVs and LOH, and translocations from thousands of individual cells
Add custom protein panels to gain phenotype to genotype insights
Targeted content allows for flexibility in experimental design and budget

Custom Panels with Tapestri Designer

Customize your content to your research

Create unique single-cell DNA panels to fit your research needs and reveal the true clonal heterogeneity in your samples. Gain insights into rare populations and mutations associated with disease prognosis and therapy resistance. Use custom panels to study DNA changes in mouse models of disease, or run quality control on gene editing experiments and quantify on- and off-target events with precise resolution.

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Hematology Panels

Clonal evolution is foundational to disease progression in hematologic malignancies, which can impact therapy response, resistance, relapse, and residual disease. Tapestri single-cell hematology panels provide insight into disease drivers and mutation patterns missed during bulk sequencing. By interrogating clonal architecture, rare subclones associated with remission and therapeutic resistance can be identified.

Available Panels

Solid Tumor Panels

Cellular heterogeneity in solid tumor cancers impacts clonal evolution and patient outcomes. Single-cell DNA solid tumor profiling enables high resolution of the genomic diversity in a variety of tumor types by interrogating specific regions in oncogenes and tumor suppressors.

Available Panels
CAPABILITIES

DNA Is Our Foundation

Providing cancer researchers with the only single-cell multi-omics solution that simultaneously detects SNV, CNV, and protein data from the same cell.

Single-cell Genomics (DNA)
SNV
Detect rare clonal populations and identify co-occurrence and zygosity.
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SNV + CNV
Characterize genomic heterogeneity using a single, comprehensive platform.
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Single-cell Multi-omics (DNA+)
DNA + Protein
Gain a true multi-omics picture from genotype to phenotype.
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Featured Resources

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Questions?

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