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Stereo-seq OMNI for FFPE Solution
Release all spatial information of your FFPE samples with our revolutionary solution.
Stereo-seq Transcriptomics Solution Stereo-seq Transcriptomics mIF Solution Stereo-seq Large Chip Designs
Stereo-seq OMNI for FFPE Solution
Release all spatial information of your FFPE samples with our revolutionary solution.
Stereo-seq Transcriptomics Solution Stereo-seq Transcriptomics mIF Solution Stereo-seq Large Chip Designs
Stereo-seq OMNI for FFPE Solution
Release all spatial information of your FFPE samples with our revolutionary solution.
Stereo-seq Transcriptomics Solution Stereo-seq Transcriptomics mIF Solution Stereo-seq Large Chip Designs
STOmics> Products>STOmics Solutions>Stereo-seq Solutions
Solution Overview Product Highlight Workflow Tissue to Data End-to-end Solution Stereo-seq Kit Solutions
Stereo-seq OMNI Product Flyer Stereo-seq OMNI Experiment Checklist Sample preparation Guide for Stereo-seq OMNI Stereo-seq OMNI Transcript Set User Manual Stereo-seq OMNI Library Preparation User Manual
Solution Overview
Stereo-seq OMNI, a revolutionary sequencing-based spatial transcriptomics solution to study your FFPE samples.
Stereo-seq OMNI provides true spatial single-cell total RNA information with accuracy and precision with the innovative 'Random Probe' design. Covering a continuous tissue area of 10mm by 10mm, Stereo-seq OMNI delivers best-in-class data and bioinformatics workflow for analyzing spatial total RNA information.
Solution Overview
Product Highlight
True single-cell level gene expression profiling combined with histology study
Species agnostic, enabling the study of host-microorganism interactions with spatial context
Random probe design for efficient total RNA capturing
Compatible with low-quality samples (DV200 > 30%)
Workflow
Tissue to Data End-to-end Solution Tissue to Data End-to-end Solution Tissue to Data End-to-end Solution
Demo Results

Exploring true spatial single-cell total RNA information

with Stereo-seq OMNI


Mouse lung H&E Image
Capture area size: 1 cm x 1cm
Mouse lung Bin50 gene expression heatmap
Capture area size: 1 cm x 1cm
Staining method: H&E staining
Mycobacterium tuberculosis (Mtb) infected mouse lung Bin50 gene expression heatmap
Capture area size: 1 cm x 1cm
Staining method: H&E staining
Mouse brain H&E Image
Capture area size: 1 cm x 1cm
Mouse brain Bin50 gene expression heatmap
Capture area size: 1 cm x 1cm
Staining method: H&E staining
Mouse brain Bin200 clustering
Capture area size: 1 cm x 1cm
Staining method: H&E staining
Mouse brain nucleus staining Image
Capture area size: 1 cm x 1cm
Mouse brain Bin20 gene expression heatmap
Capture area size: 1 cm x 1cm
Staining method: Nucleus staining
Mouse brain single-cell clustering (cellbin)
Capture area size: 1 cm x 1cm
Staining method: Nucleus staining
Mouse brain H&E Image
Capture area size: 1 cm x 1cm
Mouse brain Bin50 gene expression heatmap
Capture area size: 1 cm x 1cm
Staining method: H&E staining
Mouse brain Bin200 clustering
Capture area size: 1 cm x 1cm
Staining method: H&E staining
Perform Stereo-seq OMNI in your own laboratory
Tissue to Data End-to-end Solution Tissue to Data End-to-end Solution Tissue to Data End-to-end Solution
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Discover the power of Stereo-seq
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