Enabling researchers to uncover the intricate spatial organization of gene expression in formalin-fixed paraffin-embedded (FFPE) tissues.
Description
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.
- Unmatched spatial resolution: Delivers subcellular resolution, allowing for precise localization of gene expression within individual cells.
- Superior sensitivity: Detects even low-abundance transcripts, providing a comprehensive view of the transcriptome.
- Broad applicability: Compatible with a wide range of FFPE tissues, including human, animal, and plant samples.
- Scalability: Offers flexible options for sample throughput, accommodating both small-scale and large-scale studies.
- Ease of use: Streamlined workflow and user-friendly software simplify the analysis process.
Highlights
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
Demo Results
Exploring true spatial single-cell total RNA information with Stereo-seq OMNI
Mouse brain nucleus staining Image
Capture area size: 1x1cm
Mouse brain BIN20 gene expression heatmap
Capture area size: 1x1cm
Mouse brain single-cell clustering (cellbin)
Capture area size: 1x1cm
Mouse brain H&E Image
Capture area size: 1x1cm
Mouse brain BIN50 gene expression heatmap
Capture area size: 1x1cm
Mouse brain BIN200 clustering
Capture area size: 1x1cm