Stereo-seq achieves a nanoscale resolution of 500 nm, enabling spatial localization and identification of single cells and molecular features in spatial omics research.
Larger FOV
The standard chip size for Stereo-seq is 1 cm*1 cm and can be expanded up to 13 cm*13 cm. This allows for spatial transcriptomics and single-cell spatial transcriptomics in larger tissue areas.
Customization
Stereo-seq allows users to customize chips of various sizes based on tissue size. This feature supports flexible workflows on the STOmics spatial omics platform at single-cell resolution.
Stereo-seq is a new technology created by STOmics. It is the one and only spatial-omics technology in the world that could achieve both centimeter level panoramic field of view and cellular resolution. Since its launch in early 2021, Stereo-seq has attracted significant global attention. It is seen as a major milestone in spatial transcriptomics. This technology provides new insights into how genes are spatially organized. Spatial biology research is changing. It is beginning a new era in life sciences. Thi
STOmics Stereo-seq
Stereo-seq is a new technology created by STOmics. It is the one and only spatial-omics technology in the world that could achieve both centimeter level panoramic field of view and cellular resolution. Since its launch in early 2021, Stereo-seq has attracted significant global attention. It is seen as a major milestone in spatial transcriptomics. This technology provides new insights into how genes are spatially organized. Spatial biology research is changing. It is beginning a new era in life sciences. Thi
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