Integrated Spatial Multiomics Solutions
We combine advanced technologies such as spatial transcriptomics, multiplexed imaging, and in situ sequencing to map cellular components in their native tissue context. Obtain high-resolution data that reveals intricate spatial patterns and cellular interactions. Our full suite of spatial biology services includes expert consultation, sample preparation, imaging, sequencing, data processing, and delivery. Ideal for research in cancer, neuroscience, immunology, microbiology, infectious diseases, and developmental biology.
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Spatial distribution and subcellular mapping of transcripts: Xenium In Situ spatial platform
Spatially resolved gene expression profiling of human colorectal tumor biopsies, with segmentation based on PanCK to distinguish tumor from surrounding tissue compartments: GeoMx spatial platform
Spatial mapping with 8-µm bins, colored by distinct cell types of the human colon, overlaid on an H&E image: Visium HD spatial platform
Spatial distribution and subcellular mapping of transcripts: Xenium In Situ spatial platform
Spatially resolved gene expression profiling of human colorectal tumor biopsies, with segmentation based on PanCK to distinguish tumor from surrounding tissue compartments: GeoMx spatial platform
Spatial mapping with 8-µm bins, colored by distinct cell types of the human colon, overlaid on an H&E image: Visium HD spatial platform
Xenium In Situ spatial profiling technology enables high-throughput, subcellular mapping of RNA targets and proteins within a single tissue section. Researchers can streamline workflows from FFPE or frozen tissue samples to data using an automated analyzer, pre-designed or custom gene panels, and integrated data analysis and visualization software. Tissue slides may be suitable for additional applications following a Xenium assay.
This high-plex spatial imaging platform enables mapping of RNA and protein expression at cellular and subcellular resolution. Researchers can now profile the whole transcriptome using this technology. Users have the option to create custom RNA and protein panels along with pre-designed panels, subject to certain restrictions. RNA and protein assays can be performed on serial tissue sections.
Visium and Visium HD spatial transcriptomics platforms that allow researchers to analyze gene expression across entire transcriptomes within the spatial context of tissues, down to single-cell resolution. We also offer the Visium-CytAssist setup, providing researchers with greater flexibility to target specific regions within large tissue sections on glass slides. These technologies support the detection of RNA or protein (limited) across multiple species, including mouse, human, chicken, fish, and more, subject to certain restrictions.
GeoMx Spatial Technology combines high-resolution imaging with sequencing to analyze RNA and protein expression within tissue sections. Researchers can define regions of interest and use fluorescent markers to segment these regions into distinct tissue compartments or cell populations, allowing for precise gene expression profiling.