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Our Deterministic Barcode in-situ Sequencing (DBiT-seq) platform has been successfully applied to proteomics, epigenomics, and transcriptomics by adapting existing single-cell and bulk genomic workflows for spatial tissue analysis. Contact our experts to learn more.

  • Color-coded MRI scan of a brain with labeled clusters and regions, including C1 to C10, with an inset of a bird's head. The image is credited to Deng 2022.

    Spatial ATAC-seq

    Mapping open chromatin in tissue. Published in Nature by Deng et al in 2022

  • Color-coded medical imaging scan of a human body, labeled 'Deng 2022' in the bottom left corner.

    Spatial CUT&Tag

    Mapping histone modification in tissue. Published in Science by Deng et al 2022

  • A black-and-white moon surface with a colorful pixelated world map overlay, labeled 'Zhang 2023' at the bottom.

    Spatial Epigenome + Transcriptome

    Mapping epigenome and mRNA on same tisection. Published in Nature by Zhang et al 2023

  • Spatial CITE-seq

    Mapping proteome in tissue. Published in Nature Biotechnology by Liu et al. 2023

  • Colorful pixelated map of Taiwan with a pattern resembling the island's outline, labeled 'Liu 2020' in the top left.

    Spatial Transcriptome + Proteome

    Mapping transcriptome and proteome in tissue. Published in Cell by Liu et al. 2020

  • Color-coded dot matrix of brain activity or segmentation, with various clusters labeled by ID and color, showing different regions in shades of yellow, gray, pink, blue, and purple.

    Patho DBiT-seq

    Mapping whole RNA in FFPE tissue. Preprint released to Biorxiv by Bai et al. in 2024

  • Color-coded anatomical illustration of the human brain and surrounding structures, labeled with various regions, in a black background.

    Spatial-Mux-seq

    Guo et al., Nat Methods 2024: tissue-level multi-omic atlas (histone, ATAC, RNA, protein).

  • Colorful microscopic image of a biological sample with a legend indicating clusters C0 to C19, featuring various shades of blue, green, yellow, purple, and pink, and labeled 'Baysoy 2024' in the top left corner.

    Perturb-DBiT

    Spatially Resolved in vivo CRISPR Screen Sequencing via Perturb-DBiT in Biorxiv by Baysoy et al. In 2024