Learn more about Stereo-seq technology and STOmics Grant Program

At the ICG-17 in Riga, BGI STOmics announced a spatial transcriptomics grant program, which will provide 12 Stereo-seq (Spatial Enhanced Resolution Omics-Sequencing) chips (1cm*1cm), sequencing and data analysis to selected projects by researchers across the globe, excluding mainland China.
MGI will provide MGI sequencing products for this Grant. This new groundbreaking spatial temporal technology provides a powerful research base for advanced analysis of gene expression, cell type identification and cell-to-cell communication in nascent tissue microenvironment with its unprecedented field-of-view, high throughput, ultra-high resolution in spatial transcriptomic research. Based on DNA Nanoball (DNB) technology, Stereo-seq chip is designed for in situ mRNA capture and localization. Subsequently captured mRNAs can be restored to their spatial positions by establishing the mapping relationship between spatial coordinates ID (CID) and chip's coordinate positions, while spatially resolved molecular information can also be obtained using Stereo-seq.

Through the SpatialTemporal Omics grant, you can experience the groundbreaking spatial transcriptomics technology, which is built on DNBSEQ and gives you unprecedented field-of-view, high throughput, and ultra-high resolution to your spatial transcriptomic research.
For more details, please visit our registration page!