Focus Area: Gene & Protein Expression
Discover how the UG 100™ sequencing platform empowers researchers to accurately detect rare variants that drive the complexities of cancer genomics.
What is it?
Spatial transcriptomics
Why it matters
A deeper look into development
and disease mechanisms
Spatial transcriptomics elevates standard single cell sequencing by preserving spatial information to deepen our understanding of how cells interact with each other in the context of their microenvironment. This is especially important in understanding complex tissues, like tumors or developing organs. Linking gene expression directly with observable tissue characteristics elucidates cell-cell interactions which are key to development, function, and disease.
How Ultima transforms the field
Resolve and scale your spatial transcriptomic studies to new dimensions
The utility of somatic variants relies on accurate sequencing quality, which the UG 100™ sequencer delivers on.
The UG 100™ Sequencer is revolutionizing spatial transcriptomics by empowering more comprehensive studies of cellular environments at unprecedented resolution. Flexible library prep solutions compatible with the 10x Genomics Visium Spatial Platform and integrated single cell data trimming and file outputs provide a turnkey solution into the 10x Genomics ecosystem.
Learn more about 10x Visium on the UG 100™
Figure reference: Visium HD library made from a fresh frozen sample sequenced on the UG 100 Sequencer. Functional equivalency something something.