Spatial omics resources
Reveal intricate spatial patterns with precise single-cell localization
We stand at the early stages of a revolutionary leap in biology. Spatial multiomics is lighting the way to an advanced understanding of the inner workings of human health and disease. Now, researchers can easily and affordably examine single-cell location and behavior with trailblazing Trekker and Seeker spatial mapping technologies. These innovations empower scientists to gain unprecedented insights into cellular interactions and their implications for various biological processes.
Trekker technology spotlight
Simplify spatial profiling
- One kit—eliminate expensive instrumentation
- One hour—add this fast and easy protocol upstream of single-nuclei NGS assays
- One location—pinpoint exact positions of single cells for the complete picture
Seeker technology spotlight
Illuminate gene expression
- Comprehensive—capture whole transcriptomes of single cells
- Universal—use the same workflow for any species, not just human and mouse
- Flexible—choose between two tile sizes
See how researchers add a new dimension to their experiments
Fill out the form below to access an on-demand webinar featuring a scientist from Stanford University who employed Trekker and Seeker technologies in his research.
Tracing the spatiotemporal evolution of cancer
In this webinar, Dr. Matthew Jones describes his recent work coupling high-resolution spatial transcriptomics with evolvable lineage-tracing technologies to elucidate how tumor expansion, plasticity, and metastasis co-evolve with microenvironmental remodeling in lung adenocarcinoma.
Topics covered:
- Hypoxic microenvironment associated with immunosuppressive and fibrotic cell states
- Origin of metastases from spatially confined subclones and their remodeling of the distant metastatic niche
- Integration of sequential changes in cancer cell state and microenvironmental structure that promote tumor progression
Matthew Jones, PhD
Postdoctoral Fellow, Stanford University
Dr. Matt Jones conducts research to develop computational and technological approaches to better understand dynamic biological systems, as applied to cancer. Currently, his projects include developing computational approaches for spatially-resolved lineage tracing technologies, and studying the mechanisms by which oncogene amplifications contribute to tumor progression and drug resistance.
Sign up to watch this webinar and get info about monthly webinars!
Dive deeper into spatial omics
Explore Trekker resources
Acquire spatial and single-cell data in a single experiment, without sacrificing sensitivity or resolution.
Explore Seeker resources
Accelerate discoveries with high-resolution, whole-transcriptome expression maps
View all spatial omics webinars
Webinar series: Advancing discovery with spatial multiomics—accessible tools for high-resolution insights.
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