Galaxy Spatial Tour
Expanding Beyond Limits
As spatial biology continues to transform our understanding of tissue biology, it is essential for scientists to stay at the forefront of new methods and analytical approaches. The Galaxy Spatial Tour is designed to provide researchers with in- depth scientific insights to equip them with the knowledge to advance their research in tissue biology.
Presentation Modules
Charting the spatial whole transcriptome multiomic frontier
Explore how single-cell spatial transcriptomics, driven by unmatched sensitivity and plex, is redefining our understanding of cellular composition, tissue organization, and molecular interactions. Discover how AI-powered cell segmentation, multi-sample analytical frameworks, and informatics tools enhance the interpretation of complex spatial datasets. Attendees will gain insights into emerging discoveries made by pioneering users and powered by the first and only single-cell whole transcriptomics, discovery-based multiomics, and novel applications across spatial biology. Attendees will learn best practices for extracting meaningful insights from spatial transcriptomic data to solve real spatial problems.
High-fidelity spatial biology: from discovery to translational research
From highest-plex and high-throughput multiomic discovery assays to advanced methodologies for high-fidelity protein detection to data-driven re-interrogation, learn how best-in-class spatial platforms advance our understanding of biology. Attendees will get access to an exclusive preview to the fist-to-world spatial multiomic data generated by simultaneously analyzing the whole transcriptome and over one thousand proteins, followed by the rapid design of single-cell proteomics assay for biomarker validation at scale.
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