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Spatial Biology

Spatial transcriptomics, proteomics and multi-omics are redefining how translational teams understand disease. Our summits pair platform vendors with the labs putting the technology to work.

  • Spatial transcriptomics & proteomics
  • Tumour microenvironment atlases
  • Multi-modal data integration

About Spatial Biology at Global Engage

Spatial biology has become the fastest-moving corner of translational research. In the space of five years, spatial transcriptomics and proteomics have moved from proof-of-concept to core lab workflow — reshaping how translational teams interrogate tumour microenvironments, immune niches and developmental biology.

Global Engage's spatial biology summits convene the lab heads generating spatial data, the computational teams making it interpretable, and the platform vendors defining the technology roadmap. The audience is deliberately balanced between academic and industry, and the format prioritises unpublished data and honest platform comparisons.

Tracks cover platform selection and benchmarking, panel design for CODEX, MERFISH, Xenium and Visium HD, multi-modal integration with single-cell and bulk data, and the emerging spatial atlases redefining reference biology.

Upcoming Spatial Biology conferences

Life Science

Spatial Biology Congress: Asia

Spatial multi-omics tools and molecular discoveries.

Dates
13–14 Oct 2026
Location
NTU@One-North Campus, Singapore
In-personRegister

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Whitepaper

The Spatial Biology Revolution: A Decade of Tools Redefining Science (2015–2025)

From early in situ hybridization methods to today’s high-resolution, AI-driven multi-omics platforms, spatial biology has undergone a decade of rapid

2026
Whitepaper

Imagine if Google Earth Could Zoom Into Your Liver and Show Each Cell’s Job

Picture yourself opening Google Earth. You start with a full view of the planet, then zoom into your country, your city, your street. Now, swap the Earth for your body. You zoom into your liver. Every street is a blood vessel. Every building is a cell. And here’s the twist, you can see what each cell is doing in real time. That’s spatial biology. The science of mapping life’s inner geography.

2026

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