Single-Cell and Spatial Biology
International Conference: 8-9 June 2026, Berlin, Germany
Omics, Multi-Space and Data
The conference brings together researchers, technologists, and industry professionals to showcase developments in single-cell and spatial technologies. Participants will explore experimental tools, high-throughput workflows, computational integration, and multi-omics spatial approaches.
Keywords: single-cell analysis, spatial biology, multi-omics integration, spatial transcriptomics, proteomics, mapping kits, spatial pattern analysis, computational modeling, AI-driven analysis, 3D spatial mapping, integrated spatial multi-omics
Interdisciplinary meetup: who should attend
- Researchers in single-cell and spatial biology
- Engineers developing automated, high-throughput platforms
- Computational scientists focused on multi-omics integration and spatial modeling
- R&D leads and program managers overseeing single-cell and spatial workflows
- Industry partners providing tools, kits, and platforms
Topics
including but not limited to:
Innovations in Single-Cell and Spatial Mapping
Novel methods, platforms, and mapping kits for capturing cells and mapping molecules in tissue using spatial omics, imaging, sequencing, and high-throughput automation.
Spatial Multi-Omics Integration
Methods for integrating multi-omics data at single-cell resolution in spatial contexts, including data alignment and analyses of tissue structure, cellular composition, and spatial relationships.
Spatial Single Cell Analysis
Practical applications of spatial single-cell analysis to reveal cellular heterogeneity, spatial organisation, and integrated molecular insights across tissues.
Future Perspectives
Focuses on key trends shaping the field, including multi‑omics integration, high-resolution spatial mapping, AI-driven analysis, scalable workflows, and the growing translational impact and accessibility of spatial single-cell technologies.
Connecting Industry and Academia
This conference goes beyond traditional single-cell and spatial biology, bringing together academic and industry participants to showcase spatial omics platforms, multi-omics technologies, and computational and AI-driven tools for spatial analysis.
By connecting participants across the value chain, the Conference fosters interdisciplinary exchange that drives technology transfer, commercialization, and real-world application of innovations.
