3rd Annual 3D Spatial Biology Summit
Ground-truth spatial biology. From intact tissue to predictive insight.
March 11th
AC Hotel San Francisco Airport /Oyster Point Waterfront
San Francisco, CA
Biology is three-dimensional, yet most workflows still rely on flattened views.
This meeting brings together leaders in imaging, spatial biology, computation, and translation to demonstrate how intact-tissue measurements provide ground-truth context and enable more predictive insights across research and development.
Track 1.
Seeing biology in full context
Intact tissue imaging as the foundation of spatial insight
How volumetric imaging reveals organization, gradients, and interactions that are lost in standard tissue sections.
Track 2.
Molecular and computational layers in 3D
From spatial omics to AI informed by ground truth
Integrating RNA, protein, and imaging data with analysis methods that reflect tissue architecture.
Track 3.
Translation and decision making
Turning 3D spatial data into scalable, predictive workflows
How 3D spatial data informs biomarkers, models, and clinical pipelines, including high-plex multi-omics.
Final Agenda Coming Soon
Poster session: 3D Spatial biology in action
Posters will highlight how 3D spatial biology delivers ground-truth insight, from molecular mapping in intact tissue to computational, translational, and workflow applications.
Abstract submission format
Abstract length: up to 300 words
Structure: background, approach, key findings, implications
Figures: not required at submission stage
Previously presented work: allowed, if relevant and clearly contextualized
Discount code
A discount code for complimentary event registration will be issued to the first author of each submitted abstract.
Submit your applications to: elisa@alpenglowbiosciences.com
Submission Deadline: February 16th
Who should attend
This meeting is designed for:
Biopharma scientists in discovery, translational research, pathology, and AI
Academic researchers working in imaging, spatial biology, and tissue mapping
Computational teams analyzing spatial or imaging-based datasets
When biology is measured in its full spatial context, interpretation becomes clearer and predictions become stronger. This symposium focuses on what becomes possible when intact tissue data is treated as ground truth.