Single Cell Symposium Ötztal Oktober 2025

From Cells to Systems: A Vibrant Exchange of Ideas in Biomedical Science

Pioneer Campus

What happens when leading minds from imaging, -omics, and AI come together to rethink how we study cells?

Over the course of three days, researchers from across Europe gathered in the beautiful Austrian alps to explore exactly that - sharing ideas, challenging preconceptions, and building new bridges across disciplines. Hosted jointly by Nico Battich (PioneerCampus), Boyan Bonev (Stem Cell Center) and Maria Colomé-Tatché (Computational Health Center), the symposium "Imaging, Omics, and AI in Single-Cell Biology" created a space for focused exchange and collaborative momentum in single-cell biology.

Designed as a small, by-invitation-only gathering, the symposium centered around three key areas of technical innovation - advanced imaging, single-cell -omics, and artificial intelligence - with the goal of driving synergies across disciplines and shaping the future research agenda.

“We set out to fuse rigorous scientific thought with state-of-the-art experimental developments – and it worked perfectly. The energy was incredible: the open-mindedness, the deep discussions, and the way everyone engaged created a truly electric, dynamic space,” Nico Battich states.

Outcomes and Impact

The symposium showcased cutting-edge trends and discussions focused on bridging knowledge gaps, merging theoretical and experimental approaches, for example asking what the relevant temporal and spatial scales are we should be studying.

"Integrating imaging and -omics with AI helped us not only think how to model it in a way that’s biologically meaningful, but it made us rethink what questions we can actually ask”, adds Maria Colome-Tache. 

Looking Ahead

The organizers hope this event will serve as a model for future symposia, encouraging more focused, collaborative gatherings across Europe. Plans are already underway to follow up on several promising ideas and partnerships and to meet more regularly in a similar format in the future.