UVM Launched National Neurobiology Observatory

The University of Vermont received a $19 million grant to build a hub for high-throughput brain imaging.

Updated on Sept. 24, 2026 in Physics

Isometric editorial illustration of a resin-embedded tissue specimen block, representing the new national neurobiology observatory research capabilities. — The University of Vermont has established a national neurobiology observatory, backed by a $19 million grant, to expand high-resolution brain imaging access. AI Illustration. Upload story photo >

Live Poll

Do you support federal funding for large-scale basic research projects to advance medicine and science?

The University of Vermont has launched a $19 million National Science Foundation project to create a national neurobiology observatory. The coordinating hub will be hosted in the school's Firestone Medical Research Building.

Why it matters

This observatory aims to make advanced electron microscopy and artificial intelligence imaging capabilities accessible to life science researchers nationwide. It seeks to bridge the gap between complex structural data and broader scientific inquiry.

The five-year project employs high-throughput electron microscopy and AI-driven neuronal tracing. UVM receives $15.68 million of the grant, while UC San Diego is allocated $3.32 million for its imaging and data processing role.

The players

Davi Bock

He leads the National Connectomics and Ultrastructure Volume Observatory project.

University of Vermont

This institution hosts the coordinating hub in the Firestone Medical Research Building.

University of California San Diego

This university serves as the imaging and data processing partner for the observatory.

National Science Foundation

This federal agency provided the $19 million in funding for the neurobiology observatory.

The details

Researchers will preserve tissue samples in resin before slicing them for high-resolution imaging and three-dimensional reconstruction. The project integrates artificial intelligence to automate structural identification, following a successful fruit fly brain map project completed in 2024.

Collaborators successfully published a fruit fly brain map in 2024.
The University of Vermont announced the launch of the project on September 24, 2026.
The project will operate and test observatory designs over the next five years.

The Big Picture

The project follows the technological foundation established by the 2024 fruit fly brain map. This initiative scales that successful proof of concept into a sustainable national research infrastructure.

This observatory could eventually lead to higher-resolution biological data, enabling more precise medical research and drug development. Residents and students at the university may see increased laboratory activity in the Firestone Medical Research Building.

The takeaway

This project establishes a standardized framework for complex brain imaging that researchers can replicate across life sciences. It marks a shift toward centralized infrastructure for high-throughput structural biology.