Task-independent ephys features
Explore electrophysiology measurements summarized at channel, cluster, and voxel scales. These features describe recordings independently of behavioral task events.
International Brain Laboratory
Electrophysiology
across the
mouse brain.
Explore task-independent electrophysiology features, task-event responses, and anatomical gene-expression data across the mouse brain.
The atlas runs in your browser without an account.
One shared viewer
Explore distinct kinds of brain data
Coronal, sagittal, and horizontal slices follow the same position across datasets.
Responses to task events
Explore responses to task events computed from spiking data across brain regions.
Gene expression and anatomy
Browse AGEA gene-expression volumes from the Allen Institute alongside the anatomical atlas. MERFISH can join this category in the future.
Upload your own data
Import a compatible dataset from your device and explore it in the same linked views. Your data stays in your browser.
About the project
IBL Ephys Atlas
The IBL Ephys Atlas brings together task-independent electrophysiology features, Brain-Wide Map task-event responses, and anatomy datasets such as AGEA in one spatial viewer.
Developed by the International Brain Laboratory, with anatomy data from external sources including the Allen Institute.
For dataset sources, release information, and provenance, open Data details in the viewer. Use these records when citing the data.
Open atlasAcknowledgements
Anatomical atlas
The anatomical reference comes from the Allen Mouse Brain Common Coordinate Framework (CCFv3), provided by the Allen Institute.
IBL support
IBL receives support from Simons Foundation International, Simons Foundation, Wellcome, and the National Institutes of Health.