Simon Weiler
@neuroweiler.bsky.social
Neuroscientist: Layer 6, interhemispheric communication, brain atlas; Runner, Raver
3/3 Thanks to a fun collaboration between the
@neuroinformatics.dev
@sainsburywellcome.bsky.social and the Animal Navigation group at the University of Oldenburg (my hometown). Special thanks to @raacampbell.com for the amazing microscopes😍
@neuroinformatics.dev
@sainsburywellcome.bsky.social and the Animal Navigation group at the University of Oldenburg (my hometown). Special thanks to @raacampbell.com for the amazing microscopes😍
March 11, 2025 at 4:46 PM
3/3 Thanks to a fun collaboration between the
@neuroinformatics.dev
@sainsburywellcome.bsky.social and the Animal Navigation group at the University of Oldenburg (my hometown). Special thanks to @raacampbell.com for the amazing microscopes😍
@neuroinformatics.dev
@sainsburywellcome.bsky.social and the Animal Navigation group at the University of Oldenburg (my hometown). Special thanks to @raacampbell.com for the amazing microscopes😍
2/3 The atlas is accessible via the standardized BrainGlobe Atlas API: brainglobe.info/blackcap
This allows the community to directly align their own experimental multimodal data to the common coordinate space of the atlas, see example:
This allows the community to directly align their own experimental multimodal data to the common coordinate space of the atlas, see example:
March 11, 2025 at 4:46 PM
2/3 The atlas is accessible via the standardized BrainGlobe Atlas API: brainglobe.info/blackcap
This allows the community to directly align their own experimental multimodal data to the common coordinate space of the atlas, see example:
This allows the community to directly align their own experimental multimodal data to the common coordinate space of the atlas, see example:
1/3 This atlas was created by whole-brain imaging of multiple blackcap brains using serial-section two-photon tomography, followed by average template construction and expert anatomical and functional segmentation.
March 11, 2025 at 4:46 PM
1/3 This atlas was created by whole-brain imaging of multiple blackcap brains using serial-section two-photon tomography, followed by average template construction and expert anatomical and functional segmentation.