Sebastian Stroeh

EM Facility Director @PrincetonNeuro

[Alexander Bates @as_bates]

Just published yesterday, the #BANC! A full central nervous system (CNS) connectome of a limbed animal enables us to trace sensory-motor arcs and understand how the CNS controls the body. https://t.co/19jmEfxEVH #neuroscience @Nature, Video by @quorumetrix, sound on! 1/18

[Sebastian Stroeh @SebastianStroeh]

It took endless hours in the lab and a massive effort, but we're finally here: Eyewire II is officially out!
Huge thanks to our amazing co-authors and everyone else who supported us along the way. So grateful for the hard work—it’s been a privilege pushing through this together.

[Eyewire @eye_wire]

Meet Eyewire II: a new connectomic resource for the mouse retina.

~1 mm² of retina at nm resolution, with synapses and circuits of ca. 100,000 neurons + visual responses from the ~400 neurons shown in the video!

Preprint: https://t.co/XuPRdj6HU1
Data: https://t.co/979qOp2xjc

[Eyewire @eye_wire]

Research to Prevent Blindness @RPB_org Award to Enable Transformational Scientific Milestone in Neuroscience and Vision Science - AKA Eyewire II! https://t.co/L7jqPjwtxW

[Sebastian Seung @SebastianSeung]

Eye candy alert. @Nature made an immersive landing page for MICrONS. https://t.co/tXitTy7tKj

[nature @Nature]

Researchers have created the largest and most detailed wiring diagram of a mammalian brain to date, by mapping cells in a cubic millimetre of a mouse’s brain tissue

https://t.co/mG5n5zUo3i

[Helene Schmidt @helenelab2020]

Super happy that our papers #2 and #3 from our 3-person lab just went online on bioRxiv! First large-scale 3DEM dataset from mouse hippocampus CA1 https://t.co/D56r4CovYp check out the beautiful data on webknossos https://t.co/qJ097isq6H! ...

[Sebastian Stroeh @SebastianStroeh]

#retina cross section

[Amy Robinson Sterling @amyneurons]

a few views from the retina

[Adrian A. Wanner @AdrianAWanner]

Check out our new in situ time-lapsed X-ray assisted staining procedure that opens the “black box” of electron microscopy staining and allows observation of individual staining steps in real time: https://t.co/eOmuXwVbn1
@PrincetonNeuro #volumeEM

[Sebastian Stroeh @SebastianStroeh]

@AdrianAWanner @PrincetonNeuro We demonstrate that the method can be used to get access to the in situ staining kinetics and we developed a diffusion-reaction-advection model that accurately simulates the measured accumulation of osmium in tissue.