Wei-Chung Allen Lee @darbly.bsky.social

[Wei-Chung Allen Lee @darbly.bsky.social @darbly]

Thrilled to see this passion project out @nature: https://t.co/3g0c8zyaRw
Congratulations and thanks to @aaron_t_kuan (now with a shiny new lab at Yale), @bondanelli_g, and all who made possible this work to reveal a connectivity principle that supports decision-making!

[Wei-Chung Allen Lee @darbly.bsky.social @darbly]

Introducing a new connectomic dataset of the adult fly central nervous system: the Brain And Nerve Cord (BANC). Tomorrow 11a ET at @FlyWireNews’ town hall.

https://t.co/9qlmyMlu7V

[Wei-Chung Allen Lee @darbly.bsky.social @darbly]

If you're at CSHL Neuronal Circuits, check out Wangchu Xiang's poster (#144):

"Architecture of sensory neurons and circuits in the spinal cord" at 4:30p today!

[Harvard Medical School @harvardmed]

A new study in mice provides insights into what happens in the brain during decision-making https://t.co/gXLCcPjpuQ

[Adrian A. Wanner @AdrianAWanner]

🚨🧠PhD position available🚨🧠
I am looking for PhD students interested in the functional, molecular and structural profile of neuronal circuits underlying behavior. @psich_en
For more info, DM me or visit https://t.co/mQLssDKH0x and https://t.co/5aGmBGaY9F
Please retweet!

[Aaron Kuan @aaron_t_kuan]

We're looking to hire a postgraduate associate (e.g. postbacc/RA)! Opportunity to receive hands-on lab training and one-on-one mentorship. See full ad below. DM or email me if interested! Plz RT!

https://t.co/zFrrhAQJzO

[Wei-Chung Allen Lee @darbly.bsky.social @darbly]

SharedIt link to paper: https://t.co/MN38R3MBOP

[Wei-Chung Allen Lee @darbly.bsky.social @darbly]

Thrilled to see this passion project out @nature: https://t.co/3g0c8zyaRw
Congratulations and thanks to @aaron_t_kuan (now with a shiny new lab at Yale), @bondanelli_g, and all who made possible this work to reveal a connectivity principle that supports decision-making!

[Wei-Chung Allen Lee @darbly.bsky.social @darbly]

Beyond the preprint, new analyses, modeling, and predictions - including how opponent inhibition between neurons active at different times contributes to activity sequences.
https://t.co/iuKbmlBqiX

[Wei-Chung Allen Lee @darbly.bsky.social @darbly]

How does circuit connectivity support decision-making? We combined behavior, neural recordings, EM connectomics, & modeling in the same cortical circuit. A new study led by @aaron_t_kuan in collaboration w/ the Harvey and Panzeri labs. 1/5
https://t.co/GPkIfiYDdJ

[Wei-Chung Allen Lee @darbly.bsky.social @darbly]

Thanks to @NIMHgov, @NINDSnews, @NIBIBgov @NIH, @HMSBertarelli & the Lefler Center for support & all those who made it possible including @lndriscoll @Julie_Han96 @mindyisminsu @DavidHildebrand Brett Graham @lathomas42 5/5

[Wei-Chung Allen Lee @darbly.bsky.social @darbly]

How does circuit connectivity support decision-making? We combined behavior, neural recordings, EM connectomics, & modeling in the same cortical circuit. A new study led by @aaron_t_kuan in collaboration w/ the Harvey and Panzeri labs. 1/5
https://t.co/GPkIfiYDdJ

[Wei-Chung Allen Lee @darbly.bsky.social @darbly]

These connectivity trends form an “opponent inhibition” circuit motif. Using circuit modeling, @bondanelli_g showed that this motif amplifies selective inputs, induces competition between oppositely selective cells, and makes it easier to distinguish between trials. 4/5

[Wei-Chung Allen Lee @darbly.bsky.social @darbly]

We are hiring at all levels: postdocs, students, engineers, and research assistants! Are you interested in understanding neuronal circuits underlying action? DM me for details.

[Wei-Chung Allen Lee @darbly.bsky.social @darbly]

see @trinarytree's thread for more https://t.co/6plfqNvpkw

[Tri Nguyen @trinarytree]

Super excited to share my latest research on @biorxivpreprint! Thank you @darbly for risk hiring an engineer postdoc and my wonderful co-authors @lathomas42 @MountainRhoades et al at the Lee lab. Check out the preprint, or scroll down for my twitprint summary! 1/

[Wei-Chung Allen Lee @darbly.bsky.social @darbly]

How do neuronal circuits balance encoding capacity and resilience? A new @biorxivpreprint on synapse-resolution reconstruction of the cerebellar cortex led by @trinarytree & @lathomas42. A wonderful collaboration with the Regehr and @janfunkey labs. 1/5
https://t.co/0OMXwz3Cos

[Wei-Chung Allen Lee @darbly.bsky.social @darbly]

Thanks to @NIMHgov, @NINDSnews, @NIH, & the Lefler Center for support & all those who made it possible including @MountainRhoades, @ilaria_ricchi, @CCCindy119, @SheridanArlo, @DavidHildebrand & @LuxelCorp. 5/5

[Wei-Chung Allen Lee @darbly.bsky.social @darbly]

Honored to be a co-recipient of the inaugural @SfNtweets Bourne Prize. So many thanks to the lab and collaborators for the tremendous effort and hard work.

[Society for Neuroscience (SfN) @SfNtweets]

Thank you to @TexasScience's Dr. Kristen M. Harris for supporting SfN's newly established Jennifer N. Bourne Prize in Brain Ultrastructure. Congratulations to Drs. Wei-Chung Lee and Cordelia Imig!

Read more about this year's Early Career Awards: https://t.co/FF4CfEAiwN