Excited to have joined the faculty at Kyoto University, Graduate School and Faculty of Pharmaceutical Sciences from April 2025. I look forward to the challenges and opportunities ahead. @KyotoUnivPharm @KyotoU_News https://t.co/P67O9qhcnk
New preprint from our group. We explore how internal states of hydration and salinization influence value coding by the mesolimbic dopamine system.
@hikidalab
Our scientists with over 150 collaborators have released the largest functional map and wiring diagram of the brain to date – seven years in the making.
Today’s 1.6 petabyte release marks a historic day for neuroscience. This moonshot milestone will further efforts towards understanding the cortical mechanisms of intelligence. Congratulations to the teams who made this possible.
@JOHN81385387776 @KyotoUnivPharm@KyotoU_News Thank you. Possibly in the near future if my grant applications are successful. I’ll post here when I’m recruiting. 👍
Excited to have joined the faculty at Kyoto University, Graduate School and Faculty of Pharmaceutical Sciences from April 2025. I look forward to the challenges and opportunities ahead. @KyotoUnivPharm @KyotoU_News https://t.co/P67O9qhcnk
New brain aging study is out today in | @Nature
The largest single-cell RNA seq dataset of mouse brain aging reveals incredible insights and could pave the way for future therapies to slow or manage the impacts of the aging process. 🧵 #studyBRAIN
📣Missed our webinar with the outstanding @tom_mac_lab from Osaka University? Catch it on-demand to learn about striatum's role in decision-making & how #miniscope imaging unveils D1 & D2-MSNs functions. Don't miss this fascinating webinar! #Neuroscience https://t.co/MSA7WdP0oF
���Join our New Horizons webinar with @tom_mac_lab, at @osaka_univ as he shares the latest striatal circuit insights. Discover how his research unveils distinct subpopulations of D1- and D2-MSNs in signaling valence & influences decision-making. Join us!👇 https://t.co/EYFYpjJpYQ
Reconceptualizing behavior as a sharable reagent:
https://t.co/UUjOL6yDpf
We present a platform for behavioral analysis called Simple Behavioral Analysis (SimBA). A sincere thank you to the community for their continued expert feedback and suggestions
Excited to share that our new paper, led by Tatsushi Yokoyama, is out in @naturemethods . We developed improved genetically encoded green cAMP (cAMPinG1) and red calcium (RCaMP3) indicators for dual-color monitoring of cAMP and calcium signaling in vivo.
https://t.co/JtU4mLgBOM