Kavli Institute for Systems Neuroscience
@kavlintnu.bsky.social did:plc:6rxoscdbb6eif5kvkebjzxiu
A leading brain research centre aiming to understand the emergence of higher brain functions. Hosted by NTNU in Trondheim. Lead by Nobel Laureates @m-bmoser.bsky.social & @edvardmoser.bsky.social Tweets by @elmkvist.bsky.social
Bluesky’a katılma tarihi:
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Kavli Institute for Systems Neuroscience (@kavlintnu.bsky.social), 5 Aralık 2024 tarihinde katılan bir Bluesky kullanıcısı. 434 takipçisi var, 33 hesabı takip ediyor ve 61 post paylaştı.
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The first bihemispheric 2P imaging in freely moving mice! MINI2P-II records hundreds of connection-specified neurons from both hemispheres of the primary motor cortex (M1) across multiple days, during naturalistic ladder-climbing. A new experimental window into inter-hemispheric coordination!
Postu gösterThank you to the whole team behind MINI2P-II! Embla K-Skallerud and Shouwen Ma (co-first), Julija Arbaciauskaite, Rajat Saxena, Antonio Camara, Klaus Jenssen, Jonathan Whitlock, Gahr Manfred. Also our institute @kavlintnu.bsky.social, MPIBI, and the funding from @kavlifoundation.org and #NRC.
Postu gösterA new design framework brings two-photon miniscopes to 1g! Our lab's MINI2P-II (1.1g) overcomes the widely accepted assumption that high optical performance and ultralow weight cannot coexist. A climbing mouse can carry two, a singing songbird one 🧵 www.biorxiv.org/content/10.6...
Postu gösterThe first ipsilateral dual-region 2P imaging in freely moving mice! With a new optical implant, MINI2P-II achieves simultaneous ipsilateral imaging of the retrosplenial cortex and posterior parietal cortex, two adjacent regions previously inaccessible in this manner in freely moving mice!
Postu gösterThe first large-scale 2P calcium imaging in freely singing songbirds! At 1.1g, MINI2P-II enables high-quality 2P imaging in freely moving zebra finches, including juveniles as young as 44 days old, in the critical song-learning period when birds are far too small to carry existing 2P miniscopes.
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