Individual strong PC inputs powerfully control both the rate and timing of DCN neuron firing, with a mechanism that reply on the autocorrelation function of PC firing and can be similarly achieved by synchrony.
Read our latest paper for some nerdy facts on PC-DCN transmission!
Implications of variable synaptic weights for rate and temporal coding of cerebellar outputs https://t.co/Jm6ReiFQbg
Read our latest paper for some nerdy facts on PC-DCN transmission!
Implications of variable synaptic weights for rate and temporal coding of cerebellar outputs https://t.co/Jm6ReiFQbg
@NeuroNiko@AnnaMolofskyLab@sculptorofdance@IliaVainchtein Interesting work and useful resources! We always think there must be more heterogeneity in zebrafish microglia that are not revealed in our bulk RNAseq, glad to see that you dig into it and perform scRNAseq! Looking forward to more functional implications.
My Neuromatch talk is out on YouTube, feel free to check it! Talk: Adult Zebrafish Possess Two Phenotypically and Functionally Distin... https://t.co/hyBjIzuiT1 来自 @YouTube
Two phenotypically and functionally distinct microglial populations in adult zebrafish https://t.co/cVRucz5wiz
Thrilled to have my second first-author paper out on Science Advances! The first firm evidence for microglial subpopulations in vertebrates. Thanks all collaborators!
#nmc3@_AAlpha (emcee) and me (backend) are now hosting fantastic traditional talks by Daria Taskina, @VicenziSilvia and Shuting Wu! Join us now live at
@neuromatch Room 3 or in YouTube https://t.co/11V2y0P97Y :)
@clairebutler17 Hi Claire, I’m a postdoc working on zebrafish microglia in HKUST, would love to join the seminar! Please kindly involve my email: [email protected]. Btw, it will be much more easier for you to just put a google sheet link and everybody can fill their email. :)