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SmithLab proslijedio/la je Tweet
Jana Kainerstorfer
@cmu_bme continues the great talks @SPIEevents @PhotonicsWest neurophotonics plenary speaking on noninvasive monitoring intracranial pressure. As a @CarnegieMellon alum I’m happy to see the Tartans on stage!pic.twitter.com/xDO79RIL1K
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We hope you enjoy reading the work as much as we enjoyed doing the science, and we'd be happy to hear your thoughts. /7
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We think this work connects to and substantial advances a rich history of single-neuron studies in non-human primate perceptual decision-making, and provides an important link to numerous recent studies in rodents showing large-scale population activity modulation. /6
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Slow drift was weakly present in the population average, but strongly evident in mixtures of simultaneously recorded neurons./5
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Slow drift was present in both visual cortex (V4) and prefrontal cortex (8Ar). These brain areas, centimeters apart, were tightly locked together to this common process. /4
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This signal, which Ben called “slow drift”, could be described as a neural correlate of impulsivity or arousal. It was tightly related to slow fluctuations in the animal’s behavior in terms of hit rate, false alarm rate, reaction time, and pupil size. /3pic.twitter.com/211Zn1HE0o
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Ben leveraged our large-scale electrophysiological recordings in visual and prefrontal cortex to identify a key signal underlying perceptual decisions. /2
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I’m very happy to post my first
#tweeprint about a new manuscript we’ve just put on@biorxivpreprint: https://www.biorxiv.org/content/10.1101/2020.01.10.902403v1 … This is work by Ben Cowley, part of his thesis jointly with Byron Yu’s group and my own (Ben is now a postdoc with@jpillowtime). /1pic.twitter.com/MytfTTQCzn
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Great work by Ari, Pavan & Hugo on a fun collaboration!
@arisbenjamin@desipoika@jugoguj@KordingLab@SmithLabNeurohttps://twitter.com/arisbenjamin/status/1176836320985014273 …
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This quote is carved into one of the entry doors
@TheRoycroftInn in East Aurora, NY. Great advice for running a research lab.pic.twitter.com/HGG5GTvLdW
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... but I'm super excited to be working with these outstanding people in the years ahead, and for exciting new directions and collaborations!
@CarnegieMellon@cmuneurosci@cmu_bmepic.twitter.com/rMeqaxOZkA
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It's been a really great 8+ years - sad to pack up the lab and see it empty after the moving truck has left ...pic.twitter.com/URNnkiqpt3
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We've posted a preprint of my (now grad) student Deepa Issar's undergrad project, training a neural network-based spike classifier to improve online decoding: https://www.biorxiv.org/content/10.1101/722934v1.abstract … Code will be available soon.pic.twitter.com/kghEwdEG7s
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Neuralink reveal looked interesting. Genuinely curious, is there a precedent for posting to
@biorxivpreprint from a company without an author list? I assume (?) Elon Musk did not write this: https://www.biorxiv.org/content/10.1101/703801v3 … The neural sewing machine had authors:https://www.biorxiv.org/content/10.1101/578542v1 …Hvala. Twitter će to iskoristiti za poboljšanje vaše vremenske crte. PoništiPoništi -
SmithLab proslijedio/la je Tweet
"Monkey see, Monkey cure:
#Primates are necessary for research"
Check out this @dcexaminer piece by FBR's President Matthew Bailey! http://ow.ly/gETO50uYDKT#animalresearch#biomedicalresearchHvala. Twitter će to iskoristiti za poboljšanje vaše vremenske crte. PoništiPoništi -
Great work by my sister-in-law, Anne Burrows, on that cute puppy dog eyebrow raise (i.e., facial muscle anatomy in dogs) published in PNAS (https://doi.org/10.1073/pnas.1820653116 …) and featured on
@scifri (https://www.sciencefriday.com/segments/puppy-eyes-dogs-secret-people-manipulation-weapon/ …)! Ivy approves.@PNASNewspic.twitter.com/NpRzZJLQaj
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I wonder if the Hulk's saccades follow the main sequence ...
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I'm very proud of (now Dr.) Sanjeev Khanna's work in my lab showing that population-level coordination of neurons in eye movement cortex aids in the transition from perception to saccade. But mostly, I like his Hulk-inspired reaction time color scheme. https://doi.org/10.1523/JNEUROSCI.2329-18.2019 …pic.twitter.com/8TZkz147Gq
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When the writing’s strange, And the board’s no good, Who can clear the scrawl? GhostDuster!pic.twitter.com/pnYDBbWHmh
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I'm very excited to announce that in September my lab will be moving to
@CarnegieMellon to join the Department of Biomedical Engineering and the Carnegie Mellon Neuroscience Institute@cmu_bme@cmuneurosci@CMUEngineering@CmuSciencepic.twitter.com/LUAYZy3vte
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