We tested the updated model as much as we could, eventually linking neural reactivations from silent traces to an increase of serial dependence in monkey and human ephys/TMS. This' our first paper on serial dependence (Barbosa, Stein. et al, 2020). http
📰 Some suggested readings in preparation for the seminar: Interplay between persistent activity and activity-silent dynamics in the prefrontal cortex underlies serial biases in working memory https://t.co/6McEvCnBa8
@behrenstimb @AvitalHahamy congrats to all involved for this new preprint! Read through it rather quickly, but I can see a clear connection with previous work on the neural correlates of across-trial biases, aka serial dependence: https://t.co/CForlnEod8
@jmourabarbosa @StokesNeuro Best evidence? Can we go just for evidence? I really like the results from your and co-authors paper on Nat Neuro 2020 (https://t.co/4LAH9QRdVh). But should we call what happens in between trials working memory? No manipulation
RT @hakwanlau: a great set of experiments~ perhaps those who are skeptical of PFC involvement in conscious perception would appreciate bet…
RT @hakwanlau: a great set of experiments~ perhaps those who are skeptical of PFC involvement in conscious perception would appreciate bet…
a great set of experiments~ perhaps those who are skeptical of PFC involvement in conscious perception would appreciate better why i seem so hung up about 'subtle' effects, by looking at how PFC is studied outside of our relatively primitive field. http
RT @baror_shira: #OneArticleADay #35. How clever! @jmourabarbosa et al. investigate the ITI in Serial Dependence, and in multiple methods d…
#OneArticleADay #35. How clever! @jmourabarbosa et al. investigate the ITI in Serial Dependence, and in multiple methods demonstrate a (causal!) temporal PFC-mechanism that may reconcile attraction and repulsion effects. https://t.co/AUuKw8IOgN
RT @jmourabarbosa: And here's link: https://t.co/nmE5WvL1dM
Our modeling was motivated by our recent work in nonhuman & human primates, in which we showed that serial dependence is a result of interacting persistent neural activity and activity-silent (e.g. synaptic) memory traces in PFC. https://t.co/j59HeWrsc
Interplay between persistent activity and activitysilent dynamics in the prefrontal cortex null https://t.co/T9Gb2Lmv2p #DTHSTR
RT @ThePostsynaptic: Interplay between persistent activity and activity-silent dynamics in the prefrontal cortex underlies serial biases in…
RT @NatureNeuro: Interplay between persistent activity and activity-silent dynamics underlies serial biases in #workingmemory https://t.co/…
RT @NatureNeuro: Interplay between persistent activity and activity-silent dynamics underlies serial biases in #workingmemory https://t.co/…
RT @NatureNeuro: Interplay between persistent activity and activity-silent dynamics underlies serial biases in #workingmemory https://t.co/…
Interplay between persistent activity and activity-silent dynamics in the prefrontal cortex underlies serial biases in working memory https://t.co/bjyXWkGp0b https://t.co/QFcbjgCbke
Interplay between persistent activity and activity-silent dynamics in the prefrontal cortex underlies serial biases in working memory https://t.co/80psO5qRQm https://t.co/yRVoB3pq21
RT @heikecstein: My first, co-first author (with @jmourabarbosa), and about-to-be-printed paper is now online @NatureNeuro! 😍 For a tweet…
RT @heikecstein: My first, co-first author (with @jmourabarbosa), and about-to-be-printed paper is now online @NatureNeuro! 😍 For a tweet…
RT @heikecstein: My first, co-first author (with @jmourabarbosa), and about-to-be-printed paper is now online @NatureNeuro! 😍 For a tweet…
RT @heikecstein: My first, co-first author (with @jmourabarbosa), and about-to-be-printed paper is now online @NatureNeuro! 😍 For a tweet…
RT @NatureNeuro: Interplay between persistent activity and activity-silent dynamics underlies serial biases in #workingmemory https://t.co/…
"This ‘#activity-#silent’ #memory can be mediated by slowly decaying intrinsic or #synaptic #mechanisms, such as short-term synaptic #plasticity...mechanisms with a long time constant that could allow the reactivation of memories from latent #storage."🧠⬇️
RT @NatureNeuro: Interplay between persistent activity and activity-silent dynamics underlies serial biases in #workingmemory https://t.co/…
RT @jmourabarbosa: And here's link: https://t.co/nmE5WvL1dM
RT @heikecstein: My first, co-first author (with @jmourabarbosa), and about-to-be-printed paper is now online @NatureNeuro! 😍 For a tweet…
My first, co-first author (with @jmourabarbosa), and about-to-be-printed paper is now online @NatureNeuro! 😍 For a tweetstorm of results, check out Joao's thread below!
Interplay between persistent activity and activity-silent dynamics underlies serial biases in #workingmemory https://t.co/wey3QWPeFJ https://t.co/c8WyxdJ67f
RT @jmourabarbosa: And here's link: https://t.co/nmE5WvL1dM
RT @jmourabarbosa: And here's link: https://t.co/nmE5WvL1dM
And here's link: https://t.co/nmE5WvL1dM
RT @ldallap1: Check it out: Interplay between persistent activity and activity-silent dynamics in the prefrontal cortex underlies serial bi…
RT @ldallap1: Check it out: Interplay between persistent activity and activity-silent dynamics in the prefrontal cortex underlies serial bi…
Interplay between persistent activity and activity-silent dynamics in the prefrontal cortex underlies serial biases in working memory - Nature Neuroscience via BrainSights for iOS https://t.co/MKlLQKrux5
Check it out: Interplay between persistent activity and activity-silent dynamics in the prefrontal cortex underlies serial biases in working memory https://t.co/u1u0ulSrOU Congrats, @jmourabarbosa and @heikecstein