BCBlab
@BcBlab
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Joined September 2017
👀 AHEAD OF PRINT 👀 #Language in the #brain isn’t limited to isolated regions—it’s a #dynamic #network of #cortical, #subcortical, and white matter #pathways. A new collection of studies mapping the #language #systems is coming out in @BrainStrucFunc 🔗 https://t.co/bVUtI24qI6
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Perspective piece on anosognosia as a driver of cognitive decline in Alzheimer's disease due to early amyloid-β deposits in the posterior cingulate cortex 🧠💭 @valepacella @IussIcon @BCBlab @CNSeminars
https://t.co/4B6xAj2gS4
nature.com
Communications Biology - This article advances the view of anosognosia as a driver of cognitive decline in Alzheimer’s disease, due to early amyloid-β deposits in the posterior cingulate...
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Why go slow? The disconnectome morphospace meets deep learning to accelerate predictions, thanks to the work of the talented @ANNAMTSV at @BcBlab . Congratulations! @braincomms
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6️⃣ 🧠 How do #connections within the brain give rise to complex #functions? @MichelTdS dives into the #emerging #properties of the #connected #brain #Brainhack #Neuroscience #BrainConnectivity 🎥 https://t.co/lHr509Ciy6
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Stuttering: An enigma of #brain & #behaviour. Early brain changes may predict #stuttering in kids; #recovery links to #neural #connectivity. #Therapy reshapes adult #networks, but causes remain mysterious --> #Neuroccino 🔗 https://t.co/ezzwQdoElI 🎥 https://t.co/nAqgXt1aKF
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🧩Unlocking the brain's mysteries: A new framework predicts cognitive functions and maps out human thoughts, in @NatureComms by @MichelTdS, @valepacella, @VNozais and @lia_talozzi 📍"The #morphospace of the #brain-cognition organisation" :
🧠🔍 Ever wondered if we can read the mind while watching videos? Our new paper explores the brain's "morphospace" to predict inner thoughts & mental states in real-time! 🎥Dive into the future of cognitive decoding 👉 https://t.co/gR3L5bilII
#Neuroscience #BrainDecoding #AI
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🤖#AI revolutionizes stroke recovery: Predicting long-term outcomes with deep-learning disconnectomes ! 📰New article published in @braincomms by @ANNAMTSV, @lia_talozzi, @MichelTdS and @FoulonChris ! 📍For more : https://t.co/4X5ZKRq1ea
@Neuro_Bordeaux | @CNRSAquitaine @CNRS
🚨 New Publication Alert! 🚨 Our latest research presents a deep learning approach to predict long-term post-stroke symptoms using disconnectome maps. 🧠🤖 Deep-disconnectomes outperform conventional methods in accuracy and efficiency! Read more:
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Discover @MichelTdS - EiC at @BrainStrucFunc -giving his talk on mapping #functions on the #white #matter and its implications for understanding brain #connectivity.
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We are on summer break 🌞 but have been busy recording lectures for you! Here is the #International #Symposium on #Brain #Structure & #Function from the #NIPS in Okazaki, Japan, July 2024. Watch the talks #OnDemand on our channel: https://t.co/osawpCRCj7. List of talks below 👇
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Hi all, we still accept registration for International Symposium on Brain Structure and Function: https://t.co/pucqnNqGdM Note that we also have a remote attendance option. No registration cost is needed.
nips.ac.jp
Takemura Laboratory's Seminar - International Symposium on Brain Structure and Function
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Amazing diffusion MRI resource showing incredible anatomical detail. Chimpanzee Brain Connectivity Atlas and MRI data available online: https://t.co/9uwfybYjPp . Many thanks to all members of the Evolutionary Brain Connectivity (EBC) Consortium!
openscience.cbs.mpdl.mpg.de
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Who doesn't ❤️Neuroanatomy and tractography? A new collection is born in BSAF! Check it out: https://t.co/goEM5O7yak
@thiquemat @maxdescoteaux @kurtschilling5 + Hiromasa Takemura
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Next up, we hosted @MichelTdS live from our #Brainhack in Padua, giving his overview on all things #Diffusion and #Tractography. Rewatch on demand here: https://t.co/zpd6cuR6WW
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Excited to see this work out from @dlouiscollins lab out in @ApertureOHBM !! 👇🏾👇🏾
Are you seeking ways to efficiently quality control your MRI scans? In our latest article, Fernandez-Lozano et al. present Qrater, a web-based #python application for viewing and assessing MR images https://t.co/MZ7P7U1ztF
@dlouiscollins @DadarMahsa @fMRI_today @mallarchkrvrty1
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🚨🚨New paper alert ‼️ 🚨🚨 Our latest work's out on eLife! ft. @the_mindwanders, @DanielMargulies, @MichelTdS, @aidanhorner, @tom_hartley, @zhiyaogao, @SliwinskaM, @dk_varga, D Pitcher, K Krieger-Redwood & B Jefferies. https://t.co/fPvVK7P6P7 (Good read for #OHBM flight!) ⇣ 🧵
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🎉 So proud of @EvaGuzmanChacon and @marcelaovando for masterfully summarising a year of discussions in @CNSeminars 's #Neuroccino in one fantastic paper for @BrainStrucFunc! 🌟 🔗 https://t.co/JmGtASSSsG
#paperpitch in <3 minutes: 🎥 https://t.co/fMEjRbfuWD
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By our EBM @MichelTDS's team: Integration of functional, structural & neurochemical data proposes a framework to the neural basis of attention across different species & neurological diseases: @pedro_n_alves @StephForkel @MauCorbetta @BcBlab @imn_research
https://t.co/ZRJDxjrtew
nature.com
Communications Biology - Integration of functional, structural, and neurochemical data proposes a framework to comprehensively understand the neural basis of attention across different species and...
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Our body shapes the way we experience the world and in our latest study we show that it can bend time! Enjoy your new Christmas read on @SciReports
https://t.co/BKmC5jFNk3
@ValeMoroUnivr @Scandle @maddalenabecc @NpsyVr @BcBlab
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@valepacella @SciReports @Scandle @maddalenabecc @NpsyVr @BcBlab Embodiment facilitates temporal discrimination in right hemisphere and anosognosic patients but not in left brain damaged patients. Thanks ti @valepacella @MicheleScandola @maddalena beccherle and all the npsy.lab friends
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Join us tomorrow at 4 PM Amsterdam time for a fascinating seminar on #Brain #Microstructure Imaging with #MRI, presented by @MarcoPalombo3! Dive into the complexities of the brain and discover cutting-edge MRI techniques. Don't miss out! 🧠 Live Stream: https://t.co/ihse2SRNRD
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