Multi-Site Brain Communication

A DFG funded Collaborative Research Center for Neuroscience and Medicine to understand multi-site communication in the brain and its pathologic alterations.

[Multi-Site Brain Communication @SFB_936]

Results show that with increasing frequency, the structure-function relationship gets even stronger‼️
Intrinsic coupling is dominated by direct, short-distance connections!

Are biophysical models going to be able to reliably reproduce this? For now, no...

[Multi-Site Brain Communication @SFB_936]

Are intrinsic coupling modes related to structural connectivity in the🧠? YES‼️
Extensive work using high-resolution micro-ECoG and MRI measurements by Arnaud Messé & amazing collaboration btw @ICNS_Hamburg @BorrellLab @NeuroSpin_91 @institutpasteur https://t.co/8EgTwhG7jc

[Multi-Site Brain Communication @SFB_936]

New publication shows that deficit-dependent cortical reorganization after stroke is characterized by microstructural changes in a secondary motor area
by @_PawelWrobel & many others from @HamburgNeuro & @PNL_BWH_Harvard
https://t.co/Dz3idDJ9mP

[ICNS (Institute of Comput Neurosci, UKE Hamburg) @ICNS_Hamburg]

Want to know how envelope and phase couplings are related to brain anatomy? Check out our freshly paper out in NeuroImage!
https://t.co/KbKsbplEj4

[@BrainComms @braincomms]

Wrobel et al. report that the contralesional ventral premotor cortex may constitute a key area susceptible to stroke-related alterations in cortical microstructure as measured by diffusion MRI, which might be linked to preserved motor functions. @SFB_936 https://t.co/3ouvYkhkiI

[Multi-Site Brain Communication @SFB_936]

We are happy to present today's talk of the SFB 936 lecture series:

Prof. Dr. Bratislav Misic:
"Tools for multi-scale, multi-modal annotation of brain networks"

📍May 22nd, 2023
⏰5 pm CEST
👥Online

https://t.co/TIqRZ2eHfC

[Multi-Site Brain Communication @SFB_936]

This study by @_mpetersen et al. demonstrates a link between functional and structural brain network topology and age effects on cortical thickness. Regional age-related differences are strongly correlated within the structurally defined node neighborhood.
https://t.co/Rndrp8tMFK

[HanganuOpatzLab @HanganuOpatzLab]

Read about the exciting results of our @ERC_Research project 🤩‘Cellular substrate of abnormal network maturation in neuropsychiatric disorders’
https://t.co/BvBSiJx8LN

Thanks to the #ERC for funding this high-risk project and @CORDIS_EU for publishing!

[Multi-Site Brain Communication @SFB_936]

👉Prof. Dr. Daniele Marinazzo @dan_marinazzo
"(Higher-order) informational interactions: ideas, implementations, and applications in neurosciences and behavioral sciences”

📅April 17th, 2023
⏰5 pm
📍Hamburg, UKE CAMPUS - N55 - Room 310/11
▶️ & online

https://t.co/TIqRZ2ff5a

[HamburgNeuro @HamburgNeuro]

Congratulations to @HanganuOpatzLab and @for5159 for this exciting publication! https://t.co/lDM3JT6mKJ

[Multi-Site Brain Communication @SFB_936]

Check out how episodic #SpatialMemory might be formed!
About cFos-expressing granule cells and navigation in freely swimming mice…
By PJ Lamothe-Molina @neuronblaze from @OertnerLab and many others:
paper https://t.co/UMxpbcrzpH @NatureComms

[Kayson Fakhar @Kaysonfakhar]

We @ICNS_Hamburg and @SFB_936 are hosting @dan_marinazzo on Monday, who is giving us an overview on "(Higher-order) informational interactions: ideas, implementations, and applications in neurosciences and behavioral sciences." It's a hybrid event so DM me if you want to join.

[FOR5159 @for5159]

Literature highlight of the week: Using multiple-electrode recordings from PFC of rhesus monkeys performing working memory tasks, Lundqvist et al. propose a new concept of spatial computing where beta and gamma interactions cause item-specific activity.

https://t.co/Hpa16TOhbp

[Multi-Site Brain Communication @SFB_936]

Happy to announce the next talk of the SFB 936 lecture series:

Prof. Dr. Thomas Mrsic-Flogel
from @SWC_Neuro , University College London

👉" How the brain transforms sensory input into choice”

📍Monday, March 27th, 2023
⏰5pm CEST, online

https://t.co/TIqRZ2ff5a

[Hanna Braaß @BraaHanna]

New preprint out on the influence of contralesional motor network changes on outcome after severe stroke @rschulzuke @chrisgerloff
https://t.co/hLd29xof4v

[Stefanie Brassen @stefaniebrassen.bsky.social @StefanieBrassen]

PhD position (75%) in my group at @SysNeuroHamburg as part of the @sfb_trr289
Please spread the word 📢

[Multi-Site Brain Communication @SFB_936]

Today's talk of the SFB 936 lecture series:

Prof. Dr. Miguel Castelo-Branco
"Neural mechanisms underlying visual plasticity in health and disease, during development and in adulthood”

📍March 20th 2023
⏰5 pm
🏠Hamburg, UKE CAMPUS - N55 - Room 310/11

👉https://t.co/TIqRZ2eHfC

[Robert Schulz @rschulzuke]

New preprint out on cortico-spinal interactions during force generation in healthy participants! @SFB_936 @C_Buchel @chrisgerloff
https://t.co/ejx6KDEBua

[ICNS (Institute of Comput Neurosci, UKE Hamburg) @ICNS_Hamburg]

Thank you again to @PessoaBrain for your greatly stimulating lecture on the #EntangledBrain in the @SFB_936 seminar series!
Video is now available here: https://t.co/01zhyrbDq7

[Multi-Site Brain Communication @SFB_936]

It's today‼️
SFB 936 lecture series:
Prof. Dr. Luiz Pessoa @PessoaBrain

"The entangled brain: the integration of emotion, motivation, and cognition”

📍Monday, January 30th, 2023
⏰5pm CET, online

👉https://t.co/TIqRZ2eHfC