MEG network control analysis identifies contralateral temporal synchronization as a presurgical marker for hippocampal sparing in epilepsy. doi.org/10.1002/epi.70320 #epilepsy #ilae #epilepsiajourn #EpilepsySurgery #NetworkNeuroscience #TLE #BrainNetworks #HippocampalSparing

Research Article by J Braun et al. #Acutestress induces coordinated reorganization across interacting #brainnetworks 🧠 ow.ly/H9qq50YWcrn

What distinguishes the brain organisation of someone with Parkinson's disease from someone with Lewy body dementia? This Nature Communications study by Zarkali et al. uses diffusion and resting-state fMRI to map structural and functional cortical gradients — and finds they diverge significantly between PD and LBD. What strikes me is the implication: despite sharing alpha-synuclein pathology, the cortical reorganisation patterns suggest fundamentally different network-level vulnerability. LBD shows more pronounced disruption in higher-order association cortices, which aligns with the earlier and more severe cognitive decline we see clinically. The multiparametric MRI approach here — combining structural gradients with cytoarchitectural mapping — offers a framework for understanding why some patients with Lewy body disease develop dementia early while others maintain cognition for years. This has real potential for prognostic stratification. doi.org/10.1038/s41467-025-6… #ParkinsonDisease #LewyBodyDementia #Neuroimaging #Neurodegeneration #BrainNetworks

#ChronicPain #BrainCircuits #BrainNetworks jamanetwork.com/journals/jam… #SharedFacts from #HealthScience

How do neuromodulatory arousal systems shape intrinsic connectivity—modules or gradients? Join our Editors, Drs. Derek Smith and Jason S. Tsukahara, in Frontiers in Cognition's open Topic to answer this question. #cognition #BrainNetworks Read more ⬇️ fro.ntiers.in/ENyz2wLWYYb

Every thought, movement, and feeling begins in the brain. 🧠 #MEG helps us see those signals in action, providing vital insights that guide treatment for conditions like #epilepsy and support advances in #neurology. #neuroimaging #healthtech #brainmapping #brainnetworks

🧠 New IEEE J-BHI research introduces CFCDBN, a personalized brain network model capturing cross-frequency coupling alterations in adolescent anxiety disorders. 📄 Read more: bit.ly/4s3Qm0B. #IEEEEMBS #Neuroengineering #MentalHealth #BrainNetworks #IEEEPaper

Psilocybin-Induced Reorganization of Cortical Networks: Implications for Neuroplasticity and Psychiatric Therapeutics Find More Research: pubmed.ai/?utm_source=X&utm_… Recent mechanistic work reveals that psilocybin promotes long-lasting structural remodeling of cortical networks through activity-dependent pathways. Beyond its acute psychedelic effects, psilocybin engages 5-HT₂A receptors, modulates neurotrophic signaling, and enhances the flexibility of large-scale circuits implicated in mood and cognition. Research highlights: • Evidence from fMRI and network-level analyses shows persistent connectivity reorganization after dosing. • Cellular studies indicate involvement of neurotrophic cascades that support dendritic and synaptic plasticity. • Clinical data in MDD and TRD suggest that network-level changes correlate with enduring therapeutic outcomes. • Active exploration of nonhallucinogenic derivatives aims to decouple therapeutic plasticity from subjective psychedelic experiences. • Priority gaps include temporal mapping, mechanistic dissection, and translation into reproducible clinical frameworks. #Neurobiology #ClinicalNeuroscience #Psychedelics #MDD #TRD #BrainNetworks #ResearchCommunity

🧠✨ Did you know your brain isn’t just one network—it’s 17 (Yeo networks) systems, each wired for a purpose? Here’s the breakdown ⬇️ 🔹 Sensory & Motor (1,2,3,4,6,9) 👀 Central Visual → detail focus 🌌 Peripheral Visual → movement wide view 💪 Somatomotor Dorsal → arms & upper body 🦶 Somatomotor Ventral → feet mouth 🧩 Association → complex coordination 👂 Auditory → hearing sound 🔹 Executive Control & Attention (5,7,8,11,12) 🎯 Dorsal Attention → goal‑directed focus 🔔 Ventral Attention → alert to change 🧠 Frontoparietal 1 & 2 → planning, memory, problem‑solving 🔹 Default Mode & Integration (13,14,15,10,16,17) 🌐 DMN 1 → self, memory, future thinking 🤝 DMN 2 → social mind 📖 DMN 3 → episodic memory imagination 💓 Limbic → emotions social behavior ⚡ Cingulo‑Opercular → task control switching 💡 The 17 Yeo networks = your brain’s operating system. 👉 Somehow this relates to individual subjective experience! #BrainScience #NeuroScience #BrainNetworks #YeoAtlas #CognitiveScience #MindAndBrain #Neuroconnectivity #BrainMapping #PsychNeuro #ScienceCommunication

This can be viewed as if those neurons form a meta-neuron each, with a data backbone running between them. Another way to see it is that these neuron blobs form abstractions of distinct domains. And communication happens at the level of abstractions, not at the level of their individual elements. #BrainNetworks #NeuroArchitecture

A fundamental principle of brain organization: distance matters. 🧠 The probability of two neurons connecting decreases the farther apart they are. Shaping connectivity, communication, learning & memory. #Neuroscience #BrainNetworks #Synapse #Cognition frontiersin.org/journals/com…

Check out the 4D Lab’s latest blog by @kaysonfakhar on their website relating to their research funded by @templetonworld: brainwiring.net/post/how-did… #brainnetworks #socialnetworks #brainwiring

#BrainImaging Series-4 🔹 Investigating visual white matter pathways in cerebral visual impairment (CVI) using diffusion tractography 🔹 Mapping small-world network changes after concussion with graph theory-based analysis 🔹 Analyzing amygdala-centered functional connectivity in primary angle-closure glaucoma (PACG) via resting-state fMRI 🔹 Comparing structural brain networks in subjective cognitive decline (SCD) with and without APOE ε4 Explore the full collection: 1️⃣ Aberrant White Matter Development in Cerebral Visual Impairment: A Proposed Mechanism for Visual Dysfunction Following Early Brain Injury:doi.org/10.31083/j.jin230100… 2️⃣Acute Changes in the Resting Brain Networks in Concussion Patients: Small-World Topology Perspective ：doi.org/10.31083/j.jin230101… 3️⃣ Altered Resting-State Amygdalar Functional Connectivity in Primary Angle-Closure Glaucoma Patients：doi.org/10.31083/j.jin230407… 4️⃣ Characteristics of the White Matter Structural Network in Individuals with Subjective Cognitive Decline with and without APOEε4 Based on Graph Theory Study：doi.org/10.31083/j.jin230611… 👉 You're warmly welcome to read, share, and cite these articles! #Neuroimaging #BrainNetworks #CVI #Concussion #Glaucoma #SCD #APOE #fMRI #GraphTheory #DWI

🧠 Brain Conference Wrap-up: Days 1 & 2 🇩🇰 Live from Rungsted Kyst, Denmark, where our newest cohort of #BrainConference attendees just finished their first two days of presentations and networking events! 🌟 Among the many interesting discussions that have taken place since the start of the conference, we got to hear about: 🔸 Attractors and computation: How stable activity patterns in neural networks support memory, perception, and decision-making. 🔸 Circuits to behaviour: From the building blocks of #NeuralCircuits to complex cognitive functions and behavioral outputs. 🔸 Large-scale structures: Understanding #BrainNetworks and their role in functional integration. @lundbeckfonden @naddenmark #TheBrainConference #Neuroscience #NeuroscienceConference #TheoreticalNeuroscience

🌟 The afternoon session at TopoNets 2025 is underway! We're kicking off with Maria Pope talking about higher-order information theory and its applications to brain networks 🧠📈 #TopoNets2025 #NetSci2025 #HigherOrder #BrainNetworks

🧠 Our first invited speaker, Marilyn Gatica, is now on stage! She’s exploring the impact of higher-order interactions on brain analysis — a perfect start to TopoNets 2025. #TopoNets2025 #NetSci2025 #BrainNetworks #HigherOrder

New study reveals how voluntary vs. enforced exercise shapes brain network biomarkers and MRI signatures in a mouse model of Alzheimer’s disease. Exercise modality matters for neuroprotection! sciencedirect.com/science/ar… #Alzheimers #Neuroimaging #BrainNetworks #ExerciseScience

🚀 Excited to share our new Advanced Science paper! @WileyGlobal With @LeonardoBo92, we present FREQ-NESS: a novel method to map the brain’s functional organisation as a landscape of frequency-specific networks. 🧠 #Neuroscience #MEG #BrainNetworks #FREQNESS 🧵 👇

Using hyperbolic embeddings of #BrainNetworks, scientists can identify regions of the brain affected by neurodegeneration in #Alzheimers, shedding light on connectivity patterns involved in #brain diseases. 🧠 Read the paper: go.aps.org/4iQdqL4 #neuroscience #physics

Published! Curious about assessing #energy of #brainnetworks in your studies? Our innovative framework provides insights into enhancing #neurobiomarkers, advances understanding of #brain & #cognitive mechanisms, and sheds new light on #braindynamics. nature.com/articles/s41598-0…