Hi all! Please RT! We are new to twitter. Could you help our training network get connected with the #NetworkNeuroscience community - f)MRI, M/EEG, in-vivo recordings, analysis, modelling, network modulation with optogenetics and/or neurostimulation neurological disorders, & more

About to join the mentoring program of OHBM Australia with Alex Fornito and @peter_goodin as my mentors! Great opportunity to learn and network with other people in the field!

After our recent work in scale-free coupled dynamics we decided to expand a bit further. In our latest publication we show MRCSA can separate the scale-free from the oscillatory components of EEG. #AcademicEEG #EEGTwitter tinyurl.com/46pkb8wd

Recently we started using the detrended cross-correlation coefficient for the estimation of non-stationary coupled dynamics. We decided to make a fast and efficient real-time implementation of it. AcademicEEG #NeuroTwitter lnkd.in/dqBckx_Y

Hey AcademicEEG What function can I use to calculate cross spectral density in R? I am looking something similar to "cpsd" in MATLAB.

I just published an implementation of IRASA in R (github.com/orestis-stylia…). IRASA separates the scale-free (fractal) from the oscillatory component of neurophysiological signals. Details about the method: link.springer.com/article/10.100… AcademicEEG #EEG

Hey, AcademicEEG on the 15th of September at 4 PM (CET) I will be defending my PhD titled "Scale-Free Functional Connectivity Of Brain Networks Revealed By Electroencephalography" Anyone interested can send me a DM for the Zoom link and extra information! #neuroscience

Here is to the very first Retune Hackathon! Such an intense and rewarding experience! Here are some stats: 21 people 46 h 4 projects 60+ Git commits 2 *merged* pull requests 1 issue opened

Here we explored how the multifractal functional connectivity changes after dopaminergic treatment (DT) in #Parkinsons patients. After DT the constructed networks are more connected/integrated and less segregated. tinyurl.com/29me9cbr Petra Ritter AcademicEEG

Poll: RT for visibility please Since the NeuroImage editorial board resigned I am ______ to submit my papers to NeuroImage (the Elsevier journal)

📢📢Brand New #CallForPapers focusing on #neurostimulation in #aging! 📢📢 Read more at the link⤵ springer.com/journal/11357/… Orestis Stylianou, MD PhD GIANLUCA SUSI Zoltan Ungvari

Some authors with papers under review at NeuroImage have asked to transfer over, into review at Imaging Neuroscience. We are now ready for this. Please include all information about your review process to date in a cover letter, and submit at: janeway.imaging-neuroscience.org

📢New #CallForPapers focusing on #neurostimulation in #aging! 📢 Read more in the🧵and submit 📩at the link⬇️ springer.com/journal/11357/… Orestis Stylianou, MD PhD GIANLUCA SUSI Peter-Mukli #brainstimulation #brainfunction #memory #magneticstimulation #centralnervoussystem #agerelatedmemorydecline

Using MRCSA we separated the oscillatory and scale-free components of the auto- and cross-spectral exponents (βxy) of resting-state EEG. Several regions and connections show decreased βxy during aging. tinyurl.com/3akzenc6 #AcademicTwitter #neuroscience

📢New #CallForPapers focusing on #neurostimulation in #aging! 📢 Read more in the🧵and submit 📧at the link⬇️ springer.com/journal/11357/… Peter-Mukli Orestis Stylianou, MD PhD GIANLUCA SUSI #brainstimulation #brainfunction #memory #magneticstimulation #centralnervoussystem #agerelatedmemorydecline

Great start for 2024! Here we explore the detrended cross-correlation coefficient of young and elderly EEG. Differences can be seen across the whole cortex, but most importantly across several temporal scales. tinyurl.com/4x329934

📢 #CallForPapers focusing on #neurostimulation in #aging! 📢 Read more in the comments and submit 📧at the link⬇️ springer.com/journal/11357/… #brainstimulation #brainfunction #deepbrainstimulation #memory #magneticstimulation #centralnervoussystem #agerelatedmemorydecline

In our latest preprint we introduce the Multiscale Detrended Cross-Correlation Coefficient (MDC3), a new (and better) method for estimating functional connectivity in non-stationary signals like EEG, MEG and fMRI. Petra Ritter GIANLUCA SUSI shorturl.at/noPY3

Here we explore the whole-body networks (Brain, Heart and Lungs) of young and elderly people. We found that our methodology captures significant differences between the two groups as well as correlations with cognitive tests. MHB Fontane tinyurl.com/54m9zk9k