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#eeg

4 posts3 participants0 posts today
Public
froggfish

A milestone in the global energy transformation is celebrating its birthday: The EEG turns 25

Today is an important anniversary: The German Renewable Energy Act entered into force 25 years ago. @~Heinrich Bartelt has written an article about this milestone and about its achievements: wwindea.org/EEGturns25

wwindea.orgA milestone in the global energy transformation is celebrating its birthday: The EEG turns 25
#WWEA#EEG#RenewableEnergyAct
Public
Green Planet Energy eG

🎉 Happy birthday, 25 Jahre #EEG! Am 1. April 2000 startete das Erneuerbare-Energien-Gesetz – und revolutionierte Deutschlands Strommix: auf heute 60 % Ökostrom in 25 Jahren! 🌍⚡
1️⃣ Bürger:innen wurden zu Energieproduzenten
2️⃣ Über 100 Länder kopierten das EEG-Modell
3️⃣ Solar- und Windstrom sind heute die günstigste Energie
Unsere Vorschläge für die Zukunft des EEG: green-planet-energy.de/presse/

Public
Mentalab

🧠 Struggling with ExG artefacts?

Motion, muscle activity & noise can distort brain- and biosignals. Our new HAPPILEE-based artefact removal pipeline helps clean Mentalab Explore Pro data automatically—so you can focus on insights, not artefacts!

✅ Removes noise, preserves neural signals
✅ Open-source & Python-based
✅ Seamless ExG pipeline integration

🔗 Learn more: wiki.mentalab.com/applications

What’s your biggest challenge in EEG signal processing?

results of reducing artefacts using HAPPILEE
#EEG#Neuroscience#ArtefactRemoval
Public
Mentalab

🐍 MNE-Python & Mentalab Explore Pro—A Perfect Match! 🧠

You can integrate Explore Pro directly with MNE-Python, the leading framework for EEG/MEG analysis.

✅ Real-time & offline processing (stay tuned for more!)
✅ Seamless data acquisition & analysis
✅ Compatible with standard EEG pipelines and open file formats

Take your EEG research to the next level! Cutting-edge brain research has never been more accessible!

🔗 Learn more: wiki.mentalab.com/integrations

Logo of MNEPython
#EEG#MNEPython#Python
Public
Giulio Gabrieli

🔥 I did a thing! 🔥

Here is my new preprint on a non-invasive, high-resolution method to map spinal cord activity! 🧠⚡🦴

What you can find:

📍Cool figures!
📍 attention modulation of spinal activity (yes, spinal!)
📍 Cool videos in the suppmat

🚀 Read it here: biorxiv.org/content/10.1101/20

bioRxiv · Electrical Spinal Imaging (ESI): Analysing spinal cord activity with non-invasive, high-resolution mappingThe spinal cord is the key bridge between the brain and the body. However, scientific understanding of healthy spinal cord function has historically been limited because noninvasive measures of its neural activity have proven exceptionally challenging. In this work, we describe a novel recording and analysis approach to obtain non-invasive, high-resolution images of the electrical activity of the spinal cord in humans (Electrical Spinal Imaging, ESI). ESI is analytically simple, easy to implement, and data-driven: it does not involve template-based strategies prone to produce spurious signals. Using this approach we provide a detailed description and physiological characterization of the spatiotemporal dynamics of the peripheral, spinal and cortical activity elicited by somatosensory stimulation. We also demonstrate that attention modulates post-synaptic activity at spinal cord level.  Our method has enabled four new insights regarding spinal cord activity. (1) We identified three distinct responses in the time domain: sP9, sN13 and sP22. (2) The sP9 is a traveling wave reflecting the afferent volley entering the spinal cord through the dorsal root. (3) In contrast, the sN13 and sP22 reflect segmental post-synaptic activity. (4) While the sP9 response is first seen on the dorsal electrodes ipsilateral to the stimulated side, the sN13 and sP22 were not lateralised with respect to the side of stimulation. (5) Unimodal attention strongly modulates the amplitude of the sP22, but not that of the sP9 and sN13 components. The proposed method offers critical insights into the spatiotemporal dynamics of somatosensory processing within the spinal cord, paving the way for precise non-invasive functional monitoring of the spinal cord  in basic and clinical neurophysiology. ### Competing Interest Statement The authors have declared no competing interest.
#Neuroscience#SpinalCord#EEG
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