Happy to announce that our paper on EMG control of robots was recently published in Nature Partner Journal in Robotics!

Our research focuses on HDEMG--a wearable neural interface technology that decodes expressive gestures from the forearm. (1/4)

📄Paper: www.nature.com/articles/s44...

Come by our booth #12 at the European College of Sports Science #ECSS2025 in Rimini 🇮🇹

Learn on using #fNIRS #NIRS and/or #EEG #HDEMG to measure muscle or brain in #sportsscience, and try out Artinis & @Train.Red BV portable and wearable devices!

#WeAreSportScience

🔗 Read the full blogpost here: zurl.co/MIDOf

#NIRS #HDEMG #SportsScience #MuscleResearch #Multimodality #PortaMon #SPIRE #Biomechanics

👉 Interested in brain imaging too? Our Introduction to fNIRS course takes place the next day, on March 13th.

#Artinis #mNIRS #HDEMG #muscleresearch #workshop

✨ Integration
With our SAGA/APEX–Brite packages, integrated holders allow #fNIRS optodes and #EEG electrodes to be placed at the same spot. This simplifies setup and expands the possibilities of combining modalities.

#NIRS #HDEMG #multimodality #neuroscience #sportsphysiology

🔗 www.artinis.com/introduction...

Whether you're new to physiological measurements or looking to combine methods, our team is here to guide you every step of the way.

#NIRS #EEG #HDemg #Artinis #IntroCourse

#mNIRS #HDemg #MuscleResearch #Artinis #SportsScience #Neurophysiology

Interested in brain and muscle research? Join us for one (or two!) hands-on introduction days this November!

🟡 November 13: Introduction to muscle NIRS & HD-EMG
🔗 bit.ly/45YNWYl

🔵 November 14: Introduction to EEG
🔗 bit.ly/45UY30i

#NIRS #EEG #HDemg

shown in a naive soleus muscle, where a strong correlation was found between motor unit locations derived via hdEMG, and NMJ locations obtained from histology, highlighting their spatial relationship. This multimodal [7/9 of https://arxiv.org/abs/2502.18646v1]

through histological staining, normalizing them across multiple samples. Further, the algorithm successfully correlates spatial patterns with high density epimysial ElectroMyoGraphy (hdEMG) recordings, providing a multimodal [4/9 of https://arxiv.org/abs/2502.18646v1]