02/03/2026
🧠New research spotlight: EEG methods for DBS applications
A recent paper in Computational and Structural Biotechnology Journal (Oct 2025) presents a new method for analyzing event-related potentials (ERPs) during high-frequency deep brain stimulation (DBS). What makes this especially interesting is the technical challenge it tackles: recording usable EEG signals in the presence of strong DBS artifacts—one of the hardest environments for neural data acquisition.
The study used a NeurOne Tesla EEG system (Bittium, Finland) with high-sampling acquisition to isolate stimulation-locked brain responses and improve ERP analysis around DBS offset.
This kind of work is an important step toward:
• Better understanding neural mechanisms during stimulation
• Improving closed-loop neuromodulation systems
• Bridging clinical neurostimulation with real-time brain monitoring
It’s exciting to see EEG hardware being pushed into increasingly complex, real-world clinical paradigms like DBS.
📄 Paper: A method for analyzing the ERP associated with high frequency ANT DBS offset
🔗 https://jalimedical.com/ -bulletin
