DBS Lead Evoked Potentials (DLEP)
Only on Neuro Omega Pro
- Record oscillatory, time-locked responses in STN or GPi motor regions immediately after DBS pulse trains.
- Capture DLEP in asleep or awake DBS workflows.
- Rank contacts by response magnitude and latency to predict long-term efficacy.
- Supported by published evidence demonstrating superior predictive value over spectral (beta) and anatomical-only methods.
Contact Ranking Predictive Value (Xu et al., 2022):
DLEP recordings show up to 100% accuracy in localizing motor STN regions, enabling precise placement and better long-term outcomes (Opri et al., 2025).
LFP Hotspots - Seamless Handoff to Neurology
Elevate Programming with Physiological Insight
Traditional DBS programming often depends solely on image guidance or monopolar reviews.
LFP Hotspots from Neuro Omega Pro integrate intraoperative data into neurology workflows, turning complex signals into simple, color-coded maps.
Key Benefits
- Actionable Insights – visualize ring-level and directional biomarkers associated with patient symptoms and disease state.
- Complement Existing Methods – combine physiological and anatomical data for confident programming.
- Patient-Centered Precision – tailor stimulation to each patient’s unique physiology.
- Simplified Interpretation – heat-map visualizations require no advanced training.
Integrate LFPs into Any Workflow: Supports all major DBS systems (Medtronic, Boston Scientific, Abbott, PINS, and SceneRay).
Add physiological context to familiar programming interfaces for a more complete therapeutic picture.
Pro Tablet — Bedside Testing and Reporting
- Monopolar Review on Any DBS Lead – simple, intuitive testing at the bedside.
- Clinic-Ready OR Reports – export structured data to guide initial programming and validate adaptive DBS contacts.
- Team Alignment – bridges surgery and neurology teams with consistent intra-op to follow-up data.
References:
1. Opri E, Isbaine F, Borgheai SB, Bence E, Deligani RJ, Willie JT, Gross RE, Yong NA,
Miocinovic S. Deep brain stimulation-induced local evoked potentials outperform
spectral features in spatial and clinical STN mapping. medRxiv [Preprint]. 2025 Jun
16:2025.06.14.25329308. doi:10.1101/2025.06.14.25329308. PMID: 40585130;
PMCID: PMC12204254.
2. Xu SS, Lee WL, Perera T, Sinclair NC, Bulluss KJ, McDermott HJ, Thevathasan W. Can
brain signals and anatomy refine contact choice for deep brain stimulation in
Parkinson's disease? J Neurol Neurosurg Psychiatry. 2022 May 19:jnnp-2021-
327708. doi: 10.1136/jnnp-2021-327708. Epub ahead of print. PMID: 35589375.
