- Spine
- Pain
- Neural Engineering
The Forgotten Corridors: Rediscovering Neuromodulation Pathways from Gutter Stimulation to Ventral Cord Stimulation
Details
- Date
- Saturday, January 23, 2027
- Time
- 4:00 PM – 5:30 PM
- Room
- Neopolitan Ballroom III & IV
- Session type
- Concurrent Session
- Schedule
- See this day
About
Neuromodulation has traditionally focused on stimulation of the dorsal columns, yet chronic pain processing involves multiple spinal cord circuits. Growing interest is emerging in previously overlooked anatomical corridors, including the dorsal root entry zone (DREZ) and the lateral spinal cord "gutter," where primary afferent fibers enter the spinal cord and interact with dorsal horn networks. These regions may represent precision targets for modulating segmental nociceptive processing. Similarly, ventral and ventrolateral spinal cord regions, historically avoided due to motor activation, may provide opportunities for intentional engagement of descending modulatory and propriospinal circuits. With advances in lead design and programming, these areas can now be explored more safely and selectively.
Learning objectives
- Describe the anatomical and physiological significance of the DREZ and spinal cord gutter as neuromodulation targets.
- Explain the rationale for ventral and ventrolateral spinal cord stimulation.
- Discuss emerging techniques for hybrid and multimodal neuromodulation strategies.
Faculty
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Lawrence Poree, MD PhD MPH
Professor, Director of Neuromodulation, Center for Pain Medicine
University of California at San Francisco · San Francisco, California
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Philippe Rigoard, MD-PhD
Head of departement
Poitiers Hospital University · Poitiers, Poitou-Charentes
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Gustaf M. Van Acker, MD PHD
Assistant Professor
The MetroHealth System/Case Western Reserve University · Cleveland, Ohio
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Presentations
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Welcome
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Highest Ranking Oral Abstracts
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The Forgotten Corridors: Gutter Stimulation and the DREZ as a Precision Target
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Ventral and Ventrolateral Cord Stimulation: From ‘motor Side Effects’ to Intentional Circuit Engagement
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Hybrid and Multimodal Neuromodulation: Layered Control of Pain Networks
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Closing Discussion