Greenville Neuromodulation Services
Greenville Neuromodulation Center is dedicated to advancing neuromodulation therapies, particularly deep brain stimulation (DBS), through clinical care, research, education, and technology development. They focus on improving the lives of adults with movement disorders and provide training for professionals worldwide. The center emphasizes the importance of precision in DBS procedures, responsible research practices, and ethical considerations in treatment options. They also explore innovative surgical approaches, neurophysiological monitoring, and ethical considerations in DBS lead implantation, aiming to optimize patient outcomes while minimizing risks.
Industries
Nr. of Employees
small (1-50)
Products
Web-based remote expert consultation platform
A web platform enabling remote expert input, real-time intraoperative support and distance-assisted follow-up to extend specialist access to surgical teams.
Clinical programming documentation and DBS algorithms
Published programming algorithms, checklists, downloadable forms and adverse-effect indexing materials to support standardized DBS programming and clinician education.
Web-based remote expert consultation platform
A web platform enabling remote expert input, real-time intraoperative support and distance-assisted follow-up to extend specialist access to surgical teams.
Clinical programming documentation and DBS algorithms
Published programming algorithms, checklists, downloadable forms and adverse-effect indexing materials to support standardized DBS programming and clinician education.
Services
Assessment of DBS candidates, surgical planning, lead implantation coordination, and postoperative management including programming and follow-up.
On-site and remote real-time physiological monitoring during DBS implantation, including MER, test stimulation, and remote expert support for surgical teams.
Outpatient and on-site programming services to optimize stimulation parameters and provide device selection guidance for different lead and implant configurations.
Three-day intensive, case-based course covering MER systems, electrophysiology foundations, targeting workflows, intraoperative artifact management, case workshops, postoperative outcomes and DBS programming; includes tuition, registration, and scholarship opportunities.
Consultative services for image-based surgical targeting and coordination with stereotactic frame fabrication or vendor partners to integrate targeting with intraoperative monitoring workflows.
Comprehensive cognitive and mood assessment services to identify risks, establish baselines, and inform perioperative and postoperative planning for neuromodulation candidates.
Assessment of DBS candidates, surgical planning, lead implantation coordination, and postoperative management including programming and follow-up.
On-site and remote real-time physiological monitoring during DBS implantation, including MER, test stimulation, and remote expert support for surgical teams.
Outpatient and on-site programming services to optimize stimulation parameters and provide device selection guidance for different lead and implant configurations.
Three-day intensive, case-based course covering MER systems, electrophysiology foundations, targeting workflows, intraoperative artifact management, case workshops, postoperative outcomes and DBS programming; includes tuition, registration, and scholarship opportunities.
Consultative services for image-based surgical targeting and coordination with stereotactic frame fabrication or vendor partners to integrate targeting with intraoperative monitoring workflows.
Comprehensive cognitive and mood assessment services to identify risks, establish baselines, and inform perioperative and postoperative planning for neuromodulation candidates.
Expertise Areas
- Deep brain stimulation clinical management
- Intraoperative neurophysiological monitoring (IONM)
- Microelectrode recording–based surgical targeting
- DBS device programming and parameter optimization
Key Technologies
- Deep brain stimulation (DBS)
- Microelectrode recordings (MER)
- Multi-channel microelectrode arrays
- Local field potential (LFP) recording and analysis
News & Updates
GNC will offer a three-day intensive course on intraoperative neurophysiological monitoring for DBS, with scholarships available.
Discussion on the challenges and considerations in DBS lead implantation surgery, including statistical analysis and surgical methodology.
Explores the importance of microelectrode recordings in DBS targeting and the technical considerations involved.
Discusses the differences between accuracy and precision in DBS targeting and the implications for clinical outcomes.
Provides practical advice and considerations for DBS lead implantation surgery to improve success rates.
Analyzes the diversity of surgical approaches to DBS lead implantation, emphasizing the importance of microelectrode recordings.
GNC will offer a three-day intensive course on intraoperative neurophysiological monitoring for DBS, with scholarships available.
Discussion on the challenges and considerations in DBS lead implantation surgery, including statistical analysis and surgical methodology.
Explores the importance of microelectrode recordings in DBS targeting and the technical considerations involved.
Discusses the differences between accuracy and precision in DBS targeting and the implications for clinical outcomes.
Provides practical advice and considerations for DBS lead implantation surgery to improve success rates.
Analyzes the diversity of surgical approaches to DBS lead implantation, emphasizing the importance of microelectrode recordings.