Spinal Cord Stimulation Advances Improve Neural Interfaces
Multiple recent studies (2015–2025) compile advances in spinal cord stimulation, neuromodulation, and materials for long-term neural interfaces, including epidural, transcutaneous, and closed-loop approaches (Rowald et al. 2022; Nanivadekar et al. 2023; Powell et al. 2023). The references report clinical outcomes, device complications, and engineering advances in stretchable electrodes and biocompatible materials, informing future neuroprosthetics research and implementation.
Key Points
- 1Aggregates research (2015–2025) on spinal cord stimulation efficacy, complications, and device engineering
- 2Highlights clinical trials demonstrating motor and sensory restoration and blood-pressure regulation after neuromodulation
- 3Signals need for robust materials, chronic stability testing, and complication mitigation in device development
Scoring Rationale
Summary of peer-reviewed neuroprosthetics literature, but lacks unified novel findings and provides limited actionable clinical guidance.
Sources
Public references used for this report.
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