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Fluoroscopic-guided cervical spinal cord <t>stimulator</t> placement. (A) Lateral view of the cervical spine showing the spinal cord stimulator leads within the epidural space to the level of C1-C2. (B) AP view of the spinal cord stimulator leads entering the epidural space at T1-T2 and traveling cephalad to the level of C1-C2.
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Fluoroscopic-guided cervical spinal cord <t>stimulator</t> placement. (A) Lateral view of the cervical spine showing the spinal cord stimulator leads within the epidural space to the level of C1-C2. (B) AP view of the spinal cord stimulator leads entering the epidural space at T1-T2 and traveling cephalad to the level of C1-C2.
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Image Search Results


Fluoroscopic-guided cervical spinal cord stimulator placement. (A) Lateral view of the cervical spine showing the spinal cord stimulator leads within the epidural space to the level of C1-C2. (B) AP view of the spinal cord stimulator leads entering the epidural space at T1-T2 and traveling cephalad to the level of C1-C2.

Journal: Frontiers in Pain Research

Article Title: Case Report: Spinal cord stimulation for phantom limb pain facilitates upper limb myoelectric prosthesis use

doi: 10.3389/fpain.2026.1751694

Figure Lengend Snippet: Fluoroscopic-guided cervical spinal cord stimulator placement. (A) Lateral view of the cervical spine showing the spinal cord stimulator leads within the epidural space to the level of C1-C2. (B) AP view of the spinal cord stimulator leads entering the epidural space at T1-T2 and traveling cephalad to the level of C1-C2.

Article Snippet: After a successful trial, a high frequency spinal cord stimulator (Nevro Corporation, Redwood City, CA) was implanted with two leads at the level of C1-C2 ( ).

Techniques:

Boston Scientific Epidural Spinal Cord Stimulation User Interface - Left Side Program Configuration. Screenshot of the Boston Scientific Stimulation System User Interface Displaying the Left-Side Electrode Array Programming Parameters. The Interface Shows Stimulation Settings Including Amplitude, Pulse Width, Frequency, and Electrode Configuration Used During the Intervention Protocol

Journal: Global Spine Journal

Article Title: Combined Epidural Stimulation and Virtual Reality Rehabilitation for Comprehensive Neuromotor Recovery Following Spinal Cord Injury: A Single Arm Study

doi: 10.1177/21925682251389598

Figure Lengend Snippet: Boston Scientific Epidural Spinal Cord Stimulation User Interface - Left Side Program Configuration. Screenshot of the Boston Scientific Stimulation System User Interface Displaying the Left-Side Electrode Array Programming Parameters. The Interface Shows Stimulation Settings Including Amplitude, Pulse Width, Frequency, and Electrode Configuration Used During the Intervention Protocol

Article Snippet: The electrode array was positioned over the thoracolumbar spine (T10–L1), which contains neural circuits involved in lower limb motor function and autonomic bladder regulation. . Boston Scientific Epidural Spinal Cord Stimulation User Interface - Left Side Program configuration.

Techniques:

Boston Scientific Epidural Spinal Cord Stimulation User Interface - Right Side Program configuration. Screenshot of the Boston Scientific Stimulation System User Interface Displaying the Right-Side Electrode Array Programming Parameters. The Interface Shows Stimulation Settings Including Amplitude, Pulse Width, Frequency, and Electrode Configuration Used During the Intervention Protocol

Journal: Global Spine Journal

Article Title: Combined Epidural Stimulation and Virtual Reality Rehabilitation for Comprehensive Neuromotor Recovery Following Spinal Cord Injury: A Single Arm Study

doi: 10.1177/21925682251389598

Figure Lengend Snippet: Boston Scientific Epidural Spinal Cord Stimulation User Interface - Right Side Program configuration. Screenshot of the Boston Scientific Stimulation System User Interface Displaying the Right-Side Electrode Array Programming Parameters. The Interface Shows Stimulation Settings Including Amplitude, Pulse Width, Frequency, and Electrode Configuration Used During the Intervention Protocol

Article Snippet: The electrode array was positioned over the thoracolumbar spine (T10–L1), which contains neural circuits involved in lower limb motor function and autonomic bladder regulation. . Boston Scientific Epidural Spinal Cord Stimulation User Interface - Left Side Program configuration.

Techniques:

Boston Scientific Epidural Spinal Cord Stimulation User Interface - Left Side Program Configuration. Screenshot of the Boston Scientific Stimulation System User Interface Displaying the Left-Side Electrode Array Programming Parameters. The Interface Shows Stimulation Settings Including Amplitude, Pulse Width, Frequency, and Electrode Configuration Used During the Intervention Protocol

Journal: Global Spine Journal

Article Title: Combined Epidural Stimulation and Virtual Reality Rehabilitation for Comprehensive Neuromotor Recovery Following Spinal Cord Injury: A Single Arm Study

doi: 10.1177/21925682251389598

Figure Lengend Snippet: Boston Scientific Epidural Spinal Cord Stimulation User Interface - Left Side Program Configuration. Screenshot of the Boston Scientific Stimulation System User Interface Displaying the Left-Side Electrode Array Programming Parameters. The Interface Shows Stimulation Settings Including Amplitude, Pulse Width, Frequency, and Electrode Configuration Used During the Intervention Protocol

Article Snippet: Boston Scientific Epidural Spinal Cord Stimulation User Interface - Right Side Program configuration.

Techniques:

Boston Scientific Epidural Spinal Cord Stimulation User Interface - Right Side Program configuration. Screenshot of the Boston Scientific Stimulation System User Interface Displaying the Right-Side Electrode Array Programming Parameters. The Interface Shows Stimulation Settings Including Amplitude, Pulse Width, Frequency, and Electrode Configuration Used During the Intervention Protocol

Journal: Global Spine Journal

Article Title: Combined Epidural Stimulation and Virtual Reality Rehabilitation for Comprehensive Neuromotor Recovery Following Spinal Cord Injury: A Single Arm Study

doi: 10.1177/21925682251389598

Figure Lengend Snippet: Boston Scientific Epidural Spinal Cord Stimulation User Interface - Right Side Program configuration. Screenshot of the Boston Scientific Stimulation System User Interface Displaying the Right-Side Electrode Array Programming Parameters. The Interface Shows Stimulation Settings Including Amplitude, Pulse Width, Frequency, and Electrode Configuration Used During the Intervention Protocol

Article Snippet: Boston Scientific Epidural Spinal Cord Stimulation User Interface - Right Side Program configuration.

Techniques: