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directional dbs system  (Boston Scientific Corporation)
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Boston Scientific Corporation stn dbs implantation surgery
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dbs leads  (Boston Scientific Corporation)
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Boston Scientific Corporation dbs leads
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vercise cartesia directional dbs lead db 2202 45  (Boston Scientific Corporation)
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Boston Scientific Corporation vercise cartesia directional dbs lead db 2202 45
Vercise Cartesia Directional Dbs Lead Db 2202 45, supplied by Boston Scientific Corporation, used in various techniques. Bioz Stars score: 86/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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Boston Scientific Corporation vercise pc pulse generator
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dbs electrodes  (Abbott Laboratories)
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Abbott Laboratories dbs electrodes
a) Circuit diagram of deep brain stimulation in the subthalamic nucleus and adjacent structures. Blue: implanted deep brain stimulation lead. Green: anatomical outline of the subthalamic nucleus. IC: internal capsule. Red sphere: hypothetical volume of tissue activated by the <t>DBS-generated</t> electric field, partially overlapping with the internal capsule. Bottom red shell: activated muscle tissue. b) Diagram of EMG bipolar <t>electrode</t> placement for commonly recorded muscles in this study. ECR: extensor carpi radialis. FCR: flexor carpi radialis (transparent marker indicating placement underneath the anatomical structure). FDI: first dorsal interosseus. c) Example pulse-averaged EMG recordings displaying a motor evoked potential response in nasalis (top) at 10 ms latency and ECR (bottom) at 18 ms latency.
Dbs Electrodes, supplied by Abbott Laboratories, used in various techniques. Bioz Stars score: 86/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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vercise gevia system  (Boston Scientific Corporation)
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Boston Scientific Corporation vercise gevia system
a) Circuit diagram of deep brain stimulation in the subthalamic nucleus and adjacent structures. Blue: implanted deep brain stimulation lead. Green: anatomical outline of the subthalamic nucleus. IC: internal capsule. Red sphere: hypothetical volume of tissue activated by the <t>DBS-generated</t> electric field, partially overlapping with the internal capsule. Bottom red shell: activated muscle tissue. b) Diagram of EMG bipolar <t>electrode</t> placement for commonly recorded muscles in this study. ECR: extensor carpi radialis. FCR: flexor carpi radialis (transparent marker indicating placement underneath the anatomical structure). FDI: first dorsal interosseus. c) Example pulse-averaged EMG recordings displaying a motor evoked potential response in nasalis (top) at 10 ms latency and ECR (bottom) at 18 ms latency.
Vercise Gevia System, supplied by Boston Scientific Corporation, used in various techniques. Bioz Stars score: 86/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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boston scientific vercise  (Boston Scientific Corporation)
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Boston Scientific Corporation boston scientific vercise
a) Circuit diagram of deep brain stimulation in the subthalamic nucleus and adjacent structures. Blue: implanted deep brain stimulation lead. Green: anatomical outline of the subthalamic nucleus. IC: internal capsule. Red sphere: hypothetical volume of tissue activated by the <t>DBS-generated</t> electric field, partially overlapping with the internal capsule. Bottom red shell: activated muscle tissue. b) Diagram of EMG bipolar <t>electrode</t> placement for commonly recorded muscles in this study. ECR: extensor carpi radialis. FCR: flexor carpi radialis (transparent marker indicating placement underneath the anatomical structure). FDI: first dorsal interosseus. c) Example pulse-averaged EMG recordings displaying a motor evoked potential response in nasalis (top) at 10 ms latency and ECR (bottom) at 18 ms latency.
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vercise genus r16  (Boston Scientific Corporation)
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Boston Scientific Corporation vercise genus r16
a) Circuit diagram of deep brain stimulation in the subthalamic nucleus and adjacent structures. Blue: implanted deep brain stimulation lead. Green: anatomical outline of the subthalamic nucleus. IC: internal capsule. Red sphere: hypothetical volume of tissue activated by the <t>DBS-generated</t> electric field, partially overlapping with the internal capsule. Bottom red shell: activated muscle tissue. b) Diagram of EMG bipolar <t>electrode</t> placement for commonly recorded muscles in this study. ECR: extensor carpi radialis. FCR: flexor carpi radialis (transparent marker indicating placement underneath the anatomical structure). FDI: first dorsal interosseus. c) Example pulse-averaged EMG recordings displaying a motor evoked potential response in nasalis (top) at 10 ms latency and ECR (bottom) at 18 ms latency.
Vercise Genus R16, supplied by Boston Scientific Corporation, used in various techniques. Bioz Stars score: 86/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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vercise db 2201  (Boston Scientific Corporation)
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Boston Scientific Corporation vercise db 2201
a) Circuit diagram of deep brain stimulation in the subthalamic nucleus and adjacent structures. Blue: implanted deep brain stimulation lead. Green: anatomical outline of the subthalamic nucleus. IC: internal capsule. Red sphere: hypothetical volume of tissue activated by the <t>DBS-generated</t> electric field, partially overlapping with the internal capsule. Bottom red shell: activated muscle tissue. b) Diagram of EMG bipolar <t>electrode</t> placement for commonly recorded muscles in this study. ECR: extensor carpi radialis. FCR: flexor carpi radialis (transparent marker indicating placement underneath the anatomical structure). FDI: first dorsal interosseus. c) Example pulse-averaged EMG recordings displaying a motor evoked potential response in nasalis (top) at 10 ms latency and ECR (bottom) at 18 ms latency.
Vercise Db 2201, supplied by Boston Scientific Corporation, used in various techniques. Bioz Stars score: 86/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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vercise ipg gevia ipg  (Boston Scientific Corporation)
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Boston Scientific Corporation vercise ipg gevia ipg
a) Circuit diagram of deep brain stimulation in the subthalamic nucleus and adjacent structures. Blue: implanted deep brain stimulation lead. Green: anatomical outline of the subthalamic nucleus. IC: internal capsule. Red sphere: hypothetical volume of tissue activated by the <t>DBS-generated</t> electric field, partially overlapping with the internal capsule. Bottom red shell: activated muscle tissue. b) Diagram of EMG bipolar <t>electrode</t> placement for commonly recorded muscles in this study. ECR: extensor carpi radialis. FCR: flexor carpi radialis (transparent marker indicating placement underneath the anatomical structure). FDI: first dorsal interosseus. c) Example pulse-averaged EMG recordings displaying a motor evoked potential response in nasalis (top) at 10 ms latency and ECR (bottom) at 18 ms latency.
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vercise geviatm rechargeable ipg  (Boston Scientific Corporation)
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Boston Scientific Corporation vercise geviatm rechargeable ipg
a) Circuit diagram of deep brain stimulation in the subthalamic nucleus and adjacent structures. Blue: implanted deep brain stimulation lead. Green: anatomical outline of the subthalamic nucleus. IC: internal capsule. Red sphere: hypothetical volume of tissue activated by the <t>DBS-generated</t> electric field, partially overlapping with the internal capsule. Bottom red shell: activated muscle tissue. b) Diagram of EMG bipolar <t>electrode</t> placement for commonly recorded muscles in this study. ECR: extensor carpi radialis. FCR: flexor carpi radialis (transparent marker indicating placement underneath the anatomical structure). FDI: first dorsal interosseus. c) Example pulse-averaged EMG recordings displaying a motor evoked potential response in nasalis (top) at 10 ms latency and ECR (bottom) at 18 ms latency.
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Image Search Results


a) Circuit diagram of deep brain stimulation in the subthalamic nucleus and adjacent structures. Blue: implanted deep brain stimulation lead. Green: anatomical outline of the subthalamic nucleus. IC: internal capsule. Red sphere: hypothetical volume of tissue activated by the DBS-generated electric field, partially overlapping with the internal capsule. Bottom red shell: activated muscle tissue. b) Diagram of EMG bipolar electrode placement for commonly recorded muscles in this study. ECR: extensor carpi radialis. FCR: flexor carpi radialis (transparent marker indicating placement underneath the anatomical structure). FDI: first dorsal interosseus. c) Example pulse-averaged EMG recordings displaying a motor evoked potential response in nasalis (top) at 10 ms latency and ECR (bottom) at 18 ms latency.

Journal: medRxiv

Article Title: An algorithmic procedure for measuring deep brain stimulation-induced capsular activation using motor evoked potentials

doi: 10.1101/2025.08.26.25334489

Figure Lengend Snippet: a) Circuit diagram of deep brain stimulation in the subthalamic nucleus and adjacent structures. Blue: implanted deep brain stimulation lead. Green: anatomical outline of the subthalamic nucleus. IC: internal capsule. Red sphere: hypothetical volume of tissue activated by the DBS-generated electric field, partially overlapping with the internal capsule. Bottom red shell: activated muscle tissue. b) Diagram of EMG bipolar electrode placement for commonly recorded muscles in this study. ECR: extensor carpi radialis. FCR: flexor carpi radialis (transparent marker indicating placement underneath the anatomical structure). FDI: first dorsal interosseus. c) Example pulse-averaged EMG recordings displaying a motor evoked potential response in nasalis (top) at 10 ms latency and ECR (bottom) at 18 ms latency.

Article Snippet: DBS electrodes (both quadripolar and directional leads: Medtronic 3389, Medtronic B33005, Boston Scientific Vercise Cartesia Directional Lead 2202, and Abbott Infinity 6172) were implanted using microelectrode guidance and standard clinical procedures.

Techniques: Generated, Muscles, Marker