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A novel electrode lead for deep brain stimulation: Design, modeling, fabrication, and testing.

机译：一种用于深部脑刺激的新型电极导线：设计，建模，制造和测试。

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作者
Willsie, Andrew.;
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作者单位

The University of Utah.;

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授予单位 The University of Utah.;
学科 Biomedical engineering.
学位 Ph.D.
年度 2015
页码 151 p.
总页数 151
原文格式 PDF
正文语种 eng
中图分类
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1. Microtextured surfaces for deep-brain stimulation electrodes: A biologically inspired design to reduce lead migration [J] . World neurosurgery . 2012,第3a4期

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2. A target-specific electrode and lead design for internal globus pallidus deep brain stimulation. [J] . Vasques X, Cif L, Mennessier G, Stereotactic and Functional Neurosurgery: Official Journal of the World Society for Stereotactic and Functional Neurosurgery . 2010,第3期

机译：针对内部苍白球深层大脑刺激的目标特定电极和导线设计。
3. Computed tomographic method to quantify electrode lead deformation and subdural gap after lead implantation for deep brain stimulation [J] . Olivier Darbin, Daniel Dees, Markus Lammle, Journal of Neuroscience Methods . 2018,第期

机译：计算机断层法测量电极铅变形和阴道间隙以进行深脑刺激
4. Stimulations to Basal Ganglia and the Efficiency of Microminiaturized Electrode Recording (MER) to Quantify STN Neurons with Deep Brain Stimulator (DBS)— the Lead Point in Parkinson Diseased Conditions [C] . V Rama Raju, K M Rukmini, R Borgohain World Congress on Medical Physics and Biomedical Engineering . 2015

机译：基础神经节的刺激和微型尿液电极记录（MER）用深脑刺激器（DBS）量化STN神经元的效率 - 帕金森病条件下的引线
5. Brain Shift Compensation in Deep Brain Stimulation Electrode Placement Surgery [D] . Li, Chen. 2021

机译：深脑刺激电极放置手术中的脑移补偿
6. Influences of Interpolation Error Electrode Geometry and the Electrode-Tissue Interface on Models of Electric Fields Produced by Deep Brain Stimulation [O] . Bryan Howell, Sagar Naik, Warren M. Grill -1

机译：内插误差电极几何形状和电极-组织界面对深部脑刺激产生的电场模型的影响
7. Influences of Interpolation Error, Electrode Geometry, and the Electrode–Tissue Interface on Models of Electric Fields Produced by Deep Brain Stimulation [O] . Bryan Howell, Sagar Naik, Warren M. Grill 2014

机译：插值误差，电极几何和电极 - 组织界面对深脑刺激产生的电场模型的影响

A novel electrode lead for deep brain stimulation: Design, modeling, fabrication, and testing.

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