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INTRACEREBRAL CURRENT SIMULATION METHOD AND DEVICE THEREOF AND TRANSCRANIAL MAGNETIC STIMULATION SYSTEM INCLUDING INTRACEREBRAL CURRENT SIMULATION DEVICE

机译:颅内电流模拟方法及其装置和包括颅内电流模拟装置的经颅磁刺激系统

摘要

A method for simulating an in-brain current includes: a first step of providing head image data including at least a portion of a brain of tomogram data of a patient; A second step of forming a three-dimensional brain model consisting of the respective micro-polyhedron units obtained by dividing at least one region constituting the brain into micro elements among the head image data provided in the first step; A coil is placed on the head of a patient, a magnetic stimulus is given to the brain of the patient by applying a current to the coil, and at least the conditions of the position and direction of the coil, A third step of providing first information including a condition of a current applied to the coil and a condition of a structure related to a generating magnetic field of the coil; A fourth step of calculating an eddy current or an electric field induced in each micro-polyhedron unit of the three-dimensional brain model on the basis of the first information provided in the third step and the second information including the conductivity assigned to each of the micro-polyhedron units .
机译:一种用于模拟脑内电流的方法,包括:提供包括患者的断层图像数据的至少一部分大脑的头部图像数据的第一步;第二步,形成三维大脑模型,该三维大脑模型由各个微多面体单元组成,该单元通过将构成大脑的至少一个区域划分为第一步提供的头部图像数据中的微元素而获得。将线圈放置在患者的头部上,通过向线圈施加电流以及至少线圈的位置和方向的条件,对患者的大脑产生磁刺激。信息包括施加到线圈的电流的条件和与线圈的产生磁场有关的结构的条件;第四步骤,基于在第三步骤中提供的第一信息和第二信息,包括分配给每个大脑的每个微多面体中的电导率,计算在三维脑模型的每个微多面体单元中感应出的涡电流或电场微型多面体单元。

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