首页> 外国专利> A METHOD AND AN APPARATUS FOR STIMULATING/MODULATING BIOCHEMICAL PROCESSES USING PULSED ELECTROMAGNETIC FIELDS

A METHOD AND AN APPARATUS FOR STIMULATING/MODULATING BIOCHEMICAL PROCESSES USING PULSED ELECTROMAGNETIC FIELDS

机译:利用脉冲电磁场​​刺激/调制生物化学过程的方法和装置

摘要

A method for stimulating growth in biological tissue or sprouts, an apparatus and a use thereof. The apparatus comprises of a pulse generator and a plurality of coils in which pulsed currents will cause fluctuating magnetic fields in a predetermined region holding the material to be stimulated. The fluctuating magnetic fields will induce an electric field in the material. An enhanced effect has been detected in the regions where the electric fields are largest. The coils comprise a number of pairs of coils having, during a given pulse, magnetic fields in opposite directions in order to provide field gradients in the cells, micro organisms or tissue. Selecting a suitable number, size and positioning of coils will provide a homogeneous electric field in the predetermined region, which does not have any undesirable peaked maxima. When four or more coils are used, they can be combined in pairs arranged on opposite sides of the predetermined region, and with the adjacent coils conducting current in opposite directions and the opposing coils conducting currents in the same direction. Thereby the induced electridal fields add constructively inside the regions between the pairs of coils. In an apparatus for stimulating cell proliferation and differentiation, it is a desired feature that the generated fluctuations in the magnetic fields does not elicit action potentials of living cells since this will cause great inconvenience for the patient.
机译:一种刺激生物组织或芽中的生长的方法,一种装置及其用途。该设备包括脉冲发生器和多个线圈,其中脉冲电流将在容纳待刺激材料的预定区域中引起波动的磁场。波动的磁场将在材料中感应出电场。在电场最大的区域中检测到增强效果。线圈包括在给定脉冲期间具有相反方向的磁场的多对线圈,以便在细胞,微生物或组织中提供场梯度。选择合适数量,大小和位置的线圈将在预定区域内提供均匀的电场,该电场不会产生任何不希望的峰值最大值。当使用四个或更多个线圈时,它们可以成对地组合在预定区域的相对侧上,并且相邻的线圈在相反的方向上传导电流,而相对的线圈在相同的方向上传导电流。因此,感应的电场在两个线圈对之间的区域内相长地相加。在用于刺激细胞增殖和分化的设备中,期望的特征是磁场中产生的波动不会引起活细胞的动作电位,因为这将给患者带来极大的不便。

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