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Effects of magnetic fields on intracellular calcium oscillations

机译:磁场对细胞内钙振荡的影响

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Based on the model of the two calcium stores developed by Goldbeter, and the viewpoint that the cell membrane is a major site of interaction for extremely-low-frequency (ELF) electromagnetic fields, the permeability of ions can be changed by electromagnetic fields, a theoretical model of cytosolic calcium oscillations influenced by magnetic fields is presented. It is shown that, the field frequency condition will influence the pattern of calcium oscillation while the field strength was given, and the magnetic field strength will change the pattern of calcium oscillation when the frequency was 50 Hz and 100 Hz. Therefore, intracellular calcium oscillations can be influenced by ELF magnetic fields and then a series cellular response could be transformed.
机译:基于由Goldbeter开发的两种钙商店的模型,以及细胞膜是极低频(ELF)电磁场的主要相互作用部位的观点,电磁场可以改变离子的渗透率,a介绍了磁场影响的细胞溶质钙振荡的理论模型。结果表明,当频率为50Hz和100Hz时,现场频率条件将影响钙振荡的模式。当频率为50Hz和100Hz时,磁场强度将改变钙振荡的模式。因此,细胞内钙振荡可以受ELF磁场的影响,然后可以改变串联蜂窝响应。

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