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A Magnetic Imprinting in Cancer Cells Harboring Differential Tolerance to Magnetic Field-Induced Cell Growth Regulation

机译:癌细胞中的磁性印迹含有磁场诱导的细胞生长调节的差分耐受性

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One of the most enchanting questions in electromagnetic biology is whether life could imprint an effect of electromagnetic field and if it does how [1]. Human beings just began to address this question. Largely, prostate cancer has been studied in the view of some possible electromagnetic fields' adverse effects, along with children leukemia, brain tumor, and breast cancer. Base on the recent report from our study [2], we explored whether the extremely low frequency magnetic field (MF)-induced cell growth regulation is imprinted in the survived cancer cells. Here, we report some preliminary results from the in vitro study.
机译:电磁生物学中最迷人的问题之一是生命是否可以对电磁场的影响印记,如果是如何[1]。人类刚刚开始解决这个问题。在很大程度上,在一些可能的电磁场的不良反应方面已经研究了前列腺癌,以及儿童白血病,脑肿瘤和乳腺癌。基于我们研究的最近报告[2],我们探讨了极低的频率磁场(MF)诱导的细胞生长调节是否在存活的癌细胞中印记。在这里,我们报告了来自体外研究的一些初步结果。

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