Effects of sinusoidal magnetic field on adherence inhibition of leucocytes: preliminary results

Anna Jandová , Josef Hurych , Martina Nedbalová , Stanislav Trojan , Alena Dohnalová , Aleš Čoček , Jiřı́ Pokorný , Viktor Trkal
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引用次数: 12

Abstract

The leucocyte surface properties manifest the cell-mediated immunity. The response of the cell-mediated immunity to external magnetic field was examined by observing leucocyte adherence to solid state surfaces. In the presence of antigen, leucocytes taken from cancer patients exhibit decreased adherence in contrast with adherence of leucocytes from healthy humans. After 1 h exposure to a sinusoidal magnetic field of 50 Hz and of 1 mT or 10 mT, adherence of leucocytes taken from cancer patients is strongly increased. The 1 mT magnetic field has stronger effect than the 10 mT field.

正弦磁场对白细胞粘附抑制作用的影响:初步结果
白细胞的表面特性表现为细胞介导的免疫。通过观察白细胞对固体表面的粘附,研究了细胞介导的免疫对外部磁场的反应。在抗原存在的情况下,与健康人白细胞的粘附性相比,取自癌症患者的白细胞的粘附性降低。在50hz和1mt或10mt的正弦磁场下暴露1小时后,从癌症患者身上提取的白细胞的粘附性明显增加。1mt磁场的作用强于10mt磁场。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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