Batkin S, Guernsey D L, Tabrah F L
Res Commun Chem Pathol Pharmacol. 1978 Dec;22(3):613-6.
A biological system consisting of a cell membrane enzyme (Na+-K+)-ATPase responded to exposure to a weak A.C. magnetic field. Analysis of Na+ pump activity in normal mouse (A/J) tissue--(a) Kidney cortex and diaphragm after 11 days of exposure to a magnetic field of 55-60 gauss, 60Hz showed a significant reduction as did (b) liver tissue but at day 17 the levels had returned to the control values. Neuroblastoma cells (C1300) transplanted to A/J mice also showed a reduction in the (Na+-K+)-ATPase activity but this persisted at day 17.
一种由细胞膜酶（钠钾）-ATP酶组成的生物系统对暴露于弱交变磁场有反应。对正常小鼠（A/J）组织中钠泵活性的分析——（a）暴露于55 - 60高斯、60赫兹磁场11天后的肾皮质和膈肌，以及（b）肝脏组织，均显示出显著降低，但在第17天，其水平已恢复到对照值。移植到A/J小鼠体内的神经母细胞瘤细胞（C1300）也显示出（钠钾）-ATP酶活性降低，但在第17天仍持续存在。
