Novikov V V, Kuvichkin V V, Novikova N I, Fesenko E E
Institute of Cell Biophysics, Russian Academy of Sciences, Pushchino, Moscow Region, Russia.
Biofizika. 2000 Mar-Apr;45(2):240-4.
It was shown that preliminary treatment of the protein component (histone H3, protamine sulfate, polyarginine) of a DNA-protein complex with weak combined (42 microT) and low-frequency (3.5-5.0 Hz) alternating (0.06 microT) magnetic fields adjusted formally to the cyclotron resonance of amino acid ions charged under natural conditions leads to substantial changes in complex formation and formation of complexes of a different type than without treatment.
结果表明，对DNA - 蛋白质复合物的蛋白质成分（组蛋白H3、硫酸鱼精蛋白、聚精氨酸）进行预处理，使其暴露于形式上调整至天然条件下带电氨基酸离子回旋共振的弱组合（42微特斯拉）和低频（3.5 - 5.0赫兹）交变（0.06微特斯拉）磁场中，会导致复合物形成发生显著变化，并形成与未处理时不同类型的复合物。
