Krylov O A, Antonov A B, Eliseeva Z V, Malikova S N, Shevelev I N
Vopr Kurortol Fizioter Lech Fiz Kult. 1991 Nov-Dec(6):40-4.
The cut sciatic nerve trunk was sutured perineurally to study in chronic rabbit experiments of the neuromuscular functional recovery upon the exposure to impulse magnetic field with the intensity 1.2 T. Nonexposed animals served control. Myographic activity of reinnervated crural muscles in the irradiated animals recovered two times more rapidly compared to the controls, so did motor function of the limb operated on. It is inferred that impulse magnetic field produces therapeutic and preventive effect on neurodystrophy resultant from the nerve dissection.
在慢性兔实验中,将切断的坐骨神经干进行神经外膜缝合,以研究暴露于强度为1.2T的脉冲磁场时神经肌肉功能的恢复情况。未暴露于脉冲磁场的动物作为对照。与对照组相比,接受照射的动物中,接受神经再支配的小腿肌肉的肌电图活动恢复速度快两倍,接受手术的肢体的运动功能恢复速度也快两倍。据推断,脉冲磁场对因神经切断引起的神经萎缩具有治疗和预防作用。