Kolosova L I, Akoev G N, Ryabchikova O V, Avelev V D
Laboratory for Reception Physiology, I. P. Pavlov Institute of Physiology, Russian Academy of Sciences, St. Petersburg.
Neurosci Behav Physiol. 1998 Jan-Feb;28(1):26-30. doi: 10.1007/BF02461908.
The effects of electromagnetic irradiation (EMI) of wavelength 5.6 mm (frequency 53.57 GHz) and power density 4 mW/cm2 on the recovery of function in damaged rat sciatic nerve were studied; damage was produced by nerve section followed by microsuturing. Irradiation was applied to the skin of the thigh in the area of suturing. Total action potential (TAP) recording from the nerve was used to study the functional properties of regenerating nerve fibers five months after lesioning. These experiments demonstrated that EMI had a stimulatory effect on regenerative processes in the nerve, in terms of 25-30% increases in the rate of action potential conduction along nerve fibers, with increases in TAP amplitude.
研究了波长5.6毫米（频率53.57吉赫兹）、功率密度4毫瓦/平方厘米的电磁辐射（EMI）对损伤的大鼠坐骨神经功能恢复的影响；损伤通过切断神经后进行显微缝合造成。辐射施加于缝合部位大腿的皮肤。在损伤五个月后，通过记录神经的复合动作电位（TAP）来研究再生神经纤维的功能特性。这些实验表明，EMI对神经的再生过程具有刺激作用，神经纤维动作电位传导速率提高了25%-30%，同时TAP振幅增加。
