Butukhanov V V, Ippolitova E G
Biofizika. 1982 Jan-Feb;27(1):150-3.
In parallel with deformation and constant potentials, alternating electric waves were also registered in osseous tissues, that could be presented by their amplitude-frequency characteristics as two groups: slow wave electric activity (SWEA) and medium wave electric activity (MWEA). SWEA was registered in an isolated bone of the animals and man, after death of animals, in the bones of animals under anesthesia, at unrestricted behaviour of the animals. SWEA was reduced after the animal's death and amputation of the man's extremity. Severance of the rabbit sciatic nerve did not cause substantial changes in its parameters 2--3 weeks after implantation of electrodes in the bones the medium wave electric activity was recorded in them, differing from SWEA by high rhythmicity, frequency and amplitude.
与变形和恒定电位同时，在骨组织中也记录到了交变电波，根据其振幅-频率特性可分为两组：慢波电活动（SWEA）和中波电活动（MWEA）。SWEA在动物和人类的离体骨中、动物死后、麻醉动物的骨骼中以及动物自由活动时均有记录。动物死亡和人类肢体截肢后，SWEA会降低。切断兔子的坐骨神经在电极植入骨骼2 - 3周后并未使其参数发生实质性变化，在骨骼中记录到了中波电活动，其节律性、频率和振幅与SWEA不同。
