Brighton C T, Hozack W J, Brager M D, Windsor R E, Pollack S R, Vreslovic E J, Kotwick J E
J Orthop Res. 1985;3(3):331-40. doi: 10.1002/jor.1100030310.
The effect of capacitively coupled electrical stimulation on the healing of midshaft transverse osteotomies of the rabbit fibula is assessed roentgenographically, mechanically, and histologically. The results show that a dose-response curve for capacitive coupling and fracture healing exists and that a 220 mV, 250 microA, 60 kHz applied electrical signal (0.33 V/cm internal electric field) is the most effective signal for fracture stimulation in this model.
通过X射线摄影、力学和组织学方法评估电容耦合电刺激对兔腓骨中段横行截骨愈合的影响。结果表明，电容耦合与骨折愈合之间存在剂量反应曲线，在该模型中，施加220 mV、250 μA、60 kHz的电信号（内部电场为0.33 V/cm）是刺激骨折愈合的最有效信号。
