Metaxas G M, Androulakis J, Tsiclakos C, Vezeridis M, Tsiftsis D
Int Surg. 1975 May;60(5):294-6.
An und-splaced fracture of each fibula was produced in 20 rabbits. Into the fracture of the right fibula, a cathode was inserted, which delivered 15 microamperes of galvanic current for more than one week. The source of current was 5v small transistor batteries which acted like a pacemaker. This stimulated healing of the fracture for 15 days. The left fibula fractures were used as controls. Both fibulae were studied roentgenographically and microscopically. This experiment suggested that galvanic current with a cathode placed in the fracture gap stimulated fracture healing.
在20只兔子身上造成每只腓骨的无移位骨折。在右侧腓骨骨折处插入一个阴极,该阴极输送15微安的直流电,持续一周以上。电流源是5伏的小型晶体管电池,其作用类似于起搏器。这刺激骨折愈合15天。左侧腓骨骨折用作对照。对两侧腓骨进行了X线检查和显微镜检查。该实验表明,将阴极置于骨折间隙的直流电刺激了骨折愈合。