Colella S M, Miller A G, Stang R G, Stoebe T G, Spengler D M
J Biomed Mater Res. 1981 Jan;15(1):37-46. doi: 10.1002/jbm.820150108.
The effect of in vivo electrical stimulation on the interfacial strength between porous titanium implants and cortical bone was studied in mongrel dogs. The interfacial shear strength of the stimulated implants was consistently greater than that of controls. No difference could be observed in the quality of bone ingrowth. The data suggest that the rate and quantity of bone ingrowth were enhanced by electrical stimulation.
在杂种犬身上研究了体内电刺激对多孔钛植入物与皮质骨之间界面强度的影响。受刺激植入物的界面剪切强度始终高于对照组。在骨长入质量方面未观察到差异。数据表明，电刺激可提高骨长入的速率和数量。
