Kenner G H, Gabrielson E W, Lovell J E, Marshall A E, Williams W S
Calcif Tissue Res. 1975 Jul 25;18(2):111-7. doi: 10.1007/BF02546231.
Localized electrical stimulation of the immobilized hind limb of young rabbits resulted in dramatically more bone in the tuber calcis (heel bone) compared to the severe loss of bone (osteoporosis) seen in unstimulated, immobilized controls. Detailed histological evaluation using microradiography and fluorescence and polarization microscopy showed that the increase was probably due to an overall inhibition of surface cortical bone loss )endosteal resorption) and an increase in the quantity of the new immature bone. There was also evidence of increased osteonal resorption in the stimulated animals.
对幼兔固定的后肢进行局部电刺激,与未受刺激、固定的对照组中严重的骨质流失(骨质疏松症)相比,跟骨(足跟骨)的骨质显著增多。使用显微放射照相术、荧光显微镜和偏光显微镜进行的详细组织学评估表明,这种增加可能是由于表面皮质骨流失(骨内膜吸收)的总体抑制以及新的未成熟骨数量的增加。在接受刺激的动物中也有骨单位吸收增加的证据。