Simko P, Brix M, Látal J
Traumatologickej kliniky ILF a NsP akad. L. Dérera v Bratislave.
Bratisl Lek Listy. 1990 Jan;91(1):62-5.
The presented review analyzes the problem of the effect of electric current and electromagnetic fields on bone healing. The findings of the cited papers indicate that electronegativity, osteoblastic activity and bone formation fall within one group, while electropositivity, osteoclasia and resorption constitute another group. Stimulation is performed surgically by implanted electrodes or by current induction in the bone. Evidence on the effect of direct electric stimulation and pulsed magnetic filds in speeding up the process of bone healing fails to be convincing. However, the beneficial influence of electromagnetotherapy on the healing of soft tissues has been confirmed and is to be ascribed t its antiedematous, analgesic and antiinflammatory effect.
本综述分析了电流和电磁场对骨愈合影响的问题。引用文献的研究结果表明,电负性、成骨细胞活性和骨形成属于一组,而电正性、破骨作用和吸收构成另一组。刺激通过植入电极或在骨中感应电流进行手术操作。关于直接电刺激和脉冲磁场在加速骨愈合过程中作用的证据并不令人信服。然而,电磁疗法对软组织愈合的有益影响已得到证实,这归因于其抗水肿、镇痛和抗炎作用。