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Fracture Healing By Electric Stimulation

机译:电刺激骨折愈合

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In the Indian subcontinent where accident rates are very high, fracture of human limbs assumed enormous challenge to an orthopaedic surgeon. The process of fracture healing can be followed periodically using X-rays. This has its own side effects. Several workers have indicated that electric field speeds up the healing process. In this work 4 male patients with tibia fracture were stabilized using Carbon Ilizaro external- fixator. The fixator is made of carbon fibre ring connected with adjustable stainless steel tie rods whereby the gap can be suitably matched with the fracture. The electric wires were soldered to the fixator. The wires were given a DC current upto 1000 m A. In the static mode there was a steady increase of current which stabilized after about 3 weeks depending on the patient history. An X- ray after the period of stabilization and stimulation indicated complete healing. This study is being extended to a few more cases to confirm the capability of electric field as an indicator of fracture healing.
机译:在印度次大陆的情况下,事故率非常高,人肢的骨折对整形外科医生带来了巨大的挑战。可以使用X射线遵循骨折愈合的过程。这有自己的副作用。若干工人表明电场加快了愈合过程。在这项工作中,使用碳Ilizaro外固定剂稳定4名胫骨骨折的男性患者。固定器由碳纤维环制成,与可调节的不锈钢系杆连接,由此间隙可以与裂缝合适。将电线焊接到固定器上。将电线赋予直流电流,高达1000 m A.在静态模式下,根据患者历史,约3周后稳定的电流稳定增加。稳定和刺激后的X射线表明完全愈合。该研究扩展到几种情况,以确认电场的能力作为骨折愈合的指标。

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