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Fracture Healing By Electric Stimulation

机译:电刺激骨折愈合

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摘要

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:在事故发生率很高的印度次大陆上,四肢骨折给整形外科医生带来了巨大挑战。可以通过X射线定期跟踪骨折愈合的过程。这有其自身的副作用。场加速了愈合过程。在这项工作中,使用Carbon Ilizaro外固定器稳定了4名男性胫骨骨折患者。固定器由碳纤维环制成,并与可调节的不锈钢拉杆相连,从而可以使间隙与断裂相匹配。电线被焊接到固定器上。电线被提供高达1000 m A的直流电流。在静态模式下,电流会稳定增加,根据患者病史的不同,大约3周后电流会稳定下来。稳定和刺激期后的X射线表明完全愈合。这项研究正在扩展到更多的案例,以确认电场作为骨折愈合指标的能力。

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