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锁定加压钢板的研发

Development of the Locking Compression Plate.

作者信息

Frigg Robert

机构信息

Mathys Medical Ltd., 2544 Bettlach, Switzerland.

出版信息

Injury. 2003 Nov;34 Suppl 2:B6-10. doi: 10.1016/j.injury.2003.09.020.

Abstract

The development of the Locking Compression Plate (LCP) reflects the multilateral collaboration of clinicians, researchers, developers and industry. In retrospect, combining two completely different anchorage technologies into one implant is logical and the practical solution is simple. The clinical instructions for the new implant, which severely limited the constructive scope, proved to be critical for the project. Unlike an independent new development, compatibility with existing surgical techniques, instruments and implants had to be maintained. Industrial implementation of the LCP is only possible with the use of state-of-the-art production centres with up to five computer-controlled axes. The unlimited possibility of using the LCP as a compression plate, an internal fixator or in a specific combination allows ideal plate anchorage that is adapted to the bone. Combined with minimally invasive implant technology (MIPO), the indication spectrum of plate osteosynthesis can be expanded in a meaningful manner.

摘要

锁定加压接骨板(LCP)的研发体现了临床医生、研究人员、开发者和产业界的多方合作。回顾过去,将两种截然不同的固定技术整合到一种植入物中是合乎逻辑的,实际解决方案也很简单。新植入物的临床说明严重限制了其构建范围,但事实证明这对该项目至关重要。与独立的新研发不同,必须保持与现有手术技术、器械和植入物的兼容性。只有使用具备多达五轴计算机控制的先进生产中心,LCP才能实现工业化生产。LCP作为加压接骨板、内固定器或特定组合使用的无限可能性,使其能够实现适应骨骼的理想钢板固定。与微创植入技术(MIPO)相结合,可以切实扩大钢板接骨术的适应症范围。

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