Habermeyer P, Magosch P, Lichtenberg S
Schulter- und Ellenbogenchirurgie, ATOS-Praxisklinik, Heidelberg, Germany.
Zentralbl Chir. 2002 Mar;127(3):207-11. doi: 10.1055/s-2002-24249.
In 1951 a shoulder prosthesis was developed for the treatment of complex humeral head fractures by Neer. The Neer-II-Prosthesis, which was developed further in 1973 represents the basis of modern shoulder implants. The unsatisfactory postoperative functional results for primary humeral head replacement required the development of new adaptable implants for the treatment of complex humeral fractures, which allow the reconstruction of humeral length, the reconstruction of center of rotation and humeral offset, the anatomic positioning, the reconstruction of retrotorsion and the secure refixation of the tuberosities. The development of third and fourth generation of humeral head prosthesis achieves a three-dimensional adaptability for the conditions of posttraumatic arthritis. Primary and secondary humeral head replacement in humeral head fractures as well as revision of prosthetic replacement are complex and technical demanding operations with high and different requirements on implants having to be realised on further development.
1951年,尼尔(Neer)研发出一种用于治疗复杂肱骨头骨折的肩部假体。1973年进一步改进的尼尔二代假体是现代肩部植入物的基础。初次肱骨头置换术后功能效果不理想,因此需要研发新的适应性植入物来治疗复杂肱骨骨折,这些植入物应能实现肱骨长度的重建、旋转中心和肱骨偏移的重建、解剖定位、后扭转的重建以及结节的牢固重新固定。第三代和第四代肱骨头假体的研发实现了对创伤后关节炎情况的三维适应性。肱骨头骨折的初次和二次肱骨头置换以及假体置换翻修都是复杂且技术要求高的手术,对植入物有很高且不同的要求,这有待在进一步研发中实现。