Roffman M, Silbermann M, Mendes D G
Acta Orthop Scand. 1983 Aug;54(4):580-3. doi: 10.3109/17453678308992892.
The acetabular model, as described in the present study, appears to serve as a promising experimental model for grafting procedures since it promotes the acceptance of autogenous grafts and the induction of new bone formation. Further, the biologic and mechanical properties of the femoro-acetabular joint appear permissive to the development of an efficient reparative system even when a foreign material such as methylmethacrylate cement is incorporated into the overall reconstructive procedure. Hence, it is hereby recommended to utilize the biological approach in the frame of replacement arthroplasty of severely damaged acetabulum.
如本研究中所描述的髋臼模型，似乎可作为移植手术的一个有前景的实验模型，因为它能促进自体移植物的接受以及新骨形成的诱导。此外，即使在整体重建手术中加入了如甲基丙烯酸甲酯骨水泥等异物，股骨髋臼关节的生物学和力学特性似乎也有利于高效修复系统的发展。因此，特此建议在严重受损髋臼的置换关节成形术框架内采用生物学方法。
