Maitra R S, Miller M D, Johnson D L
Division of Orthopaedic Surgery, University of Kentucky Medical Center, Lexington, USA.
Am J Orthop (Belle Mead NJ). 1999 Apr;28(4):213-8 contd.
Menisci are specialized structures capable of bearing loads, absorbing shock, stabilizing, and lubricating the knee joint. Increased knowledge of meniscal anatomy and function, as well as studies of chronic anterior cruciate ligament-deficient and -reconstructed knees, have indicated that loss of meniscal function is associated with progression of degenerative changes within the knee. Meniscal reconstruction has been developed to preserve those functions prior to the development of significant degenerative changes in patients who have undergone meniscectomy. Indications are still being defined. Meniscal reconstruction has been achieved by either arthroscopically assisted or open techniques. Anatomic placement and secure fixation of the graft are requirements to allow the optimal revascularization needed for successful incorporation of the graft. Part I of this review will discuss the anatomy and function of the meniscus, followed by the indications, techniques, and graft considerations for meniscal allograft reconstruction. In Part II, which will be published in the May 1999 issue, we will review the results, potential complications, and future directions of meniscal allograft reconstruction.
半月板是能够承受负荷、吸收冲击、稳定和润滑膝关节的特殊结构。对半月板解剖结构和功能的深入了解,以及对慢性前交叉韧带损伤和重建膝关节的研究表明,半月板功能丧失与膝关节内退变改变的进展有关。半月板重建技术已被开发出来,用于在半月板切除术患者出现明显退变改变之前保留这些功能。其适应证仍在确定中。半月板重建可通过关节镜辅助技术或开放技术来实现。移植物的解剖学放置和牢固固定是实现移植物成功整合所需的最佳血管化的必要条件。本综述的第一部分将讨论半月板的解剖结构和功能,随后介绍同种异体半月板移植重建的适应证、技术和移植物相关考虑因素。在将于1999年5月出版的第二部分中,我们将回顾同种异体半月板移植重建的结果、潜在并发症及未来发展方向。