Piontek Tomasz, Ciemniewska-Gorzela Kinga, Szulc Andrzej, Słomczykowski Michał, Jakob Roland
Department of Pediatric Orthopedic Surgery, University of Medical Sciences, Poznań, Poland and Rehasport Clinic, Poznań, Poland.
Pol Orthop Traumatol. 2012 Jul 31;77:39-45.
The number of meniscus surgeries, including partial or complete meniscectomy, has increased considerably with the progress in knee arthroscopy. An analysis of treatment results, carried out at several centres by numerous study groups, showed a development of early degenerative changes in the knees of treated patients.
This study is aimed at developing a fully arthroscopic technique to treat meniscal tears by suturing and wrapping them in collagen matrix, followed by injection of liquid bone-marrow collected from the tibial proximal epiphysis, into the area of meniscal lesion.
In this paper, we presented arthroscopic technique for wrapping meniscal tears using the collagen matrix sutured with the Fast-Fix sutures.
Proposed surgical technique is not straightforward to perform, but can be learned by adhering to strict arthroscopic principles. The use of collagen matrix and bone marrow aspirate from bone-marrow blood, including stem cells, creates favourable biological conditions for meniscus healing, which may increase the rate of healing.
随着膝关节镜技术的进步,包括部分或完全半月板切除术在内的半月板手术数量大幅增加。多个研究小组在多个中心进行的治疗结果分析显示,接受治疗的患者膝关节出现了早期退行性改变。
本研究旨在开发一种完全关节镜技术,通过将半月板撕裂处缝合并包裹在胶原基质中,然后将从胫骨近端骨骺采集的液态骨髓注射到半月板损伤区域来治疗半月板撕裂。
在本文中,我们展示了使用Fast-Fix缝线缝合胶原基质包裹半月板撕裂的关节镜技术。
所提出的手术技术操作并不简单,但通过遵循严格的关节镜原则可以学会。使用胶原基质和来自骨髓血(包括干细胞)的骨髓抽吸物为半月板愈合创造了有利的生物学条件,这可能会提高愈合率。