Skochdopole Anna J, Wagner Ryan D, Davis Matthew J, Raj Sarth, Winocour Sebastian J, Ropper Alexander E, Xu David S, Bohl Michael A, Reece Edward M
Division of Plastic Surgery, Michael E. DeBakey Department of Surgery, Baylor College of Medicine, Houston, Texas.
Division of Plastic Surgery, Department of Surgery, Texas Children's Hospital, Houston, Texas.
Semin Plast Surg. 2021 Feb;35(1):50-53. doi: 10.1055/s-0041-1726101. Epub 2021 May 10.
Several vascularized bone grafts (VBGs) have been introduced for reconstruction and augmenting fusion of the spine. The expanding use of VBGs in the field of spinoplastic reconstruction, however, has highlighted the need to clarify the nomenclature for bony reconstruction as well as establish the position of VBGs on the bony reconstructive algorithm. In the current literature, the terms "flap" and "graft" are often applied inconsistently when describing vascularized bone transfer. Such inconsistency creates barriers in communication between physicians, confusion in interpreting the existing studies, and difficulty in comparing surgical techniques. VBGs are defined as bone segments transferred on their corresponding muscular attachments without a named major feeding vessel. The bone is directly vascularized by the muscle attachments and unnamed periosteal feeding vessels. VBGs are best positioned as a separate entity in the bony reconstruction algorithm between nonvascularized bone grafts (N-VBGs) and bone flaps. VBGs offer numerous advantages as they supply fully vascularized bone to the recipient site without the microsurgical techniques or pedicle dissection required for raising bone flaps. Multiple VBGs have been introduced in recent years to optimize these benefits for spinoplastic reconstruction.
几种带血管蒂骨移植(VBG)已被用于脊柱的重建和增强融合。然而,VBG在脊柱整形重建领域的广泛应用凸显了明确骨重建术语以及确定VBG在骨重建算法中位置的必要性。在当前文献中,在描述带血管蒂骨转移时,“皮瓣”和“移植骨”这两个术语的使用往往不一致。这种不一致给医生之间的交流造成了障碍,使对现有研究的解读产生混淆,并给手术技术的比较带来困难。VBG被定义为在其相应肌肉附着处转移的骨段,没有命名的主要供血血管。骨由肌肉附着处和未命名的骨膜供血血管直接供血。在骨重建算法中,VBG最好作为非带血管蒂骨移植(N-VBG)和骨皮瓣之间的一个独立实体。VBG具有诸多优势,因为它们能为受区提供完全血管化的骨,而无需进行掀起骨皮瓣所需的显微外科技术或椎弓根解剖。近年来引入了多种VBG以优化这些优势用于脊柱整形重建。