Sugimoto Kazuya, Isomoto Shinji, Samoto Norihiro, Okahashi Koujirou, Araki Masasuke
Department of Orthopaedic Surgery, Nara Prefectural General Medical Center, Nara, Japan.
Department of Orthopaedic Surgery, Saiseikai Nara Hospital, Nara, Japan.
Open Orthop J. 2017 Jul 31;11:687-696. doi: 10.2174/1874325001711010687. eCollection 2017.
It was nearly a centenary ago that severe ankle sprain was recognized as an injury of the ankle ligament(s). With the recent technological advances and tools in imaging and surgical procedures, the management of ankle sprains - including subtalar injuries - has drastically improved. The repair or reconstruction of ankle ligaments is getting more anatomical and less invasive than previously. More specifically, ligamentous reconstruction with tendon graft has been the gold standard in the management of severely damaged ligament, however, it does not reproduce the original ultrastructure of the ankle ligaments. The anatomical ligament structure of a ligament comprises a ligament with enthesis at both ends and the structure should also exhibit proprioceptive function. To date, it remains impossible to reconstruct a functionally intact and anatomical ligament. Cooperation of the regenerative medicine and surgical technology in expected to improve reconstructions of the ankle ligament, however, we need more time to develop a technology in reproducing the ideal ligament complex.
近一个世纪前,严重的踝关节扭伤被确认为踝关节韧带损伤。随着最近成像和外科手术技术与工具的进步,踝关节扭伤(包括距下关节损伤)的治疗有了显著改善。踝关节韧带的修复或重建比以前更加符合解剖学且侵入性更小。更具体地说,肌腱移植进行韧带重建一直是严重受损韧带治疗的金标准,然而,它无法重现踝关节韧带的原始超微结构。韧带的解剖学韧带结构包括两端带有附着点的韧带,并且该结构还应具有本体感觉功能。迄今为止,重建功能完整且符合解剖学的韧带仍然是不可能的。再生医学与外科技术的合作有望改善踝关节韧带的重建,然而,我们需要更多时间来开发重现理想韧带复合体的技术。
Open Orthop J. 2017-7-31
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