Freppon Felix Noah, Lammers Oliver Pascal, Kaul Michael Gerhard, Adam Gerhard, Henes Frank Oliver Gerhard
Department of Diagnostic and Interventional Radiology and Nuclear Medicine, University Medical Center Hamburg-Eppendorf, Hamburg, Germany.
Department of Diagnostic and Interventional Radiology, BG Trauma Hospital Hamburg, Hamburg, Germany.
Rofo. 2025 Aug 11. doi: 10.1055/a-2648-9756.
Lisfranc injuries are traumas to the tarsometatarsal joint, ranging from simple capsular ruptures to complex fracture-dislocations. Overall, these injuries are rare and may be underdiagnosed due to often subtle changes in initial imaging, requiring increased attention.This review provides an overview of the anatomy, injury mechanisms, classification, and diagnosis of Lisfranc injuries using case examples and relevant literature.The Lisfranc joint connects the fore- and midfoot and stabilizes the foot's arch. It is stabilized by multiple ligaments, with the Lisfranc ligament complex between the medial cuneiform and the second metatarsal playing a crucial role. High-energy trauma often causes dislocation fractures, while low-energy sports injuries usually cause subtle ligament lesions that lead to chronic instability, pain and post-traumatic osteoarthritis if left untreated. Radiographs in three planes are used for initial diagnosis; if the findings are unremarkable and there is clinical suspicion, further weight-bearing X-ray, CT or MRI scans are required.Lisfranc injuries are rare and often difficult to diagnose, but if left untreated, they can lead to long-term functional impairments and osteoarthritis of the Lisfranc joint complex, making targeted diagnostics essential. · Lisfranc injuries include a broad spectrum of tarsometatarsal joint injuries, from simple capsular ruptures to complex dislocation fractures. Subtle injuries require careful diagnosis to avoid long-term consequences such as osteoarthritis.. · Radiographs in three planes are used as standard diagnostics, whereby subtle, mostly ligamentous injuries are often overlooked.. · Weight-bearing X-ray and CT scans can help to detect subtle injuries to the ligamentous apparatus.. · In case of persistent complaints, an MRI scan also enables direct visualization of the ligaments.. · Freppon FN, Lammers OP, Kaul MG et al. Imaging Diagnostics of Lisfranc Joint Injuries. Rofo 2025; DOI 10.1055/a-2648-9756.
跖跗关节损伤是指跗跖关节处的创伤,范围从单纯的关节囊破裂到复杂的骨折脱位。总体而言,这些损伤较为罕见,由于初始影像学检查中变化往往不明显,可能存在漏诊情况,因此需要更多关注。本综述通过病例示例和相关文献,对跖跗关节损伤的解剖结构、损伤机制、分类及诊断进行概述。跖跗关节连接前足和中足,稳定足弓。它由多条韧带稳定,其中内侧楔骨与第二跖骨之间的跖跗韧带复合体起关键作用。高能量创伤常导致脱位骨折,而低能量运动损伤通常导致细微的韧带损伤,若不治疗,会导致慢性不稳定、疼痛和创伤后骨关节炎。初始诊断采用三个平面的X线片;若检查结果不明显但有临床怀疑,则需要进一步进行负重X线、CT或MRI扫描。跖跗关节损伤罕见且常难以诊断,但若不治疗,会导致跖跗关节复合体长期功能障碍和骨关节炎,因此进行针对性诊断至关重要。· 跖跗关节损伤包括广泛的跗跖关节损伤,从单纯的关节囊破裂到复杂的脱位骨折。细微损伤需要仔细诊断,以避免骨关节炎等长期后果。· 三个平面的X线片用作标准诊断方法,不过细微的、大多为韧带的损伤常被忽视。· 负重X线和CT扫描有助于检测韧带结构的细微损伤。· 若持续有症状,MRI扫描也能直接显示韧带情况。· Freppon FN, Lammers OP, Kaul MG等。跖跗关节损伤的影像学诊断。《德国放射学杂志》2025年;DOI 10.1055/a - 2648 - 9756 。