Lisfranc injuries were previously described as fracture-dislocations of the tarsometatarsal joints. With advancements in modern imaging, subtle Lisfranc injuries are now more frequently recognized, revealing that their true incidence is much higher than previously thought. Injury patterns can vary widely in severity and anatomy. Early diagnosis and treatment are essential to achieve good outcomes. The original classification systems were anatomy-based, and limited as tools for guiding treatment. The current review, using the best available evidence, instead introduces a stability-based classification system, with weightbearing radiographs and CT serving as key diagnostic tools. Stable injuries generally have good outcomes with nonoperative management, most reliably treated with immobilization and non-weightbearing for six weeks. Displaced or comminuted injuries require surgical intervention, with open reduction and internal fixation (ORIF) being the most common approach, with a consensus towards bridge plating. While ORIF generally achieves satisfactory results, its effectiveness can vary, particularly in high-energy injuries. Primary arthrodesis remains niche for the treatment of acute injuries, but may offer benefits such as lower rates of post-traumatic arthritis and hardware removal. Novel fixation techniques, including suture button fixation, aim to provide flexible stabilization, which theoretically could improve midfoot biomechanics and reduce complications. Early findings suggest promising functional outcomes, but further studies are required to validate this method compared with established techniques. Future research should focus on refining stability-based classification systems, validation of weightbearing CT, improving rehabilitation protocols, and optimizing surgical techniques for various injury patterns to ultimately enhance patient outcomes.

Cite this article: Bone Joint J 2024;106-B(12):1431–1442.

Ankle fractures are one of the most common bony injuries presenting to the trauma surgeon. The more severe ones result in disruption of the tibiofibular syndesmosis and hence worse outcome. The outcome depends on accurate reduction of syndesmosis. The two main options in managing these injuries are syndesmotic screws or tightrope. The aim of this study is to compare the rate of complications between these two techniques and their radiographic results. Retrospective data from 62 patients between September 2009 and March 2011 who had fixation of syndesmosis was obtained from theatre logbooks. 46 patients had syndesmotic screws inserted while 16 had tightrope. The average age was comparable in both groups (51 years v/s 41). 25 of the 46 syndesmotic screws inserted were removed. No tightropes had to be removed for any reason. 2 patients with syndesmotic screws had wound complications while 1 patient which tightrope insertion had a persistent diastasis. There were no differences in radiological outcome between the two groups with regards to reduction of syndesmosis (measured by talofibular clear space minus medial clear space) (p-value 0.283). The difference between the talocrural angles was also of no significance (p-value 0.344). Our results indicate that tightropes achieve radiologically similar reduction of syndesmosis as screws without any significant difference in complications. The need for a second operation is significantly lower with tightrope fixation

Introduction. Lisfranc joint injuries are increasingly recognised in elite soccer and rugby players. Currently no evidence-based guidelines exist on timeframes for return to training and competition following surgical treatment. This study aimed to see whether return to full competition following surgery for Lisfranc injuries was possible in these groups and to assess times to training, playing and possible related factors. Material/Methods. Over 46-months, a consecutive series of fifteen professional soccer (6) and rugby(9) players in the English Premierships/Championship, was assessed using prospectively collected data. All were isolated injuries, sustained during competitive matches. Each had clinical and radiological evidence of injury and was treated surgically within thirty-one days. A standardised postoperative regime was used. Results. Follow-up was obtained in all fifteen cases. Eight cases were ligamentous injuries and seven were bony. Time from injury to fixation ranged from 10–31 days. One athlete retired following a ligamentous injury. All remaining fourteen returned to training and full competition. Excluding the retired case, mean return to training time was 20.2 weeks and to full competition was 25.6 weeks. No significant difference existed between the mean return to competition time for rugby (27.8 weeks) and soccer(24.7 weeks). A significant difference existed between the mean return to competition time for ligamentous (23.7 weeks) compared to bony(27.6 weeks) injuries(p = 0.012). Three patients suffered deep peroneal nerve sensation loss, two of which fully recovered. Discussion/Conclusion. Return to competitive elite-level soccer and rugby is possible following surgically treated Lisfranc injuries. Return to training can take up to 24 weeks and playing up to 31 weeks, with bony injuries taking longer. To our knowledge this is the largest series of its kind and whilst we recognise it contains small numbers, we feel it provides some guidance on rehabilitative timeframes for those who treat and those who sustain these injuries. Evidence Level: 4

Injuries to the foot in athletes are often subtle and can lead to a substantial loss of function if not diagnosed and treated appropriately. For these injuries in general, even after a diagnosis is made, treatment options are controversial and become even more so in high level athletes where limiting the time away from training and competition is a significant consideration.

In this review, we cover some of the common and important sporting injuries affecting the foot including updates on their management and outcomes.

Cite this article: Bone Joint J 2016;98-B:1299–1311.