Postoperative Radiographic Reports After Anterior Cruciate Ligament Reconstruction: Are We Assessing What Really Matters?

Background/Objectives: Anterior cruciate ligament reconstruction, often combined with anterolateral ligament reconstruction, requires accurate anatomical positioning of bone tunnels, which is a key determinant of surgical success. In current clinical practice, postoperative radiographs are routinely performed for both medico-legal and clinical purposes. The objective of this study is to analyze the content of early postoperative radiology reports following ACL ± ALL reconstruction and assess their clinical relevance regarding tunnel positioning, as well as the terminology used to describe surgical findings. Methods: A retrospective bicentric descriptive study was conducted, including 100 consecutive postoperative radiographic reports performed within two weeks after ACL ± ALL reconstruction. The primary outcome was the mention of bone tunnel positioning. Secondary outcomes included the reporting of joint effusion, surgical complications, fixation devices, and terminology used. All radiographs were independently reviewed by two experienced orthopedic surgeons. Results: Among the 100 reports analyzed, interpretations were performed by 60 different radiologists. None of the reports included an assessment of bone tunnel positioning based on validated anatomical criteria. Joint effusion was reported in 83% of cases, without specification of its physiological nature. In 22% of reports, bone tunnels were not mentioned. Terms such as "sequelae" or "stigmata" of ligament reconstruction were used in 50% of reports. No complications or surgical errors were identified upon independent radiographic review. Conclusions: Early postoperative radiology reports after ACL reconstruction appear standardized but often lack clinically relevant contextualization regarding tunnel-related technical aspects. Rather than advocating replacement of surgeon-led image review, our findings support clearer postoperative terminology and better contextualized reporting, including explicit acknowledgment when detailed tunnel assessment is not feasible on routine radiographs.