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Objectives: The aims of this study were: (a) to evaluate the performance of an artificial intelligence (AI) software package (Boneview Trauma, Gleamer) for the detection of post-traumatic bone fractures in radiography as a standalone; (b) used by two radiologists (osteoarticular senior and junior); and (c) to determine to whom AI would be most helpful., Materials and Methods: Within 14 days of a trauma, 101 consecutive patients underwent radiographic examination of the upper or lower limbs. The definite diagnosis for identifying fractures was: (a) radio-clinical consensus between the radiologist on-call who analyzed the images and the orthopedist (Group 1); (b) Cone Beam computed tomography (CBCT) exploration of the area of interest, in case of doubts or absence of consensus (Group 2). Independently of this diagnosis for both groups, the radiographic images were separately analyzed by two radiologists (osteoarticular senior: SR; junior: JR) prior without, and thereafter with the results of AI., Results: AI performed better than the radiologists in detecting common fractures (Group 1), but not subtle fractures (Group 2). In association with AI, both radiologists increased their overall performances in both groups, whereas this increase was significantly higher for the JR ( p < 0.05)., Conclusion: AI is reliable for common radiographic fracture identification and is a useful learning tool for radiologists in training. However, the software's overall performance does not exceed that of an osteoarticular senior radiologist, particularly in case of subtle lesions., Competing Interests: The authors have no competing interests to declare., (Copyright: © 2024 The Author(s).)

In terms of frequency, trochanteric fractures represent one of the most common problems in adult traumatology. Considering their physical and psychological consequences, and the patients mean age, they constitute one of the most acute public health problems faced by the elderly. Surgical reduction is currently considered as preferred treatment. Stable fixation of the fracture focus by osteosynthesis allows early mobilization of the treated member, central axis of the body. A series of 35 patients with a mean age of 78, surgically treated with Gotfried percutaneous plating between June 1998 and August 2000, have been followed-up to full fracture healing. The fractures were divided according to the AO fracture classification system. All patients were treated with this minimally invasive technique, which consists of introducing a percutaneous compression plate through two tiny stab incisions. The results take into account the reduction quality, mean hospital stay, evolution, perioperative and postoperative complications. The patients early weight bearing has been possible from the third day after the operation. The mean perioperative blood loss was estimated to 90 mL. The mean mortality rate during hospital stay was 5.7%, and 11.4% after three months. The complications encountered comprised two cephalic screw cutouts, two plate breakages and one surgical wound infection. Linked to the quality of the bone, regardless of the material used, these complications are likely to those observed with other methods. This short sample allows to consider the percutaneous compression plating as a valid surgical technique, though it can be opposed the same critics than other trochanteric fractures treatments. However, it offers the benefits of a closed and rapidly performed surgical technique, theoretically beneficial to improve the vital prognosis for this type of fracture.