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, though not always implemented. Accuracy of 3D pre-operative planning in component size prediction Optimal component sizing is of great importance to achieve a more precise surgery. The overall accuracy of 3D surgical planning in component size
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these complex deformities of the lower limbs, but they need careful surgical planning. Due to the greater distance between the centre of the hip and knee joints than between the knee and ankle, the mechanical tibiofemoral axis runs slightly oblique
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Luxembourg Institute of Research in Orthopaedics, Sports Medicine and Science (LIROMS), Luxembourg, Luxembourg
Department of Orthopaedic Surgery, Centre Hospitalier Luxembourg-Clinique d’Eich, Luxembourg, Luxembourg
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Orthopaedic Surgery Service, University Hospital of Geneva, Geneva, Switzerland
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angular correction starts with thorough preoperative surgical planning. The surgeons’ goal should be to restore proper alignment while simultaneously avoiding the development of new deformities, such as JLO, which can alter the patient’s constitutional
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Introduction Surgical planning has gone through many different stages in the evolutionary history of modern medicine, moving simultaneously with the progression of the available technologies for diagnostic imaging. From the simple radiographs
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plan surgical correction. 17 This is especially true for surgical planning in cases with suspected extra-articular FAI. 18 3D MRI has great potential to replace 3D CT for rendering of 3D models of the hip joint and further analysis for a non
South West London Elective Orthopaedic Centre, UK
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aggravate the spine by way of a HSS. SHS and HSS are frequently seen in patients awaiting THA, 8 , 18 and pre-operatively screening patients with abnormal SHR could refine the surgical planning and therefore THA outcomes. In patients with HSS, anterior
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analgesics. 3 , 15 Radiological evaluation includes plain radiographs and CT scanning. In extra-articular fractures, plain radiographs provide sufficient information for surgical planning. With intra-articular fractures, CT is paramount. It has been
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bull’s-eye lesion on MRI. 7 Overall, MRI is the preferred imaging modality as it enables the site of injury to be accurately located, identifies concurrent injuries, allows for preoperative grading of the injury, and aids surgical planning based on
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deformities, and specific software for dynamic range of motion simulation can be very effective to identify the dominant osseous deformity and plan surgical correction. 22 This is especially true for surgical planning in cases with suspected
Osteoarticular Surgery Research, Hospital La Paz Institute for Health Research – IdiPAZ (La Paz University Hospital – Autonomous University of Madrid), Madrid, Spain
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causing major complications. A thorough understanding of knee anatomy and biomechanics, combined with careful surgical planning and execution, can minimize the risk of serious complications. Careful postoperative follow-up is required to identify
