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Maria Moralidou, Anna Di Laura, Johann Henckel, Harry Hothi, and Alister J. Hart

-specific instrumentation (PSI) 12 , 13 and implants. 14 The aim of this systematic review was to summarize the existing literature on the use of 3D pre-operative planning in primary THA, using off-the-shelf implants. We acknowledge that 3D planning has emerged

Nuno Sampaio Gomes

problems or additional surgical steps. This type of pre-operative planning has grown in popularity across a wide range of orthopaedic subspecialties including total hip and knee arthroplasty, pelvic and acetabular procedures and spinal deformities, with

Alessandro Colombi, Daniele Schena, and Claudio Carlo Castelli

be established. When there is a difference between the actual and functional limb length, pelvic obliquity may be evaluated by comparing the level of both hemi pelvises with patient standing and sitting. 1 Preoperative planning allows prediction

Gareth G. Jones, Martin Jaere, Susannah Clarke, and Justin Cobb

solution that merits further focus. This review article explores the use of PSI for HTO, including our experience with this technology in the MSk lab at Imperial College London, United Kingdom. Preoperative planning Double-limb weight

Stephen Gates, Brain Sager, and Michael Khazzam

those for hip and knee arthroplasty procedures. 1 The purpose of this review is to provide a summary of current methods for assessment of the glenoid and preoperative planning strategies for total shoulder arthroplasty. Radiographic imaging

Nuno Marques Luís and Ricardo Varatojo

evaluate the medial compartment narrowing. CT scan gives a more precise visualization of the deformity in posttraumatic malalignments and other bone lesions. Consequently, it allows more accurate preoperative planning and the identification of possible

Jasmine N. Levesque, Ajay Shah, Seper Ekhtiari, James R. Yan, Patrick Thornley, and Dale S. Williams

clinical applications, including pre-operative planning, 11 – 13 manufacturing of patient-specific instrumentation (PSI), 14 – 16 and the manufacture of case-specific implants (e.g. plates and arthroplasty components). 17 – 19 Overall, there

Xue Ling Chong, Lisca Drittenbass, Victor Dubois-Ferriere, and Mathieu Assal

down the causes of iatrogenic metatarsalgia as a consequence of hallux valgus surgery into their various planar deformities. This algorithm challenges the preoperative planning for revision surgery with a multiplanar reflexion. The surgeon should be

Habeeb Bishi, Joshua B V Smith, Vipin Asopa, Richard E Field, Chao Wang, and David H Sochart

the implants is by engaging in thorough preoperative planning, taking into account the patient’s age, sex, preoperative diagnosis, mental status, level of activity, medical history and current medical status, expectations from the surgery and life

Joshua B.V. Smith, Habeeb Bishi, Chao Wang, Vipin Asopa, Richard E. Field, and David H. Sochart

components. 4 It also creates an easily accessible archived record of the preoperative planning process that can be accessed by different members of the surgical team. It can then be used for postoperative evaluation, planning future surgeries on the same