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Palabras clave – provistas por la editorial

patient specific implant; custom made implant; revision hip; Paprosky; pelvic discontinuity; highly cancellous; implant surface; tibia; titanium alloy; 3D printing; megaendoprosthesis; orthopedic oncology; limb salvage; patient safety management; vascular bypass; soft tissue sarcoma; vascular reconstruction; shoulder arthroplasty; X-ray images; implant classification; deep learning; dense residual ensemble-network; rotational invariant augmentation; Three-Dimensional Printing (3DP); custom implant; patient-specific implants (PSI); spinal surgery; total knee replacement; total knee arthroplasty; kinematic alignment; slope; rotation; navigation-assisted surgery; tumor orthopedics; oncologic orthopedics; patient specific; tumor surgery; bone defects; hip detection; deep convolutional neural network; radiography; leg alignment; patient-specific instruments; custom-made implant; rotational correction; custom-made; rTKA; 3D-printed; individual; limb-salvage; cone; customised; personalised; knee replacement; native knee morphology; femoral J-Curve; principal component analysis; geometric parameter analysis; individualized alignment; restricted kinematic alignment; robotic-assisted TKA; MAKO; safe zone; pelvic tumors; 3D printed prostheses; computer aided design pelvic reconstruction; arthroplasty; complications; bone tumor; pelvis; patient-specific; individualized; 3D-printing; unicondylar knee arthroplasty; unicompartmental knee replacement; unicondylar knee replacement; partial knee arthroplasty; partial knee replacement; UKA; UKR; augmented reality; image-guided surgery; intraoperative imaging; simulation; mixed reality; reversed shoulder arthroplasty; 3D planning; total hip arthroplasty; finite element method; cemented and uncemented acetabular fixation; polyethylene wear patterns; cervical–diaphyseal angle; center of rotation; material head; size head; liner thickness; preoperative planning; patient-specific THA; target zone; leg length discrepancy; range of motion; edge loading; TKA; tricompartmental knee osteoarthritis; iTotal; n/a