TALK KEYWORD INDEX
This page contains an index consisting of author-provided keywords.
| 1 | |
| 10 year survival | |
| 2 | |
| 2D-3D Reconstruction | |
| 2D/3D registration | |
| 3 | |
| 3D | |
| 3D evaluation | |
| 3D Imaging | |
| 3D kinematic analysis | |
| 3D motion | |
| 3D Osteotomy Planning | |
| 3D printing | |
| 3D Scanning | |
| 3D surgical planning | |
| 3d ultrasound | |
| 3D-fluoroscopic navigation | |
| 3D-tracking | |
| A | |
| A-mode ultrasound | |
| accelerometer-based navigation | |
| Acceptable | |
| accuracy | |
| Acetabular Cup | |
| Acetabular fracture | |
| acetabular position | |
| Acetabulum | |
| Additive Manufacturing | |
| admittance control | |
| Alignment | |
| Allograft Reconstruction | |
| Anatomical Pelvic Plane | |
| Anatomical TKA method | |
| Anterior Impingement Test | |
| anterior pelvic plane | |
| Anterior pelvic plane angle | |
| anterolateral approach | |
| APP | |
| Arthrometer | |
| Arthroplasty | |
| Articulation | |
| Artificial X-rays | |
| Assessment | |
| Atlas | |
| Augmented Glenoid | |
| Augmented reality | |
| Automation | |
| B | |
| Bicompartimental | |
| Bio-inspired endoscope | |
| Biomechanical model | |
| Biomechanical Modelling | |
| Biomechanics | |
| Blood Loss | |
| bone | |
| Bone drilling | |
| bone mineral density | |
| bone sarcoma surgery | |
| Bone Tumor | |
| bone tumor navigation | |
| bony resection | |
| Buck’s Repair | |
| C | |
| C-arm | |
| C-arm fluoroscopy | |
| cadaver specimens | |
| Cadaveric trials | |
| calibration | |
| Cancellous | |
| CAOS | |
| CAS | |
| CAS TKA | |
| CAVE | |
| CBCT | |
| cervico-diaphyseal angle | |
| Classical TKA method | |
| clinical outcomes | |
| Closed-loop Control | |
| Coherent Point Drift registration | |
| combined safe-zone | |
| compartment syndrome | |
| complications | |
| Computational Geometry | |
| Computational kinematic simulation | |
| Computed Tomography | |
| computer aided surgery | |
| computer assisted | |
| computer assisted fixators | |
| computer assisted navigation | |
| computer assisted surgery | |
| Computer assisted virtual surgery | |
| computer navigation | |
| Computer navigation in scaphoid fixation scaphoid non-union | |
| computer navigation in scaphoid non-union | |
| Computer-aided surgery | |
| computer-assisted | |
| Computer-assisted orthopedic surgery | |
| Computer-assisted preoperative planning | |
| Computer-assisted Surgery | |
| congenital pseudoarthrosis | |
| Control | |
| cooling and pressure curves | |
| corrective long fusion | |
| Cortical | |
| Costs | |
| CT-based navigation system | |
| CT-based plan | |
| cup alignment | |
| cup orientation | |
| CUSTOM MADE IMPLANTs | |
| Custom-made implants | |
| CUSUM test | |
| CUTTING JIGS | |
| D | |
| Deformity | |
| dental implants | |
| depth camera | |
| digitalisation | |
| Digitally-reconstructed radiographs | |
| dislocation | |
| distal locking | |
| Dorr classification | |
| Drilling sound | |
| Dynamic | |
| dynamic assessment | |
| Dynamic surgical planning | |
| Dysmorphic sacrum | |
| dysplasia | |
| E | |
| Education | |
| EOS imaging | |
| EtherCAT | |
| Extra-articular deformity | |
| F | |
| FEA | |
| femoral bowing | |
| femoral head coverage | |
| femoral neck osteotomy | |
| Femoral Rollback | |
| Femoroacetabular impingement(FAI) | |
| Finite Element Analysis | |
| fixator exchange | |
| Flexible implant | |
| Flexion | |
| Flexoscope | |
| Fluoroscopic navigation | |
| Forearm | |
| forgotten joint score | |
| fracture treatment | |
| fragility fractures of the pelvis | |
| G | |
| Gait analysis | |
| gap balance | |
| gap referencing | |
| Gender | |
| Geographic Resection | |
| Gesture Capture System | |
| H | |
| Haemoglobin | |
| Handheld device | |
| Handheld Robot | |
| Haptics | |
| health economic evaluation | |
| high tibial osteotomy | |
| Hip | |
| Hip Center | |
| Hip dysplasia | |
| Hip Knee Ankle angle | |
| Hip preserving surgery | |
| HTO | |
| Human Risk Management | |
| Human-Machine-Interaction | |
| humeral lateralized design | |
| Hybrid operation room | |
| I | |
| IEEE 11073 Communication Standard | |
| IEEE 11073 SDC | |
| Iliosacral screw | |
| iliosacral screws | |
| ilizarov appararus | |
| image enhancement | |
| image-guided surgery | |
| imageless navigation | |
| immersive simulation | |
| impingement | |
| Implant Design | |
| implant failure | |
| implant impingement | |
| implant position | |
| Implant positioning | |
| Implant Size | |
| in-vitro | |
| In-vitro study | |
| Inertial Sensors | |
| innovative technology | |
| Instrument guidance | |
| Instrument guide | |
| Integrated Operating Room | |
| Intensity-based 2D-3D Non-rigid Registration | |
| Interactive Assistance | |
| Interoperability | |
| Interosseous Ligaments | |
| Interosseous Membrane | |
| intertrochanteric line | |
| intraarticular pressure | |
| intramedullary nailing | |
| intraoperative 3D- control | |
| Intraoperative Workflow Optimization | |
| J | |
| joint replacement | |
| Joint-preserving resection | |
| K | |
| K-wire Placement | |
| kinematic model | |
| Kinematics | |
| Knee | |
| Knee Arthroplasty | |
| knee joint kinematics | |
| Knee joint laxity | |
| Knee navigation system | |
| Knee Testing Rig | |
| L | |
| labrum | |
| Laser osteotomy | |
| laser projection | |
| Laxity | |
| Learning curve | |
| Least-Moving-Point algorithm | |
| Ligament balancing | |
| Ligament characteristics | |
| Lisfranc joint | |
| Load Balancing | |
| local phase | |
| local recurrence | |
| Local Tumor Ablation | |
| locked intramedullary ostheosynthesis | |
| low-volume | |
| Lower Extremity | |
| Lower limb axis | |
| M | |
| Machine Learning | |
| Malignant pelvic tumors | |
| malposition | |
| Manual preoperative planning | |
| Markov Logic Networks | |
| Massive Defect | |
| Mathematical Models | |
| Maximise range of motion | |
| measurement techniques | |
| Mechanical alignment | |
| Mechanical Axis | |
| mechanical navigator | |
| Medical Communication Framework | |
| medical image processing | |
| medical navigation | |
| Medical software | |
| medical sterile container | |
| MEMS sensor | |
| Mesh | |
| Micro Electro Mechanical Systems | |
| mid- and long-term follow up | |
| Minimally invasive | |
| Mobile bearing | |
| Mobile Bearing Plateau | |
| modelling | |
| Modularisation | |
| morpho-functional correlation | |
| Morphology | |
| motion analysis | |
| motion tracking | |
| Movement Assesment | |
| MRI | |
| multi-view segmentation | |
| Musculoskeletal Model | |
| N | |
| Navigated assessment | |
| Navigated Control | |
| navigated ultrasound | |
| Navigation | |
| navigation acquisition time | |
| Navigation System | |
| neck cut | |
| networked operating room | |
| new technology | |
| Non-invasive | |
| O | |
| obstacle avoidance | |
| odontoid fracture | |
| One stage | |
| Open Integrated OR Systems | |
| operative time | |
| optical localizer | |
| optical tracking | |
| optical tracking system | |
| Optimisation | |
| optimise implant choice | |
| OR.NET initiative | |
| OR.NET RT | |
| Orientation | |
| Orthopaedic robot | |
| orthopaedics | |
| Orthopeadic oncology | |
| Orthopedic Surgery | |
| Osteoarthritis | |
| osteotomy | |
| Outlier | |
| outliers | |
| P | |
| Patellar resection | |
| Patient specific | |
| Patient Specific Implants | |
| Patient specific instrument (PSI) | |
| Patient Specific Instrumentation | |
| patient specific instruments (PSI) | |
| patient specific surgical guide | |
| Patient specific templates | |
| Patient-specific | |
| patient-specific instrumentation | |
| Patient-Specific Planning | |
| Patient-specific templates | |
| patient-specific TKA | |
| pedicle screw | |
| Pedicle screw placement | |
| pedicle screws | |
| pelvic alignment | |
| pelvic fracture | |
| Pelvic fractures | |
| pelvic tilt | |
| PELVIC TUMOUR | |
| pelvis | |
| Percutaneous bone manipulation | |
| perforation rate | |
| Periacetabular Osteotomy | |
| Periprosthetic infections | |
| Personalised Rapid Prototyping 3D Templates | |
| physiological simulation | |
| Plain Radiograph | |
| Planning | |
| pneumatic muscle | |
| Pre-operative planning | |
| pre-surgical planning accuracy | |
| Precision medicine | |
| prehabilitation | |
| Preoperative planning | |
| Preoperative Planning of ACL Reconstruction | |
| preoperative plannning | |
| Preoperative Templating | |
| press-fit cup | |
| Pro-supination | |
| PROMS | |
| pseudoarthrosis | |
| PSI | |
| Q | |
| Quality Assessment | |
| quality assurance | |
| R | |
| Radiofrequency Ablation RFA | |
| randomized controlled study | |
| range of motion | |
| Real-time Communication | |
| real-time kinematics | |
| Reconstruction | |
| registration | |
| Registration of bone landmarks | |
| regularization | |
| Rehabilitation | |
| replacement | |
| replacemnet | |
| resection alignment | |
| reverse shoulder arthroplasty | |
| Reverse total shoulder Arthroplasty | |
| Revision Total Knee Arthroplasty | |
| RFA | |
| Robot-aided minimal invasive surgery | |
| robot-assisted surgery | |
| Robotic | |
| robotic assisted | |
| Robotic endoscope | |
| robotic fracture reduction | |
| robotic surgery | |
| Robotic TKA | |
| Robotic-assisted total hip arthroplasty | |
| Robotics | |
| rod determination | |
| Rotational alignment | |
| S | |
| sacral slope | |
| Sacroiliac joint screw insertion | |
| sacroiliac screw | |
| safe margin | |
| safe zone | |
| sample diaphyseal fracture | |
| satisfaction | |
| Satisfaction Scores for TKA Load Balancing | |
| scaphoid bone grafting | |
| scoliosis | |
| screw | |
| screw alignment | |
| Segmentation | |
| Semi-active | |
| Semi-automatic | |
| Semiactive | |
| sensor integrated | |
| sensor module | |
| Service-Oriented Architecture | |
| short tapered-wedge stem | |
| Shoulder | |
| shoulder biomechanics | |
| shoulder joint simulator | |
| SIFT feature extraction | |
| Simulation | |
| simulation study | |
| Single column resection | |
| single use device | |
| Situation Detection | |
| smart device | |
| smart devices | |
| smart display | |
| smart instrument | |
| smart instruments | |
| Smart Screwdriver | |
| smartphone | |
| Soft Balancing | |
| soft tissue | |
| soft tissue balancing | |
| soft tissue tension | |
| software application | |
| Software Design Pattern | |
| software processing | |
| Software simulation | |
| spine | |
| SpinePilot | |
| standing position | |
| Standing Sagittal pelvic alignment | |
| Statistical Analysis | |
| statistical motion model | |
| statistical shape models | |
| sterilisation | |
| supine position | |
| Surgery | |
| surgical accuracy | |
| surgical checklist | |
| Surgical Cockpit | |
| surgical drill | |
| Surgical guidance | |
| surgical monitoring | |
| surgical navigation | |
| surgical navigation system | |
| surgical trajectory detection | |
| Surgical Workflow | |
| T | |
| Target Zone for Knee Balancing | |
| telemanipulated fracture reduction | |
| telemedicine | |
| THA | |
| THA planning | |
| the accuracy of cup | |
| thermal insulation | |
| THR | |
| tibia | |
| tibial posterior slope | |
| tibial slope | |
| Tissue identification | |
| TKA | |
| Tool guidance | |
| Tool guide | |
| total hip arthroplasty | |
| total hip replacement | |
| Total Knee Arthroplasty | |
| Total knee arthroplasty (TKA) | |
| total knee replacement | |
| Total Shoulder Arthroplasty | |
| Trabecular Titanium | |
| Training | |
| transacetabular screw | |
| transosseous ostheosynsthesis | |
| transport | |
| Transsacral screw | |
| Trauma Rehabilitation | |
| Trauma Surgery | |
| Trochlear Groove | |
| U | |
| ultrasound | |
| unicompartmental knee arthroplasty | |
| Unilateral Spondylolysis | |
| Universal Foot Switch | |
| Universal footswitch | |
| upper cervical spine | |
| Upper Limb | |
| V | |
| Validation | |
| Variability analysis | |
| version control | |
| Vertebral body | |
| vertebral level | |
| Vertebral morphometry | |
| virtual bone bank system | |
| Virtual Second Opinion | |
| Virtual X-rays | |
| Volume stitching | |
| W | |
| whole spine | |
| workflow management | |
| Wrist | |
| X | |
| X-ray fluoroscopic image | |
| x-rays | |