TALK KEYWORD INDEX
This page contains an index consisting of author-provided keywords.
1 | |
1. Navigation | |
1.Navigation TKA | |
2 | |
2. Two screws | |
2.blood loss | |
2D | |
2D-3D registration | |
3 | |
3. Per-pedicle | |
3.cellular adhesive molecule (CAM) | |
3D | |
3D C-arm | |
3D CAD modelling | |
3D imaging | |
3D modelling of CT | |
3D Printed | |
3D Printing | |
3D surgical planning | |
3D Video-fluoroscopy | |
A | |
Accelerometer | |
Accuracy | |
acetabular cup positioning | |
Acquisition Robustness | |
Additive manufacturing (rapid prototyping) | |
Akagi's Line | |
Alignment | |
Alpha angle | |
Anatomical Coordinate System | |
Anatomical cut total knee arthroplasty method | |
Anatomical method for TKA | |
Anatomical Pelvic Plane | |
Anatomical reference | |
anatomical tibial cut | |
Ankle Biomechanics | |
Ankle Kinematics | |
Anterior Cruciate Ligament | |
Anterior Inferior Iliac Spine | |
Anterior laxity | |
Anterior ligament | |
Anterior pelvic plane | |
Antero-lateral ligament | |
Anteroposterior knee kinematics | |
AP radiograph | |
arthroplasty | |
Arthrotomy | |
atypical femoral shaft fracture | |
Augmented Reality | |
Automatic Construction | |
automatic detection | |
Automatic Planning | |
B | |
Big Data | |
biomechanical analysis | |
biomechanical simulation | |
biomechanics | |
bone | |
Bone Cement | |
bone density | |
bone enhancement | |
Bone imaging | |
bone morphing | |
Bone sarcoma | |
Bone thickness | |
Bony resectoin | |
Burr | |
C | |
C-arm Image | |
cadaver experiment | |
cadaveric study | |
calcaneus fracture | |
Calibration | |
cas | |
Cement | |
Cemented Implants | |
Center of hip joint | |
Ceramic | |
cervical fixation | |
Cervical pedicle screw | |
Classical cut total knee arthroplasty method | |
Classical method for TKA | |
classical tibial cut | |
clinical assessment | |
Clinical Evaluations | |
Cloud Computing | |
Comparison | |
component positioning | |
Computer aided spine surgery | |
computer aided surgery | |
Computer assisted surgery | |
computer assisted surgery total knee arthroplasty | |
Computer assisted TKA | |
computer navigation | |
Computer navigation system | |
computer-aided surgery | |
Computer-assisted orthopaedic surgery | |
Computer-assisted surgery | |
Cone Beam CT | |
Cone-beam CT | |
Constitutional varus | |
Coronal Laxity | |
cortical thickness | |
coustomized recostruction | |
Cruciate-retaining total knee arthroplasty | |
cruciate-substituting | |
CT image analysis | |
CT-based | |
CT-based navigation | |
CT-based navigation system | |
CUP ORIENTATION | |
custom made guides | |
Custom−made acetabular component | |
D | |
density | |
Depth gauge | |
developmental dysplasia of the hip | |
developmental hip dysplasia | |
Digitally Reconstructed Radiograph | |
dislocation | |
Distal femoral resection depth | |
Distal locking | |
Drill-integrated inertial sensors | |
Dual mobility bearing | |
dual mobility cup | |
dysplasia | |
Dysplay | |
E | |
Early adoption | |
Early dislocation | |
Elbow arthritis | |
elbow arthroscopy | |
Elbow kinematics | |
Elbow motion simulation | |
Electromyography | |
electronic conductivity device | |
Ellipse fitting | |
EOS | |
extension>flexion | |
Extraarticular deformity | |
F | |
femoral anteversion | |
femoral anteversion angle | |
femoral artery injury | |
Femoral component | |
Femoral component rotation | |
femoral curvature | |
Femoral Motion | |
femoral neck axis | |
femoral neck fracture | |
Femoral Posterior Cndyle | |
femoral rotation | |
Femoral Tunnel | |
femoroacetabular impingement | |
femoroplasty | |
Femur | |
Finite Element Analysis | |
finite helical axis | |
Fixed | |
forearm rotation | |
fracture reduction | |
fully automated measurement | |
Functional knee axis | |
functional outcome | |
Functional Pelvic Plane | |
G | |
Gait analysis system | |
Gait simulation after high tibial osteotomy | |
gamma nail surgery | |
gap tenchnique | |
Geographic variation | |
Geometric sphere fitting | |
Glenoid | |
GNRB device | |
goniometer | |
H | |
Hallux valgus | |
Handle-integrated line-laser markers | |
Hemophilia | |
High tibial osteotomy | |
hip | |
hip arthroscopy | |
Hip Center | |
hip center anterior pelvic plane | |
Hip Centre Detection | |
Hip dysplasia | |
Hip kinematics | |
hospital-based | |
HTO Spacer | |
I | |
image guided surgery | |
Image processing | |
Image-Guided Surgery | |
imageless | |
Imageless Navigation | |
impingement | |
Implant alignment | |
Implant cementing | |
implant planning | |
Intercondylar notch | |
intertrochanteric fracture | |
Interventional imaging | |
Intra-Operative Knee Kinematics | |
Intramedullary Nail | |
Intramedullary nailing | |
intraoperative breach detection | |
intraoperative imaging | |
Invasive | |
Itraoperative Assessment | |
J | |
Joint height | |
K | |
Kinematic Alignment | |
Kinematics | |
Kinematics Analysis | |
Kinetics | |
Knee | |
Knee Extension | |
knee implant | |
Knee joint kinematics | |
Knee kinematics | |
knee laxity | |
Knee Modelling | |
Knee Navigation | |
Knee osteoarthritis | |
Knee Tomodensitometry | |
L | |
large-scale population study | |
Lateral Position | |
Leap Motion Controller | |
leg length discrepancy | |
less-experienced surgeon | |
ligament balancing | |
Ligamentous Laxity | |
logistics | |
long term outcome | |
Low-Cost Handy 3D Scanner | |
lower limb | |
M | |
Makoplasty | |
malunited forearm diaphyseal fracture | |
Measurement | |
Mechanical axis | |
medical image analysis | |
Mediolateral single-radius | |
Minimally Invasive | |
Minimally Invasive Fracture Reduction | |
Minimally invasive orthopedic surgery | |
Mobile | |
mobile bearing | |
Morphology | |
motion analysis | |
MRI | |
Multi-body dynamics | |
muscle attachment site | |
muscle fiber modeling | |
Musculoskeletal model | |
N | |
Natural alignment | |
Navigation | |
navigation system | |
Neutral Mechanical Alignment | |
Noise | |
Non invasive | |
non-invasive IR navigation | |
normal hip | |
novice assessor | |
O | |
O-arm | |
Oblique joint line | |
Open wedge high tibial osteotomy | |
orientation | |
orthopaedic robots | |
osteoarthritis | |
osteochondroplasty | |
Osteophyte | |
osteophyte removal | |
Osteotomies | |
outcome | |
Outliers | |
P | |
Parallel joint line | |
Parallel Manipulator Robot | |
Partial Knee Arthroplasty | |
Partial Knee Replacement | |
partial replacement | |
Patellofemoral Mechanics | |
pathological progression | |
patient positioning | |
Patient Specific Instrument | |
Patient Specific Instruments | |
Patient specific surgical guide | |
PATIENT-SPECIFIC | |
Patient-Specific Instrumentation | |
Patient-specific templates | |
pedicle screw | |
Pedicle screws insertion | |
pelvic asymmetry | |
pelvic horizontal reference | |
Pelvic posterior tilting change | |
pelvic sagittal inclination | |
pelvis | |
Pelvis External Fixator | |
Pelvis Fracture Classification | |
perforated direction | |
perforation rate | |
periacetabular osteotomy | |
periacetabular tumor surgery | |
Personalized Surgery | |
pinless | |
placement accuracy | |
Planar model | |
Plannig | |
PMMA | |
position | |
Post-Operative Knee Kinematics | |
Posterior cruciate ligament | |
Posterior femoral offset | |
Posterior tibial slope | |
Preoperative | |
preoperative planning | |
Pressure Balancing | |
Primary total knee arthroplasty | |
Prosthesis impingement | |
PSI | |
Q | |
Quadriceps Imbalance | |
quality of life | |
R | |
radiographic analysis | |
range of motion | |
rct | |
Real-Time Tracking | |
recurvatum | |
regional | |
registration accuracy | |
reliability | |
Remote assessment | |
resection accuracy | |
resection time | |
Revision total hip arthroplasty | |
Robot | |
robot-assisted surgery | |
Robotic arm | |
Robotic arm-Assisted Unicompartmental Knee Replacement | |
Robotic Assisted Fracture Reduction | |
robotic system | |
robotic-arm | |
robotic-assisted | |
robotic-assisted total knee arthroplasty | |
Robotically-assisted surgery | |
ROM simulation | |
rotational acetabular osteotomy | |
Rotational alignment | |
Rotational laxity | |
RSA | |
S | |
Sacroiliac Joint Fracture | |
sacrum | |
SAFE ZONE | |
safe zone of component orientation | |
Sagittal tilt | |
Scaphoid Fixation | |
scapulo-thoracic | |
scoliosis | |
screw detection | |
screw displacement axis | |
Screw selection | |
Selective-Laser-Melting | |
semi-custom implant | |
Shape Atlas | |
shape correspondence | |
short bone-conserving stem | |
SI-screw | |
Smart drill | |
soft tissue balancing | |
Soft Tissue Release | |
Soft-tissue balancing | |
spine | |
spine imaging | |
Squeak | |
SSM | |
Stair motion | |
standard planes | |
standing position | |
statistical shape model | |
statistical shape models | |
structure tensor analysis | |
subarticular | |
supine position | |
surface matchig | |
Surface Roughness | |
Surgeon experience | |
Surgery Plannning | |
Surgical | |
Surgical Navigation | |
Surgical parameters | |
Surgical planning | |
surgical planning system | |
surgical procedure | |
Surgical profile | |
synovitis | |
T | |
T2 mapping | |
tapered wedge stem | |
Technical case review | |
technology evaluation | |
Test method verification | |
THA | |
three dimensional templating software radiological outocome | |
three-dimensional analysis | |
Tibia | |
tibia-femoral angle | |
Tibial cut | |
TKA | |
tool | |
Total Ankle Replacement | |
total hip arthoroplasty | |
total hip arthroplasty | |
Total hip arthroplasty (THA) | |
total hip replacement | |
Total knee arthroplasty | |
total knee arthroplasty (TKA) | |
Total Knee Replacement | |
Total Shoulder Arthroplasty | |
Total varus-valgus laxity | |
transepicondylar axis | |
U | |
UKA | |
Ultrasound | |
Unicompartmental Knee Arthroplasty | |
Unicompartmental Knee Replacement | |
Unicondylar Knee Replacement | |
upright MR-imaging | |
V | |
Validation | |
varus valgus assessment | |
Varus-Valgus angle | |
Virtual X-Rays | |
Visible Korean Human dataset | |
visualisation | |
W | |
Weightbearing CT | |
wrist motion |