|
total hip arthroplasty |
13 |
|
periprosthetic joint infection |
11 |
|
total knee arthroplasty |
11 |
|
arthroplasty |
9 |
|
replacement |
9 |
|
total joint arthroplasty |
9 |
|
dislocation |
8 |
|
fast-track arthroplasty |
8 |
|
unicompartmental knee arthroplasty |
8 |
|
osteoarthritis |
7 |
|
wear |
7 |
|
ankylosing spondylitis |
5 |
|
bariatric surgery |
5 |
|
closed-incisional negative pressure wound therapy |
5 |
|
covid-19 |
5 |
|
diet modification |
5 |
|
dual mobility |
5 |
|
elderly |
5 |
|
enhanced recovery after surgery (eras) |
5 |
|
factors affecting wear |
5 |
|
fast track arthroplasty |
5 |
|
fusion takedown |
5 |
|
highly cross-linked polyethylene |
5 |
|
hip arthrodesis |
5 |
|
joint replacements |
5 |
|
knee joint line |
5 |
|
knee joint line obliquity |
5 |
|
knee radiograph |
5 |
|
long-term follow-up |
5 |
|
medial and lateral knee joint line |
5 |
|
old age |
5 |
|
preoperative optimization |
5 |
|
robotic assisted |
5 |
|
robotics |
5 |
|
surgical site infection |
5 |
|
systematic review |
5 |
|
tibial plateau coronal obliquity |
5 |
|
weight loss intervention |
5 |
|
3d scanning |
4 |
|
antibiotic-loaded bone cement |
4 |
|
artificial intelligence (ai) |
4 |
|
bioimpedance spectroscopy |
4 |
|
cement spacer |
4 |
|
cementation |
4 |
|
conventional polyethylene |
4 |
|
coronavirus disease 2019 |
4 |
|
corticosteroids |
4 |
|
deep learning |
4 |
|
diagnostic ultrasound |
4 |
|
enhanced recovery after surgery |
4 |
|
fixation technique |
4 |
|
highly-crosslinked polyethylene |
4 |
|
isolated liner exchange |
4 |
|
knee effusion |
4 |
|
knee girth |
4 |
|
knee swelling |
4 |
|
local infiltration analgesia |
4 |
|
local infiltration analgesics |
4 |
|
machine learning |
4 |
|
magnetic resonance imaging |
4 |
|
original locking mechanism |
4 |
|
pain control |
4 |
|
periprosthetic joint infection (pji) |
4 |
|
post-operative monitoring |
4 |
|
prehabilitation |
4 |
|
randomized controlled trial |
4 |
|
steroid |
4 |
|
surgical site infection (ssi) |
4 |
|
telemedicine |
4 |
|
total knee arthroplasty (tka) |
4 |
|
acetabular components |
3 |
|
avascular necrosis |
3 |
|
cemented stems |
3 |
|
cementless component |
3 |
|
component migration |
3 |
|
computed tomography |
3 |
|
hip precautions |
3 |
|
hips |
3 |
|
hydroxyapatite |
3 |
|
immediate weightbearing |
3 |
|
joint space narrowing |
3 |
|
knee osteoarthritis |
3 |
|
knee replacement |
3 |
|
long-term follow up study |
3 |
|
osteolysis |
3 |
|
partial knee replacement |
3 |
|
polyethylene (pe) |
3 |
|
polyethylene (pe) wear |
3 |
|
robotic arm-assisted knee replacement |
3 |
|
robotic surgery |
3 |
|
subchondral bone |
3 |
|
surgical decision-making |
3 |
|
total hip arthroplasty (tha) |
3 |
|
asian knee |
2 |
|
body exhaust system |
2 |
|
bone defect |
2 |
|
component positioning |
2 |
|
constitutional alignment |
2 |
|
continuous glucose monitoring |
2 |
|
early failure |
2 |
|
glove-gown interface |
2 |
|
highly crosslinked polyethylene |
2 |
|
hyperglycemia |
2 |
|
knee surgery |
2 |
|
long term follow-up |
2 |
|
loosening |
2 |
|
mako |
2 |
|
metaphyseal cone |
2 |
|
navio |
2 |
|
polyethylene |
2 |
|
pre-resection balancing |
2 |
|
primary |
2 |
|
quantitative simulation |
2 |
|
restricted kinematic alignment |
2 |
|
revision knee arthroplasty |
2 |
|
robotic-assisted surgery |
2 |
|
robotic-assisted total knee arthroplasty |
2 |
|
second-generation cone |
2 |
|
surgical helmet system |
2 |
|
total knee replacement. |
2 |
|
varus osteoarthritis |
2 |
