|
osteoporosis |
10 |
|
fracture |
8 |
|
fracture fixation |
7 |
|
infection |
7 |
|
mortality |
7 |
|
3-d printing |
6 |
|
3d printing |
6 |
|
additive manufacturing |
6 |
|
bioluminescent bacteria |
6 |
|
cadaver study |
6 |
|
patient-specific instruments and implants |
6 |
|
percutaneous nailing |
6 |
|
proximal humerus fracture |
6 |
|
rotator cuff injury |
6 |
|
self-antibacterial effect |
6 |
|
surface modification |
6 |
|
surgical planning |
6 |
|
tissue engineering |
6 |
|
zno nanowire |
6 |
|
abs |
5 |
|
biofilms |
5 |
|
bone biomechanics |
5 |
|
bone regeneration |
5 |
|
fracture risk |
5 |
|
hip fracture |
5 |
|
prosthesis-related infections |
5 |
|
sterilization |
5 |
|
surgical timing |
5 |
|
surgical wound infection |
5 |
|
time to surgery |
5 |
|
trabecular bone |
5 |
|
μfea |
5 |
|
augmented reality |
4 |
|
biomedical engineering |
4 |
|
blood transfusion |
4 |
|
cement augmentation |
4 |
|
ergonomics and/or human factors study |
4 |
|
hip fracture surgery |
4 |
|
hip fusion |
4 |
|
image guided surgery |
4 |
|
local administration |
4 |
|
minimal invasive |
4 |
|
patient satisfaction |
4 |
|
patient-rated outcome |
4 |
|
patient-reported outcome measure |
4 |
|
perioperative blood loss |
4 |
|
plating |
4 |
|
proximal humerus |
4 |
|
strontium-containing hydroxyapatite (sr-ha) bone cement |
4 |
|
thrombotic events |
4 |
|
wrist fracture |
4 |
|
anatomical plate |
3 |
|
arthroscopy |
3 |
|
bacteria disinfection |
3 |
|
biodegradable mg |
3 |
|
brucella species |
3 |
|
brucellosis |
3 |
|
calcaneal fractures |
3 |
|
carpometacarpal |
3 |
|
clavicle fracture |
3 |
|
contracture of elbow |
3 |
|
corrosion resistance |
3 |
|
distractor |
3 |
|
double dislocation of carpometacarpal and metacarpo-phalangeal |
3 |
|
floating thumb |
3 |
|
fracture-related infection |
3 |
|
frax |
3 |
|
hemispherical 3d imprints |
3 |
|
hip arthroscopy |
3 |
|
hoffa fracture |
3 |
|
internal fixation |
3 |
|
locking plate |
3 |
|
metacarpo-phalangeal |
3 |
|
micro-/nanoscale surface morphology |
3 |
|
midshaft clavicle |
3 |
|
minimally invasive surgery |
3 |
|
open reduction |
3 |
|
operative release treatment |
3 |
|
osteointegration |
3 |
|
osteosynthesis |
3 |
|
plate fixation |
3 |
|
preosteoblasts |
3 |
|
reverse contralateral proximal tibia plate |
3 |
|
risk factor |
3 |
|
septic arthritis |
3 |
|
ti implants |
3 |
|
titanium oxide nano-layer |
3 |
|
trauma |
3 |
|
urban area |
3 |
|
abaloparatide |
2 |
|
bioglass |
2 |
|
cortical step |
2 |
|
diabetic chronic wounds |
2 |
|
exosomes |
2 |
|
femur shaft fractures |
2 |
|
fluoroscopy |
2 |
|
growth factor |
2 |
|
hydrogel |
2 |
|
intramedullary nailing |
2 |
|
methacrylated gelatin |
2 |
|
parathyroid hormone |
2 |
|
platelet-rich plasma |
2 |
|
rotation |
2 |
|
rotator cuff repair |
2 |
|
sensitivity |
2 |
|
sequential electrospinning |
2 |
|
spatially designed multilayer structure |
2 |
|
tendon healing |
2 |
|
wound healing |
2 |
|
aged |
1 |
|
aged, 80 and over |
1 |
|
ankle joint - blood supply - innervation - surgery |
1 |
|
anterior cruciate ligament reconstruction - methods |
1 |
|
asian continental ancestry group |
1 |
|
body size |
1 |
|
body weights and measures |
1 |
|
cadaver |
1 |
|
china |
1 |
|
double-blind method |
1 |
|
female |
1 |
|
humans |
1 |
|
hyaluronic acid - administration and dosage |
1 |
|
male |
1 |
|
middle aged |
1 |
|
viscosupplements - administration and dosage |
1 |
