|
humans |
87 |
|
female |
78 |
|
male |
74 |
|
adult |
53 |
|
adolescent idiopathic scoliosis |
50 |
|
osteoporosis |
48 |
|
animals |
47 |
|
adolescent |
45 |
|
aged |
39 |
|
middle aged |
38 |
|
osteoarthritis |
37 |
|
mri |
36 |
|
scoliosis |
35 |
|
biomechanics |
32 |
|
machine learning |
32 |
|
deep learning |
28 |
|
magnetic resonance imaging |
28 |
|
medical sciences |
27 |
|
aged, 80 and over |
26 |
|
pain |
26 |
|
prognosis |
26 |
|
fracture |
25 |
|
mice |
25 |
|
low back pain |
24 |
|
osteogenesis |
24 |
|
risk factors |
24 |
|
tissue engineering |
24 |
|
treatment outcome |
23 |
|
arthroplasty |
22 |
|
spine |
22 |
|
strontium |
22 |
|
time factors |
22 |
|
total hip arthroplasty |
22 |
|
disc degeneration |
21 |
|
intervertebral disc |
21 |
|
magnetic resonance imaging - methods |
21 |
|
quality of life |
21 |
|
china |
20 |
|
incidence |
20 |
|
young adult |
20 |
|
child |
19 |
|
hong kong |
19 |
|
hydroxyapatite |
19 |
|
lumbar |
19 |
|
nucleus pulposus |
19 |
|
rehabilitation |
19 |
|
analysis of variance |
18 |
|
bone |
18 |
|
cell differentiation |
18 |
|
degeneration |
18 |
|
materials testing |
18 |
|
rats |
18 |
|
spinal cord injury |
18 |
|
3d printing |
17 |
|
biocompatibility |
17 |
|
biomaterials |
17 |
|
bone remodeling |
17 |
|
chinese |
17 |
|
curve progression |
17 |
|
genetics |
17 |
|
health-related quality of life |
17 |
|
lumbar vertebrae |
17 |
|
risk factor |
17 |
|
artificial intelligence |
16 |
|
cartilage |
16 |
|
controlled study |
16 |
|
idiopathic scoliosis |
16 |
|
mesenchymal stem cells |
16 |
|
prevalence |
16 |
|
prospective studies |
16 |
|
rabbits |
16 |
|
randomized controlled trial |
16 |
|
retrospective studies |
16 |
|
bioactivity |
15 |
|
bone regeneration |
15 |
|
cell proliferation |
15 |
|
genotype |
15 |
|
human |
15 |
|
intervertebral disc degeneration |
15 |
|
mesenchymal stem cell |
15 |
|
outcome |
15 |
|
rat |
15 |
|
recovery of function |
15 |
|
skeletal maturity |
15 |
|
total knee arthroplasty |
15 |
|
ultrasound |
15 |
|
age factors |
14 |
|
algorithms |
14 |
|
bone mineral density |
14 |
|
cell line |
14 |
|
cervical myelopathy |
14 |
|
collagen |
14 |
|
genetic association |
14 |
|
hip fracture |
14 |
|
magnesium |
14 |
|
oral cancer |
14 |
|
orthopedics and traumatology |
14 |
|
reproducibility of results |
14 |
|
severity of illness index |
14 |
|
single nucleotide polymorphism |
14 |
|
spinal cord |
14 |
|
spinal fusion |
14 |
|
surface modification |
14 |
|
systematic review |
14 |
|
tensile strength |
14 |
|
adolescents |
13 |
|
asian continental ancestry group |
13 |
|
bile duct atresia |
13 |
|
bioactive bone cement |
13 |
|
child, preschool |
13 |
|
china - epidemiology |
13 |
|
chromosome 10q |
13 |
|
classification |
13 |
|
collagen fibril |
13 |
|
computer applications |
13 |
|
cross-sectional studies |
13 |
|
development |
13 |
|
early onset scoliosis |
13 |
|
follow-up studies |
13 |
|
gene function |
13 |
|
gene identification |
13 |
|
gene locus |
13 |
|
genetic susceptibility |
13 |
|
hong kong - epidemiology |
13 |
|
knee |
13 |
|
knee osteoarthritis |
13 |
|
lumbar spine |
13 |
|
major clinical study |
13 |
|
mechanical properties |
13 |
|
osseointegration |
13 |
|
priority journal |
13 |
|
replacement |
13 |
|
stress, mechanical |
13 |
|
titanium |
13 |
|
aging |
12 |
|
als |
12 |
|
articular cartilage |
12 |
|
asian continental ancestry group - genetics |
12 |
|
cervical spondylotic myelopathy |
12 |
|
children |
12 |
|
clinical effectiveness |
12 |
|
cobb angle |
12 |
|
complication |
12 |
|
complications |
12 |
|
conservative treatment |
12 |
|
diffusion tensor imaging |
12 |
|
disease models, animal |
12 |
|
dislocation |
12 |
|
gwa |
12 |
|
image processing, computer-assisted |
12 |
|
infection |
12 |
|
inflammation |
12 |
|
mcgr |
12 |
|
mortality |
12 |
|
mutation |
12 |
|
nanoindentation |
12 |
|
osteoblast |
12 |
|
pilot projects |
12 |
|
polymorphism, single nucleotide |
12 |
|
predictive value of tests |
12 |
|
prostheses and implants |
12 |
|
radiograph |
12 |
|
reliability |
12 |
|
ret |
12 |
|
rotation |
12 |
|
sensitivity |
12 |
|
surgery |
12 |
|
wound healing |
12 |
|
biocompatible materials |
11 |
|
body height |
11 |
|
bone density |
11 |
|
bone formation |
11 |
|
case-control studies |
11 |
|
cells, cultured |
11 |
|
diffusion magnetic resonance imaging - methods |
11 |
|
disc |
11 |
|
femur |
11 |
|
fibrosis |
11 |
|
fracture fixation |
11 |
|
gait |
11 |
|
genetic predisposition to disease |
11 |
|
immunohistochemistry |
11 |
|
intervertebral disc - pathology |
11 |
|
intervertebral disk |
11 |
|
microscopy, electron, scanning |
11 |
|
models, biological |
11 |
|
oral leukoplakia |
11 |
|
oral lichenoid lesions |
11 |
|
patient satisfaction |
11 |
|
periprosthetic joint infection |
11 |
|
reference values |
11 |
|
scaffold |
11 |
|
sensitivity and specificity |
11 |
|
spinal deformity |
11 |
|
strontium-containing hydroxyapatite |
11 |
|
survival |
11 |
|
wear |
11 |
|
adult spinal deformity |
10 |
|
animal model |
10 |
|
atomic force microscopy |
10 |
|
bone cements |
10 |
|
cluster analysis |
10 |
|
compressive strength |
10 |
|
debridement |
10 |
|
degenerative disc disease |
10 |
|
directed differentiation |
10 |
|
extracellular matrix |
10 |
|
fusion |
10 |
|
gene therapy |
10 |
|
healing |
10 |
|
hip |
10 |
|
lumbar disc degeneration |
10 |
|
lumbar vertebrae - pathology |
10 |
|
magnetically controlled growing rod |
10 |
|
medical sciences medical sciences |
10 |
|
microstructure |
10 |
|
multidisciplinary |
10 |
|
outcomes |
10 |
|
pain measurement |
10 |
|
prevention |
10 |
|
reconstruction |
10 |
|
regeneration |
10 |
|
risk assessment |
10 |
|
screening |
10 |
|
sex factors |
10 |
|
spondyloarthritis |
10 |
|
sterilization |
10 |
|
subchondral bone |
10 |
|
tissue engineering - methods |
10 |
|
total joint arthroplasty |
10 |
|
trabecular bone |
10 |
|
allograft |
9 |
|
analgesia |
9 |
|
antibacterial |
9 |
|
bone plates |
9 |
|
bracing |
9 |
|
cerebral palsy |
9 |
|
chitosan |
9 |
|
cohort studies |
9 |
|
convolutional neural network |
9 |
|
covid-19 |
9 |
|
cytotoxicity |
9 |
|
data interpretation, statistical |
9 |
|
developmental spinal stenosis |
9 |
|
endplate |
9 |
|
equipment design |
9 |
|
evoked potentials, somatosensory - physiology |
9 |
|
finite element analysis |
9 |
|
flexibility |
9 |
|
genome-wide association |
9 |
|
glycosaminoglycans - metabolism |
9 |
|
hip fractures - surgery |
9 |
|
hrqol |
9 |
|
imaging |
9 |
|
implant stability |
9 |
|
implicit motor learning |
9 |
|
intervertebral |
9 |
|
laminoplasty |
9 |
|
materials testing - methods |
9 |
|
meta-analysis |
9 |
|
mscs |
9 |
|
osteoblast differentiation |
9 |
|
pedigree |
9 |
|
phenotype |
9 |
|
plasma immersion ion implantation |
9 |
|
polyetheretherketone |
9 |
|
postoperative |
9 |
|
propofol |
9 |
|
questionnaires |
9 |
|
rabbit |
9 |
|
radiography |
9 |
|
rat model |
9 |
|
rats, sprague-dawley |
9 |
|
receptors, calcitriol - genetics |
9 |
|
robotics |
9 |
|
signal processing, computer-assisted |
9 |
|
somatosensory evoked potential |
9 |
|
statistics, nonparametric |
9 |
|
tendon |
9 |
|
time-frequency analysis |
9 |
|
tomography, x-ray computed |
9 |
|
unicompartmental knee arthroplasty |
9 |
|
validity |
9 |
|
weight-bearing |
9 |
|
x-ray |
9 |
|
additive manufacturing |
8 |
|
allelic imbalance |
8 |
|
apoptosis |
8 |
|
arthroscopy |
8 |
|
body weight |
8 |
|
bone and bones - physiology |
8 |
|
bone marrow cells - cytology |
8 |
|
bone mineral density (bmd) |
8 |
|
bone tissue engineering |
8 |
|
cadaver |
8 |
|
cell lineage |
8 |
|
cell proliferation - drug effects |
8 |
|
cell therapy |
8 |
|
cervical spine |
8 |
|
cest |
8 |
|
chromosomes, human, pair 6 - genetics |
8 |
|
comorbidity |
8 |
|
congenital scoliosis |
8 |
|
corrosion |
8 |
|
corrosion resistance |
8 |
|
cost |
8 |
|
decompression |
8 |
|
degradation |
8 |
|
differentiation |
8 |
|
disease progression |
8 |
|
dti |
8 |
|
durapatite |
8 |
|
early-onset scoliosis |
8 |
|
electrospinning |
8 |
|
epidemiology |
8 |
|
eq-5d-5l |
8 |
|
fast-track arthroplasty |
8 |
|
fracture healing |
8 |
|
fracture risk |
8 |
|
gene expression regulation, neoplastic |
8 |
|
gene frequency |
8 |
|
gene library |
8 |
|
genome-wide association study |
8 |
|
hand |
8 |
|
implants |
8 |
|
instrumentation |
8 |
|
interface |
8 |
|
japan |
8 |
|
knee joint |
8 |
|
magnetically controlled growing rods |
8 |
|
management |
8 |
|
mechanical property |
8 |
|
mesenchymal stem cell transplantation |
8 |
|
mice, inbred c57bl |
8 |
|
mice, transgenic |
8 |
|
motor skills - physiology |
8 |
|
musculoskeletal disorders |
8 |
|
mycobacterium marinum |
8 |
|
nasopharyngeal neoplasms - genetics |
8 |
|
nerve regeneration |
8 |
|
nickel |
8 |
|
orthopedic implants |
8 |
|
orthopedic procedures - instrumentation |
8 |
|
ovariectomy |
8 |
|
physical activity |
8 |
|
physical therapy modalities |
8 |
|
posterior spinal fusion |
8 |
|
prediction |
8 |
|
reproducibility |
8 |
|
rheumatoid arthritis |
8 |
|
rod |
8 |
|
screen time |
8 |
|
silver nanoparticles |
8 |
|
sleep duration |
8 |
|
spinal |
8 |
|
spinal fusion - methods |
8 |
|
stem cell |
8 |
|
stenosis |
8 |
|
steroid |
8 |
|
strontium - chemistry |
8 |
|
ute |
8 |
|
vertebral body tethering |
8 |
|
adhesion |
7 |
|
alkaline phosphatase - metabolism |
7 |
|
anisotropy |
7 |
|
ankylosing spondylitis |
7 |
|
annulus fibrosus |
7 |
|
anterior cruciate ligament (acl) |
7 |
|
antimicrobial |
7 |
|
artificial intelligence (ai) |
7 |
|
back pain |
7 |
|
base sequence |
7 |
|
basic psychological needs |
7 |
|
biodegradation, environmental |
7 |
|
biomimetic |
7 |
|
bisphosphonates |
7 |
|
bone cements - chemistry |
7 |
|
bone defect repair |
7 |
|
bone homeostasis |
7 |
|
bone marrow |
7 |
|
bone marrow stromal cells |
7 |
|
bone remodeling - drug effects |
7 |
|
bone substitutes - chemistry |
7 |
|
bone/joint abnormalities |
7 |
|
cartilage diseases - genetics |
7 |
|
causality |
7 |
|
cell differentiation - physiology |
7 |
|
chondrogenic differentiation |
7 |
|
chronic disease |
7 |
|
chronic pain |
7 |
|
clustering |
7 |
|
col9a2 |
7 |
|
computed tomography |
7 |
|
core-shell microspheres |
7 |
|
correlation |
7 |
|
databases, genetic |
7 |
|
decellularization |
7 |
|
degenerative |
7 |
|
developmental |
7 |
|
diagnosis |
7 |
|
durapatite - chemistry |
7 |
|
durapatite - metabolism |
7 |
|
early onset scoliosis-24 questionnaire |
7 |
|
education |
7 |
|
eeg coherence |
7 |
|
elderly |
7 |
|
electroencephalography |
7 |
|
electromyography |
7 |
|
electromyography - methods |
7 |
|
electrophysiology |
7 |
|
eosq-24 |
7 |
|
eq-5d |
7 |
|
estrogen receptors (ers) |
7 |
|
external fixators |
7 |
|
extracellular matrix proteins - chemistry - genetics |
7 |
|
extracellular matrix proteins - genetics - physiology |
7 |
|
flexion |
7 |
|
gene expression |
7 |
|
genetic correlation |
7 |
|
genome scan |
7 |
|
genomics |
7 |
|
genotype-phenotype correlations |
7 |
|
growth factor |
7 |
|
hip prosthesis |
7 |
|
hkuot-s2 protein |
7 |
|
human induced pluripotent stem cells |
7 |
|
hydrogel |
7 |
|
hypertrophy |
7 |
|
image reconstruction |
7 |
|
immunomodulation |
7 |
|
infant, newborn |
7 |
|
interprofessional education |
7 |
|
intervertebral disc disease |
7 |
|
intervertebral disk displacement - complications - epidemiology - genetics |
7 |
|
knee replacement |
7 |
|
linkage |
7 |
|
linkage analysis |
7 |
|
long-term follow-up |
7 |
|
lumbar vertebrae - radiography |
7 |
|
mapping complex traits |
7 |
|
matrix metalloproteinase 1 - genetics |
7 |
|
modic |
7 |
|
motor skill learning |
7 |
|
nanostructure |
7 |
|
natural history |
7 |
|
next generation sequencing |
7 |
|
niti |
7 |
|
nitinol |
7 |
|
notochord-like cells (ncls) |
7 |
|
nucleus pulposus (np)-like cells |
7 |
|
oral cavity cancer |
7 |
|
ossification of the posterior longitudinal ligament |
7 |
|
osteoblast functions |
7 |
|
osteogenesis - drug effects |
7 |
|
ovariectomy (ovx) |
7 |
|
oxidative stress |
7 |
|
person-centered analysis |
7 |
|
pleiotropy |
7 |
|
polygenic score |
7 |
|
polymethyl methacrylate |
7 |
|
polymorphism, genetic |
7 |
|
polymorphism, restriction fragment length |
7 |
|
postoperative pain |
7 |
|
promoter regions, genetic |
7 |
|
prosthesis failure |
7 |
|
proteoglycan |
7 |
|
proteomics |
7 |
|
protocol |
7 |
|
proximal humerus fracture |
7 |
|
psychometrics |
7 |
|
pyrophosphatases - genetics - physiology |
7 |
|
range of motion, articular |
7 |
|
recurrence |
7 |
|
reverse transcriptase polymerase chain reaction |
7 |
|
rotator cuff injury |
7 |
|
runx2 |
7 |
|
sagittal |
7 |
|
scoliosis screening |
7 |
|
single-cell rna sequencing |
7 |
|
spa |
7 |
|
spinal diseases - genetics |
7 |
|
spine - surgery |
7 |
|
spondylolisthesis |
7 |
|
stainless steel |
7 |
|
stem cell niche |
7 |
|
strontium - pharmacology |
7 |
|
student engagement |
7 |
|
surface electromyography |
7 |
|
surgical planning |
7 |
|
telemedicine |
7 |
|
thoracic vertebrae |
7 |
|
thoracic vertebrae - surgery |
7 |
|
tissue scaffolds - chemistry |
7 |
|
titanium - chemistry |
7 |
|
topography |
7 |
|
trauma |
7 |
|
trp2 |
7 |
|
ultrashort time-to-echo |
7 |
|
vertebral disk displumbar vertebrae |
7 |
|
vertebroplasty |
7 |
|
wavelet analysis |
7 |
|
wrist |
7 |
|
3-d printing |
6 |
|
absorptiometry, photon |
6 |
|
acl reconstruction |
6 |
|
adeno-associated virus |
6 |
|
adenovirus |
6 |
|
agreement |
6 |
|
alginate |
6 |
|
alkaline phosphatase - biosynthesis |
6 |
|
alleles |
6 |
|
amino acid sequence |
6 |
|
amyotrophic lateral sclerosis - enzymology - genetics - pathology |
6 |
|
angiogenesis |
6 |
|
anterior cruciate ligament reconstruction |
6 |
|
anti-inflammatory agents, non-steroidal - therapeutic use |
6 |
|
antimicrobial prophylaxis |
6 |
|
asia |
6 |
|
atomic force microscope |
6 |
|
back pain - diagnosis - epidemiology |
6 |
|
biocompatible materials - chemistry |
6 |
|
biocompatible materials - chemistry - toxicity |
6 |
|
biofilms |
6 |
|
bioluminescent bacteria |
6 |
|
bisphosphonate |
6 |
|
body fluids |
6 |
|
body mass index |
6 |
|
bone cements - metabolism |
6 |
|
bone defect |
6 |
|
bone density - genetics |
6 |
|
bone healing |
6 |
|
bone marrow aspiration |
6 |
|
bone marrow stromal cell |
6 |
|
bone metastasis |
6 |
|
bone morphogenetic protein-2 |
6 |
|
bone screws |
6 |
|
braces |
6 |
|
brain mapping - methods |
6 |
|
cadaver study |
6 |
|
calcium - chemistry |
6 |
|
calcium phosphate cement |
6 |
|
candidate genes |
6 |
|
cartilage, articular - ultrasonography |
6 |
|
cell transplantation |
6 |
|
cell viability |
6 |
|
cement augmentation |
6 |
|
cfu-f |
6 |
|
chondrocyte |
6 |
|
chondrocytes |
6 |
|
chondrocytes - cytology - metabolism |
6 |
|
clinical pathway |
6 |
|
clinical trial |
6 |
|
cobb angles |
6 |
|
col9a3 |
6 |
|
collagen type ix - genetics |
6 |
|
combined modality therapy |
6 |
|
computer simulation |
6 |
|
congenital vertebral malformation |
6 |
|
continuous tracking task |
6 |
|
degenerative cervical myelopathy |
6 |
|
dentistry |
6 |
|
detection |
6 |
|
dioscorea spp protein |
6 |
|
dna |
6 |
|
dna primers |
6 |
|
dna-binding proteins - genetics - metabolism |
6 |
|
endoscopy |
6 |
|
evoked potentials, somatosensory |
6 |
|
external fixation |
6 |
|
familial |
6 |
|
fibrillar collagens - chemistry - ultrastructure |
6 |
|
fibrillar collagens - ultrastructure |
6 |
|
fnirs |
6 |
|
fractional anisotropy |
6 |
|
fracture mechanics |
6 |
|
fractures, bone - surgery |
6 |
|
fulcrum bending |
6 |
|
fulcrum bending radiograph |
6 |
|
functional near-infrared spectroscopy |
6 |
|
genetic variation - genetics |
6 |
|
geriatric hip fracture |
6 |
|
growth |
6 |
|
gwas |
6 |
|
hardness |
6 |
|
human intervertebral disc |
6 |
|
hypoxia |
6 |
|
implant |
6 |
|
implicit learning |
6 |
|
information technology |
6 |
|
internal fixation |
6 |
|
intervertebral disc displacement - diagnosis - epidemiology |
6 |
|
intervertebral disc displacement - epidemiology - genetics |
6 |
|
intervertebral disc herniation |
6 |
|
intervertebral disk - chemistry |
6 |
|
intraoperative spinal cord monitoring |
6 |
|
kyphoplasty |
6 |
|
kyphosis - radiography - surgery |
6 |
|
leukemia |
6 |
|
level diagnosis |
6 |
|
ligamentum flavum |
6 |
|
logistic models |
6 |
|
lumbar vertebrae - pathology - radiography |
6 |
|
lumbar vertebrae - surgery |
6 |
|
macrophage |
6 |
|
matrix metalloproteinase 12 |
6 |
|
mechanical characterization |
6 |
|
medical |
6 |
|
mesenchymal stem cell transplantation - methods |
6 |
|
mesenchymal stem cells (mscs) |
6 |
|
mesenchymal stem cells/multipotent stromal cells |
6 |
|
mesenchymal stromal cell |
6 |
|
mice, mutant strains |
6 |
|
microenvironment |
6 |
|
microscopy, atomic force - methods |
6 |
|
monitoring, intraoperative - methods |
6 |
|
mtor signaling pathway |
6 |
|
nanocomposite |
6 |
|
nanofibers - chemistry - ultrastructure |
6 |
|
nanoparticle |
6 |
|
near-infrared |
6 |
|
nickel titanium |
6 |
|
nonsymptomatic |
6 |
|
nsnd |
6 |
|
odds ratio |
6 |
|
osseointegration - drug effects |
6 |
|
osteoarthritis, knee - pathology |
6 |
|
osteoblasts |
6 |
|
osteoblasts - cytology - drug effects |
6 |
|
osteoblasts - metabolism |
6 |
|
osteoconductivity |
6 |
|
osteogenesis imperfecta |
6 |
|
osteoimmunomodulation |
6 |
|
osteomyelitis |
6 |
|
osteoporosis - genetics - metabolism |
6 |
|
patient-specific instruments and implants |
6 |
|
patterns of degeneration |
6 |
|
percutaneous nailing |
6 |
|
plastics |
6 |
|
population based study |
6 |
|
postmenopause |
6 |
|
postoperative period |
6 |
|
posture |
6 |
|
primary care |
6 |
|
proto-oncogene proteins - genetics - metabolism |
6 |
|
psychomotor skills training |
6 |
|
radiographs |
6 |
|
radiotherapy |
6 |
|
range of motion, articular - physiology |
6 |
|
reaction time |
6 |
|
regeneration - physiology |
6 |
|
regenerative medicine |
6 |
|
reoperation |
6 |
|
review |
6 |
|
rna, messenger - metabolism |
6 |
|
rod slippage |
6 |
|
root mean square |
6 |
|
safety |
6 |
|
sarcopenia |
6 |
|
sciatica - diagnosis - epidemiology |
6 |
|
self-antibacterial effect |
6 |
|
signal transduction - drug effects |
6 |
|
simulation |
6 |
|
smoking |
6 |
|
sod1 mutation |
6 |
|
spectroscopy |
6 |
|
spinal diseases - etiology - genetics - pathology |
6 |
|
spinal fusion - instrumentation - methods |
6 |
|
spinal metastases |
6 |
|
spinal surgery |
6 |
|
spine - radiography - surgery |
6 |
|
spine surgery |
6 |
|
spring-back |
6 |
|
stem cells |
6 |
|
stereoradiography |
6 |
|
superelastic |
6 |
|
superoxide dismutase - genetics |
6 |
|
support vector machine |
6 |
|
surface properties |
6 |
|
surface roughness |
6 |
|
swine |
6 |
|
taq i |
6 |
|
taq polymerase - genetics |
6 |
|
thoracic kyphosis |
6 |
|
three-dimensional |
6 |
|
tissue scaffolds |
6 |
|
titanium alloy |
6 |
|
total hip replacement |
6 |
|
transplantation |
6 |
|
trp3 |
6 |
|
ultrastructure |
6 |
|
virtual reality |
6 |
|
vitamin d receptor |
6 |
|
wavelet transform |
6 |
|
wrist fracture |
6 |
|
zno nanowire |
6 |
|
β-catenin |
6 |
|
abs |
5 |
|
achilles tendon |
5 |
|
acute postoperative pain |
5 |
|
adaptive scale selection |
5 |
|
administration, oral |
5 |
|
adolescent idiopathic |
5 |
|
adult progenitor cells |
5 |
|
age-related degenerative disc change |
5 |
|
aging - pathology |
5 |
|
aging - physiology |
5 |
|
ais |
5 |
|
alloys - chemistry - metabolism |
5 |
|
amino acid |
5 |
|
amplitude |
5 |
|
arthroplasty, replacement - methods |
5 |
|
arthroplasty, replacement, hip |
5 |
|
arthroplasty, replacement, knee |
5 |
|
arthroplasty, replacement, knee - adverse effects |
5 |
|
artificial intelligence-based diagnosis |
5 |
|
association |
5 |
|
avascular necrosis |
5 |
|
axonal projections |
5 |
|
bariatric surgery |
5 |
|
biglycan |
5 |
|
bioactive material |
5 |
|
biomaterial |
5 |
|
biomechanical |
5 |
|
biomechanics (生物力學) |
5 |
|
biomedical applications |
5 |
|
bisphosphonate-related osteonecrosis of the jaws |
5 |
|
bone and bones - cytology - drug effects - physiology |
5 |
|
bone biomechanics |
5 |
|
bone cement |
5 |
|
bone cements - chemical synthesis - therapeutic use |
5 |
|
bone cements - chemistry - pharmacology - standards |
5 |
|
bone cements - chemistry - therapeutic use - toxicity |
5 |
|
bone cements - chemistry - toxicity |
5 |
|
bone development - genetics |
5 |
|
bone morphogenetic protein |
5 |
|
bone quality |
5 |
|
bone resorption |
5 |
|
brain mapping |
5 |
|
calcium |
5 |
|
candidate gene approach |
5 |
|
cartilage - growth and development |
5 |
|
case report |
5 |
|
cathodal tdcs |
5 |
|
cell adhesion - drug effects |
5 |
|
cell survival |
5 |
|
cervical spinal cord |
5 |
|
cervical vertebrae |
5 |
|
cervical vertebrae - radiography - surgery |
5 |
|
chondrogenesis |
5 |
|
chondrogenesis - genetics |
5 |
|
chromium alloys |
5 |
|
chromosomes, human, pair 14 |
5 |
|
chronic low back pain |
5 |
|
circulating tumour cells |
5 |
|
classification and regression tree |
5 |
|
classification rule |
5 |
|
closed-incisional negative pressure wound therapy |
5 |
|
cnv |
5 |
|
coated materials, biocompatible - chemistry |
5 |
|
coated materials, biocompatible - chemistry - metabolism |
5 |
|
cognition - physiology |
5 |
|
collagen - pharmacology |
5 |
|
collagen type ii - genetics |
5 |
|
collagen type x - genetics |
5 |
|
congenital vertebral malformation (cvm) |
5 |
|
connectivity |
5 |
|
continuous |
5 |
|
convolutional neural network (cnn) |
5 |
|
convolutional neural networks |
5 |
|
copy number variant |
5 |
|
cost of screening |
5 |
|
cp: developmental biology |
5 |
|
crispr/cas9 |
5 |
|
cross-border healthcare |
5 |
|
cyto-compatibility |
5 |
|
cytokines - metabolism |
5 |
|
decompression, surgical |
5 |
|
decorin |
5 |
|
deformed threads |
5 |
|
deformity |
5 |
|
deuterium oxide |
5 |
|
deuterium oxide - diagnostic use - metabolism |
5 |
|
diagnosis, computer-assisted - methods |
5 |
|
diagnosis, differential |
5 |
|
diet modification |
5 |
|
diffusion tensor imaging (dti) |
5 |
|
disease severity |
5 |
|
distal radius and ulna |
5 |
|
distal radius fracture |
5 |
|
distraction |
5 |
|
distraction failure mechanism |
5 |
|
dual mobility |
5 |
|
durapatite - chemistry - therapeutic use |
5 |
|
durapatite - therapeutic use |
5 |
|
eeg power |
5 |
|
elasticity |
5 |
|
elastomer-constrained flat tube actuator |
5 |
|
electric stimulation |
5 |
|
electroencephalography - classification |
5 |
|
electroencephalography - methods |
5 |
|
electrooculography |
5 |
|
endplate defect |
5 |
|
engineering |
5 |
|
enhanced recovery after surgery (eras) |
5 |
|
ensemble averaging |
5 |
|
evoked potential |
5 |
|
exosomes |
5 |
|
exostoses, multiple hereditary - genetics |
5 |
|
exostosis |
5 |
|
ext2 |
5 |
|
factors affecting wear |
5 |
|
fast track arthroplasty |
5 |
|
fibromodulin |
5 |
|
finger joint - surgery |
5 |
|
fracture fixation - methods |
5 |
|
fracture fixation, internal - instrumentation - methods |
5 |
|
fracture fixation, internal - methods |
5 |
|
fractures, bone - epidemiology - genetics |
5 |
|
fractures, spontaneous - etiology - therapy |
5 |
|
fulcrum-bending flexibility |
5 |
|
functional mri |
5 |
|
fusion takedown |
5 |
|
gene regulatory network |
5 |
|
genes |
5 |
|
genetics, population |
5 |
|
glucuronidase - genetics |
5 |
|
glycosaminoglycan |
5 |
|
glycosyltransferases |
5 |
|
goat |
5 |
|
good health and wellbeing |
5 |
|
graft |
5 |
|
granger causality |
5 |
|
green fluorescent proteins - metabolism |
5 |
|
gsis |
5 |
|
head and neck cancer |
5 |
|
health reform |
5 |
|
hemivertebrae |
5 |
|
hescs |
5 |
|
highly cross-linked polyethylene |
5 |
|
hip - physiology |
5 |
|
hip arthrodesis |
5 |
|
hip injuries - drug therapy |
5 |
|
histogram analysis |
5 |
|
histological analyses |
5 |
|
homeodomain proteins - genetics |
5 |
|
human-machine interface |
5 |
|
hydroxyapatites |
5 |
|
hypokyphosis |
5 |
|
hypoxia-inducible factor |
5 |
|
ilium |
5 |
|
image processing, computer-assisted - methods |
5 |
|
in situ hybridization |
5 |
|
individual differences |
5 |
|
infusion |
5 |
|
interbody fusion |
5 |
|
intervertebral disc - metabolism |
5 |
|
intervertebral disc displacement - physiopathology - radiography |
5 |
|
intervertebral disk degeneration - classification - epidemiology - radiography |
5 |
|
intraoperative monitoring |
5 |
|
iot |
5 |
|
joint replacements |
5 |
|
ketones - chemistry |
5 |
|
knee joint line |
5 |
|
knee joint line obliquity |
5 |
|
knee radiograph |
5 |
|
kyphosis |
5 |
|
latency |
5 |
|
latent tgf-beta binding proteins - genetics |
5 |
|
left dorsolateral prefrontal cortex |
5 |
|
local polynomial regression |
5 |
|
loosening |
5 |
|
lumbar vertebrae - metabolism |
5 |
|
lumbar vertebrae - pathology - physiopathology |
5 |
|
lumbosacral region |
5 |
|
lumbosacral region - pathology - radiography |
5 |
|
magnesium implant |
5 |
|
magnets |
5 |
|
mapk7 |
5 |
|
mass screening - methods |
5 |
|
mass screening - methods - statistics and numerical data |
5 |
|
matrix |
5 |
|
mechanical |
5 |
|
mechanistic target of rapamycin complex 1 |
5 |
|
medial and lateral knee joint line |
5 |
|
mental health |
5 |
|
mesenchymal stem cells - cytology - drug effects |
5 |
|
mesenchymal stromal cells |
5 |
|
metallosis |
5 |
|
microscopy, electron |
5 |
|
microsensors |
5 |
|
microspheres |
5 |
|
microsurgery |
5 |
|
minimal invasive |
5 |
|
minimally invasive surgery |
5 |
|
mitogen-activated protein kinase (mapk) pathway |
5 |
|
models, animal |
5 |
|
models, neurological |
5 |
|
moiré |
5 |
|
mouse |
5 |
|
mouse intervertebral disc |
5 |
|
mouse mesenchymal stem cells |
5 |
|
mouse model |
5 |
|
movement |
5 |
|
multiple osteochondromas |
5 |
|
multiplier-less implementation |
5 |
|
muscle |
5 |
|
mutations |
5 |
|
n-acetylglucosaminyltransferases - genetics |
5 |
|
nanostructures - chemistry - ultrastructure |
5 |
|
neovascularization, physiologic - drug effects |
5 |
|
nickel - analysis - chemistry |
5 |
|
nickel - chemistry |
5 |
|
nickel titanium shape memory alloys |
5 |
|
nickel-titanium alloy |
5 |
|
old age |
5 |
|
open reduction |
5 |
|
oral potentially malignant disorders |
5 |
|
orthopedic fixation devices |
5 |
|
orthopedics and traumatology medical sciences |
5 |
|
ossification |
5 |
|
osteoblasts - drug effects - metabolism - ultrastructure |
5 |
|
osteoconductive |
5 |
|
osteogenic differentiation |
5 |
|
osteointegration |
5 |
|
osteoporosis - complications |
5 |
|
osteoporotic spine fracture |
5 |
|
osteoprotegerin |
5 |
|
oxygen - blood |
5 |
|
oxygen vacancies |
5 |
|
paraplegia |
5 |
|
parathyroid hormone |
5 |
|
patient-reported outcome measure |
5 |
|
pedicle |
5 |
|
pelvis |
5 |
|
periodontitis |
5 |
|
periprosthetic joint infection (pji) |
5 |
|
phantoms, imaging |
5 |
|
photochemistry - methods |
5 |
|
physical examination - methods - statistics and numerical data |
5 |
|
physical performance |
5 |
|
plasma surface treatment |
5 |
|
plasticity |
5 |
|
plating |
5 |
|
policy review |
5 |
|
polyethylene glycols - chemistry |
5 |
|
polymethyl methacrylate - toxicity |
5 |
|
polymorphism |
5 |
|
positioning |
5 |
|
positive predictive value |
5 |
|
postoperative analgesia |
5 |
|
postoperative complications |
5 |
|
practice (psychology) |
5 |
|
preoperative care - methods |
5 |
|
preoperative optimization |
5 |
|
pressure |
5 |
|
prkag1 |
5 |
|
progenitors |
5 |
|
prognostic factors |
5 |
|
prosthesis-related infections |
5 |
|
proto-oncogene proteins c-akt |
5 |
|
psychomotor performance - physiology |
5 |
|
psychosis |
5 |
|
psychosocial intervention |
5 |
|
radiology - methods - statistics and numerical data |
5 |
|
radius |
5 |
|
radius fractures - surgery |
5 |
|
randomized |
5 |
|
ras |
5 |
|
ras proteins - genetics - metabolism |
5 |
|
referral and consultation |
5 |
|
regularization |
5 |
|
remifentanil |
5 |
|
replication study |
5 |
|
resting-state network |
5 |
|
retrospective cohort studies |
5 |
|
risk model |
5 |
|
robotic assisted |
5 |
|
rs11190870 |
5 |
|
sarcopenia risk levels |
5 |
|
sarcopenia-prone |
5 |
|
sarcopenia-prone detection |
5 |
|
scaffolds |
5 |
|
schizophrenia |
5 |
|
school health services |
5 |
|
school screening program |
5 |
|
schoolbased scoliosis screening program |
5 |
|
schools - statistics and numerical data |
5 |
|
scoliosis - diagnosis |
5 |
|
scoliosis - diagnosis - prevention and control |
5 |
|
scoliosis - diagnosis - therapy |
5 |
|
scoliosis - genetics |
5 |
|
scoliosis - radiography - surgery |
5 |
|
scoliosis screening program |
5 |
|
sevoflurane |
5 |
|
sham acupuncture |
5 |
|
signaling pathway |
5 |
|
sinew acupuncture |
5 |
|
single-trial analysis |
5 |
|
skin motion measurement |
5 |
|
smad4 |
5 |