|
adolescent idiopathic scoliosis |
30 |
|
mri |
14 |
|
early onset scoliosis |
13 |
|
scoliosis |
13 |
|
mcgr |
12 |
|
disc degeneration |
10 |
|
low back pain |
10 |
|
magnetically controlled growing rod |
10 |
|
quality of life |
10 |
|
spine |
10 |
|
spondyloarthritis |
10 |
|
conservative treatment |
9 |
|
developmental spinal stenosis |
9 |
|
health-related quality of life |
9 |
|
radiograph |
9 |
|
titanium |
9 |
|
adolescents |
8 |
|
children |
8 |
|
cobb angle |
8 |
|
eq-5d-5l |
8 |
|
female |
8 |
|
flexibility |
8 |
|
incidence |
8 |
|
magnetically controlled growing rods |
8 |
|
physical activity |
8 |
|
reliability |
8 |
|
screen time |
8 |
|
skeletal maturity |
8 |
|
sleep duration |
8 |
|
back pain |
7 |
|
chinese |
7 |
|
classification |
7 |
|
deep learning |
7 |
|
developmental |
7 |
|
early onset scoliosis-24 questionnaire |
7 |
|
eosq-24 |
7 |
|
eq-5d |
7 |
|
hrqol |
7 |
|
lumbar |
7 |
|
natural history |
7 |
|
posterior spinal fusion |
7 |
|
psychometrics |
7 |
|
rod |
7 |
|
sensitivity |
7 |
|
spa |
7 |
|
validity |
7 |
|
adolescent |
6 |
|
agreement |
6 |
|
congenital scoliosis |
6 |
|
congenital vertebral malformation |
6 |
|
cost |
6 |
|
decompression |
6 |
|
degenerative |
6 |
|
early-onset scoliosis |
6 |
|
fibrosis |
6 |
|
genetics |
6 |
|
gwas |
6 |
|
humans |
6 |
|
hypertrophy |
6 |
|
imaging |
6 |
|
information technology |
6 |
|
ligamentum flavum |
6 |
|
lumbar spine |
6 |
|
male |
6 |
|
musculoskeletal disorders |
6 |
|
nickel |
6 |
|
pain |
6 |
|
primary care |
6 |
|
prognosis |
6 |
|
radiographs |
6 |
|
rod slippage |
6 |
|
spinal |
6 |
|
spondylolisthesis |
6 |
|
stenosis |
6 |
|
stereoradiography |
6 |
|
superelastic |
6 |
|
three-dimensional |
6 |
|
ais |
5 |
|
bone biomechanics |
5 |
|
bracing |
5 |
|
child |
5 |
|
child, preschool |
5 |
|
cnv |
5 |
|
complication |
5 |
|
congenital vertebral malformation (cvm) |
5 |
|
continuous |
5 |
|
copy number variant |
5 |
|
correlation |
5 |
|
cp: developmental biology |
5 |
|
curve progression |
5 |
|
deformed threads |
5 |
|
degeneration |
5 |
|
disc |
5 |
|
distal radius and ulna |
5 |
|
distraction |
5 |
|
distraction failure mechanism |
5 |
|
follow-up studies |
5 |
|
fracture risk |
5 |
|
hand |
5 |
|
hemivertebrae |
5 |
|
histological analyses |
5 |
|
infusion |
5 |
|
kyphosis - radiography - surgery |
5 |
|
machine learning |
5 |
|
magnets |
5 |
|
management |
5 |
|
metallosis |
5 |
|
mycobacterium marinum |
5 |
|
nucleus pulposus |
5 |
|
orthopedic procedures - instrumentation |
5 |
|
osteoporosis |
5 |
|
patient satisfaction |
5 |
|
prediction |
5 |
|
progenitors |
5 |
|
prospective studies |
5 |
|
prostheses and implants |
5 |
|
psychosis |
5 |
|
radius |
5 |
|
randomized |
5 |
|
rotation |
5 |
|
sagittal |
5 |
|
schizophrenia |
5 |
|
scoliosis - radiography - surgery |
5 |
|
smad4 |
5 |
|
spectrum analyses |
5 |
|
spine - radiography - surgery |
5 |
|
surgery |
5 |
|
tagln |
5 |
|
tbx6 |
5 |
|
tbxt |
5 |
|
tgf-β/bmp signaling |
5 |
|
tgr |
5 |
|
trabecular bone |
5 |
|
traditional growing rod |
5 |
|
treatment outcome |
5 |
|
trial |
5 |
|
uds |
5 |
|
ulna |
5 |
|
ultra-short |
5 |
|
ultrasound |
5 |
|
ute |
5 |
|
voxel-based morphometry |
5 |
|
x-ray |
5 |
|
μfea |
5 |
|
adolescent idiopathic |
4 |
|
aged |
4 |
|
aged, 80 and over |
4 |
|
antimicrobial prophylaxis |
4 |
|
axial |
4 |
|
bending stiffness |
4 |
|
biomarker |
4 |
|
cervical myelopathy |
4 |
|
cervical spinal cord |
4 |
|
cervical spine |
4 |
|
cervical spondylotic myelopathy |
4 |
|
complications |
4 |
|
convolutional neural network |
4 |
|
convolutional neural network (cnn) |
4 |
|
crooked rod |
4 |
|
data models |
4 |
|
dense connection |
4 |
|
detection |
4 |
|
diffusion tensor imaging |
4 |
|
disability |
4 |
|
distal radius and ulna classification |
4 |
|
distraction failure |
4 |
|
dti indices |
4 |
|
ensemble learning |
4 |
|
facet |
4 |
|
flexible brace |
4 |
|
fulcrum bending |
4 |
|
fusion |
4 |
|
gender and age-related change |
4 |
|
idiopathic scoliosis |
4 |
|
interface pressure |
4 |
|
intra-class correlation |
4 |
|
kyphosis |
4 |
|
law of diminishing returns |
4 |
|
learning curve |
4 |
|
lengthening |
4 |
|
limits of agreement |
4 |
|
logistic models |
4 |
|
low-grade |
4 |
|
magnetic resonance imaging |
4 |
|
magnetics |
4 |
|
material selection |
4 |
|
mathematical model |
4 |
|
measurements |
4 |
|
medical treatment |
4 |
|
mixed effects model |
4 |
|
modic |
4 |
|
mouse |
4 |
|
neurological deterioration |
4 |
|
nitinol |
4 |
|
normal database |
4 |
|
ossified yellow ligament |
4 |
|
outcomes |
4 |
|
positioning |
4 |
|
predictive models |
4 |
|
prevalence |
4 |
|
radiological indices |
4 |
|
radiotherapy |
4 |
|
repeatability coefficient |
4 |
|
reproducibility |
4 |
|
responsiveness |
4 |
|
return to work |
4 |
|
rotor stalling |
4 |
|
segmental |
4 |
|
supine |
4 |
|
t1-rho |
4 |
|
thoracic |
4 |
|
thoracic kyphosis |
4 |
|
time series analysis |
4 |
|
underarm brace |
4 |
|
without |
4 |
|
wrist |
4 |
|
3d |
3 |
|
5-level eq-5d |
3 |
|
abdominal |
3 |
|
adhesion |
3 |
|
anchor |
3 |
|
angulation |
3 |
|
anterior spinal fusion |
3 |
|
aospine |
3 |
|
arnold-chiari |
3 |
|
artificial intelligence (ai) |
3 |
|
asia |
3 |
|
asia-pacific |
3 |
|
automatic analysis |
3 |
|
back-specific |
3 |
|
bbq |
3 |
|
biologics |
3 |
|
biomechanical analysis |
3 |
|
biplanar stereoradiography |
3 |
|
bone |
3 |
|
bone age |
3 |
|
bony |
3 |
|
boston brace |
3 |
|
brace questionnaire |
3 |
|
brace treatment |
3 |
|
canal |
3 |
|
carcinogenicity |
3 |
|
cerebrospinal fluid fistula |
3 |
|
cervical myelopathy (cm) |
3 |
|
cervical spondylotic myelopathy (csm) |
3 |
|
china |
3 |
|
chinese validation |
3 |
|
chromium |
3 |
|
chronic disease |
3 |
|
chronic low back pain |
3 |
|
circumferential |
3 |
|
clbp |
3 |
|
clinical studies |
3 |
|
cobalt |
3 |
|
cobb angles |
3 |
|
community-acquired pneumonia |
3 |
|
compression |
3 |
|
computed tomography image enhancement |
3 |
|
computer vision |
3 |
|
controlled |
3 |
|
critical |
3 |
|
cross-cultural adaptation process |
3 |
|
cumulative trauma disorders |
3 |
|
cumulative trauma disorders - diagnosis - epidemiology - etiology |
3 |
|
curve correction |
3 |
|
data-driven method |
3 |
|
decision support system |
3 |
|
deformity |
3 |
|
deformity correction |
3 |
|
diagnosis |
3 |
|
diameter |
3 |
|
diaphragm |
3 |
|
diffusion tensor imaging (dti) |
3 |
|
endoscopic |
3 |
|
eos |
3 |
|
eosq |
3 |
|
eq-5d-3l-y |
3 |
|
eq-5d-y |
3 |
|
ethnicity |
3 |
|
euroqol 5-dimension 5-level |
3 |
|
exercise |
3 |
|
fabq |
3 |
|
family |
3 |
|
feasibility |
3 |
|
feature selection |
3 |
|
flat feet |
3 |
|
fracture |
3 |
|
fulcrum-bending correction index |
3 |
|
fulcrum-bending flexibility |
3 |
|
generative adversarial network |
3 |
|
global burden of disease study |
3 |
|
gradual |
3 |
|
graduate |
3 |
|
growing |
3 |
|
growing rod |
3 |
|
growing rods |
3 |
|
growth |
3 |
|
health utility |
3 |
|
hemothorax |
3 |
|
high intensity zone |
3 |
|
hiz |
3 |
|
hong kong - epidemiology |
3 |
|
hrnet |
3 |
|
hypokyphosis |
3 |
|
injury severity score |
3 |
|
instrumentation |
3 |
|
jarcho–levin syndrome |
3 |
|
joacmeq |
3 |
|
joints |
3 |
|
laminoplasty |
3 |
|
landmark detection |
3 |
|
light-based |
3 |
|
lordosis |
3 |
|
lumbar lordosis |
3 |
|
lumbar spinal stenosis (lss) |
3 |
|
magnetic |
3 |
|
magnetically |
3 |
|
mass customization |
3 |
|
medline |
3 |
|
microsurgery |
3 |
|
missing values |
3 |
|
morphology |
3 |
|
musculoskeletal diseases - diagnosis - epidemiology |
3 |
|
mycobacterium infections, atypical - complications - diagnosis - therapy |
3 |
|
nasopharyngeal carcinoma |
3 |
|
neck collar |
3 |
|
neural network |
3 |
|
noninvasive treatment |
3 |
|
occupational diseases - diagnosis - epidemiology - etiology |
3 |
|
occupations |
3 |
|
olecranon |
3 |
|
open-door laminoplasty |
3 |
|
orientation |
3 |
|
orthopaedic implants |
3 |
|
orthosis |
3 |
|
out of hospital consultation |
3 |
|
outcome |
3 |
|
paediatric quality of life inventory |
3 |
|
parietal pleura |
3 |
|
pediatric scoliosis |
3 |
|
pedigree |
3 |
|
pelvic incidence |
3 |
|
pelvic tilt |
3 |
|
phenotype |
3 |
|
plates |
3 |
|
postoperative |
3 |
|
postoperative shoulder imbalance |
3 |
|
prevention |
3 |
|
primary health care |
3 |
|
prognostic studies |
3 |
|
progression |
3 |
|
proxy |
3 |
|
psychometric properties |
3 |
|
quality-of-life |
3 |
|
radiation-free |
3 |
|
radiograph-comparable image synthesis |
3 |
|
randomized controlled trial |
3 |
|
rat model |
3 |
|
real-world medical image super-resolution |
3 |
|
reconstruction |
3 |
|
recurrence |
3 |
|
reduction |
3 |
|
refined scoliosis research society 22-item questionnaire |
3 |
|
review |
3 |
|
rod lengthening |
3 |
|
sacral slope |
3 |
|
sagittal alignment |
3 |
|
scoliosis brace design |
3 |
|
scoliosis prognosis |
3 |
|
scoliosis research society 22-item |
3 |
|
screening |
3 |
|
severe |
3 |
|
short-form 6-dimension |
3 |
|
skipped-level |
3 |
|
slot scanning |
3 |
|
smoking |
3 |
|
spinal curvature |
3 |
|
spinal growth |
3 |
|
spinal height |
3 |
|
spino-pelvic |
3 |
|
spino-pelvic parameters |
3 |
|
spondylodiscitis |
3 |
|
spring-back |
3 |
|
steroid |
3 |
|
superelastic nickel–titanium |
3 |
|
surgical |
3 |
|
systematic review |
3 |
|
t1 tilt |
3 |
|
telemedicine |
3 |
|
tenosynovitis |
3 |
|
tenosynovitis - diagnosis - microbiology - therapy |
3 |
|
tether breakage |
3 |
|
textile-based medical product |
3 |
|
thoracic hypokyphosis |
3 |
|
total hip arthroplasty |
3 |
|
tropism |
3 |
|
unplanned reoperation |
3 |
|
utility |
3 |
|
vertebrae |
3 |
|
vertebral body tethering |
3 |
|
vertical expandable prosthetic titanium rib |
3 |
|
workplace |
3 |
|
years live with disability |
3 |
|
youth |
3 |
|
3-d ultrasound |
2 |
|
3d ultrasound |
2 |
|
3d ultrasound imaging |
2 |
|
5c |
2 |
|
accidents |
2 |
|
accidents, occupational - prevention and control - statistics and numerical data |
2 |
|
actuator |
2 |
|
adding-on |
2 |
|
adjacent level |
2 |
|
adjacent segment |
2 |
|
adjacent segment degeneration |
2 |
|
adult |
2 |
|
aeromonas - pathogenicity |
2 |
|
algorithms |
2 |
|
alignment |
2 |
|
anterior cervical discectomy and fusion (acdf) |
2 |
|
apss |
2 |
|
arthritis, rheumatoid - radiography - surgery |
2 |
|
arthroplasty, replacement - methods |
2 |
|
asf |
2 |
|
asia pacific spine society |
2 |
|
automated analysis |
2 |
|
biomechanical |
2 |
|
blood loss |
2 |
|
bm |
2 |
|
body height |
2 |
|
bone metastasis |
2 |
|
bony spinal canal diameter |
2 |
|
brace weaning |
2 |
|
calcification |
2 |
|
cancer prediction |
2 |
|
carotid endarterectomy |
2 |
|
carotid stenosis - surgery |
2 |
|
cervical |
2 |
|
cervical stenosis |
2 |
|
chinese patients |
2 |
|
circulating tumour cells |
2 |
|
clinic |
2 |
|
clostridium |
2 |
|
cobb’s angle |
2 |
|
consensus |
2 |
|
covid-19 |
2 |
|
ct imaging |
2 |
|
ct imaging applications |
2 |
|
ctcs |
2 |
|
delayed infection |
2 |
|
delphi study |
2 |
|
developmental spinal stenosis ;;; risk factor |
2 |
|
diagnostic study |
2 |
|
dru |
2 |
|
drucurve progression |
2 |
|
ehlers-danlos syndrome |
2 |
|
ehlers-danlos syndrome - complications |
2 |
|
endarterectomy, carotid - adverse effects |
2 |
|
endplate |
2 |
|
epidemiology |
2 |
|
fasciitis, necrotizing |
2 |
|
fasciitis, necrotizing - complications - epidemiology - microbiology - therapy |
2 |
|
fear-avoidance beliefs |
2 |
|
final height |
2 |
|
finite element |
2 |
|
forward bending |
2 |
|
fracture fixation. |
2 |
|
fulcrum bending radiograph |
2 |
|
fulcrum-bending |
2 |
|
fusion selection |
2 |
|
gram-negative bacterial infections - complications - epidemiology - microbiology - therapy |
2 |
|
hand injuries |
2 |
|
hand injuries - epidemiology - etiology - prevention and control |
2 |
|
hand strength - physiology |
2 |
|
high-intensity zone |
2 |
|
high-intensity zones |
2 |
|
history |
2 |
|
hiz, spine |
2 |
|
interbody fusion |
2 |
|
intertransverse plan |
2 |
|
key words |
2 |
|
last touched vertebrae |
2 |
|
law of temporary diminishing distraction gains |
2 |
|
lenke |
2 |
|
level iii |
2 |
|
life style |
2 |
|
long short-term memory |
2 |
|
lumbar fascia |
2 |
|
lumbar multifidus muscle |
2 |
|
lumbar spinal stenosis |
2 |
|
lumbar surgery |
2 |
|
mask r-cnn |
2 |
|
middle aged |
2 |
|
modified stoke ankylosing spondylitis spinal score |
2 |
|
multilevel |
2 |
|
muscle |
2 |
|
mycobacterium infections, nontuberculous - diagnosis - therapy |
2 |
|
neurogenic claudication |
2 |
|
nonoperative |
2 |
|
occupational |
2 |
|
operation theater |
2 |
|
operation theatre |
2 |
|
ossification of the posterior longitudinal ligament |
2 |
|
ossification of yellow ligament (oyl) |
2 |
|
out-of-hospital consultation |
2 |
|
personal protection equipment |
2 |
|
pet/ct |
2 |
|
phenotypes |
2 |
|
postural variation |
2 |
|
posture |
2 |
|
predictive factors |
2 |
|
preoperative spine flexibility |
2 |
|
prone traction |
2 |
|
psoas hematoma |
2 |
|
range of motion |
2 |
|
range of motion, articular - physiology |
2 |
|
recurrent neural network |
2 |
|
reoperation |
2 |
|
retrospective studies |
2 |
|
revision surgery |
2 |
|
rigid-body image registration |
2 |
|
risk factors |
2 |
|
risser |
2 |
|
sagittal balance |
2 |
|
sagittal profile: thoracic kyphosis |
2 |
|
sanders staging |
2 |
|
scoliosis in children |
2 |
|
scoliosis specific exercise |
2 |
|
scoliosis-specific exercise |
2 |
|
silent |
2 |
|
sleep disturbance |
2 |
|
spinal deformity |
2 |
|
spinal fusion |
2 |
|
spinal instrumentation |
2 |
|
spine - abnormalities |
2 |
|
spinous process |
2 |
|
spinous processes |
2 |
|
spondyloarthritis research consortium of canada |
2 |
|
stand-alone |
2 |
|
streptococcal infections - complications - epidemiology - microbiology - therapy |
2 |
|
streptococcus |
2 |
|
streptococcus pyogenes |
2 |
|
systematic |
2 |
|
t1 |
2 |
|
t2 |
2 |
|
teleradiology |
2 |
|
tendon degeneration |
2 |
|
thoracolumbar fascia |
2 |
|
time factors |
2 |
|
tlif |
2 |
|
transfer learning |
2 |
|
transversus abdominis |
2 |
|
tricortical iliac crest |
2 |
|
trigger finger |
2 |
|
trigger finger disorder - etiology - surgery |
2 |
|
truncal asymmetry |
2 |
|
trunk posture |
2 |
|
ultrasonography |
2 |
|
vertebral canal |
2 |
|
vibrio |
2 |
|
wounds and injuries |
2 |
|
wrist joint - physiopathology - radiography - surgery |
2 |
|
young adult |
2 |
|
adolescent health |
1 |
|
adult spinal deformity |
1 |
|
benefits |
1 |
|
bioactive glass |
1 |
|
bone nails - adverse effects |
1 |
|
capsule |
1 |
|
cerium |
1 |
|
cervical kyphosis |
1 |
|
cervical spine pathology |
1 |
|
challenges |
1 |
|
collateral |
1 |
|
column deficiencies |
1 |
|
compensatory mechanism |
1 |
|
complementary and alternative medicine |
1 |
|
coping |
1 |
|
coronavirus |
1 |
|
corrective osteotomy |
1 |
|
covid‐19 |
1 |
|
degenerative cervical myelopathy |
1 |
|
degenerative spondylolisthesis |
1 |
|
diabetic wound |
1 |
|
dislocation |
1 |
|
dru; sanders staging |
1 |
|
druj |
1 |
|
east asia |
1 |
|
education |
1 |
|
examination |
1 |
|
facetal subluxation or dislocation |
1 |
|
femoral fractures - etiology - surgery |
1 |
|
fractures |
1 |
|
future |
1 |
|
global |
1 |
|
global, worldwide |
1 |
|
guidelines |
1 |
|
halo traction |
1 |
|
health |
1 |
|
holistic care |
1 |
|
iatrogenic fracture |
1 |
|
impact |
1 |
|
in situ fusion |
1 |
|
international |
1 |
|
irreducible |
1 |
|
jumped facet |
1 |
|
l4–5 |
1 |
|
lbp |
1 |
|
lmm |
1 |
|
locked |
1 |
|
locked facet |
1 |
|
lumbar lordosis (ll) |
1 |
|
mental health |
1 |
|
meta-analysis |
1 |
|
mild scoliosis |
1 |
|
morphometry |
1 |
|
neck pain |
1 |
|
observational study |
1 |
|
online education |
1 |
|
opll |
1 |
|
orthopaedic |
1 |
|
osteotomy |
1 |
|
perspectives |
1 |
|
pfna |
1 |
|
pipj |
1 |
|
planar cell polarity (pcp) |
1 |
|
postmenopausal osteoporosis |
1 |
|
private practice |
1 |
|
proprioception |
1 |
|
proprioceptive reweighting |
1 |
|
prosthesis failure |
1 |
|
psychosocial intervention |
1 |
|
qualitative research |
1 |
|
rajasekaran’s kyphosis classification |
1 |
|
reduction and fusion |
1 |
|
reposition sense |
1 |
|
research |
1 |
|
ros scavenging |
1 |
|
sagittal imbalance |
1 |
|
somite |
1 |
|
spinal fusion surgery |
1 |
|
spine surgeons |
1 |
|
spine surgery |
1 |
|
spinopelvic harmony |
1 |
|
subluxation |
1 |
|
surface electromyography biofeedback posture training |
1 |
|
surgeon |
1 |
|
surgeons |
1 |
|
survey |
1 |
|
tanner and whitehouse |
1 |
|
telehealth |
1 |
|
teriparatide |
1 |
|
thermo-sensitive hydrogel |
1 |
|
toci |
1 |
|
training |
1 |
|
traumatic spondylolisthesis |
1 |
|
trochanteric |
1 |
|
unstable |
1 |
|
vangl1/2 |
1 |
|
virtual medicine |
1 |
|
volar |
1 |
|
worldwide |
1 |
