|
humans |
24 |
|
female |
21 |
|
adult |
20 |
|
male |
17 |
|
adolescent |
13 |
|
spinal cord |
13 |
|
analysis of variance |
10 |
|
image processing, computer-assisted |
10 |
|
aged |
9 |
|
algorithms |
9 |
|
data interpretation, statistical |
9 |
|
middle aged |
9 |
|
mri |
9 |
|
reproducibility of results |
9 |
|
signal processing, computer-assisted |
9 |
|
statistics, nonparametric |
9 |
|
time-frequency analysis |
9 |
|
dti |
8 |
|
evoked potentials, somatosensory - physiology |
8 |
|
motor skills - physiology |
8 |
|
somatosensory evoked potential |
8 |
|
spinal cord injury |
8 |
|
anisotropy |
7 |
|
cervical spondylotic myelopathy |
7 |
|
diffusion tensor imaging |
7 |
|
electroencephalography |
7 |
|
electromyography - methods |
7 |
|
motor skill learning |
7 |
|
time factors |
7 |
|
wavelet analysis |
7 |
|
young adult |
7 |
|
als |
6 |
|
amyotrophic lateral sclerosis - enzymology - genetics - pathology |
6 |
|
animals |
6 |
|
articular cartilage |
6 |
|
atomic force microscopy |
6 |
|
brain mapping - methods |
6 |
|
cartilage, articular - ultrasonography |
6 |
|
collagen fibril |
6 |
|
diffusion magnetic resonance imaging - methods |
6 |
|
evoked potentials, somatosensory |
6 |
|
familial |
6 |
|
fibrillar collagens - ultrastructure |
6 |
|
fractional anisotropy |
6 |
|
intraoperative spinal cord monitoring |
6 |
|
level diagnosis |
6 |
|
low back pain |
6 |
|
magnetic resonance imaging - methods |
6 |
|
microscopy, atomic force - methods |
6 |
|
monitoring, intraoperative - methods |
6 |
|
mutation |
6 |
|
nanoindentation |
6 |
|
nonsymptomatic |
6 |
|
osteoarthritis |
6 |
|
osteoarthritis, knee - pathology |
6 |
|
postmenopause |
6 |
|
rats |
6 |
|
reaction time |
6 |
|
reference values |
6 |
|
rehabilitation |
6 |
|
sod1 mutation |
6 |
|
stress, mechanical |
6 |
|
superoxide dismutase - genetics |
6 |
|
support vector machine |
6 |
|
surface electromyography |
6 |
|
wavelet transform |
6 |
|
adaptive scale selection |
5 |
|
amplitude |
5 |
|
axonal projections |
5 |
|
brain mapping |
5 |
|
cervical myelopathy |
5 |
|
cervical spinal cord |
5 |
|
child |
5 |
|
cognition - physiology |
5 |
|
computer simulation |
5 |
|
connectivity |
5 |
|
diagnosis, computer-assisted - methods |
5 |
|
diffusion tensor imaging (dti) |
5 |
|
eeg coherence |
5 |
|
eeg power |
5 |
|
electric stimulation |
5 |
|
electroencephalography - classification |
5 |
|
electroencephalography - methods |
5 |
|
electromyography |
5 |
|
electrooculography |
5 |
|
ensemble averaging |
5 |
|
evoked potential |
5 |
|
functional mri |
5 |
|
gene regulatory network |
5 |
|
granger causality |
5 |
|
human-machine interface |
5 |
|
image reconstruction |
5 |
|
infant, newborn |
5 |
|
latency |
5 |
|
local polynomial regression |
5 |
|
machine learning |
5 |
|
magnetic resonance imaging |
5 |
|
medical sciences |
5 |
|
models, neurological |
5 |
|
multiplier-less implementation |
5 |
|
plasticity |
5 |
|
practice (psychology) |
5 |
|
prognosis |
5 |
|
regularization |
5 |
|
resting-state network |
5 |
|
root mean square |
5 |
|
scoliosis |
5 |
|
sensitivity and specificity |
5 |
|
single-trial analysis |
5 |
|
skeletal maturity |
5 |
|
somatosensory evoked potentials |
5 |
|
somatosensory evoked potentials (seps) |
5 |
|
spinal fusion |
5 |
|
thoracic vertebrae - surgery |
5 |
|
time-series genomic data |
5 |
|
variable selection |
5 |
|
vector autoregressive model |
5 |
|
verbal behavior - physiology |
5 |
|
wavelet |
5 |
|
acoustic stimulation |
4 |
|
adaptive filtering |
4 |
|
adaptive filters |
4 |
|
adaptive noise canceller (anc) |
4 |
|
adaptive signal enhancer |
4 |
|
adaptive signal enhancer (ase) |
4 |
|
adjacent segments |
4 |
|
allograft |
4 |
|
anterior cruciate ligament - injuries - physiopathology - radiography - surgery |
4 |
|
anterior cruciate ligament reconstruction |
4 |
|
back - physiology |
4 |
|
blood supply |
4 |
|
blood vessels |
4 |
|
bold fmri |
4 |
|
bony healing |
4 |
|
brain-computer interface |
4 |
|
cervical spondylotic myelopathy (csm) |
4 |
|
classification |
4 |
|
click evoked otoacoustic emissions |
4 |
|
click-evoked otoacoustic emissions |
4 |
|
compressive strength |
4 |
|
convergence of numerical methods |
4 |
|
convolutional neural network |
4 |
|
convolutional neural network (cnn) |
4 |
|
data models |
4 |
|
denoising |
4 |
|
dense connection |
4 |
|
detection |
4 |
|
dexterity |
4 |
|
diagnostic techniques, otological |
4 |
|
diffusional kurtosis imaging |
4 |
|
dti indices |
4 |
|
electroencephalography - statistics and numerical data |
4 |
|
emg |
4 |
|
endplate |
4 |
|
ensemble learning |
4 |
|
event-related potential |
4 |
|
event-related potentials (erps) |
4 |
|
evoked potentials, auditory |
4 |
|
fatigue analysis |
4 |
|
functional activation |
4 |
|
functional connectivity |
4 |
|
functional laterality - physiology |
4 |
|
gender and age-related change |
4 |
|
graph theory analysis |
4 |
|
hearing - physiology |
4 |
|
idiopathic scoliosis |
4 |
|
image processing, computer-assisted - methods |
4 |
|
implicit motor learning |
4 |
|
impulse noise |
4 |
|
impulse response |
4 |
|
intervertebral disc |
4 |
|
intraoperative monitoring |
4 |
|
isometric contraction - physiology |
4 |
|
isometric muscle contraction |
4 |
|
ligation |
4 |
|
lomb periodogram, coherence analysis |
4 |
|
lumbosacral region |
4 |
|
mathematical model |
4 |
|
median frequency |
4 |
|
medical treatment |
4 |
|
minimum variance spectral estimation |
4 |
|
mobility |
4 |
|
models, biological |
4 |
|
models, statistical |
4 |
|
multiple sclerosis |
4 |
|
muscle atrophy |
4 |
|
muscle, skeletal - pathology - physiology - physiopathology |
4 |
|
muscle, skeletal - physiology |
4 |
|
muscular atrophy - complications - diagnosis - physiopathology |
4 |
|
neonatal screening - methods |
4 |
|
neuromyelitis optica |
4 |
|
normal database |
4 |
|
normal-appearing brain tissues |
4 |
|
otoacoustic emissions, spontaneous |
4 |
|
oxygen - blood |
4 |
|
paraspinal muscular activity |
4 |
|
photic stimulation |
4 |
|
posture |
4 |
|
predictive models |
4 |
|
probabilistic independent component analysis (pica) |
4 |
|
prospective studies |
4 |
|
psd estimation |
4 |
|
psychomotor performance - physiology |
4 |
|
radiographs |
4 |
|
rat model |
4 |
|
recursive functions |
4 |
|
remodelling |
4 |
|
reproducibility |
4 |
|
resting state functional magnetic resonance imaging (rsfmri) |
4 |
|
retrospective studies |
4 |
|
revascularisation |
4 |
|
root mean square value |
4 |
|
scoliosis - complications - physiopathology - surgery |
4 |
|
scoliosis - surgery |
4 |
|
segmental artery |
4 |
|
signal-to-noise ratio (snr) |
4 |
|
soft robot |
4 |
|
somatosensory evoked potential (sep) |
4 |
|
somatosensory-evoked potentials |
4 |
|
spinal cord - pathology |
4 |
|
spinal cord - physiology |
4 |
|
spinal cord - physiopathology |
4 |
|
spinal cord compression |
4 |
|
spinal cord compression - diagnosis - physiopathology |
4 |
|
streaming topography |
4 |
|
stress, physiological |
4 |
|
surface emg |
4 |
|
surgery skills |
4 |
|
tibia - physiopathology - radiography |
4 |
|
time domain analysis |
4 |
|
time series analysis |
4 |
|
time-frequency filtering |
4 |
|
time-frequency resolution |
4 |
|
transplantation |
4 |
|
universal neonatal hearing screening |
4 |
|
verbal-analytic processing |
4 |
|
wavelet filtering |
4 |
|
2-d-3-d registration |
3 |
|
3d-2d registration |
3 |
|
acl reconstruction |
3 |
|
adaptive signal enhancement |
3 |
|
adaptive spectrogram (ads) |
3 |
|
anaesthetics i.v., propofol |
3 |
|
anaesthetics volatile, sevoflurane |
3 |
|
anesthetics, inhalation - pharmacology |
3 |
|
anesthetics, intravenous - pharmacology |
3 |
|
anterior cruciate ligament (acl) |
3 |
|
anthropomorphic robotic arm |
3 |
|
apt |
3 |
|
artificial intelligence (ai) |
3 |
|
asymmetry |
3 |
|
axial diffusivity |
3 |
|
bci |
3 |
|
blind source separation |
3 |
|
bold |
3 |
|
brain - pathology |
3 |
|
brain-computer interface (bci) |
3 |
|
cervical myelopathy (cm) |
3 |
|
cervical spondylotic |
3 |
|
cervical vertebrae - anatomy & histology |
3 |
|
cervical vertebrae - surgery |
3 |
|
cest |
3 |
|
choi-williams distribution (cwd) |
3 |
|
chronic compression |
3 |
|
circumferential |
3 |
|
cluster analysis |
3 |
|
common spatial filtering |
3 |
|
compliant robot |
3 |
|
compression |
3 |
|
computer applications |
3 |
|
cone shaped distribution (csd) |
3 |
|
contour-based registration |
3 |
|
correlation coefficient |
3 |
|
ctvep |
3 |
|
current density distribution |
3 |
|
data-driven method |
3 |
|
decision support system |
3 |
|
decompression, surgical |
3 |
|
deep learning |
3 |
|
density estimation |
3 |
|
developmental spinal stenosis |
3 |
|
diffusion |
3 |
|
diffusion magnetic resonance imaging |
3 |
|
diffusion magnetic resonance imaging - instrumentation - methods |
3 |
|
diffusion tensor imaging - instrumentation - methods |
3 |
|
disability evaluation |
3 |
|
eigenvector |
3 |
|
epidural stimulation |
3 |
|
evoked potentials, somatosensory - drug effects |
3 |
|
evoked-potentials,-somatosensory-physiology |
3 |
|
exercise tolerance - physiology |
3 |
|
exoskeleton |
3 |
|
expectation conditional maximization |
3 |
|
expectation maximization |
3 |
|
feature selection |
3 |
|
feature-based registration |
3 |
|
fiber tractography |
3 |
|
finger joint motion |
3 |
|
flexion-relaxation ratio |
3 |
|
fmri |
3 |
|
follow-up studies |
3 |
|
fractional anisotropy (fa) |
3 |
|
gait |
3 |
|
grasping durability |
3 |
|
grasping robustness |
3 |
|
hand goniometry |
3 |
|
hong kong |
3 |
|
humanoid robotic hand |
3 |
|
image segmentation |
3 |
|
image-guided interventions (igis) |
3 |
|
in intraoperative monitoring |
3 |
|
independent component analysis (ica) |
3 |
|
isometric and isokinetic |
3 |
|
k-means clustering |
3 |
|
kalman filter |
3 |
|
kalman filtering |
3 |
|
least mean squares |
3 |
|
lifting strength |
3 |
|
low back pain - diagnosis - physiopathology - rehabilitation |
3 |
|
magnetic resonance (mr) |
3 |
|
magnetic resonance imaging (mri) |
3 |
|
magnetization transfer |
3 |
|
matching pursuit |
3 |
|
median nerve |
3 |
|
median nerve - physiopathology |
3 |
|
micro-computed tomography (μct) |
3 |
|
microstructure |
3 |
|
missing values |
3 |
|
mixture of gaussian |
3 |
|
monitoring, intraoperative - methods - standards |
3 |
|
monitoring, somatosensory evoked potential |
3 |
|
monitoring,-intraoperative-methods |
3 |
|
multilevel compression |
3 |
|
muscle fiber size |
3 |
|
muscle fibre size |
3 |
|
muscle, skeletal - anatomy and histology - physiopathology |
3 |
|
neurodegenerative diseases - pathology |
3 |
|
nuisance regression |
3 |
|
orientation entropy |
3 |
|
pain |
3 |
|
particle swarm optimization (pso) |
3 |
|
passive particle jamming |
3 |
|
physical demand |
3 |
|
physical therapy modalities - trends |
3 |
|
physiological noise |
3 |
|
posterior tibial nerve |
3 |
|
postural balance - physiology |
3 |
|
potential field distribution |
3 |
|
predictive value of tests |
3 |
|
preoperative care |
3 |
|
proton density |
3 |
|
pseudo random sequences |
3 |
|
psychiatry and neurology medical sciences |
3 |
|
radial diffusivity |
3 |
|
rat |
3 |
|
rats, sprague-dawley |
3 |
|
recovery of function |
3 |
|
reliability |
3 |
|
resting-state fmri |
3 |
|
robot hand design and control |
3 |
|
robustness |
3 |
|
scoliosis prognosis |
3 |
|
seep |
3 |
|
sensor array |
3 |
|
sensorimotor and spinal cord |
3 |
|
severity of illness index |
3 |
|
short time fourier transform (stft) |
3 |
|
signal processing |
3 |
|
signal-processing,-computer-assisted |
3 |
|
single-trial detection |
3 |
|
sitting |
3 |
|
soft grippers |
3 |
|
soft robot applications |
3 |
|
soft robotics |
3 |
|
somatosensory system |
3 |
|
somatosensory-evoked potential |
3 |
|
spinal cord - anatomy & histology |
3 |
|
spinal cord - pathology - ultrastructure |
3 |
|
spinal cord compression - diagnosis - prevention & control |
3 |
|
spinal cord compression - pathology |
3 |
|
spinal cord compression - pathology - physiopathology |
3 |
|
spinal cord diseases - diagnosis - etiology - physiopathology - surgery |
3 |
|
spinal cord evoked potential |
3 |
|
spinal osteophytosis - complications - physiopathology - surgery |
3 |
|
spinal somatosensory evoked potential (ssep) |
3 |
|
spinal-cord-physiology |
3 |
|
spine |
3 |
|
stimulation rate |
3 |
|
stimulus pulse duration |
3 |
|
stretchable glove |
3 |
|
support tensor machine (stm) |
3 |
|
surgery |
3 |
|
surgery outcome |
3 |
|
surgery, spinal |
3 |
|
time frequency analysis |
3 |
|
time-frequency analysis (tfa) |
3 |
|
time–frequency multiple linear regression (tf-mlr) |
3 |
|
tractography |
3 |
|
treatment outcome |
3 |
|
twisting tube actuation |
3 |
|
ultrastructural imaging , rat model |
3 |
|
ultrastructure |
3 |
|
untethered fluidic actuation |
3 |
|
variability |
3 |
|
variable stiffness |
3 |
|
vep |
3 |
|
visual evoked potentials |
3 |
|
water |
3 |
|
wigner-ville distribution (wvd) |
3 |
|
a |
2 |
|
accessibility analysis |
2 |
|
activities of daily living |
2 |
|
adaptive filter |
2 |
|
adaptive noise canceller |
2 |
|
alpha |
2 |
|
amputee |
2 |
|
anaesthetic |
2 |
|
analgesia |
2 |
|
ankle foot orthosis |
2 |
|
ankle joint - physiopathology |
2 |
|
annulus fibrosis |
2 |
|
articulated needle |
2 |
|
artifacts |
2 |
|
artificial intelligence |
2 |
|
assistance device |
2 |
|
attention |
2 |
|
auditory feedback |
2 |
|
automated |
2 |
|
axonal degeneration |
2 |
|
back |
2 |
|
back muscles |
2 |
|
back propagation neural network |
2 |
|
bayesian model |
2 |
|
bellows joint |
2 |
|
bendable |
2 |
|
bevel-tip |
2 |
|
biomaterials |
2 |
|
biomechanics |
2 |
|
blood-spinal cord barrier |
2 |
|
boston carpal tunnel questionnaire |
2 |
|
brain - physiology |
2 |
|
brain - physiopathology |
2 |
|
brain computer interactions |
2 |
|
brain computer interface (bci) |
2 |
|
carpal tunnel syndrome |
2 |
|
cartilaginous endplate |
2 |
|
cell therapy |
2 |
|
cerebral palsy |
2 |
|
cerebral palsy - physiopathology - rehabilitation |
2 |
|
cervical decompression |
2 |
|
child, preschool |
2 |
|
chronic compressive model |
2 |
|
chronic low back pain (lbp) |
2 |
|
cognitive |
2 |
|
component |
2 |
|
compression speed |
2 |
|
computer systems |
2 |
|
conservative treatment |
2 |
|
continuous tracking |
2 |
|
continuous tracking task |
2 |
|
contour projection |
2 |
|
convergence rate |
2 |
|
cortical source |
2 |
|
cross-individual |
2 |
|
data-reusing algorithm |
2 |
|
degeneration |
2 |
|
degenerative cervical myelopathy |
2 |
|
demyelination |
2 |
|
diagnostic accuracy |
2 |
|
diffusion tensor imaging - methods |
2 |
|
dipolar source analysis |
2 |
|
down-regulation |
2 |
|
dry electrode |
2 |
|
dual-mode actuator |
2 |
|
dynamic surface electromyography topography |
2 |
|
dynamic topography |
2 |
|
dynamometer |
2 |
|
ecg artifact |
2 |
|
ecg artifacts |
2 |
|
ecg removal |
2 |
|
eeg |
2 |
|
eeg-based mouse |
2 |
|
efficiency assessment |
2 |
|
eigenvalue |
2 |
|
electro-acupuncture stimulation |
2 |
|
electrocardiogram (ecg) |
2 |
|
electrocardiography - methods |
2 |
|
electrodes |
2 |
|
electroencephalogram (eeg) |
2 |
|
electromyogram |
2 |
|
electrophysiology |
2 |
|
equipment design |
2 |
|
erd/ers coefficient |
2 |
|
evaluation of image quality |
2 |
|
event related desynchronization |
2 |
|
event-related desynchronization |
2 |
|
event-related desynchronization/synchronous (erd/ers) |
2 |
|
event-related potentials |
2 |
|
event-related spectral perturbation |
2 |
|
event-related spectral perturbation (ersp) |
2 |
|
evoked potentials |
2 |
|
evoked response potentials (erp) |
2 |
|
exercise therapy - methods |
2 |
|
expectation maximization (em) |
2 |
|
factor analysis |
2 |
|
factor analysis, statistical |
2 |
|
false positive reactions |
2 |
|
feature extraction |
2 |
|
finite element analysis |
2 |
|
finite element modeling |
2 |
|
fixed-point |
2 |
|
fixed-point algorithm |
2 |
|
foot |
2 |
|
fourier analysis |
2 |
|
freeform modelling |
2 |
|
functional electrical stimulation |
2 |
|
functional electrical stimulation (fes) |
2 |
|
functional restoration rehabilitation |
2 |
|
gait analysis |
2 |
|
gait recognition |
2 |
|
gene therapy |
2 |
|
gray correlation degree analysis |
2 |
|
handle reaction vector |
2 |
|
handle reaction vector (hrv) |
2 |
|
haptic device |
2 |
|
hemiparesis |
2 |
|
hip - physiopathology |
2 |
|
hip joint - physiopathology |
2 |
|
human computer interface |
2 |
|
human skeleton model |
2 |
|
hvcmm |
2 |
|
iatrogenic |
2 |
|
ica |
2 |
|
image restoration |
2 |
|
imaginary movement |
2 |
|
imagination of hand movements |
2 |
|
inflammation |
2 |
|
infrared thermal imaging |
2 |
|
injury location |
2 |
|
inspection planning |
2 |
|
inter-trial coherence |
2 |
|
inter-trial coherence (itc) |
2 |
|
intra-epidermal electrical stimulation |
2 |
|
intra-epidermal stimulation |
2 |
|
intraoperative neurophysiological monitoring |
2 |
|
intraoperative period |
2 |
|
intravenous |
2 |
|
ischemia |
2 |
|
iterative back projection |
2 |
|
kalman smoother |
2 |
|
knee joint - physiopathology |
2 |
|
knee joint stiffness |
2 |
|
line interference canceling |
2 |
|
lms-anc |
2 |
|
log-likelihood |
2 |
|
long short-term memory |
2 |
|
low back pain (lbp) |
2 |
|
low back pain - physiopathology |
2 |
|
low back pain - physiopathology - rehabilitation |
2 |
|
lumbar |
2 |
|
lumbar muscle contraction |
2 |
|
lumbar vertebrae |
2 |
|
lumbar vertebrae - physiology |
2 |
|
lumbar vertebrae - surgery |
2 |
|
lumbosacral region - physiology |
2 |
|
magnetic stimulation |
2 |
|
mahalanobis classifier |
2 |
|
malanobis distance classifier |
2 |
|
maximum likelihood (ml) |
2 |
|
monitoring |
2 |
|
monitoring, physiologic - methods |
2 |
|
motor imaginary |
2 |
|
motor learning |
2 |
|
motor performance |
2 |
|
movement |
2 |
|
multifingered hands |
2 |
|
multiple feature fusion |
2 |
|
multiple views fusion |
2 |
|
multiscale entropy |
2 |
|
muscle activation pattern |
2 |
|
muscle contraction |
2 |
|
muscle fatigue |
2 |
|
muscle spasticity |
2 |
|
muscle synergies |
2 |
|
muscle, skeletal - metabolism - pathology - physiopathology |
2 |
|
muscles |
2 |
|
myoelectric prosthesis |
2 |
|
nerve conduction studies |
2 |
|
neurological disorders |
2 |
|
neuromuscular recovery |
2 |
|
neuroscience |
2 |
|
nociceptive processing |
2 |
|
noise cancellation |
2 |
|
non-nociceptive processing |
2 |
|
normalization |
2 |
|
nucleus pulposus |
2 |
|
operation |
2 |
|
orthopedic procedures - adverse effects |
2 |
|
orthotic devices |
2 |
|
p300 |
2 |
|
pain measurement |
2 |
|
pain prediction |
2 |
|
pain-evoked eeg |
2 |
|
paraplegia |
2 |
|
paraplegic |
2 |
|
paraplegic walking |
2 |
|
paraspinal muscle activity |
2 |
|
paraspinal stiffness |
2 |
|
perspective of cortical sources |
2 |
|
phase angle |
2 |
|
phase reset |
2 |
|
physiological parameters |
2 |
|
physiology |
2 |
|
pneumatic actuators |
2 |
|
postoperative pain |
2 |
|
potential rhythm of cerebral cortex |
2 |
|
power spectral density (psd) |
2 |
|
prestimulus α-power |
2 |
|
primary motor cortex |
2 |
|
principal component analysis |
2 |
|
propofol |
2 |
|
psychiatry and neurology |
2 |
|
pulsed magnetic field |
2 |
|
quality of life |
2 |
|
quantitative |
2 |
|
quantitative analysis |
2 |
|
radial basis function network |
2 |
|
radial basis function neural network |
2 |
|
range of motion, articular |
2 |
|
reaction time - physiology |
2 |
|
recurrent neural network |
2 |
|
regions of interest (roi) |
2 |
|
rehabilitation robotics |
2 |
|
rehabilitation therapy |
2 |
|
remifentanil |
2 |
|
resting-state electroencephalography |
2 |
|
risk-tendency graph |
2 |
|
rls-anc |
2 |
|
robotic rehabilitation arm |
2 |
|
robotics |
2 |
|
root-mean-square difference |
2 |
|
scoliosis - physiopathology - surgery |
2 |
|
sep |
2 |
|
sep monitoring |
2 |
|
sevoflurane |
2 |
|
shannon entropy |
2 |
|
shoulder joint moments |
2 |
|
signal-to-noise ratio |
2 |
|
single-trial |
2 |
|
sloreta |
2 |
|
soft pneumatic actuator |
2 |
|
somatosensory evoked potential (sep) latency |
2 |
|
somatosensory stimulation |
2 |
|
somsatosensory evoked potential |
2 |
|
spasticity |
2 |
|
spinal |
2 |
|
spinal cord - physiology - physiopathology - surgery |
2 |
|
spinal cord diseases - pathology |
2 |
|
spinal cord injuries - diagnosis - etiology - physiopathology |
2 |
|
spinal fusion - instrumentation |
2 |
|
spinal surgery |
2 |
|
spontaneous eeg |
2 |
|
static coupling |
2 |
|
steering |
2 |
|
step-size parameter |
2 |
|
strain gauge |
2 |
|
stroke |
2 |
|
super resolution |
2 |
|
support vector machine (svm) |
2 |
|
surface electromyography (emg) |
2 |
|
surface electromyography (semg) |
2 |
|
surgery medical sciences |
2 |
|
svm |
2 |
|
teaching drill |
2 |
|
tibial nerve - physiology |
2 |
|
tibial nerve - physiopathology |
2 |
|
time'frequency analysis |
2 |
|
time-varying effective connectivity |
2 |
|
time-varying topography |
2 |
|
topography |
2 |
|
total hip replacement |
2 |
|
tp 242.6 |
2 |
|
tracking ability |
2 |
|
transcranial direct current stimulation |
2 |
|
transcutaneous electrical nerve stimulation (tens) |
2 |
|
traumatic spinal cord injury |
2 |
|
ultrashort time-to-echo |
2 |
|
ultrasound |
2 |
|
ultrasoundc |
2 |
|
universal template. |
2 |
|
virtual surgery |
2 |
|
volatile |
2 |
|
walker |
2 |
|
walker tipping index |
2 |
|
walking |
2 |
|
wavelet descriptor |
2 |
|
wearable robot |
2 |
|
wearable robotics |
2 |
|
weight-bearing |
2 |
|
α-oscillation |
2 |
|
手(hand) |
2 |
|
病人(patients) |
2 |
|
肉(meat) |
2 |
|
肌(muscles) |
2 |
|
肌电描记术(electromyography) |
2 |
|
肌萎缩(muscular atrophy) |
2 |
|
背(back) |
2 |
|
脊柱侧凸(scoliosis) |
2 |
|
affective-motivational |
1 |
|
alpha event-related desynchronization (α-erd) |
1 |
|
alpha oscillation |
1 |
|
alpha rhythms |
1 |
|
alzheimer's disease |
1 |
|
amyotrophic lateral sclerosis |
1 |
|
analysis model |
1 |
|
angiography, digital subtraction - instrumentation |
1 |
|
animal disease models |
1 |
|
anxiety disorder |
1 |
|
approximate entropy |
1 |
|
area under the curve (auc) |
1 |
|
artificial joint replacement |
1 |
|
artificial neural network |
1 |
|
auditory p300 |
1 |
|
auditory stimuli (聽覺刺激) |
1 |
|
auditory-visual |
1 |
|
auditory-visual stimulus |
1 |
|
auto tracking |
1 |
|
auto-tracking |
1 |
|
automation |
1 |
|
behavioral assessments |
1 |
|
bio-inspired |
1 |
|
blind extraction |
1 |
|
blind source separation (bss) |
1 |
|
blood oxygen |
1 |
|
brain computer interface |
1 |
|
brain computer interface (腦機接口) |
1 |
|
brain imaging |
1 |
|
brain network |
1 |
|
brain-computer interface (腦-機接口) |
1 |
|
brain-computer interfaces |
1 |
|
brain–computer interface (bci) |
1 |
|
buyang huanwu decoction |
1 |
|
calibration |
1 |
|
cardiac arrest |
1 |
|
cellular thermo-necrotic theory |
1 |
|
cervical vertebra |
1 |
|
characteristic registration |
1 |
|
chromatic |
1 |
|
chronic |
1 |
|
chronic compressive spinal cord injury |
1 |
|
chronic spinal cord compression |
1 |
|
classification accuracy |
1 |
|
clinical experience |
1 |
|
clinical treatments |
1 |
|
cognitive neurodynamics |
1 |
|
cognitive-modulative |
1 |
|
coherence |
1 |
|
color combination |
1 |
|
compressed sensing |
1 |
|
compressive |
1 |
|
computer-aided diagnosis (cad) |
1 |
|
concurrent eeg/fmri |
1 |
|
congenital scoliosis |
1 |
|
constrained blind source separation |
1 |
|
contact stress |
1 |
|
control chart |
1 |
|
contusion injury |
1 |
|
crm2400 |
1 |
|
cross term analysis |
1 |
|
cross-modality image fusion |
1 |
|
ct |
1 |
|
cumulative residual entropy |
1 |
|
data transmission |
1 |
|
decision rules |
1 |
|
depressive disorder |
1 |
|
diabetic retinopathy (dr) |
1 |
|
diffusion indices |
1 |
|
diffusion model |
1 |
|
digitized video fluoroscopy |
1 |
|
dipole |
1 |
|
dipole source analysis |
1 |
|
disease exacerbation |
1 |
|
disease models, animal |
1 |
|
dislocation injury |
1 |
|
displacement |
1 |
|
displacement controlling |
1 |
|
distraction injury |
1 |
|
dot-plot analysis |
1 |
|
dwell time |
1 |
|
dynamometer walker |
1 |
|
ecg (心電) |
1 |
|
electric characteristics |
1 |
|
electric stimulation - methods |
1 |
|
electrical field distribution |
1 |
|
electrical stimulated somatosensory (體感電刺激) |
1 |
|
electrical stimulation |
1 |
|
electrical stimulations |
1 |
|
electrical stimuli (電刺激) |
1 |
|
electrocardiography |
1 |
|
electrocardiography (ecg) (心電) |
1 |
|
electrochemical characteristics |
1 |
|
electrochemical test |
1 |
|
electroencephalography (eeg) |
1 |
|
electroencephalography spectral analysis |
1 |
|
electromagnetic fields |
1 |
|
electromyography (emg) |
1 |
|
emg (肌電) |
1 |
|
emg control model |
1 |
|
encoding |
1 |
|
eog |
1 |
|
epidural electrical stimulation |
1 |
|
epidural space |
1 |
|
epileptiform activity |
1 |
|
erp |
1 |
|
event related potential |
1 |
|
event related potentials (事件相關電位) |
1 |
|
event-related potential (事件相關電位) |
1 |
|
evoked potentials, visual |
1 |
|
evoked potentials, visual - physiology |
1 |
|
evoked response potentials |
1 |
|
expert knowledge |
1 |
|
extracellular vesicles |
1 |
|
eye tracking |
1 |
|
eye typing |
1 |
|
facial action |
1 |
|
fatigue |
1 |
|
fatigue - diagnosis |
1 |
|
fea |
1 |
|
feature analysis |
1 |
|
finger kinematics |
1 |
|
fixation |
1 |
|
flexible substrate |
1 |
|
fluoroscopy - instrumentation |
1 |
|
fmri-constrained source analysis |
1 |
|
functional brain network |
1 |
|
functional electrical stimulation (功能性電刺激) |
1 |
|
gelatin |
1 |
|
generative adversarial network |
1 |
|
generative adversarial network (gan) |
1 |
|
generative models |
1 |
|
grasping and release |
1 |
|
healthy volunteers |
1 |
|
hemi-contusion |
1 |
|
hemodynamic response |
1 |
|
heterogeneity |
1 |
|
high-intensity focused ultrasound (hifu) |
1 |
|
high-risk maneuvers |
1 |
|
histopathology |
1 |
|
human computer interaction |
1 |
|
human gait identification |
1 |
|
huntington's disease |
1 |
|
hybrid bci |
1 |
|
hybrid radiodetector |
1 |
|
hypoxia-ischemia, brain - diagnosis - physiopathology - therapy |
1 |
|
ica (獨立成份分析) |
1 |
|
immunohistochemistry |
1 |
|
independent component analysis |
1 |
|
independent component analysis (ica) (獨立分量分析) |
1 |
|
index terms-walker |
1 |
|
injuries |
1 |
|
injury mechanism |
1 |
|
intelligent decision system |
1 |
|
intermodulation frequencies |
1 |
|
intraoperative monitoring (術中監測) |
1 |
|
intraoperative neurologic monitoring (ionm) |
1 |
|
intravenous anaesthesia (靜脈麻醉) |
1 |
|
ischemic stroke |
1 |
|
kurtosis (峰度) |
1 |
|
landolt ring task |
1 |
|
laparoscopic skills |
1 |
|
laser stimulator |
1 |
|
laser-evoked potentials |
1 |
|
laser-evoked potentials (leps) |
1 |
|
lasers |
1 |
|
lasers - adverse effects |
1 |
|
least squares support vector regression (ls-svr) |
1 |
|
linear models |
1 |
|
local field potentials |
1 |
|
low back muscle |
1 |
|
low resolution brain electromagnetic tomography (loreta) |
1 |
|
low-back pain |
1 |
|
lumbar spine |
1 |
|
lumbar tracking |
1 |
|
lumbar vertebrae - pathology - physiopathology |
1 |
|
lumbar vertebrae - physiopathology |
1 |
|
luminance |
1 |
|
maintenance engineering |
1 |
|
median nerve - physiology |
1 |
|
medicated plasma |
1 |
|
micro-computer tomography |
1 |
|
microelectrode array |
1 |
|
mirnas profiles |
1 |
|
models, theoretical |
1 |
|
molecular mechanism |
1 |
|
monitoring, intraoperative |
1 |
|
motion coordination |
1 |
|
motor disability |
1 |
|
motor evoked potential |
1 |
|
motor evoked potential (運動誘發電位) |
1 |
|
motor evoked potentials |
1 |
|
motor evoked potentials (mep) |
1 |
|
motor imagery |
1 |
|
movement - physiology |
1 |
|
mr-compatible eeg |
1 |
|
multi-support vector regression (m-svr) |
1 |
|
multichannel |
1 |
|
multichannel nanofibrous scaffold |
1 |
|
multiple linear regression |
1 |
|
multiple linear regression with dispersion term |
1 |
|
multisensory enhancement |
1 |
|
muscle coordination |
1 |
|
muscle, skeletal - physiopathology |
1 |
|
mutual information (mi) |
1 |
|
n1 wave |
1 |
|
naive bayes |
1 |
|
necrotic field |
1 |
|
negentropy |
1 |
|
network analysis |
1 |
|
network modeling |
1 |
|
neural conduction - physiology |
1 |
|
neural mechanism |
1 |
|
neural stem cell |
1 |
|
neural stem cells |
1 |
|
neurodegenerative diseases |
1 |
|
neurogenesis |
1 |
|
neuroimaging |
1 |
|
neurotrophin-3 |
1 |
|
neurovascular unit |
1 |
|
neurovascular unit compensation |
1 |
|
newton-like iterative method |
1 |
|
nirs |
1 |
|
nociception |
1 |
|
nociceptive pain - physiopathology |
1 |
|
nociceptive stimulation |
1 |
|
non-human primates |
1 |
|
non-interferential |
1 |
|
objective evaluation |
1 |
|
p3 latency |
1 |
|
pain - etiology - physiopathology |
1 |
|
pain - physiopathology |
1 |
|
pain perception |
1 |
|
parallel-structured cnn |
1 |
|
paraplegic (截癱) |
1 |
|
parkinson's disease |
1 |
|
particle filter |
1 |
|
parylene-c |
1 |
|
pauwels-i |
1 |
|
period transition |
1 |
|
pet |
1 |
|
phase resetting |
1 |
|
phase synchronization |
1 |
|
physical stimulation |
1 |
|
porously punched prosthesis |
1 |
|
postcentral gyrus |
1 |
|
prediction model |
1 |
|
primary somatosensory cortex |
1 |
|
probabilistic support vector regression |
1 |
|
propofol (異丙酚) |
1 |
|
prosthesis control |
1 |
|
pseudo-random sequences |
1 |
|
rats, wistar |
1 |
|
recovery of function - physiology |
1 |
|
risk-tendency-graph |
1 |
|
robotic hand |
1 |
|
rotation angle estimation |
1 |
|
scalp - physiopathology |
1 |
|
second order blind identification |
1 |
|
second order blind identification (sobi) |
1 |
|
second-order blind identification |
1 |
|
second-order blind identification with reference |
1 |
|
segmentation |
1 |
|
self-focused system with multi-transducers |
1 |
|
semg (體表肌電) |
1 |
|
semisupervised learning |
1 |
|
sensory-discriminative |
1 |
|
sequential important resampling |
1 |
|
short transient signal |
1 |
|
short-sampled |
1 |
|
siamese convolutional network |
1 |
|
similarity learning |
1 |
|
simulation training |
1 |
|
single trial extraction |
1 |
|
somatosensory cortex - physiopathology |
1 |
|
somatosensory evoked potential (體感誘發電位) |
1 |
|
somatosensory evoked potentials (sep) |
1 |
|
source analysis |
1 |
|
source analysis (源分析) |
1 |
|
source localization |
1 |
|
spinal cord - anatomy and histology - physiology |
1 |
|
spinal cord -- diseases -- diagnosis. |
1 |
|
spinal cord demyelination |
1 |
|
spinal cord monitoring |
1 |
|
spinal diseases - physiopathology - radiography |
1 |
|
spinal osteophytosis - diagnosis - physiopathology - surgery |
1 |
|
spine -- surgery. |
1 |
|
spine motion |
1 |
|
spine surgery |
1 |
|
ssvep |
1 |
|
stability |
1 |
|
steady-state visual evoked potential |
1 |
|
steady-state visually evoked potential (ssvep) |
1 |
|
stimuli |
1 |
|
stimulus-to-stimulus transfer |
1 |
|
stress |
1 |
|
surface electromyogram (semg) |
1 |
|
surgical education |
1 |
|
tactile selective attention |
1 |
|
task analysis |
1 |
|
temperature feedback control system |
1 |
|
temporal measure |
1 |
|
test systems |
1 |
|
time - varying autoregressive model |
1 |
|
time structure |
1 |
|
time-frequency components |
1 |
|
tonic pain |
1 |
|
total intravenous anesthesia (tiva) |
1 |
|
transfer learning |
1 |
|
transient pain |
1 |
|
trial-to-trial latency variability |
1 |
|
true-positive ionm alerts |
1 |
|
ultrastructural evidence |
1 |
|
ultrastructural pathology |
1 |
|
uncemented short stem |
1 |
|
variance |
1 |
|
variational autoencoder |
1 |
|
vertebral auto-tracking system (vats) |
1 |
|
vertebral body |
1 |
|
visual |
1 |
|
visual dominance |
1 |
|
visual p300 |
1 |
|
visual stimuli (視覺刺激) |
1 |
|
visual stimulus |
1 |
|
walker rolling index (步行器傾翻指數) |
1 |
|
walker-assisted walking |
1 |
|
wide field |
1 |
|
wireless |
1 |
|
wireless neural recording |
1 |
|
wrist joint moments |
1 |
|
動物模型 (animal model) |
1 |
|
大鼠 (rat) |
1 |
|
慢性壓迫 (chronic compression) |
1 |
|
頸脊髓癥 (cervical myelopathy) |
1 |
