This is a table of type bigram and their frequencies. Use it to search & browse the list to learn more about your study carrel.
bigram | frequency |
---|---|
online learning | 464 |
fi ndings | 410 |
machine learning | 383 |
learning objectives | 344 |
imaging findings | 324 |
mr imaging | 206 |
procedure details | 180 |
deep learning | 161 |
differential diagnosis | 151 |
magnetic resonance | 141 |
social media | 137 |
signifi cant | 134 |
image quality | 127 |
medical education | 120 |
federated learning | 117 |
computed tomography | 114 |
signifi cantly | 93 |
fl ow | 92 |
imaging fi | 88 |
imaging features | 87 |
patients underwent | 80 |
artificial intelligence | 79 |
ct images | 78 |
based learning | 76 |
small bowel | 72 |
higher education | 72 |
soft tissue | 72 |
mean age | 70 |
contrast enhancement | 70 |
white matter | 68 |
distance learning | 67 |
signal intensity | 67 |
neural networks | 65 |
row ct | 65 |
spiral ct | 62 |
weighted images | 61 |
pictorial review | 61 |
resonance imaging | 61 |
mr images | 60 |
breast cancer | 59 |
ct angiography | 58 |
learning environments | 54 |
lymph node | 54 |
virtual reality | 53 |
one patient | 53 |
retrospectively reviewed | 52 |
performed using | 52 |
learning outcomes | 51 |
fi rst | 50 |
lung cancer | 49 |
lymph nodes | 49 |
jp purpose | 49 |
learning environment | 49 |
contrast medium | 48 |
high resolution | 48 |
learning process | 47 |
identifi ed | 47 |
coronary artery | 47 |
infl ammatory | 46 |
active learning | 46 |
imaging modalities | 45 |
ct scan | 45 |
color doppler | 45 |
blood flow | 44 |
slice thickness | 44 |
spatial resolution | 43 |
helical ct | 43 |
significant difference | 43 |
ct scans | 43 |
diagnostic accuracy | 43 |
cord uid | 40 |
regulated learning | 40 |
doc id | 40 |
societal learning | 40 |
diffi cult | 40 |
carotid artery | 40 |
coronary angiography | 39 |
contrast enhanced | 39 |
online courses | 39 |
blended learning | 39 |
contrast agent | 39 |
online teaching | 39 |
contrast agents | 39 |
ct findings | 39 |
imaging modality | 39 |
public health | 38 |
contrast material | 38 |
young children | 38 |
neural network | 38 |
ct fi | 38 |
confi rmed | 37 |
learning methods | 37 |
learning system | 37 |
accurate diagnosis | 37 |
classifi cation | 37 |
time series | 37 |
two patients | 36 |
blood fl | 36 |
medical students | 36 |
learning experience | 35 |
classifi ed | 35 |
learning analytics | 35 |
chest ct | 35 |
fi eld | 35 |
social distancing | 34 |
clinical practice | 34 |
consecutive patients | 34 |
transfer learning | 34 |
contrast media | 34 |
distance education | 34 |
bone marrow | 33 |
present study | 33 |
medical schools | 33 |
student engagement | 33 |
social learning | 32 |
learning systems | 32 |
social presence | 32 |
two groups | 32 |
cystic lesions | 31 |
artery disease | 31 |
mr angiography | 31 |
wide range | 30 |
ct scanner | 30 |
volume rendering | 30 |
pathologic correlation | 30 |
slice ct | 30 |
athens gr | 30 |
patients treated | 30 |
may also | 30 |
detector row | 30 |
ct imaging | 30 |
heart rate | 29 |
wide spectrum | 29 |
lifelong learning | 29 |
patients undergoing | 29 |
weighted mr | 29 |
novel coronavirus | 29 |
digital subtraction | 29 |
uk learning | 29 |
pet ct | 29 |
ray images | 29 |
health care | 29 |
fi nding | 28 |
two radiologists | 28 |
statistical analysis | 28 |
multislice ct | 28 |
infl ammation | 28 |
cerebral blood | 28 |
learning experiences | 28 |
specifi city | 28 |
age range | 28 |
enhanced ct | 28 |
coronary arteries | 28 |
important role | 28 |
ml sec | 28 |
early diagnosis | 27 |
wall thickness | 27 |
mmol kg | 27 |
supervised learning | 27 |
emergency medicine | 27 |
gold standard | 27 |
case study | 27 |
predictive value | 27 |
online education | 27 |
chinese parents | 27 |
lumbar spine | 27 |
defi ned | 27 |
artificial neural | 27 |
learning models | 26 |
correct diagnosis | 26 |
portal vein | 26 |
radiation therapy | 26 |
cell carcinoma | 26 |
core biopsy | 26 |
subtraction angiography | 26 |
surgical treatment | 26 |
coronavirus disease | 26 |
big data | 26 |
learning approach | 25 |
radiation dose | 25 |
learning applications | 25 |
radiofrequency ablation | 25 |
ct examinations | 25 |
learning algorithms | 25 |
diagnostic imaging | 25 |
virtual learning | 25 |
convolutional neural | 24 |
pharmaceutical sciences | 24 |
systematic review | 24 |
chest radiographs | 24 |
radiological fi | 24 |
fi lms | 24 |
pleural effusion | 24 |
takes place | 24 |
will also | 24 |
imaging techniques | 24 |
learning community | 24 |
gr purpose | 23 |
adc values | 23 |
rectal cancer | 23 |
results show | 23 |
exhibit will | 23 |
three patients | 23 |
statistically signifi | 23 |
media platforms | 23 |
imaging characteristics | 23 |
data sets | 23 |
cant difference | 23 |
bowel wall | 23 |
one case | 23 |
doppler us | 23 |
statistically significant | 23 |
learning techniques | 23 |
aortic dissection | 23 |
basal ganglia | 23 |
control group | 23 |
urinary tract | 23 |
intensity projection | 23 |
different types | 23 |
significantly higher | 22 |
multidetector ct | 22 |
rural areas | 22 |
signifi cance | 22 |
chest radiograph | 22 |
fi brosis | 22 |
four patients | 22 |
mobile learning | 22 |
current pandemic | 22 |
mm slice | 22 |
student learning | 22 |
aesthetic presence | 22 |
sectional imaging | 22 |
may cause | 22 |
maximum intensity | 21 |
malignant lesions | 21 |
enhanced mr | 21 |
pulmonary artery | 21 |
spin echo | 21 |
fi stulas | 21 |
thoracic aorta | 21 |
pulmonary embolism | 21 |
qassim university | 21 |
data acquisition | 21 |
pulmonary venous | 21 |
educational data | 21 |
ct perfusion | 21 |
commonly used | 21 |
abdominal wall | 21 |
wall thickening | 21 |
literature review | 21 |
weighted imaging | 21 |
chest wall | 21 |
radiological appearances | 21 |
behavioral intention | 20 |
london uk | 20 |
learning activities | 20 |
patients showed | 20 |
es learning | 20 |
income countries | 20 |
fi brous | 20 |
removal rate | 20 |
infectious diseases | 20 |
chest radiography | 20 |
radiological features | 20 |
collaborative learning | 20 |
learning objective | 20 |
additional information | 20 |
risk factors | 20 |
mr spectroscopy | 20 |
natural language | 19 |
transactional distance | 19 |
diagnostic value | 19 |
effi cacy | 19 |
lung diseases | 19 |
cant correlation | 19 |
online assessment | 19 |
adverse events | 19 |
study group | 19 |
lung disease | 19 |
health coverage | 19 |
last years | 19 |
radiation exposure | 19 |
venture creation | 19 |
clinical data | 19 |
two cases | 19 |
gastrointestinal tract | 19 |
fl uid | 19 |
cardiac surgery | 19 |
glare panel | 19 |
online course | 18 |
enhanced ultrasound | 18 |
hepatic artery | 18 |
entrepreneurship education | 18 |
learning may | 18 |
differential diagnoses | 18 |
plain fi | 18 |
seoul kr | 18 |
ai methods | 18 |
task learning | 18 |
early childhood | 18 |
imaging studies | 18 |
pbl sessions | 18 |
policy learning | 18 |
pediatric patients | 18 |
large number | 18 |
reflective practice | 18 |
virtual endoscopy | 18 |
medical imaging | 18 |
six patients | 18 |
universal health | 18 |
sample size | 18 |
deep neural | 18 |
diagnostic tool | 18 |
breast lesions | 18 |
recent years | 18 |
year period | 18 |
data mining | 18 |
flow volume | 17 |
apparent diffusion | 17 |
five patients | 17 |
interventional procedures | 17 |
ascending aorta | 17 |
course design | 17 |
outbreak size | 17 |
ict integration | 17 |
vertebral artery | 17 |
two years | 17 |
iodinated contrast | 17 |
cystic masses | 17 |
learning platforms | 17 |
quantitative analysis | 17 |
radiologic features | 17 |
mr sequences | 17 |
malignant melanoma | 17 |
mgi ml | 17 |
final diagnosis | 17 |
prospective study | 17 |
cognitive load | 17 |
lower limb | 17 |
central nervous | 17 |
training data | 17 |
nervous system | 17 |
mri fi | 17 |
two different | 17 |
prostate cancer | 17 |
control subjects | 17 |
virtual classrooms | 17 |
mdct angiography | 17 |
myocardial infarction | 17 |
wide variety | 17 |
will help | 17 |
developing countries | 17 |
power doppler | 17 |
instructional design | 17 |
flipped classroom | 17 |
disease activity | 17 |
patients without | 17 |
educational activities | 17 |
clinical symptoms | 17 |
cases showed | 16 |
superfi cial | 16 |
es purpose | 16 |
whole body | 16 |
vena cava | 16 |
teaching presence | 16 |
interventional radiology | 16 |
clinical presentation | 16 |
internal carotid | 16 |
ultrasound guided | 16 |
data analysis | 16 |
radiology department | 16 |
medical school | 16 |
music therapy | 16 |
image noise | 16 |
central server | 16 |
identifi cation | 16 |
learning model | 16 |
drug discovery | 16 |
doppler sonography | 16 |
imaging appearances | 16 |
using deep | 16 |
endovascular treatment | 16 |
multidetector row | 16 |
years old | 16 |
new method | 16 |
glass attenuation | 16 |
high spatial | 16 |
mobile devices | 16 |
female students | 16 |
global model | 16 |
cantly higher | 16 |
images using | 16 |
reconstruction phase | 16 |
successful implementation | 16 |
tumor size | 16 |
guided biopsy | 16 |
significant differences | 16 |
congenital heart | 16 |
first year | 16 |
series classification | 16 |
graduate medical | 15 |
histologically proven | 15 |
malignant tumors | 15 |
perfusion ct | 15 |
high quality | 15 |
nine patients | 15 |
additive manufacturing | 15 |
widely used | 15 |
current situation | 15 |
may help | 15 |
early stage | 15 |
ct data | 15 |
benign lesions | 15 |
normal subjects | 15 |
live streaming | 15 |
acquisition time | 15 |
ct coronary | 15 |
surgical repair | 15 |
mri findings | 15 |
time spent | 15 |
hepatocellular carcinoma | 15 |
pulmonary arteries | 15 |
turbo spin | 15 |
enhanced mri | 15 |
selected cases | 15 |
digital tools | 15 |
various imaging | 15 |
bone scintigraphy | 15 |
imaging evaluation | 15 |
technology acceptance | 15 |
fast spin | 15 |
mm collimation | 15 |
three groups | 15 |
fi stula | 15 |
radiologic findings | 15 |
positive predictive | 15 |
teaching methods | 15 |
phase contrast | 15 |
attitudes towards | 15 |
world health | 15 |
uk purpose | 15 |
cognitive presence | 15 |
characteristic imaging | 15 |
normal anatomy | 15 |
section ct | 15 |
infl uence | 15 |
cardiac ct | 15 |
raw data | 15 |
abdominal ct | 15 |
heart disease | 15 |
fi nal | 15 |
contrast administration | 14 |
anatomical education | 14 |
axial images | 14 |
resolution ct | 14 |
colorectal cancer | 14 |
even though | 14 |
ct guided | 14 |
radiation protection | 14 |
infi ltration | 14 |
total number | 14 |
venous system | 14 |
mm sec | 14 |
better understand | 14 |
positive effect | 14 |
digital age | 14 |
best practices | 14 |
learning processes | 14 |
madrid es | 14 |
data set | 14 |
high sensitivity | 14 |
ml min | 14 |
clinical suspicion | 14 |
temporal resolution | 14 |
mr findings | 14 |
renal failure | 14 |
obtained using | 14 |
artery stenosis | 14 |
remaining patients | 14 |
language processing | 14 |
surgical intervention | 14 |
regression analysis | 14 |
barcelona es | 14 |
serious game | 14 |
clinical course | 14 |
studying online | 14 |
mental health | 14 |
chest pain | 14 |
weighted sequences | 14 |
high school | 14 |
three times | 14 |
diffusion weighted | 14 |
pathologic conditions | 14 |
retrospective study | 14 |
various types | 14 |
long term | 14 |
diffusion tensor | 14 |
analyzed using | 14 |
quantifi cation | 14 |
female pelvis | 14 |
data hunger | 14 |
contact tracing | 14 |
reflective learning | 14 |
pulmonary hypertension | 13 |
learning strategies | 13 |
pattern recognition | 13 |
minimally invasive | 13 |
will allow | 13 |
one month | 13 |
abdominal aortic | 13 |
medical data | 13 |
false negative | 13 |
tr purpose | 13 |
negative predictive | 13 |
jp learning | 13 |
informed consent | 13 |
student performance | 13 |
studying psychology | 13 |
learning technologies | 13 |
single breath | 13 |
abdominal aorta | 13 |
vertebral body | 13 |
twenty patients | 13 |
soft tissues | 13 |
high signal | 13 |
mortality rate | 13 |
echo sequence | 13 |
imaging technique | 13 |
venous thrombosis | 13 |
rotation time | 13 |
skull base | 13 |
femoral head | 13 |
creative arts | 13 |
vascular malformations | 13 |
microscopy coil | 13 |
air trapping | 13 |
learning modes | 13 |
thessaloniki gr | 13 |
renal function | 13 |
may provide | 13 |
blood supply | 13 |
imaging method | 13 |
course content | 13 |
foreign bodies | 13 |
attitude towards | 13 |
electronic health | 13 |
pulmonary veins | 13 |
us images | 13 |
mr fi | 13 |
ct examination | 13 |
lesions showed | 13 |
echo sequences | 13 |
patients using | 13 |
dynamic study | 13 |
useful tool | 13 |
cantly lower | 13 |
arterial phase | 13 |
drama therapy | 13 |
professional development | 13 |
online assessments | 13 |
underwent mri | 13 |
effective dose | 13 |
experiential learning | 13 |
digital mammography | 13 |
multiple sclerosis | 13 |
medical image | 13 |
reinforcement learning | 13 |
critical thinking | 13 |
potential pitfalls | 13 |
traditional learning | 13 |
mr examinations | 13 |
perfusion studies | 13 |
imaging using | 12 |
retrospective review | 12 |
high risk | 12 |
patients presenting | 12 |
single slice | 12 |
multislice computed | 12 |
information technology | 12 |
learning management | 12 |
peripheral arterial | 12 |
communication technology | 12 |
renal masses | 12 |
body weight | 12 |
also performed | 12 |
increased risk | 12 |
digital technologies | 12 |
calcifi ed | 12 |
spinal cord | 12 |
image reconstruction | 12 |
wall motion | 12 |
fi ne | 12 |
inversion recovery | 12 |
cancer patients | 12 |
plain radiographs | 12 |
may occur | 12 |
effi ciency | 12 |
learning rate | 12 |
i think | 12 |
color duplex | 12 |
educational institutions | 12 |
internet access | 12 |
early stages | 12 |
tr te | 12 |
lower extremity | 12 |
coil embolization | 12 |
scan delay | 12 |
space sampling | 12 |
three months | 12 |
eight patients | 12 |
guided core | 12 |
blood volume | 12 |
emergency department | 12 |
healthy volunteers | 12 |
fi broids | 12 |
significantly lower | 12 |
unlabeled data | 12 |
intravenous injection | 12 |
based teaching | 12 |
online learners | 12 |
may result | 12 |
non invasive | 12 |
squamous cell | 12 |
physical examination | 12 |
cant differences | 12 |
preliminary results | 12 |
least one | 12 |
digital learning | 12 |
significant correlation | 12 |
defi ne | 12 |
pancreatic duct | 12 |
pulmonary nodules | 12 |
surgical resection | 12 |
coeffi cient | 12 |
rural parents | 12 |
profi le | 12 |
brain tissue | 12 |
arterial infusion | 12 |
pl purpose | 12 |
recent advances | 12 |
perfusion parameters | 12 |
carotid bifurcation | 12 |
learning method | 12 |
commercially available | 12 |
health organization | 12 |
deep convolutional | 12 |
budapest hu | 12 |
world bank | 12 |
study included | 12 |
learning communities | 12 |
image processing | 12 |
ultrasound contrast | 12 |
clinical examination | 12 |
screen time | 12 |
image analysis | 12 |
dance movement | 12 |
low signal | 12 |
ionising radiation | 12 |
times per | 12 |
dose distribution | 12 |
ct studies | 12 |
medical images | 12 |
early years | 11 |
low attenuation | 11 |
swot analysis | 11 |
education institutions | 11 |
healthcare data | 11 |
online resources | 11 |
pathologically proven | 11 |
online environment | 11 |
iron oxide | 11 |
also provided | 11 |
virtual bronchoscopy | 11 |
research questions | 11 |
stem learners | 11 |
united kingdom | 11 |
signal intensities | 11 |
underwent surgery | 11 |
long bones | 11 |
ejection fraction | 11 |
inferior vena | 11 |
ground glass | 11 |
epistemic learning | 11 |
cross sectional | 11 |
images obtained | 11 |
aortic arch | 11 |
patients referred | 11 |
mr examination | 11 |
many cases | 11 |
clinical information | 11 |
mg i | 11 |
policy process | 11 |
adc value | 11 |
dose reduction | 11 |
determine whether | 11 |
fractional anisotropy | 11 |
pathological findings | 11 |
survival rates | 11 |
school leaders | 11 |
renal cell | 11 |
imaging data | 11 |
anomalous pulmonary | 11 |
nagoya jp | 11 |
may mimic | 11 |
cancer detection | 11 |
renal artery | 11 |
stem education | 11 |
collaborative vr | 11 |
three cases | 11 |
uterine leiomyomas | 11 |
education systems | 11 |
abdominal pain | 11 |
forecasting task | 11 |
splenic lesions | 11 |
plain film | 11 |
psychology online | 11 |
pulmonary vein | 11 |
carotid arteries | 11 |
renal arteries | 11 |
health systems | 11 |
brain tumors | 11 |
clinical cases | 11 |
upper abdomen | 11 |
social interactions | 11 |
severe stenosis | 11 |
clinical signs | 11 |
digital literacy | 11 |
proton spectroscopy | 11 |
gastric cancer | 11 |
high schools | 11 |
health records | 11 |
patients received | 11 |
early detection | 11 |
confidence interval | 11 |
resonance angiography | 11 |
absorbed dose | 11 |
occlusive disease | 11 |
intravenous administration | 11 |
acceptance model | 11 |
suffi cient | 11 |
parotid gland | 11 |
heart failure | 11 |
ultrasound guidance | 11 |
ct features | 11 |
chiba jp | 11 |
refl ux | 11 |
new ways | 11 |
academic achievement | 11 |
low dose | 11 |
one way | 11 |
comparative study | 11 |
age years | 11 |
patient management | 11 |
differential privacy | 11 |
fi ltration | 11 |
invasive technique | 11 |
type ii | 11 |
guided percutaneous | 11 |
conventional angiography | 11 |
varicose veins | 11 |
plain radiography | 11 |
kr purpose | 11 |
marrow edema | 11 |
faculty members | 11 |
anatomical variations | 11 |
respiratory syndrome | 11 |
images showed | 11 |
cervical carcinoma | 11 |
interstitial pneumonia | 11 |
using ct | 11 |
results suggest | 11 |
proposed method | 10 |
look like | 10 |
will describe | 10 |
right ventricular | 10 |
virtual environments | 10 |
positive psychology | 10 |
mri showed | 10 |
open access | 10 |
sabadell es | 10 |
clinical setting | 10 |
standard protocol | 10 |
cm injection | 10 |
male breast | 10 |
parallel imaging | 10 |
study found | 10 |
operating characteristic | 10 |
supine position | 10 |
barium enema | 10 |
intensive care | 10 |
aortic aneurysms | 10 |
modifi ed | 10 |
cerebral artery | 10 |
fat suppression | 10 |
incidental fi | 10 |
create new | 10 |
learning framework | 10 |
te ms | 10 |
nuclear medicine | 10 |
tube current | 10 |
study using | 10 |
interstitial lung | 10 |
one hundred | 10 |
sickle cell | 10 |
cardiac phase | 10 |
roc curve | 10 |
one another | 10 |
decision making | 10 |
stratifi cation | 10 |
pilot study | 10 |
gr learning | 10 |
ict tools | 10 |
authors declare | 10 |
us findings | 10 |
new technologies | 10 |
three types | 10 |
national health | 10 |
renal lymphoma | 10 |
phase images | 10 |
fi lm | 10 |
scoring system | 10 |
time consuming | 10 |
vr tool | 10 |
pictorial essay | 10 |
data collection | 10 |
facial recognition | 10 |
learning tools | 10 |
educational resources | 10 |
slice spiral | 10 |
one patients | 10 |
conventional machine | 10 |
ionization chamber | 10 |
online pbl | 10 |
many countries | 10 |
commonly encountered | 10 |
bronchiolitis obliterans | 10 |
lower extremities | 10 |
beijing cn | 10 |
ai applications | 10 |
detector ct | 10 |
vascular imaging | 10 |
typical imaging | 10 |
ten patients | 10 |
patient data | 10 |
three different | 10 |
training program | 10 |
patient dose | 10 |
unenhanced ct | 10 |
oral contrast | 10 |
ayuda urbana | 10 |
clinical features | 10 |
may lead | 10 |
ultrasound examination | 10 |
acute phase | 10 |
receiver operating | 10 |
evaluated using | 10 |
invasive method | 10 |
support vector | 10 |
normal myometrium | 10 |
intravenous contrast | 10 |
inguinal canal | 10 |
aortic peak | 10 |
constructive alignment | 10 |
long axis | 10 |
learning opportunities | 10 |
different imaging | 10 |
user experience | 10 |
ct colonography | 10 |
tokyo jp | 10 |
exposure dose | 10 |
confi guration | 10 |
left ventricular | 10 |
contrast images | 10 |
sonographic appearance | 10 |
proton mr | 10 |
histological fi | 10 |
per day | 10 |
ischemic stroke | 10 |
needle aspiration | 10 |
first time | 10 |
acute respiratory | 10 |
iv contrast | 10 |
mg ml | 10 |
cartilage defects | 10 |
dimensional ct | 10 |
eosinophilic granuloma | 10 |
osaka jp | 10 |
severe acute | 10 |
medicine residency | 10 |
small renal | 10 |
thyroid nodules | 10 |
active disease | 10 |
cho cr | 10 |
clinical history | 9 |
learning spaces | 9 |
based approach | 9 |
new resources | 9 |
imaging methods | 9 |
may include | 9 |
patency rate | 9 |
dynamic chest | 9 |
cadaveric material | 9 |
us examination | 9 |
kg gd | 9 |
diaphragmatic motion | 9 |
tensor imaging | 9 |
fluid collection | 9 |
atrial fi | 9 |
learning requires | 9 |
technology use | 9 |
best practice | 9 |
interobserver reliability | 9 |
positive feelings | 9 |
cerebral infarction | 9 |
scanning time | 9 |
springer nature | 9 |
global pandemic | 9 |
virtual arthroscopy | 9 |
superior mesenteric | 9 |
jugular vein | 9 |
breast tissue | 9 |
chronic phase | 9 |
ammatory bowel | 9 |
bowel diseases | 9 |
learning approaches | 9 |
values obtained | 9 |
fi le | 9 |
calcifi cations | 9 |
internal mammary | 9 |
new approach | 9 |
plain films | 9 |
clinical applications | 9 |
common cause | 9 |
treatment planning | 9 |
enhance learning | 9 |
dicom header | 9 |
typical findings | 9 |
type i | 9 |
distributed learning | 9 |
vascular disease | 9 |
previous studies | 9 |
included patients | 9 |
langerhans cell | 9 |
pleural thickening | 9 |
perceived usefulness | 9 |
fr learning | 9 |
weighted spin | 9 |
social networks | 9 |
will review | 9 |
social life | 9 |
mr image | 9 |
may suggest | 9 |
also discussed | 9 |
learning algorithm | 9 |
seven patients | 9 |
multicystic dysplastic | 9 |
vertebral bodies | 9 |
coronary stenosis | 9 |
va flow | 9 |
thoracic ct | 9 |
cardiovascular risk | 9 |
ct venography | 9 |
health data | 9 |
symptomatic patients | 9 |
clinical evaluation | 9 |
corpus callosum | 9 |
make sense | 9 |
gastric artery | 9 |
digital health | 9 |
lung parenchyma | 9 |
knee pain | 9 |
real time | 9 |
reconstruction algorithm | 9 |
learning theory | 9 |
protection devices | 9 |
perceived resources | 9 |
special issue | 9 |
steady state | 9 |
liver specific | 9 |
vascular complications | 9 |
use cases | 9 |
series data | 9 |
avoid unnecessary | 9 |
first step | 9 |
portal hypertension | 9 |
large amount | 9 |
transit time | 9 |
learning federated | 9 |
without contrast | 9 |
may arise | 9 |
human brain | 9 |
aortic aneurysm | 9 |
conventional mr | 9 |
effective treatment | 9 |
diabetes mellitus | 9 |
within hours | 9 |
external carotid | 9 |
local recurrence | 9 |
nature remains | 9 |
confi rm | 9 |
digital radiography | 9 |
enhancement pattern | 9 |
teaching fi | 9 |
image findings | 9 |
optimal reconstruction | 9 |
multimodal learning | 9 |
fi lter | 9 |
pulmonary angiography | 9 |
two experienced | 9 |
immunocompromised patients | 9 |
patient care | 9 |
published maps | 9 |
paget disease | 9 |
weighted fast | 9 |
unsupervised learning | 9 |
logistic regression | 9 |
cell histiocytosis | 9 |
jurisdictional claims | 9 |
learning based | 9 |
traditional methods | 9 |
various causes | 9 |
global health | 9 |
learning resources | 9 |
practical sessions | 9 |
computer vision | 9 |
note springer | 9 |
infected patients | 9 |
social influence | 9 |
remains neutral | 9 |
clinical management | 9 |
recurrent disease | 9 |
osteoid osteoma | 9 |
face teaching | 9 |
per week | 9 |
learning sciences | 9 |
also present | 9 |
pathologic processes | 9 |
congenital anomalies | 9 |
needle biopsy | 9 |
imaging plays | 9 |
clinical manifestations | 9 |
malignant mesothelioma | 9 |
image acquisition | 9 |
diagnostic performance | 9 |
also show | 9 |
current state | 9 |
ii endoleaks | 9 |
imaging protocol | 9 |
reconstruction interval | 9 |
visual learning | 9 |
major complications | 9 |
multimodal teaching | 9 |
clinical application | 9 |
lessons learned | 9 |
results obtained | 9 |
learning takes | 9 |
left ventricle | 9 |
foundational concepts | 9 |
training process | 9 |
fi brillation | 9 |
readily available | 9 |
esophageal cancer | 9 |
six cases | 9 |
using machine | 9 |
dedicated software | 9 |
protocol included | 9 |
double contrast | 9 |
medical educators | 9 |
mri imaging | 9 |
effective online | 9 |
multiple times | 9 |
tumor volume | 9 |
selected patients | 9 |
serious games | 9 |
multiple myeloma | 9 |
showed signifi | 9 |
institutional affiliations | 9 |
terminal ileum | 9 |
high accuracy | 9 |
dynamic mri | 9 |
breast tumors | 9 |
may become | 9 |
ct image | 9 |
local anesthesia | 9 |
mucinous carcinoma | 9 |
vascular lesions | 9 |
local training | 8 |
scan time | 8 |
mm thick | 8 |
surface rendering | 8 |
open online | 8 |
hidden layer | 8 |
physical distance | 8 |
iodine concentration | 8 |
radical prostatectomy | 8 |
aids patients | 8 |
endovascular repair | 8 |
current crisis | 8 |
attenuation values | 8 |
false positives | 8 |
chester disease | 8 |
portal phase | 8 |
transmission dynamics | 8 |
learning programs | 8 |
education system | 8 |
marrow transplantation | 8 |
isotropic resolution | 8 |
poor performance | 8 |
nerve sheath | 8 |
workfl ow | 8 |
hydatid disease | 8 |
using multi | 8 |
analysis using | 8 |
side effects | 8 |
systematic literature | 8 |
perfusion imaging | 8 |
interobserver variability | 8 |
correlated well | 8 |
gross anatomy | 8 |
pulmonary emboli | 8 |
experienced radiologists | 8 |
higher level | 8 |
decision support | 8 |
virtual colonoscopy | 8 |
optimal cardiac | 8 |
traditional approach | 8 |
tumor growth | 8 |
online platform | 8 |
educational exhibit | 8 |
less frequently | 8 |
four cases | 8 |
injection rate | 8 |
showed high | 8 |
different levels | 8 |
radiation doses | 8 |
surgical management | 8 |
resolution mr | 8 |
benign tumors | 8 |
international conference | 8 |
become familiar | 8 |
sonographic fi | 8 |
flow volumes | 8 |
management system | 8 |
peer learning | 8 |
vector machine | 8 |
current covid | 8 |
meaning accretion | 8 |
motion artifacts | 8 |
related complications | 8 |
digital technology | 8 |
learning research | 8 |
high level | 8 |
preoperative diagnosis | 8 |
clinical medical | 8 |
mr arthrography | 8 |
infusion chemotherapy | 8 |
also found | 8 |
pulmonary function | 8 |
ovarian cancer | 8 |
pleural plaques | 8 |
acquisition protocol | 8 |
analysis software | 8 |
five years | 8 |
quantitative data | 8 |
cystic change | 8 |
gantry rotation | 8 |
cardiac phases | 8 |
personal relationships | 8 |
online psychology | 8 |
anatomic variations | 8 |
ring enhancement | 8 |
enhancing lesions | 8 |
learning practices | 8 |
thrombin injection | 8 |
second year | 8 |
stent fractures | 8 |
insuffi ciency | 8 |
colorectal polyps | 8 |
using color | 8 |
high grade | 8 |
shanghai cn | 8 |
childhood education | 8 |
i ml | 8 |
gnathic bones | 8 |
social world | 8 |
small group | 8 |
peritoneal seeding | 8 |
working memory | 8 |
prototype tool | 8 |
addressed include | 8 |
virtual classroom | 8 |
resolution computed | 8 |
sonographic anatomy | 8 |
mr features | 8 |
made available | 8 |
overall sensitivity | 8 |
structural changes | 8 |
virtual environment | 8 |
brous dysplasia | 8 |
calcaneal spur | 8 |
vascular anomalies | 8 |
fi lled | 8 |
positive cases | 8 |
synchrotron radiation | 8 |
broad spectrum | 8 |
mri features | 8 |
underwent ct | 8 |
clinical follow | 8 |
hu purpose | 8 |
patient group | 8 |
use mobile | 8 |
deep transfer | 8 |
fl uctuation | 8 |
united states | 8 |
functional connectivity | 8 |
remaining cases | 8 |
chronic renal | 8 |
tissue tumors | 8 |
detection rate | 8 |
diffusion coeffi | 8 |
valuable tool | 8 |
broad range | 8 |
calculated using | 8 |
multiplanar reconstruction | 8 |
calcium score | 8 |
vein thrombosis | 8 |
disease severity | 8 |
temporal bone | 8 |
patient weight | 8 |
bud sign | 8 |
duplex sonography | 8 |
high frequency | 8 |
cancer screening | 8 |
inner ear | 8 |
normal variants | 8 |
physicochemical properties | 8 |
learning technique | 8 |
significant increase | 8 |
staff members | 8 |
obstructive lesions | 8 |
following parameters | 8 |
female patients | 8 |
qualitative data | 8 |
type iii | 8 |
core biopsies | 8 |
percutaneous transluminal | 8 |
perceived ease | 8 |
pelvic mri | 8 |
useful information | 8 |
calcifi cation | 8 |
source images | 8 |
left pulmonary | 8 |
vessel wall | 8 |
therapeutic approach | 8 |
online instruction | 8 |
cd bleeding | 8 |
drug repurposing | 8 |
middle ear | 8 |
herniation pit | 8 |
perforating branches | 8 |
two main | 8 |
barium studies | 8 |
surgical procedure | 8 |
multiplanar reconstructions | 8 |
image data | 8 |
primary tumor | 8 |
acute aortic | 8 |
view classification | 8 |
lublin pl | 8 |
less common | 8 |
group consisted | 8 |
human anatomy | 8 |
medical student | 8 |
peak enhancement | 8 |
mr scanner | 8 |
atrial fibrillation | 8 |
fdg pet | 8 |
student population | 8 |
fi les | 8 |
vessel analysis | 8 |
clinically suspected | 8 |
radiological findings | 8 |
noise ratio | 8 |
brain lesions | 8 |
immersive virtual | 8 |
diagnostic quality | 8 |
ductal carcinomas | 8 |
labeled samples | 8 |
us purpose | 8 |
fusion imaging | 8 |
standard dosimetry | 8 |
representation learning | 8 |
primary renal | 8 |
enhanced images | 8 |
rf ablation | 8 |
friction syndrome | 8 |
attitudes around | 8 |
pelvic floor | 8 |
effi cient | 8 |
radiology images | 8 |
complication rate | 8 |
mullerian duct | 8 |
past years | 8 |
mit xpro | 8 |
health interventions | 8 |
middle cerebral | 8 |
fdg uptake | 8 |
analysis showed | 8 |
flow rate | 8 |
mean values | 8 |
scanning protocol | 8 |
representative cases | 8 |
surgical planning | 8 |
learning materials | 8 |
ductal carcinoma | 8 |
lead point | 8 |
international review | 8 |
significant reduction | 8 |
anatomic structures | 8 |
take place | 8 |
patients presented | 8 |
diffusion coefficient | 8 |
conservative treatment | 8 |
pathological conditions | 8 |
metastatic disease | 8 |
moscow ru | 8 |
cell lung | 7 |
coronal planes | 7 |
tumor response | 7 |
tuberous sclerosis | 7 |
learning without | 7 |
skin dose | 7 |
massive open | 7 |
defi nitive | 7 |
results indicate | 7 |
will show | 7 |
random forest | 7 |
defi nition | 7 |
learning situations | 7 |
groin pain | 7 |
also discuss | 7 |
hrct findings | 7 |
mr system | 7 |
left atrial | 7 |
tse sequence | 7 |
mass index | 7 |
quality assurance | 7 |
without sharing | 7 |
ct reconstructions | 7 |
strong correlation | 7 |
slice mdct | 7 |
different kinds | 7 |
using different | 7 |
examinations performed | 7 |
cr ratio | 7 |
temporal arthritis | 7 |
major non | 7 |
mri examination | 7 |
using artificial | 7 |
new knowledge | 7 |
fl uoroscopy | 7 |
direct effect | 7 |
liver lesions | 7 |
two observers | 7 |
frequently encountered | 7 |
nal diagnosis | 7 |
phenomenological analysis | 7 |
acquired using | 7 |
unlabeled samples | 7 |
cerebrovascular disease | 7 |
pericardial adhesion | 7 |
energy subtraction | 7 |
lunate ligament | 7 |
online survey | 7 |
competing interests | 7 |
suspected lesions | 7 |
allow us | 7 |
ne needle | 7 |
diffi culties | 7 |
brain mr | 7 |
enabled learning | 7 |
bolus injection | 7 |
dimensional images | 7 |
clinical care | 7 |
asymptomatic patients | 7 |
feeding artery | 7 |
left gastric | 7 |
peak time | 7 |
thoracic aortic | 7 |
artery occlusion | 7 |
relatively common | 7 |
standard deviation | 7 |
viral pneumonia | 7 |
high incidence | 7 |
pathologic fi | 7 |
gradient echo | 7 |
diagnostic possibilities | 7 |
fi lling | 7 |
hearing loss | 7 |
infi ltrating | 7 |
examples include | 7 |
virtual angioscopy | 7 |
patients submitted | 7 |
mean adc | 7 |
organizing pneumonia | 7 |
arts therapists | 7 |
adc maps | 7 |
learning occurs | 7 |
conventional radiography | 7 |
focal liver | 7 |
liverpool uk | 7 |
high cost | 7 |
metabolite concentrations | 7 |
temporal lobe | 7 |
physical distancing | 7 |
patients suffering | 7 |
diagnosis based | 7 |
solid components | 7 |
subtraction system | 7 |
rotator cuff | 7 |
axial plane | 7 |
frequently associated | 7 |
multimedia learning | 7 |
virtual enteroscopy | 7 |
images acquired | 7 |
collecting system | 7 |
user interface | 7 |
gastrointestinal stromal | 7 |
renal parenchyma | 7 |
parathyroid glands | 7 |
fungal infections | 7 |
focus group | 7 |
learning using | 7 |
peripheral nerve | 7 |
ultrasound examinations | 7 |
acute ischemic | 7 |
undergoing major | 7 |
postmenopausal women | 7 |
model updates | 7 |
targeted biopsy | 7 |
care dose | 7 |
bile duct | 7 |
accurate predictions | 7 |
data obtained | 7 |
new technique | 7 |
special attention | 7 |
information system | 7 |
resolution performance | 7 |
emergency room | 7 |
ct value | 7 |
gray matter | 7 |
anatomical landmarks | 7 |
age group | 7 |
neck cancer | 7 |
cervical spine | 7 |
remote instruction | 7 |
volume zoom | 7 |
open questions | 7 |
em model | 7 |
ai system | 7 |
pathological changes | 7 |
mobile phone | 7 |
clinical settings | 7 |
benefi ts | 7 |
bone lesions | 7 |
heart rates | 7 |
rural high | 7 |
low grade | 7 |
current study | 7 |
resident education | 7 |
ge medical | 7 |
major challenge | 7 |
within months | 7 |
resolution ultrasound | 7 |
sicca syndrome | 7 |
percutaneous drainage | 7 |
resolution us | 7 |
technical success | 7 |
multiphase fusion | 7 |
mean diameter | 7 |
complex anatomy | 7 |
student satisfaction | 7 |
vascular system | 7 |
perceived social | 7 |
social capital | 7 |
uterine fi | 7 |
complete response | 7 |
highly sensitive | 7 |
learning centers | 7 |
fat stranding | 7 |
renal colic | 7 |
femoral condyle | 7 |
quantitative structure | 7 |
positron emission | 7 |
practical guidelines | 7 |
procedure time | 7 |
ct acquisition | 7 |
tr ms | 7 |
specific contrast | 7 |
kr learning | 7 |
signal changes | 7 |
body coil | 7 |
online educational | 7 |
large group | 7 |
transplant recipients | 7 |
renal tumors | 7 |
interpretative phenomenological | 7 |
cerebral sparganosis | 7 |
contrast ct | 7 |
traumatic lesions | 7 |
false positive | 7 |
subcutaneous fat | 7 |
negative feelings | 7 |
three years | 7 |
adjacent organs | 7 |
problem solving | 7 |
lower limbs | 7 |
study shows | 7 |
oh us | 7 |
naa cho | 7 |
groups according | 7 |
least squares | 7 |
mean transit | 7 |
insuffl ation | 7 |
valencia es | 7 |
adjacent structures | 7 |
mhz linear | 7 |
subcarinal left | 7 |
health policy | 7 |
learning paradigm | 7 |
conventional mri | 7 |
ethical approval | 7 |
three main | 7 |
informal learning | 7 |
percutaneous biopsy | 7 |
online platforms | 7 |
may present | 7 |
axial slices | 7 |
contrast extravasation | 7 |
linear regression | 7 |
lesion size | 7 |
hrct scans | 7 |
systematic biopsy | 7 |
assessment strategies | 7 |
connective tissue | 7 |
normal sonographic | 7 |
point scale | 7 |
acute cerebral | 7 |
superior oblique | 7 |
uterine morphology | 7 |
low contrast | 7 |
human body | 7 |
many challenges | 7 |
delay time | 7 |
matter lesions | 7 |
clinical situations | 7 |
blood vessels | 7 |
negative impact | 7 |
bone tumors | 7 |
will provide | 7 |
giant cell | 7 |
mri examinations | 7 |
volume data | 7 |
resonance spectroscopy | 7 |
pharmaceutical research | 7 |
glass opacities | 7 |
six months | 7 |
develop new | 7 |
complex mri | 7 |
balloon catheter | 7 |
abdominal trauma | 7 |
mri studies | 7 |
month follow | 7 |
care providers | 7 |
ct guidance | 7 |
naa cr | 7 |
cystic lesion | 7 |
diagnostic procedures | 7 |
arterial disease | 7 |
lung cancers | 7 |
may allow | 7 |
dose ct | 7 |
positive patients | 7 |
coronary calcium | 7 |
technological skills | 7 |
take advantage | 7 |
research agenda | 7 |
policy processes | 7 |
business communication | 7 |
internal medicine | 7 |
node metastasis | 7 |
area product | 7 |
will require | 7 |
preliminary study | 7 |
higher sensitivity | 7 |
reconstruction using | 7 |
learning modules | 7 |
paris fr | 7 |
surgical procedures | 7 |
mip images | 7 |
social isolation | 7 |
transarterial embolization | 7 |
low cost | 7 |
good correlation | 7 |
venous return | 7 |
give rise | 7 |
normal kidney | 7 |
ct appearances | 7 |
psychology students | 7 |
diagnostic work | 7 |
mm thickness | 7 |
horizontal dose | 7 |
also observed | 7 |
augmented reality | 7 |
abdominal imaging | 7 |
fuzzy logic | 7 |
row msct | 7 |
mri images | 7 |
cardiac function | 7 |
deep venous | 7 |
retrospective analysis | 7 |
gastric wall | 7 |
target sign | 7 |
learning theories | 7 |
across cities | 7 |
major challenges | 7 |
patient population | 7 |
emission tomography | 7 |
dynamic ct | 7 |
less well | 7 |
multiple regression | 7 |
streaming sessions | 7 |
tesla mr | 7 |
lead drape | 7 |
acute severe | 7 |
health system | 7 |
drug development | 7 |
pathological fi | 7 |
myometrial lesions | 7 |
retroperitoneal cystic | 7 |
assessed using | 7 |
array coil | 7 |
abnormal findings | 7 |
provide additional | 7 |
prognostic factors | 7 |
doppler ultrasound | 7 |
bristol uk | 7 |
ct may | 7 |
neoplastic lesions | 7 |
across society | 7 |
widely available | 7 |
pulmonary edema | 7 |
new york | 7 |
four groups | 7 |
renal transplantation | 7 |
enhancement patterns | 7 |
replace traditional | 7 |
suspected renal | 7 |
bronchioloalveolar carcinoma | 7 |
bronchial wall | 7 |
peripheral lung | 7 |
ct study | 7 |
people learn | 7 |
weighted image | 7 |
group included | 7 |
partial least | 7 |
water group | 6 |
online learner | 6 |
public policy | 6 |
body scanner | 6 |
unnecessary surgery | 6 |
normal control | 6 |
bypass surgery | 6 |
topics addressed | 6 |
row multislice | 6 |
pelvic sidewall | 6 |
mean follow | 6 |
therapy education | 6 |
susceptibility artifacts | 6 |
arteriovenous malformations | 6 |
ionic contrast | 6 |
multiple choice | 6 |
important information | 6 |
coeliac disease | 6 |
adipose tissue | 6 |
uf mra | 6 |
mean tumor | 6 |
stent placement | 6 |
dvd rom | 6 |
reconstructed using | 6 |
core needle | 6 |
veterinary parasitology | 6 |
one week | 6 |
second group | 6 |
severe pancreatitis | 6 |
long time | 6 |
portal venous | 6 |
short period | 6 |
learning tool | 6 |
patient selection | 6 |
peter jarvis | 6 |
biliary system | 6 |
fl oor | 6 |
senior high | 6 |
clinical decision | 6 |
another patient | 6 |
future directions | 6 |
patellar complications | 6 |
fi elds | 6 |
us guidance | 6 |
delayed enhancement | 6 |
mean pbl | 6 |
amorphous silicon | 6 |
school stem | 6 |
data sharing | 6 |
mean cpd | 6 |
higher resolution | 6 |
laparoscopic cryoablation | 6 |
na mri | 6 |
perfusion images | 6 |
improve image | 6 |
one year | 6 |
oblique muscles | 6 |
non traumatic | 6 |
personal experience | 6 |
active bleeding | 6 |
qualitative analysis | 6 |
correlation coeffi | 6 |
peripheral nerves | 6 |
two types | 6 |
consensus model | 6 |
pathologic findings | 6 |
frontal gyrus | 6 |
method using | 6 |
host disease | 6 |
sd values | 6 |
infected individuals | 6 |
matter tracts | 6 |
study conducted | 6 |
ct scanners | 6 |
dysplastic kidney | 6 |
less time | 6 |
shot echo | 6 |
breast density | 6 |
educational settings | 6 |
preoperative evaluation | 6 |
surgical approach | 6 |
row mdct | 6 |
course materials | 6 |
among others | 6 |
radiologists evaluated | 6 |
gyral pattern | 6 |
term follow | 6 |
remote teaching | 6 |
often used | 6 |
one academic | 6 |
language models | 6 |
prone position | 6 |
often associated | 6 |
imatinib mesylate | 6 |
adamkiewicz artery | 6 |
data used | 6 |
behaviour change | 6 |
learning learning | 6 |
cd media | 6 |
computer conferencing | 6 |
method based | 6 |
medical records | 6 |
video games | 6 |
cell tumor | 6 |
specific topics | 6 |
blunt abdominal | 6 |
high intensity | 6 |
ct pulmonary | 6 |
imaging manifestations | 6 |
cardiac mr | 6 |
qualitative study | 6 |
bronchogenic cysts | 6 |
cardiac tumors | 6 |
decision tree | 6 |
shift towards | 6 |
data sources | 6 |
sustainable development | 6 |
carpal tunnel | 6 |
linear transducer | 6 |
previous study | 6 |
acquired abnormalities | 6 |
different ways | 6 |
visual evaluation | 6 |
students learn | 6 |
vr images | 6 |
decision policy | 6 |
bone fracture | 6 |
enhanced mra | 6 |
different mr | 6 |
one student | 6 |
leak syndromes | 6 |
lung tissue | 6 |
facial nerve | 6 |
promising method | 6 |
highly accurate | 6 |
future research | 6 |
continuing education | 6 |
pleural effusions | 6 |
successful online | 6 |
forty patients | 6 |
will present | 6 |
doppler imaging | 6 |
abscess formation | 6 |
data analytics | 6 |
laboratory data | 6 |
total hip | 6 |
final outbreak | 6 |
hiroshima jp | 6 |
mdct scanner | 6 |
larger number | 6 |
design principles | 6 |
carotid body | 6 |
percutaneous radiofrequency | 6 |
health financing | 6 |
may influence | 6 |
fi nd | 6 |
fat tissue | 6 |
personal learning | 6 |
learning atmosphere | 6 |
trained model | 6 |
safecities community | 6 |
factors associated | 6 |
seven cases | 6 |
differential diagnostic | 6 |
dual source | 6 |
arts therapies | 6 |
reference standard | 6 |
natural history | 6 |
also evaluated | 6 |
learning among | 6 |
liver tumors | 6 |
bowel disease | 6 |
distributed across | 6 |
different online | 6 |
ct showed | 6 |
traditional machine | 6 |
using magnetic | 6 |
health insurance | 6 |
university hospital | 6 |
may affect | 6 |
rheumatology training | 6 |
hd patients | 6 |
pivotal role | 6 |
discussion forums | 6 |
node metastases | 6 |
iliac fossa | 6 |
integrate ict | 6 |
focal cortical | 6 |
hip replacement | 6 |
sonographic findings | 6 |
flow velocity | 6 |
vascular disorders | 6 |
protocol using | 6 |
planar imaging | 6 |
findings include | 6 |
recorded lectures | 6 |
one hand | 6 |
ulcerative colitis | 6 |
ultrasound images | 6 |
saudi arabia | 6 |
clinical value | 6 |
gv bleeding | 6 |
ru purpose | 6 |
data collected | 6 |
radiological signs | 6 |
concentration contrast | 6 |
rheumatoid arthritis | 6 |
methionine pet | 6 |
two independent | 6 |
short axis | 6 |
related subjects | 6 |
multimodality imaging | 6 |
wall signal | 6 |
routine clinical | 6 |
mean tadc | 6 |
lung consolidations | 6 |
clinical diagnosis | 6 |
histopathologic findings | 6 |
rib fractures | 6 |
asynchronous learning | 6 |
sagittal planes | 6 |
great potential | 6 |
student success | 6 |
faculty member | 6 |
musculoskeletal lesions | 6 |
venous drainage | 6 |
bowel obstruction | 6 |
conference didactic | 6 |
south africa | 6 |
parents believed | 6 |
motor task | 6 |
role models | 6 |
medical care | 6 |
personalized learning | 6 |
different areas | 6 |
care delivery | 6 |
cell carcinomas | 6 |
autogenous myocutaneous | 6 |
small aneurysms | 6 |
system may | 6 |
successfully performed | 6 |
last two | 6 |
cerebral ventricles | 6 |
seventeen patients | 6 |
educational practices | 6 |
based approaches | 6 |
contract tracing | 6 |
mr exams | 6 |
intergenerational relationships | 6 |
precision medicine | 6 |
risk patients | 6 |
doppler ultrasonography | 6 |
visual analytics | 6 |
reflexive learning | 6 |
plaque morphology | 6 |
mean percentage | 6 |
radiologists reviewed | 6 |
ict resources | 6 |
histopathologic correlation | 6 |
cantly different | 6 |
cases will | 6 |
nan doi | 6 |
contrast barium | 6 |
neurogenic tumors | 6 |
surface coil | 6 |
myocutaneous flap | 6 |
cancer underwent | 6 |
mitral valve | 6 |
clinical assessment | 6 |
based tools | 6 |
gafchromic film | 6 |
gun violence | 6 |
anatomy departments | 6 |
malignant tumor | 6 |
term outcome | 6 |
will lead | 6 |
clinical entity | 6 |
axial mm | 6 |
medical systems | 6 |
catheter coronary | 6 |
methods used | 6 |
free radicals | 6 |
image recognition | 6 |
virtual worlds | 6 |
term memory | 6 |
new skills | 6 |
solar power | 6 |
intracranial aneurysms | 6 |
useful method | 6 |
collateral pathways | 6 |
swollen legs | 6 |
sectional study | 6 |
learning setting | 6 |
fi broadenomas | 6 |
clinical outcome | 6 |
lactating tissue | 6 |
septal thickening | 6 |
may well | 6 |
ischemic lesions | 6 |
biopsy procedures | 6 |
right iliac | 6 |
right ventricle | 6 |
twelve patients | 6 |
dose thin | 6 |
malignant neoplasms | 6 |
base removal | 6 |
text data | 6 |
guided interventions | 6 |
renal cortex | 6 |
often diffi | 6 |
colour doppler | 6 |
hyperechoic foci | 6 |
early postoperative | 6 |
ehr data | 6 |
vr features | 6 |
control measures | 6 |
manifestations include | 6 |
feature learning | 6 |
care unit | 6 |
diffi culty | 6 |
va hypoplasia | 6 |
research team | 6 |
imaging protocols | 6 |
distant learning | 6 |
clinical years | 6 |
intended learning | 6 |
iliac artery | 6 |
body mass | 6 |
fi bers | 6 |
findings included | 6 |
brain tumor | 6 |
preoperative assessment | 6 |
near future | 6 |
wearable devices | 6 |
inferior mesenteric | 6 |
new online | 6 |
st century | 6 |
least two | 6 |
developed countries | 6 |
radiological appearance | 6 |
transluminal angioplasty | 6 |
assessment committee | 6 |
stem cell | 6 |
negative results | 6 |
global levels | 6 |
vein stenosis | 6 |
pathological correlation | 6 |
underwent mr | 6 |
saline solution | 6 |
surgical specimen | 6 |
buenos aires | 6 |
diagnostic approach | 6 |
year students | 6 |
may reduce | 6 |
academic institutions | 6 |
overall accuracy | 6 |
refl ection | 6 |
education may | 6 |
lung resection | 6 |
frontal lobes | 6 |
acute abdomen | 6 |
unknown etiology | 6 |
mri may | 6 |
underwent follow | 6 |
gated msct | 6 |
technically successful | 6 |
ct slices | 6 |
low intensity | 6 |
allows us | 6 |
social interaction | 6 |
myocardial perfusion | 6 |
forecasting samples | 6 |
thyroid gland | 6 |
focal lesions | 6 |
showed significant | 6 |
radiological manifestations | 6 |
sectional anatomy | 6 |
vaginal device | 6 |
function tests | 6 |
mm diameters | 6 |
traumatic splenic | 6 |
cylinder smears | 6 |
coronary ct | 6 |
abdominal venous | 6 |
drug substance | 6 |
iodinated cm | 6 |
ultrasound fi | 6 |
table i | 6 |
different parts | 6 |
breast carcinoma | 6 |
refl ecting | 6 |
arterial system | 6 |
main differential | 6 |
overall satisfaction | 6 |
residency directors | 6 |
radicular cysts | 6 |
classification task | 6 |
tracheobronchial tree | 6 |
ray scatter | 6 |
three radiologists | 6 |
second author | 6 |
malt lymphoma | 6 |
artery bleeding | 6 |
infarct volume | 6 |
cystic fi | 6 |
relationships among | 6 |
confirmed cases | 6 |
cantly correlated | 6 |
coronal images | 6 |
myocardial ischemia | 6 |
based models | 6 |
will discuss | 6 |
frequently seen | 6 |
teaching activities | 6 |
autoimmune diseases | 6 |
may represent | 6 |
surgical findings | 6 |
segment iv | 6 |
well established | 6 |
issues related | 6 |
end plates | 6 |
verifi ed | 6 |
histologically confi | 6 |
molecular imaging | 6 |
brain imaging | 6 |
aires ar | 6 |
solid lesions | 6 |
ray tube | 6 |
femoral neck | 6 |
learning context | 6 |
growth rate | 6 |
vascular anatomy | 6 |
traditional medical | 6 |
diagnostic criteria | 6 |
vertebral development | 6 |
bone involvement | 6 |
vertebrobasilar insufficiency | 6 |
ct evaluation | 6 |
using various | 6 |
leicester uk | 6 |
gi bleeding | 6 |
mri provides | 6 |
quality control | 6 |
arterial enhancement | 6 |
table speed | 6 |
radiologist must | 6 |
calcium scoring | 6 |
fusion images | 6 |
information society | 6 |
transabdominal ultrasonographic | 6 |
bowel intussusception | 6 |
subject areas | 6 |
aided detection | 6 |
virus disease | 6 |
surgical evaluation | 6 |
auditory canal | 6 |
risk group | 6 |
per patient | 6 |
traditional lecture | 6 |
pharmaceutical formulation | 6 |
appropriate management | 6 |
data using | 6 |
dublin ie | 6 |
load theory | 6 |
education programs | 6 |
approach based | 6 |
latent period | 6 |
chest signs | 5 |
direct axial | 5 |
kappa statistics | 5 |
examination technique | 5 |
will improve | 5 |
faeces sign | 5 |
lymphoid tissue | 5 |
scan duration | 5 |
mibi scintigraphy | 5 |
second one | 5 |
underlying cause | 5 |
structural equation | 5 |
sinerem administration | 5 |
also seen | 5 |
older generations | 5 |
fat infiltration | 5 |
using bolus | 5 |
partial volume | 5 |
recurrent ovarian | 5 |
discriminant validity | 5 |
modern imaging | 5 |
amyloid angiopathy | 5 |
using autogenous | 5 |
distributed deep | 5 |
encourage students | 5 |
examined times | 5 |
ml ml | 5 |
anatomical relationship | 5 |
central venous | 5 |
wrist pain | 5 |
federated optimization | 5 |
extremely rare | 5 |
sliding window | 5 |
eleven patients | 5 |
portable media | 5 |
node enlargement | 5 |
regulated online | 5 |
cantly reduced | 5 |
epi sequence | 5 |
percutaneous thrombin | 5 |
cerebral amyloid | 5 |
ultrasonographic examination | 5 |
acquired images | 5 |
also included | 5 |
subtraction perfusion | 5 |
motion abnormalities | 5 |
carbon dioxide | 5 |
pla pima | 5 |
rectal wall | 5 |
small nodules | 5 |
pectoralis muscle | 5 |
dynamic contrast | 5 |
exact diagnosis | 5 |
disorders involving | 5 |
cultural context | 5 |
neck masses | 5 |
text mining | 5 |
oblique coronal | 5 |
compression fractures | 5 |
drug design | 5 |
fl exion | 5 |
underwent surgical | 5 |
selecting patients | 5 |
data access | 5 |
ultrasound image | 5 |
routinely used | 5 |
susceptibility artifact | 5 |
also useful | 5 |
pulmonary abnormalities | 5 |
formal education | 5 |
reconstructed images | 5 |
information systems | 5 |
hepatic arteries | 5 |
nodal involvement | 5 |
using three | 5 |
high levels | 5 |
general electric | 5 |
assessment measures | 5 |
teaching online | 5 |
ionizing radiation | 5 |
internal echoes | 5 |
per rotation | 5 |
images without | 5 |
celiac disease | 5 |
tunnel syndrome | 5 |
neural tube | 5 |
intercostal space | 5 |
duodenal diseases | 5 |
provide useful | 5 |
us appearance | 5 |
key imaging | 5 |
reject online | 5 |
meaningful learning | 5 |
ed physicians | 5 |
intraoperative navigation | 5 |
sink effect | 5 |
sars outbreak | 5 |
positive results | 5 |
planar diffusion | 5 |
breast reconstruction | 5 |
emerging infections | 5 |
resolution ultrasonography | 5 |
health information | 5 |
centrilobular nodules | 5 |
successfully implemented | 5 |
thoracic manifestations | 5 |
pulse sequences | 5 |
ai research | 5 |
hippocampal sclerosis | 5 |
weighted turbo | 5 |
negative effects | 5 |
technique used | 5 |
gun jp | 5 |
liver transplantation | 5 |
processing technique | 5 |
skeletal muscle | 5 |
hemodynamic variables | 5 |
risk across | 5 |
learners studying | 5 |
search engines | 5 |
embolic protection | 5 |
using quantitative | 5 |
glass dosimeters | 5 |
ice index | 5 |
teaching library | 5 |
entrepreneurial education | 5 |
using spiral | 5 |
perceived barriers | 5 |
practical classes | 5 |
fl setup | 5 |
irregular heart | 5 |
diagnostic level | 5 |
digital devices | 5 |
pulmonary disease | 5 |
reconstruction intervals | 5 |
square test | 5 |
data management | 5 |
human learning | 5 |
adenosine infusion | 5 |
panel ct | 5 |
ecr value | 5 |
traditional education | 5 |
ultrasonographic findings | 5 |
patellar tendon | 5 |
mri shows | 5 |
pharmaceutical settings | 5 |
biopsy cores | 5 |
primary malignant | 5 |
transfer function | 5 |
myocardial blood | 5 |
mobile technologies | 5 |
blood pressure | 5 |
dose distributions | 5 |
patient showed | 5 |
intraarterial administrated | 5 |
anorectal fi | 5 |
small intestine | 5 |
uterine cavity | 5 |
powerful tool | 5 |
among patients | 5 |
common fi | 5 |
facet screw | 5 |
clinical presentations | 5 |
disseminating information | 5 |
imaging appearance | 5 |
large amounts | 5 |
ct virtual | 5 |
may serve | 5 |
intracranial cystic | 5 |
months following | 5 |
technique using | 5 |
success factor | 5 |
supervised task | 5 |
imaging procedures | 5 |
monte carlo | 5 |
fully connected | 5 |
transverse colon | 5 |
screening using | 5 |
cm diameter | 5 |
campus study | 5 |
iid data | 5 |
tissue contrast | 5 |
aortic bifurcation | 5 |
infectious disease | 5 |
reliable method | 5 |
online delivery | 5 |
middle frontal | 5 |
healthcare professionals | 5 |
brain stem | 5 |
reviewed retrospectively | 5 |
crf patients | 5 |
patras gr | 5 |
malignant disease | 5 |
using computer | 5 |
highly significant | 5 |
venous systems | 5 |
also used | 5 |
mm slices | 5 |
mr study | 5 |
internal jugular | 5 |
post surgical | 5 |
three dimensional | 5 |
noninvasive imaging | 5 |
congenital cystic | 5 |
imaging interpretation | 5 |
basilar artery | 5 |
virtual teaching | 5 |
political science | 5 |
mitochondrial disorder | 5 |
atrial septal | 5 |
lv wall | 5 |
thoracic disease | 5 |
dose spiral | 5 |
great deal | 5 |
microbubble contrast | 5 |
output data | 5 |
dissecting aneurysms | 5 |
inguinal hernia | 5 |
mr studies | 5 |
associated complications | 5 |
deep reinforcement | 5 |
social processes | 5 |
bypass grafts | 5 |
exclusion criteria | 5 |
tracer uptake | 5 |
cysts may | 5 |
matter changes | 5 |
questionnaire focused | 5 |
immunologic lung | 5 |
whole brain | 5 |
bronchial dilatation | 5 |
ie learning | 5 |
cochlear aqueduct | 5 |
carotid stenosis | 5 |
contrast resolution | 5 |
model based | 5 |
associated anomalies | 5 |
ai model | 5 |
diagnostic modality | 5 |
processing tools | 5 |
ray mammography | 5 |
defi cit | 5 |
across institutions | 5 |
cell transplantation | 5 |
blinded fashion | 5 |
movement therapy | 5 |
remote learning | 5 |
many young | 5 |
lesions using | 5 |
online tools | 5 |
online classroom | 5 |
palmar displacement | 5 |
rheumatic diseases | 5 |
better learning | 5 |
unilateral hyperlucent | 5 |
aneurysm formation | 5 |
volumic occlusion | 5 |
small pulmonary | 5 |
phase spiral | 5 |
tertiary institutions | 5 |
row multidetector | 5 |
fractal signature | 5 |
post biopsy | 5 |
hepatic metastases | 5 |
image segmentation | 5 |
signal characteristics | 5 |
conventional imaging | 5 |
test showed | 5 |
student perceptions | 5 |
negative beliefs | 5 |
atrial anatomy | 5 |
pt learning | 5 |
sagittal images | 5 |
fifteen patients | 5 |
metallic bone | 5 |
online technologies | 5 |
educational technology | 5 |
thin section | 5 |
remained unchanged | 5 |
speech recognition | 5 |
randomly assigned | 5 |
civil society | 5 |
year medical | 5 |
lung injury | 5 |
screw fixation | 5 |
students will | 5 |
preliminary data | 5 |
pc mra | 5 |
left side | 5 |
one person | 5 |
will affect | 5 |
european union | 5 |
will need | 5 |
showed better | 5 |
provided additional | 5 |
combined use | 5 |
hyperlucent lung | 5 |
peritoneal cavity | 5 |
participating students | 5 |
adult learning | 5 |
various stakeholders | 5 |
co insuffl | 5 |
ch purpose | 5 |
ct criteria | 5 |
low voltage | 5 |
research focus | 5 |
growth pattern | 5 |
everyday life | 5 |
providing feedback | 5 |
complications encountered | 5 |
prospective ecg | 5 |
ehime jp | 5 |
peer sharing | 5 |
many ways | 5 |
previous research | 5 |
academic year | 5 |
teacher education | 5 |
peripheral vascular | 5 |
financial interests | 5 |
aneurysm clips | 5 |
basic research | 5 |
study aims | 5 |
ray examination | 5 |
images reconstructed | 5 |
academic fi | 5 |
proton density | 5 |
schematic drawings | 5 |
disk diseases | 5 |
thinking skills | 5 |
given lectures | 5 |
intraductal spreading | 5 |
improved image | 5 |
automated detection | 5 |
singapore sg | 5 |
antibody titers | 5 |
clinical parameters | 5 |
online activities | 5 |
using vr | 5 |
new index | 5 |
mesenteric injury | 5 |
angiographic intervention | 5 |
closely related | 5 |
radiologist will | 5 |
frequently used | 5 |
parents tended | 5 |
risk assessment | 5 |
multimodal path | 5 |
large vessels | 5 |
radiological examinations | 5 |
patient age | 5 |
cystic diseases | 5 |
pulmonary infections | 5 |
plantar fibromatosis | 5 |
profi les | 5 |
head coil | 5 |
using fast | 5 |
femoral artery | 5 |
fi lters | 5 |
prediction model | 5 |
ai technologies | 5 |
career change | 5 |
confi rming | 5 |
quality assessment | 5 |
mr appearances | 5 |
periulcerous infiltration | 5 |
image fusion | 5 |
business development | 5 |