|
dentistry |
11 |
|
artificial intelligence |
10 |
|
cbct |
9 |
|
cone beam computed tomography |
8 |
|
cranial base |
6 |
|
hypomaxillia |
6 |
|
midface hypoplasia |
6 |
|
retromaxillia |
6 |
|
sutures |
6 |
|
3d imaging techniques |
5 |
|
anatomy teaching |
5 |
|
cone-beam computed tomography |
5 |
|
dental education |
5 |
|
diagnostic accuracy |
5 |
|
digitale volumentomografie |
5 |
|
educational methodology |
5 |
|
gross anatomy education |
5 |
|
large language models |
5 |
|
panoramic radiographs |
5 |
|
radiography |
5 |
|
undergraduate education |
5 |
|
vision-language models |
5 |
|
ai |
4 |
|
antimicrobial |
4 |
|
biofilm |
4 |
|
cone beam computed tomography (cbct) |
4 |
|
diagnostic imaging |
4 |
|
digital natives |
4 |
|
digital workflow |
4 |
|
eagle-syndrom |
4 |
|
endodontics |
4 |
|
epoxy resin |
4 |
|
fibroossäre veränderung |
4 |
|
fibröse dysplasie |
4 |
|
innovation |
4 |
|
intraössäres hämangiom |
4 |
|
jochbeinfraktur |
4 |
|
laterale mittelgesichtsfraktur |
4 |
|
ligamentum stylohyoideum |
4 |
|
machine learning |
4 |
|
magnetic resonance imaging |
4 |
|
mandibula |
4 |
|
maxillary sinus |
4 |
|
ml |
4 |
|
nanoparticle |
4 |
|
os hyoideum |
4 |
|
patent |
4 |
|
polyostotische form |
4 |
|
processus styloideus |
4 |
|
stylohyoid-komplex |
4 |
|
technology |
4 |
|
tripodfraktur |
4 |
|
vaskuläre malformation |
4 |
|
volumetric measurement |
4 |
|
weisheitszahnentfernung |
4 |
|
bibliometric |
3 |
|
computer-assisted |
3 |
|
curriculum |
3 |
|
dental |
3 |
|
dental implant |
3 |
|
differenzialdiagnose |
3 |
|
digitale volumen-tomografie |
3 |
|
education |
3 |
|
eye tracking |
3 |
|
face recognition |
3 |
|
frequency |
3 |
|
gaze analysis |
3 |
|
location |
3 |
|
mucous retention cyst |
3 |
|
odontogene keratozyste |
3 |
|
optical coherence tomography |
3 |
|
osteolyse |
3 |
|
osteoporosis |
3 |
|
panoramic radiography |
3 |
|
periodontium |
3 |
|
radiodensity |
3 |
|
radiomorphometric indices |
3 |
|
schlagwörter: mandible |
3 |
|
stress |
3 |
|
tooth loss |
3 |
|
ultrasonography |
3 |
|
visual recognition |
3 |
|
air embolism |
2 |
|
cancer staging |
2 |
|
cine magnetic resonance imaging |
2 |
|
ct |
2 |
|
dental technology |
2 |
|
dysphagia |
2 |
|
helical ct |
2 |
|
human |
2 |
|
radiographic magnification |
2 |
|
radiologic |
2 |
|
x-rays |
2 |
|
3d |
1 |
|
aged |
1 |
|
anastomosis |
1 |
|
anomaly |
1 |
|
articular eminence |
1 |
|
biopsy |
1 |
|
blood coagulum |
1 |
|
brain |
1 |
|
breast cancer |
1 |
|
cadaver |
1 |
|
central hemangioma |
1 |
|
cerebellar mutism |
1 |
|
computed tomography |
1 |
|
condylar bone change |
1 |
|
contrast media |
1 |
|
core needle biopsy |
1 |
|
crossed cerebello-cerebral diaschisis |
1 |
|
diagnosis |
1 |
|
diaphragm |
1 |
|
dynamic study |
1 |
|
erosive osseous change |
1 |
|
exophytic growth |
1 |
|
falciform ligament |
1 |
|
fine-needle aspiration biopsy |
1 |
|
fusion image |
1 |
|
gastrohepatic ligament |
1 |
|
guidelines |
1 |
|
hemangioma |
1 |
|
hematocrit effect |
1 |
|
hemolytic uremic syndrome |
1 |
|
histological technique |
1 |
|
inferior phrenic artery |
1 |
|
internal thoracic vein |
1 |
|
intraosseous |
1 |
|
japan |
1 |
|
ligamentum venosum |
1 |
|
liquefied hematoma |
1 |
|
liver |
1 |
|
lung |
1 |
|
lung biopsy |
1 |
|
lung neoplasm |
1 |
|
maxilla |
1 |
|
medulloblastoma |
1 |
|
mri |
1 |
|
needle track implantation |
1 |
|
needle tract seeding |
1 |
|
occipital bone |
1 |
|
paraumbili calvein |
1 |
|
plasmacytoma ct |
1 |
|
pulmonary vein |
1 |
|
roof of the glenoid fossa |
1 |
|
sappey |
1 |
|
segmentation |
1 |
|
single photon emission computed tomography |
1 |
|
skull |
1 |
|
specific gravity |
1 |
|
subclavian vein |
1 |
|
tc-99m pertechnetate scintigraphy |
1 |
|
technetium-99m-ethyl cysteinate dimer |
1 |
|
temporomandibular joint (tmj) |
1 |
|
three-dimensional imaging |
1 |
|
von hippel lindau |
1 |
|
x-ray computed tomography |
1 |
