13th ESMI Winter Conference "hot TOPics in IMaging - TOPIM 2019"
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Keyword Contributions
achilles tendon #3
acoustic waves #27
acto-myosin contractility #37#37
afm AB 09-02AB 06-01#10
anisotropic shear modulus #2
biological tissues #38
biomechanics INV 05-01AB 04-01#9
biophysics AB 08-01#35
blood flow measurement #23
bone #56
bone imaging AB 09-01
brain development INTRO 01-II-01#30
brain remodelling #37#37
brain tissue AB 09-02#24
breast cancer AB 05-02
cancer AB 06-02#1
cancer cell migration #7#7
cancer cells AB 06-01
cardiac AB 05-01#32
carotid artery AB 05-01#32
cartilage defect INTRO 01-II-01#16
cartilage mechanics INTRO 01-II-01#16
cavitation #13#13
cell adhesion #27
cell biology AB 08-01#35
cell jamming #7#7
cell mechanics #36#36
cell-cell adhesion #7#7
cerebral stiffness INTRO 01-II-01#30
chicken embryos #15
clutter filter wave imaging AB 05-01#32
collagen INV 05-01#9
compressive loading INTRO 01-II-01#16
connective tissues INV 05-01#9
contact mechanics #27
cornea biomechanics INV 03-01
cytokines #48
decellularisation AB 06-02#1
degenerative joint disease INTRO 01-II-01#16
digital holography #17
dynamic indentation AB 09-02#24
ecm geometry INV 05-01#22
ecm remodelling AB 06-02#1
ecm stiffness INV 05-01#22
eeg AB 08-01#26
elastic anisotropy #56
elasticity imaging #39
endobronchial #39
endoscopy #39
extracellular matrix #7INV 05-01#22#7
fibrosis INTRO 02-I-01#6
filament detection #57
flow AB 05-02
fluorescence #13#13
fluorescent probe AB 06-02#4
forces AB 08-01#35
fracture #38
functional ultrasound AB 08-01#26
gastrointestinal tract #8#8
gel model #38
gel rheology #14
gene expression #31#31
high resolution tomography #58
histology #8#8
image analysis AB 09-02#57#10
indentation #15
inflammation INTRO 02-I-01
integrin signaling INV 05-01#22
intermediate filament #57
invadopodia #48
keratin #57
lipid #13#13
lung elasticity #41
lung function #41
lung imaging #58
lung mechanics #41
machine learning AB 09-02#10
magnetic resonance elastography INTRO 01-II-01AB 04-01#14#2#30
magnetic resonance imaging #3
mechanical characterization AB 09-02#24
mechanical properties #15
mechanical properties of tissue #2
mechanical waves AB 05-01INV 03-01#32
mechanics #38
mechanobiology AB 04-01
mechanostranduction #31#31
mechanotransduction INTRO 02-I-01
membrane #13#13
metastatic niche AB 06-02#1
microfluidics #36AB 06-02#36#4
microrheology AB 06-01
migration of cancer cells #48
mr elastography INTRO 02-I-01
mri #6
multimodal imaging #6
multiphoton #8#8
multiphoton imaging INV 05-01#9
multiphoton microscopy #6
myelin INTRO 01-II-01#30
nanoparticle AB 06-02#4
near-infrared #33
nir #33
opt #33
optical coherence tomography #17#15
optical coherence tomography (oct) INV 03-01
optical elastography #14#17
opto-acoustic microscopy #27
organ phantom #14
ovarian cancer #6
passive elastography #17
perturbation AB 08-01#35
picosecond ultrasonics #27
polarization AB 06-02#4
proteomics INTRO 01-II-01#30
radiation force #31#31
refraction #56
rem sleep AB 08-01#26
rotational dynamics AB 06-02#4
rotator cuff #3
scattering #33
second harmonic generation #8#8
shear wave elastography #3#38
shock wave #13#13
single cell rheology #36#36
skin INV 05-01#9
soft tissue mechanics AB 09-02#24
spectral ct AB 09-01
stimulated raman scattering #8#8
strain INTRO 01-II-01AB 05-02#16
strain elastography #39
strain imaging #31#37#37#31
super-resolution imgaging INV 05-01#22
synchrotron imaging AB 09-01#58
tendinopathy #3
tracking #57
traumatic brain injury #2
tumor pressure INTRO 02-I-01
ultrafast doppler #37#37
ultrafast ultrasound #37AB 05-01#37#32
ultrasonic elasticity imaging #14
ultrasound #31AB 05-02#39#31
ultrasound imaging #56
ultrasound localization microscopy #23
vascular disease AB 05-02
video microscopy #36#36
virus detection AB 09-02#10
viscoelasticity AB 09-02#15#24
x-ray ct AB 09-01
x-ray imaging #41