INIS
magnetic resonance
100%
hypertension
94%
patients
94%
comparative evaluations
73%
diseases
71%
impulse
48%
thrombosis
47%
veins
47%
men
47%
morphology
47%
computed tomography
47%
cost
47%
blood flow
47%
coronaries
47%
reliability
47%
correlations
47%
mechanics
47%
pressure gradients
33%
kidneys
23%
liver
23%
risks
23%
myocardium
23%
medicine
23%
pulses
23%
diagnostic techniques
23%
deformation
23%
evaluation
23%
walls
23%
information
23%
thickness
23%
availability
23%
accuracy
23%
tissues
23%
dimensions
23%
images
23%
strains
23%
contrast media
23%
modifications
23%
cavities
23%
radiations
23%
anatomy
23%
arteries
23%
size
18%
detection
18%
auc
10%
valves
9%
data
9%
Keyphrases
Feature Tracking
47%
Hemodynamic Forces
47%
Relative Change
47%
Cardiac Magnetic Resonance
47%
Left Ventricular Hemodynamics
47%
Interobserver Variability
35%
Pre-existing Liver Disease
15%
Sports Medicine
15%
Superior Accuracy
15%
Doppler Principles
15%
Sample Size Calculation
11%
Clinical Practice
11%
Intraclass Correlation Coefficient
11%
Most Vulnerable
11%
Bland-Altman Plot
11%
Intraventricular Pressure Gradient
11%
Area Measurement
11%
Interobserver
11%
Frame Selection
11%
Aortic Valve Area
11%
Association Agreement
11%
Hemodynamic Patterns
7%
Elastic Rebound
7%
Medicine and Dentistry
Athletes
47%
Cardiac Imaging
47%
Isoprenaline
47%
Echocardiography
23%
Cardiac Magnetic Resonance Imaging
15%
Blood Flow
15%
Health Care Cost
15%
Hemodynamic
15%
Physical Activity
15%
Coronary Artery
7%
Ventricular Hypertrophy
7%
Heart Ventricle Pressure
7%
Myocardium
7%
Cardiac Computed Tomography
7%
Speckle Tracking Echocardiography
7%
Diagnostic Procedure
7%
Diagnosis
7%
Radiation Exposure
7%
Computer Assisted Tomography
7%
Pulse Wave Velocity
7%
Disease
7%
Anatomy
7%
Contrast Medium
7%
Tissue Doppler Imaging
7%
Sports Medicine
7%
Heart Function
7%