Key result
Visualizing carotid blood flow simulations using spatiotemporal navigation, dimensional reduction, and contextual embedding could promote their practical use in assessing carotid stenoses.
Why the study?
Routine carotid stenosis diagnostics analyze morphology and hemodynamics separately, but blood flow simulations based on computational fluid dynamics could visually integrate both and provide higher resolution on relevant parameters.
Population
Carotid stenoses (computational models/simulations)
Comparison
Blood flow simulations based on computational… vs Routine diagnostics
Design
Other
Authors
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May aid research integration of carotid flow visualizations; leaves open clinical validation before practice adoption.
Advanced visualization techniques for computational fluid dynamics may improve the clinical assessment of carotid stenoses.
Eulzer et al. (2021) studied Carotid stenoses. Carotid blood flow simulations and visualization techniques vs. Routine diagnostics (angiography and sonography) was evaluated. Visualizing carotid blood flow simulations using spatiotemporal navigation, dimensional reduction, and contextual embedding could promote their practical use in assessing carotid stenoses.
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