Why the study?
Predicting spatiotemporal hemodynamic responses and their impact on blood oxygenation levels in microcirculation requires mathematical modeling coupling oxygen transport and blood flow dynamics.
Population
High-resolution 7-Tesla MRI dataset for head segmentation
Design
Proof of concept mathematical modeling and simulation study
Authors
Loading...
May aid fMRI/NIRS hemodynamic modeling; leaves open clinical validation in cardiovascular populations.
A novel coupled spatiotemporal mathematical model effectively simulates cerebral hemodynamic responses and blood volume fractions, offering potential utility for medical imaging modalities like fMRI and NIRS.
Samavaki et al. (2024) studied this question.
Synapse has enriched 2 closely related papers on similar clinical questions. Consider them for comparative context: