Uploaded May 2023 | Updated September 2026, 1 day ago
Reconstruction of ‘noisy’ flow-MRI data for a steady flow through a #3Dprinted physical model of an aortic arch: eng.cam.ac.uk/news/phd-student-awarded-national-fellowship-fluid-dynamics
Flow-MRI scans depict #BloodFlow velocity but they are ‘noisy’ and have limited resolution in space and time. Digital Twins can enable the high-resolution imaging of flows and provide quantitative estimates of haemodynamic #biomarkers (used to diagnose cardiovascular disease) that are difficult or impossible to measure otherwise.
Credit: Alexandros Kontogiannis.
Reconstruction of ‘noisy’ flow-MRI data for a steady flow through a #3Dprinted physical model of an aortic arch: eng.cam.ac.uk/news/phd-student-awarded-national-fellowship-fluid-dynamics
Flow-MRI scans depict #BloodFlow velocity but they are ‘noisy’ and have limited resolution in space and time. Digital Twins can enable the high-resolution imaging of flows and provide quantitative estimates of haemodynamic #biomarkers (used to diagnose cardiovascular disease) that are difficult or impossible to measure otherwise.
Credit: Alexandros Kontogiannis.










