Zoran Stankovic

TL;DR: The purpose of this review is to describe the methods used for 4D flow MRI acquisition, post-processing and data analysis and provide an overview of the clinical applications of 4D Flow MRI, which includes a review of applications in the heart, thoracic aorta and hepatic system.

TL;DR: Investigation in 3D flow patterns and vessel wall parameters in patients with dilated ascending aorta, age-matched subjects, and healthy volunteers found increase in AAo diameter is significantly correlated with the presence and strength of supra-physiologic-helix and vortex formation in the AAo, as well with decrease in systolic WSS and increase in OSI.

TL;DR: The aim was to systematically investigate the impact of different acceleration factors and number of coil elements on acquisition time, image quality and quantification of hemodynamic parameters in accelerating aortic four‐dimensional MRI.

TL;DR: Flow-sensitive 4D MR imaging may constitute a promising, alternative technique to Doppler US for evaluating hemodynamics in the portal venous system of patients with liver cirrhosis and may be a means of assessing pathologic changes in flow characteristics.

TL;DR: To evaluate the feasibility of time‐resolved flow‐sensitive MRI for the three‐dimensional visualization and quantification of normal and pathological portal venous (PV) hemodynamics, a large number of animals were studied.