Figure S2. Flow curves with different temporal resolutions. The same data of one exemplary in vivo dataset is binned at a temporal resolution of 10, 8 and 4Â ms (from left to right), resulting in 100, 120 and 250 frames across the cardiac cycle. Binning the data at a higher temporal resolution than in 20Â ms leads to undersampling. (a) Flow curves derived from a linear image reconstruction with increasing undersampling artifacts at higher undersampling factors. (b) Flow curves after CS reconstruction. (JPG 1390 kb
Video V1. CINE frames from a healthy male adult (A3) along an axial slice at the level of the bifurc...
Time-resolved velocity information of carotid blood flow can be used to estimate haemodynamic condit...
Background Whole-heart first-pass perfusion cardiovascular magnetic resonance (CMR) relies on highl...
Figure S1. Overview of methods used to calculate transit time between two flow curves. Calculation o...
Background: Cardiovascular magnetic resonance (CMR) allows for non-invasive assessment of arterial s...
Abstract Background Cardiovascular magnetic resonance (CMR) allows for non-invasive assessment of ar...
Figure S1. Four-chamber cine images using Cartesian bSSFP and FISS readouts provide similar depictio...
Quantitative CMR perfusion imaging identifies reduced flow reserve in microvascular CAD. (DOCX 19Â k...
Figure S5. Comparison of reconstructions from prospectively undersampled A = 3 data and A = 4 data t...
Movie showing 3Dir ReVEAL based PC-CMR magnitude, phase (Vx, Vy, Vz) and speed images in this same m...
Figure S3. Figure comparing T1Ď weighted images from 2D ((A)-(F)) and 3D acquisitions ((G)-(L)). Go...
Video V2. Vector plots of combined in-plane velocities from a healthy male adult (A3), with color co...
Figure S1. Correlation by slice (A) rest (B) stress. Trend line represents line of perfect fit. (DOC...
Figure S2. Correlation by coronary territory (A) rest (B) stress. Trend line represents line of perf...
Intraobserver analysis. Bland-Altman plots of peak velocity (Vmax), stroke volume (SV), T1-time and ...
Video V1. CINE frames from a healthy male adult (A3) along an axial slice at the level of the bifurc...
Time-resolved velocity information of carotid blood flow can be used to estimate haemodynamic condit...
Background Whole-heart first-pass perfusion cardiovascular magnetic resonance (CMR) relies on highl...
Figure S1. Overview of methods used to calculate transit time between two flow curves. Calculation o...
Background: Cardiovascular magnetic resonance (CMR) allows for non-invasive assessment of arterial s...
Abstract Background Cardiovascular magnetic resonance (CMR) allows for non-invasive assessment of ar...
Figure S1. Four-chamber cine images using Cartesian bSSFP and FISS readouts provide similar depictio...
Quantitative CMR perfusion imaging identifies reduced flow reserve in microvascular CAD. (DOCX 19Â k...
Figure S5. Comparison of reconstructions from prospectively undersampled A = 3 data and A = 4 data t...
Movie showing 3Dir ReVEAL based PC-CMR magnitude, phase (Vx, Vy, Vz) and speed images in this same m...
Figure S3. Figure comparing T1Ď weighted images from 2D ((A)-(F)) and 3D acquisitions ((G)-(L)). Go...
Video V2. Vector plots of combined in-plane velocities from a healthy male adult (A3), with color co...
Figure S1. Correlation by slice (A) rest (B) stress. Trend line represents line of perfect fit. (DOC...
Figure S2. Correlation by coronary territory (A) rest (B) stress. Trend line represents line of perf...
Intraobserver analysis. Bland-Altman plots of peak velocity (Vmax), stroke volume (SV), T1-time and ...
Video V1. CINE frames from a healthy male adult (A3) along an axial slice at the level of the bifurc...
Time-resolved velocity information of carotid blood flow can be used to estimate haemodynamic condit...
Background Whole-heart first-pass perfusion cardiovascular magnetic resonance (CMR) relies on highl...