<p>(a) The dynamic intensity-time-curves (ITCs) in artery voxels for image slices. Severe in-flow effect resulted in the inter-slice ITC differences. (b) The dynamic ITCs in vein voxels for image slices. Inter-slice ITC differences were moderate due to the reduced in-flow effect in veins. (c) The baseline and peak intensities in arteries and veins for image slices. The baseline intensity in arteries decreased by a factor of two with the ascending image slices.</p
Data from subject 1 showing depth and pixel intensity information for vessels segments within a reti...
An experimental investigation into the link between haemodynamics and atherosclerosis is reported in...
Vascular disease is a significant source of mortality and morbidity for many patient populations. Wh...
<p>(a) The dynamic concentration-time curves (CTCs) in arteries for image slices. The remarkable int...
<p>(a) Arteries and veins labeled by the automated vessel extraction method. The isolated vertebral ...
<p>T1 values in the artery voxels increased with the ascending slices, but were significantly undere...
The left image shows the selected slice with six cardiac segments. The right image shows the tissue ...
Head and neck Magnetic Resonance (MR) Images are vulnerable to the arterial blood in-flow effect. To...
<p>Time attenuation curves of the arterial input (red line) and of the renal parenchyma (white dashe...
<p>Muscle segmentation and examples of tissue blood curves obtained by averaging over all segment vo...
<p>The mean arterial input function (AIF, left) and venous output function (VOF, right) at different...
Atherosclerotic lesions develop non-uniformly throughout the arterial system and their distribution ...
Indicator dilution curves obtained from various systemic arterial sampling sites are commonly used f...
<p>From the injection of contrast into the peripheral vein (point a), until the contrast media reach...
The intravascular signal describes typical AIF curve characteristics (left column, slice 15). In add...
Data from subject 1 showing depth and pixel intensity information for vessels segments within a reti...
An experimental investigation into the link between haemodynamics and atherosclerosis is reported in...
Vascular disease is a significant source of mortality and morbidity for many patient populations. Wh...
<p>(a) The dynamic concentration-time curves (CTCs) in arteries for image slices. The remarkable int...
<p>(a) Arteries and veins labeled by the automated vessel extraction method. The isolated vertebral ...
<p>T1 values in the artery voxels increased with the ascending slices, but were significantly undere...
The left image shows the selected slice with six cardiac segments. The right image shows the tissue ...
Head and neck Magnetic Resonance (MR) Images are vulnerable to the arterial blood in-flow effect. To...
<p>Time attenuation curves of the arterial input (red line) and of the renal parenchyma (white dashe...
<p>Muscle segmentation and examples of tissue blood curves obtained by averaging over all segment vo...
<p>The mean arterial input function (AIF, left) and venous output function (VOF, right) at different...
Atherosclerotic lesions develop non-uniformly throughout the arterial system and their distribution ...
Indicator dilution curves obtained from various systemic arterial sampling sites are commonly used f...
<p>From the injection of contrast into the peripheral vein (point a), until the contrast media reach...
The intravascular signal describes typical AIF curve characteristics (left column, slice 15). In add...
Data from subject 1 showing depth and pixel intensity information for vessels segments within a reti...
An experimental investigation into the link between haemodynamics and atherosclerosis is reported in...
Vascular disease is a significant source of mortality and morbidity for many patient populations. Wh...