<p>The coverage is plotted against different distances between vessel and tumor, and with respect to different vessel positions and sizes. A: Vessel perpendicular to the electrodes. B: Vessel parallel to the electrodes.</p
<p>(<b>A</b>) Microvessel density in tumors during CFRT. Values represent the average of n≥13 per po...
Integrated analysis of the spatial distributions of the electric potential, electric field, temperat...
<p>Total vessel length (A) (p<0.064), total vessel surface (B) (p<0.035), vessel volume (C) (p<0.078...
<p>The coverage is plotted against different distances between vessel and tumor, and with respect to...
<p>A: 4 electrodes with vessel perpendicular to them. B: 5 electrodes with vessel parallel to them. ...
<p>The coverage is plotted against different types of transformations used to induce an error in ves...
<p>The color map is presented for a simplified model of ECT of a 10 mm tumor with a 4 electrode conf...
<p>Cross sectional schematic of a solid tumor that shows the three different regions of a solid tumo...
<p>Illustration of a spherical tumor, and a darker region indicates a higher vascular density (subfi...
<p>Tumour size and the blood vessel surface area to tissue volume ratio (<i>S/V</i>) for each model....
<p>(A) Tumor radius; (B) blood area fraction, defined as ratio of the vasculature to the tumor area,...
<p>(A) MVD, (B) vessel radius, (C) cell velocity, (D) oxygen, (E) wall thickness, (F) wall shear str...
A. Axial section in the xy-plane of the GM and WM surface of the head model with all tumor locations...
Tumor oxygenation status is considered one of the important prognostic markers in cancer since it st...
<p>(<b>A</b>) Mean projection image of a tumor and associated vascularization acquired through a 20×...
<p>(<b>A</b>) Microvessel density in tumors during CFRT. Values represent the average of n≥13 per po...
Integrated analysis of the spatial distributions of the electric potential, electric field, temperat...
<p>Total vessel length (A) (p<0.064), total vessel surface (B) (p<0.035), vessel volume (C) (p<0.078...
<p>The coverage is plotted against different distances between vessel and tumor, and with respect to...
<p>A: 4 electrodes with vessel perpendicular to them. B: 5 electrodes with vessel parallel to them. ...
<p>The coverage is plotted against different types of transformations used to induce an error in ves...
<p>The color map is presented for a simplified model of ECT of a 10 mm tumor with a 4 electrode conf...
<p>Cross sectional schematic of a solid tumor that shows the three different regions of a solid tumo...
<p>Illustration of a spherical tumor, and a darker region indicates a higher vascular density (subfi...
<p>Tumour size and the blood vessel surface area to tissue volume ratio (<i>S/V</i>) for each model....
<p>(A) Tumor radius; (B) blood area fraction, defined as ratio of the vasculature to the tumor area,...
<p>(A) MVD, (B) vessel radius, (C) cell velocity, (D) oxygen, (E) wall thickness, (F) wall shear str...
A. Axial section in the xy-plane of the GM and WM surface of the head model with all tumor locations...
Tumor oxygenation status is considered one of the important prognostic markers in cancer since it st...
<p>(<b>A</b>) Mean projection image of a tumor and associated vascularization acquired through a 20×...
<p>(<b>A</b>) Microvessel density in tumors during CFRT. Values represent the average of n≥13 per po...
Integrated analysis of the spatial distributions of the electric potential, electric field, temperat...
<p>Total vessel length (A) (p<0.064), total vessel surface (B) (p<0.035), vessel volume (C) (p<0.078...
DOI
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