<p>Distribution volume dependence on infusion volume was fit to (a) linear (whole leg) and (b) exponential (tumor only) models.</p
Objective: 1. Interpretation of the variations of solute medicine amount in blood vessels and TAF co...
<p>(A) MVD, (B) vessel radius, (C) cell velocity, (D) oxygen, (E) wall thickness, (F) wall shear str...
<p>This figure illustrates the impact of the tumor size on the tumoral blood flow. Open circles (o) ...
<p>Distribution volume dependence on infusion volume was fit to (a) linear (whole leg) and (b) expon...
<p>(a & b) Interstitial fluid pressure (IFP) contours for respectively, and (c & d) convective flui...
<p>(a & b) Interstitial fluid pressure (IFP) contours for = 5 & 10 respectively; (c & d) Convective...
<p>(a & b) Normalized albumin tracer concentration contours within the infusion plane at = 15 and 6...
<p> with its sub and super scripts refer to contributions to the source term as defined in (12), (23...
Inverse correlations of tumor uptake (u), measured in percent injected dose per gram, with tumor mas...
<p>(A) Vascular area (as a percent of the tumor) and (B) median vessel size in the tumors of animals...
<p>(A) IFP, blood pressure and the pressure drop across the vessel wall. (B) IF velocity: plots the...
<p>Left axis: homogeneous (o) and inhomogeneous (.) tumor cell density distributions, <i>ρ</i>. Righ...
Systemic drug delivery to solid tumors involving macromolecular therapeutic agents is challenging fo...
Background We present computational modeling of positron emission tomography radiot...
<p>These quantities are presented for different regions, where each region is associated with its ow...
Objective: 1. Interpretation of the variations of solute medicine amount in blood vessels and TAF co...
<p>(A) MVD, (B) vessel radius, (C) cell velocity, (D) oxygen, (E) wall thickness, (F) wall shear str...
<p>This figure illustrates the impact of the tumor size on the tumoral blood flow. Open circles (o) ...
<p>Distribution volume dependence on infusion volume was fit to (a) linear (whole leg) and (b) expon...
<p>(a & b) Interstitial fluid pressure (IFP) contours for respectively, and (c & d) convective flui...
<p>(a & b) Interstitial fluid pressure (IFP) contours for = 5 & 10 respectively; (c & d) Convective...
<p>(a & b) Normalized albumin tracer concentration contours within the infusion plane at = 15 and 6...
<p> with its sub and super scripts refer to contributions to the source term as defined in (12), (23...
Inverse correlations of tumor uptake (u), measured in percent injected dose per gram, with tumor mas...
<p>(A) Vascular area (as a percent of the tumor) and (B) median vessel size in the tumors of animals...
<p>(A) IFP, blood pressure and the pressure drop across the vessel wall. (B) IF velocity: plots the...
<p>Left axis: homogeneous (o) and inhomogeneous (.) tumor cell density distributions, <i>ρ</i>. Righ...
Systemic drug delivery to solid tumors involving macromolecular therapeutic agents is challenging fo...
Background We present computational modeling of positron emission tomography radiot...
<p>These quantities are presented for different regions, where each region is associated with its ow...
Objective: 1. Interpretation of the variations of solute medicine amount in blood vessels and TAF co...
<p>(A) MVD, (B) vessel radius, (C) cell velocity, (D) oxygen, (E) wall thickness, (F) wall shear str...
<p>This figure illustrates the impact of the tumor size on the tumoral blood flow. Open circles (o) ...