<p>(A) Detail of simulated tissue at various time points, showing the cells (top) and relative concentrations of bound VEGF with isolines (bottom). (B) Dynamics of number of isolated cellular structures (blue) and number of lacunae (red), half-transparent regions indicates standard deviation (n = 10). (C) Inset depicts remodeling in a small region. This occupancy map is constructed by averaging over binary images in the interval between 1000 and 2000 MCS; lines show cell boundaries at 2000 MCS. Grey/white pixels are cells/lacuna which remained unchanged over this period; colored pixels indicates how long a pixel has been occupied by cells. It shows the creation of new connections (arrows) increasing the number of lacunae.</p
Altres ajuts: Obra Social La Caixa/Collaborative Mathematics Programme; Generalitat de Catalunya/CER...
Data and results for `EXACT HEMODYNAMICS` simulations. Simulations of cancerous cells in colony and...
<p>(A,B) The hexagonal lacunae formed by the control vascular network model are marked by asterisks,...
<p>(<b>A</b>) Network of microvessels in rat mesentery, imaged using intravital microscopy. Shaded o...
<p>Distribution of cell lengths at different time points during the simulation. Red line and inset d...
Data and results for `VASCULAR FUNCTION` simulations. Simulations of cancerous cells in colony and ...
<p>Simulated oxygen and VEGF distributions in experimentally observed network (<b>A</b>), and in sim...
<p>Oxygen levels in vessels and tissue are color coded according to scale at right. Dark blue indica...
<p>The dynamical processes of vascular network remodeling (A-E) are illustrated by exemplary state t...
Vascular networks form by a self-aggregation process of individual endothelial cells that differenti...
We introduce a hybrid two-dimensional multiscale model of angiogenesis, the process by which endothe...
network growth. We validate our simulation results against HUVEC cultures using time-resolved image ...
AbstractVasculogenesis, the de novo growth of the primary vascular network from initially dispersed ...
We develop an off-lattice, agent-based model to describe vasculogenesis, the de novo formation of bl...
<p>(<i>A</i>) Simulated collective cell behavior on substrates of varying stiffness, with a uniforml...
Altres ajuts: Obra Social La Caixa/Collaborative Mathematics Programme; Generalitat de Catalunya/CER...
Data and results for `EXACT HEMODYNAMICS` simulations. Simulations of cancerous cells in colony and...
<p>(A,B) The hexagonal lacunae formed by the control vascular network model are marked by asterisks,...
<p>(<b>A</b>) Network of microvessels in rat mesentery, imaged using intravital microscopy. Shaded o...
<p>Distribution of cell lengths at different time points during the simulation. Red line and inset d...
Data and results for `VASCULAR FUNCTION` simulations. Simulations of cancerous cells in colony and ...
<p>Simulated oxygen and VEGF distributions in experimentally observed network (<b>A</b>), and in sim...
<p>Oxygen levels in vessels and tissue are color coded according to scale at right. Dark blue indica...
<p>The dynamical processes of vascular network remodeling (A-E) are illustrated by exemplary state t...
Vascular networks form by a self-aggregation process of individual endothelial cells that differenti...
We introduce a hybrid two-dimensional multiscale model of angiogenesis, the process by which endothe...
network growth. We validate our simulation results against HUVEC cultures using time-resolved image ...
AbstractVasculogenesis, the de novo growth of the primary vascular network from initially dispersed ...
We develop an off-lattice, agent-based model to describe vasculogenesis, the de novo formation of bl...
<p>(<i>A</i>) Simulated collective cell behavior on substrates of varying stiffness, with a uniforml...
Altres ajuts: Obra Social La Caixa/Collaborative Mathematics Programme; Generalitat de Catalunya/CER...
Data and results for `EXACT HEMODYNAMICS` simulations. Simulations of cancerous cells in colony and...
<p>(A,B) The hexagonal lacunae formed by the control vascular network model are marked by asterisks,...