Snapshots of the spread of an oncolytic virus in a 2D environment with a regular lattice architecture (A-D) having n = 4 nearest neighbors and with a Voronoi lattice (E–H) with n = 6 nearest neighbors. In both scenarios, there is one major focus of infection as in the equivalent in vitro scenario. Blue represents normal cells, red represents tumor cells, green represents infected tumor cells and black represents empty space.</p
In our model, virus infection in the tumour tissue can result in four therapeutic outcomes: (A) tota...
For three scenarios: (A) absence of virus-resistant cancer cells; (B) production of resistant cancer...
<p>Left: cells are labelled according to their ancestor cell; each crypt gives rise to a monoclonal ...
Serial snapshots of the spread of an oncolytic virus in a 3D environment with a regular lattice arch...
The equilibrium results of simulations performed in 3D and 2D both in a Voronoi lattice (i and iii) ...
Spatial organization of (A) the 2-dimensional regular grid model, where each cell has 4 neighbours; ...
(A) Therapeutic outcome in relation to the rates of viral spread via contact (bi) and death rate of ...
<div><p>Oncolytic viruses replicate selectively in tumor cells and can serve as targeted treatment a...
Oncolytic viruses are viruses that specifically infect cancer cells and kill them, while leaving hea...
Oncolytic viruses are viruses that specifically infect cancer cells and kill them, while leaving hea...
Oncolytic virotherapy is a promising form of cancer treatment that uses native or genetically engine...
In the graphs of the main text (Fig 3), the rate of virus spread (bi) ranges from 0 to 5, while the ...
Simulation outcome in relation to the rates of viral spread via contact (bi) and death rate of infec...
Oncolytic virotherapy is a promising form of cancer treatment that uses native or genetically engine...
A snapshot of the (A) Voronoi model and the (B) 3D model at a runtime (t = 155) was taken for compar...
In our model, virus infection in the tumour tissue can result in four therapeutic outcomes: (A) tota...
For three scenarios: (A) absence of virus-resistant cancer cells; (B) production of resistant cancer...
<p>Left: cells are labelled according to their ancestor cell; each crypt gives rise to a monoclonal ...
Serial snapshots of the spread of an oncolytic virus in a 3D environment with a regular lattice arch...
The equilibrium results of simulations performed in 3D and 2D both in a Voronoi lattice (i and iii) ...
Spatial organization of (A) the 2-dimensional regular grid model, where each cell has 4 neighbours; ...
(A) Therapeutic outcome in relation to the rates of viral spread via contact (bi) and death rate of ...
<div><p>Oncolytic viruses replicate selectively in tumor cells and can serve as targeted treatment a...
Oncolytic viruses are viruses that specifically infect cancer cells and kill them, while leaving hea...
Oncolytic viruses are viruses that specifically infect cancer cells and kill them, while leaving hea...
Oncolytic virotherapy is a promising form of cancer treatment that uses native or genetically engine...
In the graphs of the main text (Fig 3), the rate of virus spread (bi) ranges from 0 to 5, while the ...
Simulation outcome in relation to the rates of viral spread via contact (bi) and death rate of infec...
Oncolytic virotherapy is a promising form of cancer treatment that uses native or genetically engine...
A snapshot of the (A) Voronoi model and the (B) 3D model at a runtime (t = 155) was taken for compar...
In our model, virus infection in the tumour tissue can result in four therapeutic outcomes: (A) tota...
For three scenarios: (A) absence of virus-resistant cancer cells; (B) production of resistant cancer...
<p>Left: cells are labelled according to their ancestor cell; each crypt gives rise to a monoclonal ...