Media Summary: This simulation shows a growing tumor (dark grey) in stromal tissue (light grey). T cells (red) are infiltrating the growing tumor. Cellular Pots Model for positive energy of own type

Cellular Pots Model Moderate Obstacles - Detailed Analysis & Overview

This simulation shows a growing tumor (dark grey) in stromal tissue (light grey). T cells (red) are infiltrating the growing tumor. Cellular Pots Model for positive energy of own type

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Cellular Pots Model - Moderate Obstacles
Cellular Pots Model - No obstacles
Cellular Pots Model - Very Many Obstacles
Cellular Pots Model - More Obstacles
Cellular Potts Model
Cellular Pots Model - Few obstacles
Cellular Potts Model simulation
Lecture on the Cellular Potts Model
Cellular Pots Model for positive energy of own type
Cellular Potts Model
3D Single Cell Chemotaxis - steady field gradient - Potts Model
Wound Healing by a cellular Potts model
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Cellular Pots Model - Moderate Obstacles

Cellular Pots Model - Moderate Obstacles

Cellular pots model

Cellular Pots Model - No obstacles

Cellular Pots Model - No obstacles

The

Cellular Pots Model - Very Many Obstacles

Cellular Pots Model - Very Many Obstacles

Cellular pots model

Cellular Pots Model - More Obstacles

Cellular Pots Model - More Obstacles

Cellular Pots Model

Cellular Potts Model

Cellular Potts Model

So our

Cellular Pots Model - Few obstacles

Cellular Pots Model - Few obstacles

Cellular pots model

Cellular Potts Model simulation

Cellular Potts Model simulation

This simulation shows a growing tumor (dark grey) in stromal tissue (light grey). T cells (red) are infiltrating the growing tumor.

Lecture on the Cellular Potts Model

Lecture on the Cellular Potts Model

This lecture explains the "

Cellular Pots Model for positive energy of own type

Cellular Pots Model for positive energy of own type

Cellular Pots Model for positive energy of own type

Cellular Potts Model

Cellular Potts Model

Here is the original javascript code, https://m0ose.github.io/onepagers/

3D Single Cell Chemotaxis - steady field gradient - Potts Model

3D Single Cell Chemotaxis - steady field gradient - Potts Model

This is a 3D

Wound Healing by a cellular Potts model

Wound Healing by a cellular Potts model

Wound Healing by a cellular Potts model

Single Cell Migration Simulated using the Cellular Potts Model

Single Cell Migration Simulated using the Cellular Potts Model

Random migration/movement of a single