10.15131/shef.data.2056716.v1 Daniele Tartarini Daniele Tartarini Elisa Mele Elisa Mele Cell population growth models The University of Sheffield 2016 cellular potts model, cell model agent based models, off-lattice cell model voronoi cell diagram Biomechanical Engineering Simulation and Modelling Numerical Modelling and Mechanical Characterisation Biomolecular Modelling and Design Cell Biology Computational Biology Cancer Cell Biology Biological Mathematics 2016-02-10 13:09:05 Figure https://orda.shef.ac.uk/articles/figure/Cell_population_growth_models/2056716 Schematic representation of cell population in discrete models, where cells are represented in pink with nucleus in red. (A) On-lattice approach: squared 2D lattice where each lattice element contains one single cell. At the top right void locations are free to be occupied by daughter cells. (B) Cellular Potts model: squared lattice where each cell occupies several lattice elements. Cells are represented with different colors. (C) Compartmental model 2D: similar to squared lattice but having several cells per lattice element. (D) Off-lattice agent based approach in 3D: cells are represented by spheres and are not constrained in a lattice. (E) Off-lattice Vertex based 2D: cell surface delimited by polyhedral vertices of a Voronoi tessellation.<div><em>The figure is generated using Inkscape open source program (www.inkscape.org)</em></div>