Modeling of
Single and Collective Cell Dynamics: From Active Mechanics to Migration
Supplementary Material
Chapter 5 - Theoretical Modeling of Tissue Dynamics using Vertex Model
MOVIE 5.1
Modeling the emergence of coherent rotation of cells using vertex model.
The parameters for the simulation are chosen as N = 140, K = 0.1, A0
= 1000, Γ = 0, Λ = 100, v0 = 10, μ = 0.0001.
(if doesn't play in browser,
download
here)
MOVIE 5.2
CIL leads to arrest of motion of cells under confinement. The
parameters for the simulation are chosen as N = 140, K = 0.1, A0
= 1000, Γ = 0, Λ = 100, v0 = 10, μ = 0.0001.
(if doesn't play in browser,
download
here)
MOVIE 5.3
CIL leads to expansion and deformation of tissue. The value of different
parameters for the simulation are N = 140, K = 0.1, A0 = 1000, Γ
= 0, Λ = 100, v0 = 100, μ = 0.0001.
(if doesn't play in browser,
download
here)
MOVIE 5.4
Emergence of tissue rotation under active contractile stress. The
parameters for the simulation are N = 140, K = 0.1, A0 = 1000, Γ
= 0, Λ = 100, μ = 0.0001, ζ ∆μ = 0.5.
(if doesn't play in browser,
download
here)