Simulations
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Simulation of actin-driven motility of Listeria. (Jonathan Alberts)
A single short actin filament. (Jonathan Alberts)
A branching actin filament. (Jonathan Alberts)
Listeria model at different scales. (Jonathan Alberts)
Model of microtubule asters. (Garrett Odell)
Centration in C. elegans. (Garrett Odell)
Centration in C. elegans. (Garrett Odell)
Centration in C. elegans. (Garrett Odell)
Centration in C. elegans. (Garrett Odell)
Cytoplasmic streaming. (Garrett Odell)
Downard flythrough of cortex(Ryan Gile)
Microrheology of filament network(Ryan Gile)
Microrheology of filament and linker network(Ryan Gile)
Filament Bundling(Ryan Gile)
Gel effects at high linker concentration(Ryan Gile)
Oligomerization Domains(Ryan Gile)
Stabilization of actin meshwork by par protein oligomerization network(Ryan Gile)
Interactive diffusion model(Ryan Gile)
Elevating cortical tension in a blastula.(Munro, Sherrard)
Apical constriction in an ascidian blastula.(Munro, Sherrard)
Placode formation in an ascidian blastula.(Munro, Sherrard)
Invagination in an ascidian blastula.(Munro, Sherrard)
centrosome propulsion(Garrett Odell)
cytoplasmic flows(Garrett Odell)
artificial chromosomes(Garrett Odell)
MKLP1 motors on microtubules in urchin egg(Garrett Odell & Victoria Foe)
MKLP1, Rho, and GAP/GEFs in urchin egg(Garrett Odell & Victoria Foe)