BUSCADOR RECOLECTA

Additional file 11 Figure S6. Scheme of the framework. (A) Molecules diffuse freely in a three-dimensional space (cytoplasm) adjacent to a two-dimensional grid (inner plasma membrane) where molecules can attach. G-Actin (green) molecules in the grid interact and polymerize directionally to form F-Actin. ACs (blue) and Myosin (red) also interact with F-Actin to form networks of F-actin. (B) F-actin filament is formed by assembly at the barbed end (regulated by μ1) and disassembly at the pointed end (regulated by E1). (C) Linker formation of ACs and Myosin to F-Actin are regulated by μ2 and μ3, respectively. Release of ACs and Myosin is regulated by E2 and E3, respectively. (D-F) Shape of the potential function μi at a given time point for different values of (D) the reference potential μi,0, (E) the total G-actin molecules in the system Ni,0, and (F) the shape parameter γi., Ministerio de Ciencia, Innovación y Universidades (España), Peer reviewed

Additional file 12 Figure S7. Scheme of the effect of Myosin over F-actin. (1), Myosin movement in parallel f-Actin. (2) F-actin sliding. (3) Tension building in the filaments. (4) Release from cortex after threshold tension is reached. After release, tension (illustrated in red) is redistributed to other F-actin in the network., Ministerio de Ciencia, Innovación y Universidades, Peer reviewed