(a) Initial (b) early and (c) late steady configuration of the membrane for na = 0.1 nm−1, Fe = 12 pN, . The insets in panels (a)-(c) shows the filaments status under the membrane. The light-blue lines represent the free fluctuating filaments while the black line shows the filaments in their attached state. The red line shows the non-progressive gel front located at y = 0. (d) Time evolution of the middle point of the membrane and the little arrows show the points where the data for the (a)-(c) plots are collected.</p
(a) Actin filaments status during the whole evolution for the case of active gel. We have 25 filamen...
<p>(A) Initial conformation of lattices of F-BAR domains on the membrane in a SBCG representation. A...
(A) Active force of F = 20 pN applied to single membrane. Simulations including thermal undulations ...
(a) Initial (b) early and (c) late configuration of the membrane and gel for na = 0.1 nm−1, Fe = 12 ...
The dynamics of membrane’s middle point versus time for different values of edge tension Fe = [4, 8,...
(a) In the case of non-progressive gel front, the final steady configuration is established much ear...
(a) The dynamics of membrane’s middle point versus time for different values of . In this case the f...
The dynamics of membrane’s middle point versus time for different values of , with the force Fe = 16...
Biological membranes are important structural units in the cell. Composed of a lipid bilayer with em...
The forces that arise from the actin cortex play a crucial role in determining the membrane deformat...
The forces that arise from the actin cortex play a crucial role in determining the membrane deformat...
We analyze the stability of biological membrane tubes, with and without a base flow of lipids. Membr...
International audienceAbstract Biomembranes experience out-of-equilibrium conditions in living cells...
(A) Membrane displacement for various forces for a single membrane (solid curves), and the top membr...
<p>(a) & (b) Two simulated tubes at equal height, generated by simulations with the same initial fil...
(a) Actin filaments status during the whole evolution for the case of active gel. We have 25 filamen...
<p>(A) Initial conformation of lattices of F-BAR domains on the membrane in a SBCG representation. A...
(A) Active force of F = 20 pN applied to single membrane. Simulations including thermal undulations ...
(a) Initial (b) early and (c) late configuration of the membrane and gel for na = 0.1 nm−1, Fe = 12 ...
The dynamics of membrane’s middle point versus time for different values of edge tension Fe = [4, 8,...
(a) In the case of non-progressive gel front, the final steady configuration is established much ear...
(a) The dynamics of membrane’s middle point versus time for different values of . In this case the f...
The dynamics of membrane’s middle point versus time for different values of , with the force Fe = 16...
Biological membranes are important structural units in the cell. Composed of a lipid bilayer with em...
The forces that arise from the actin cortex play a crucial role in determining the membrane deformat...
The forces that arise from the actin cortex play a crucial role in determining the membrane deformat...
We analyze the stability of biological membrane tubes, with and without a base flow of lipids. Membr...
International audienceAbstract Biomembranes experience out-of-equilibrium conditions in living cells...
(A) Membrane displacement for various forces for a single membrane (solid curves), and the top membr...
<p>(a) & (b) Two simulated tubes at equal height, generated by simulations with the same initial fil...
(a) Actin filaments status during the whole evolution for the case of active gel. We have 25 filamen...
<p>(A) Initial conformation of lattices of F-BAR domains on the membrane in a SBCG representation. A...
(A) Active force of F = 20 pN applied to single membrane. Simulations including thermal undulations ...