(top) (A) Time evolution of the radius of the thin capsule, shown for the experimental data and simulations using Model I, showing the effect of a parameter variation for the lysis time Tlys. (B) Time evolution of the simulated cell density. (C) Cell density at 48h obtained from final model run with optimal parameters, but in which cells divide after a fixed cycle time (”timer“) instead of a fixed size.</p
Mechanical feedback has been identified as a key regulator of tissue growth, by which external signa...
Mechanical feedback has been identified as a key regulator of tissue growth, by which external signa...
(A) Cartoon illustrating the compression experiment using deformable cells in a capsule to calibrate...
(A) Time evolution of the radius of the thin capsule, shown for the experimental data and the simula...
(top) (A) Time evolution of the thick capsule radius (H = 30 μm), shown for the experimental data an...
(A) Simulation snapshot at the beginning of a free growing CT26 spheroid (R = 100 μm), indicating qu...
International audienceModel simulations indicate that the response of growing cell populations on me...
(A) Plot of Hill-type growth rate function as function of the volumetric strain ϵV = ϵV(p), for n = ...
Model simulations indicate that the response of growing cell populations on mechanical stress follow...
Model simulations indicate that the response of growing cell populations on mechanical stress follow...
(A) Simulation snapshots of DCM cells within a scaled capsule model, for the cases of cells with a r...
Model simulations indicate that the response of growing cell populations on mechanical stress follow...
Model simulations indicate that the response of growing cell populations on mechanical stress follow...
Mechanical feedback has been identified as a key regulator of tissue growth, by which external signa...
Mechanical feedback has been identified as a key regulator of tissue growth, by which external signa...
Mechanical feedback has been identified as a key regulator of tissue growth, by which external signa...
Mechanical feedback has been identified as a key regulator of tissue growth, by which external signa...
(A) Cartoon illustrating the compression experiment using deformable cells in a capsule to calibrate...
(A) Time evolution of the radius of the thin capsule, shown for the experimental data and the simula...
(top) (A) Time evolution of the thick capsule radius (H = 30 μm), shown for the experimental data an...
(A) Simulation snapshot at the beginning of a free growing CT26 spheroid (R = 100 μm), indicating qu...
International audienceModel simulations indicate that the response of growing cell populations on me...
(A) Plot of Hill-type growth rate function as function of the volumetric strain ϵV = ϵV(p), for n = ...
Model simulations indicate that the response of growing cell populations on mechanical stress follow...
Model simulations indicate that the response of growing cell populations on mechanical stress follow...
(A) Simulation snapshots of DCM cells within a scaled capsule model, for the cases of cells with a r...
Model simulations indicate that the response of growing cell populations on mechanical stress follow...
Model simulations indicate that the response of growing cell populations on mechanical stress follow...
Mechanical feedback has been identified as a key regulator of tissue growth, by which external signa...
Mechanical feedback has been identified as a key regulator of tissue growth, by which external signa...
Mechanical feedback has been identified as a key regulator of tissue growth, by which external signa...
Mechanical feedback has been identified as a key regulator of tissue growth, by which external signa...
(A) Cartoon illustrating the compression experiment using deformable cells in a capsule to calibrate...