Symmetry Breaking in Cells and Tissues
Symmetry Breaking in Cells and Tissues
English[eng]
actin waves||curved proteins||dynamic instability||podosomes||diffusion||cell polarity||Cdc42||stress||cellular memory||phase separation||prions||apoptotic extrusion||oncogenic extrusion||contractility||actomyosin||bottom-up synthetic biology||motor proteins||pattern formation||self-organization||cell motility||signal transduction||actin dynamics||intracellular waves||polarization||direction sensing||symmetry-breaking||biphasic responses||reaction-diffusion||membrane and cortical tension||cell fusion||cortexillin||cytokinesis||Dictyostelium||myosin||symmetry breaking||cytoplasmic flow||phase-space analysis||nonlinear waves||actin polymerization||bifurcation theory||mass conservation||spatial localization||activator–inhibitor models||developmental transitions||cell polarization||mathematical model||fission yeast||reaction–diffusion model||small GTPases||Cdc42 oscillations||pseudopod||Ras activation||cytoskeleton||chemotaxis||neutrophils||natural variation||modelling||activator-substrate mechanism||mass-conserved models||intracellular polarization||partial differential equations||sensitivity analysis||GTPase activating protein (GAP)||fission yeast Schizosaccharomyces pombe||CRY2-CIBN||optogenetics||clustering||positive feedback||network evolution||Saccharomyces cerevisiae||polarity||modularity||neutrality||n/a
English[eng]
actin waves||curved proteins||dynamic instability||podosomes||diffusion||cell polarity||Cdc42||stress||cellular memory||phase separation||prions||apoptotic extrusion||oncogenic extrusion||contractility||actomyosin||bottom-up synthetic biology||motor proteins||pattern formation||self-organization||cell motility||signal transduction||actin dynamics||intracellular waves||polarization||direction sensing||symmetry-breaking||biphasic responses||reaction-diffusion||membrane and cortical tension||cell fusion||cortexillin||cytokinesis||Dictyostelium||myosin||symmetry breaking||cytoplasmic flow||phase-space analysis||nonlinear waves||actin polymerization||bifurcation theory||mass conservation||spatial localization||activator–inhibitor models||developmental transitions||cell polarization||mathematical model||fission yeast||reaction–diffusion model||small GTPases||Cdc42 oscillations||pseudopod||Ras activation||cytoskeleton||chemotaxis||neutrophils||natural variation||modelling||activator-substrate mechanism||mass-conserved models||intracellular polarization||partial differential equations||sensitivity analysis||GTPase activating protein (GAP)||fission yeast Schizosaccharomyces pombe||CRY2-CIBN||optogenetics||clustering||positive feedback||network evolution||Saccharomyces cerevisiae||polarity||modularity||neutrality||n/a