… Using epithelial-to-mesenchymal transition (EMT), cancer stem-like properties, metabolic …
illustrate how phenotypic plasticity in cancer cells enables them to acquire hybrid phenotypes (…

… heterogeneous cellular states and phenotypic plasticity are … allows clinical medicine to adopt
a dynamical systems … tumors as dynamical systems are suggested to pave dynamical and (…

… This strategy has yielded new insights whereby stochastic … for our understanding of phenotypic
plasticity. Multiple questions … cell fate–specifying molecular circuits, but also with specific …

… phenotypic plasticity in cancer progression as well as discussing ways of translating these
ideas … In summary, generic dynamical systems principles without a specific model suggest that …

… Complex systems are irreducible dynamical systems composed of … This dispersion provides
insight into the multiscale … driving glioblastoma phenotypic plasticity and cell–cell crosstalk …

… network patterns/dynamics steering cancer cell fate decision-making… of dynamical systems
theory applications in cancer research … cancer stemness networks and phenotypic plasticity in …

… mechanistic insights into the roles of these individual molecules in phenotypic plasticity in …
However, these interactions have not been investigated from a dynamical systems perspective …

… various processes underlying phenotypic plasticity such as … Such a dynamical systems
approach to elucidating patterns of … Such dynamic insights can be valuable in deciding …

… Phenotypic plasticity of cancer cells can lead to complex cell … In dynamical systems theory,
plasticity is a weaker kind of … plasticity as multipotency by defining possible cell fates for each …

… tool to obtain a “rough and ready picture” that “cannot be interpreted rigorously” [17], it
was nonetheless developed within the mathematical context of dynamical systems theory. …