… , it leads to four different outcomes: indefinite growth, metastasis, latency, and complete …
the dormant phase is carried on and the critical parameters for the transition to other phases are …

… general aspects of the evolution of a primary tumor from avascular to metastatic stage. The
… model for tumor growth [5] with the inclusion of the epithelial–mesenchymal transition. The …

… tumor growth based on a chemical network model. Vascular growth and metastasis, appear
as a hard phase transition … the dynamical behavior of tumor growth according to this model. …

… Transitions phenomena far from thermodynamic equilibrium are a consequence of … tumor.
On the other hand, bifurcations in dynamical systems play a similar role to phase transitions in …

… systems play a similar role to phase transitions in the vicinity of … of the tumor growth may
be explained by transition phenomena … equilibrium for phase transitions during tumor growth. …

Tumor glycolysis is a self-organized nonlinear mechanism that can exhibit oscillations under
certain conditions. Experimental evidence suggests that glycolytic oscillations may give …

… feature of solid tumors that can alter how tumors respond to … a human-origin GBM xenograft
tumor. We attempt to understand … of as a type of phase transition. Our analysis indicates that …

… The study of solid–solid phase transitions, including elasticity in the phase-field formulations,
has been significantly developed recently. Following Khachaturyan's theory of micro-…

… Our claim is supported by molecular studies on tumor suppressor inactivation, growth rates
of premalignant neoplasms, and the analyses of colorectal cancer (CRC) and pancreatic …

… nutrients for growth and a means to escape the primary tumor and … how the tumor and its
associated vasculature grow during … growth equations of our model are derived using the phase-…