… of metastasis. In summary, dynamic changes or plasticity between the epithelial and the …
tumors are needed for the establishment of a comprehensive profile of cancer metastasis. …

… epithelial plasticity during metastatic colonization and the need for cancer cells to revert to
the epithelial phenotype through a MET (16, 60), rather than preventing metastasis, inhibiting …

… Recent studies have demonstrated that EMT may render cancer cells … of epithelial plasticity
in the multistep processes of bone metastasis, the issue of minimal residual disease, cancer …

… is collectively encompassed by the term ‘epithelial–mesenchymal plasticity’ (EMP), which …
over ‘epithelial plasticity’ 14,15 , a more general term indicating flexibility in the epithelial state. …

… the regulatory mechanisms and pathological roles of epithelial-mesenchymal plasticity, with
a focus on recent insights into the complexity and dynamics of this phenomenon in cancer. …

… epithelial plasticity. Table 1 integrates currently known in vitro models of epithelial cell plasticity
… Epithelial cells derived from the breast, the kidney and the skin have been predominantly …

… , including tumor initiation and metastasis, immune evasion, and chemoresistance.
Consequently, elucidating the mechanisms by which cancer cells exploit plasticity to cope with …

… specify distinct types of epithelial plasticity correlated with steps in cancer progression and
metastasis. The existence of several distinct epithelial plasticity phenotypes is also strongly …

… enhances the metastatic phenotype by … cancer cell plasticity during cancer progression,
with a focus on their role in promoting successful completion of the later stages of the metastatic …

… epithelial phenotype is a default state of epithelial cells. Contextual signals promote the
epigenetic repression of key epithelial … , which help define the plasticity of epithelial cells and the …