Linked from

The 15 pages that link to Epithelial–mesenchymal transition, each with the reason it gives.

• Neural crestRelated: Neural crest cells undergo this transition to leave their site of origin.

• MetastasisRelated: Some cancer cells use EMT-associated traits to detach and invade, though metastasis does not require a complete transition.

• Basement membraneRelated: Cells undergoing this transition can alter their attachment to and interaction with basement membranes.

• OrganogenesisRelated: This transition enables tissue rearrangements used in several organ-forming processes.

• Secondary palateRelated: Its possible role in removing the seam between fused palatal shelves remains debated.

• Cell migrationRelated: This transition can enable epithelial cells to adopt more migratory behaviors.

• MesodermRelated: Many cells entering the mesoderm undergo this transition during gastrulation.

• Cell adhesionRelated: Changes in cell-cell adhesion are a defining feature of this cellular transition.

• Epithelial cellsRelated: It demonstrates that epithelial identity can change during development, repair, and disease.

• IntegrinRelated: Changes in integrin expression and adhesion accompany shifts in cell identity and motility.

• Breast cancerRelated: Related cellular changes can help breast cancer cells invade surrounding tissue.

• Dermal denticleRelated: Related tissue interactions help organize developing denticle-forming units.

• EpitheliumRelated: This transition lets epithelial-derived cells migrate during development, repair, and cancer progression.

• Circulating tumor cellsRelated: This program can change tumor-cell traits associated with detachment and circulation.

• Embryonic structuresRelated: It enables cells to leave epithelial regions and populate developing structures.