Despite the increasing knowledge of the molecular basis of tissue morphogenesis, how the activity of these signaling pathways is translated into changes in cell behavior and how cell shape changes ...

can help to understand subcellular and whole-cell morphogenesis. I first summarize the essence of the theory of self-organization in physico-chemical systems in simple terms. I then show how this ...

In the late 90s, some researchers moved to study cellular/morphogenesis events during development, and discovered the SUN-KASH NE complexes and their functions. The lab has also made breakthrough ...

We ask the following questions: How are cell fates determined in the embryonic surface epithelium? What cellular mechanisms govern early morphogenesis of epithelial appendages? Are they conserved ...

3D cell cultures involve growing cells in a three-dimensional matrix or scaffold, allowing them to form more complex and physiologically relevant structures. These cultures better mimic the in vivo ...

1.Miao G and Hayashi S.: "Escargot controls the sequential specification of two tracheal tip cell types by suppressing FGF signaling in Drosophila." Development 143. 4261-4271 (2016) 2.Otani T, et al.

In addition, we have extended the system to 2-color imaging to track gene expression in single cells (Movie 1, Figure 1). Embryogenesis, or development in general, involves three fundamental processes ...

Cell density is a broadly applicable tool for guiding engineered and naturally occurring cells to build a vast array of structures, tissues, and organs.

Margaret Archer has created the most original sociological framework combining structure, culture and agency to help us account for social change as morphogenesis - change generating further change ...