Contractions, changes in adhesion, cell movement, and growth are all cellular activities that go to mould the form of the embryo.
The result is cell movement through the fluid medium.
It is thought to coordinate cell movements during early allergic reactions, and immune response to pathogens.
Many researchers believe that chorein is responsible for cell movement, but the actual function of this protein remains unknown.
Epiboly is a cell movement that occurs in the early embryo, at the same time as gastrulation.
Live cell imaging often involves time-lapse microscopy to monitor cell movements and growth.
Chemical signal transduction ultimately triggers changes in flagellar beat patterns and cell movement.
Photoelectric signal transduction ultimately triggers changes in flagellar strokes and thus cell movement.
This suggests that their formation is triggered by contact with other cells and that they are not primarily related to cell movement.
The P22 protein is primarily associated with cell to cell movement.
