"contact cells" is a valid and commonly used phrase in written English.
It refers to specialized cells in the body that are responsible for communication and information exchange among other cells. These cells are often found in nervous or immune systems. Example: The contact cells in the brain play a crucial role in transmitting signals between neurons.
Besides direct contact, cells also exhibited vesicle transport phenomena.
Structure, performance, and production analysis of buried contact cells is also presented in the chapter.
The main device structures of the buried contact family comprise the standard buried contact, the simplified buried contact and the double-sided buried contact cells.
As the culture progressed, the cells in the central region slowly moved with morphological change of a cobblestone-like shape via interaction between contact cells and exhibiting the shift from random migration to collective movement toward the center, accompanied by tight junction formation.
We have fabricated rear-junction, backside contact cells in which both the emitter and the back contact are formed by amorphous/crystalline silicon heterostructure, and the grid-less textured front surface is passivated by a double layer of amorphous silicon and silicon nitride, which also provides an anti-reflection coating.
During the first 5 10 min after the establishment of a stable contact, cells formed lamellipodia both in the zone of contact and at the free edges.
This is most likely due to a coverage issue: Automated polls cannot contact cell phones.
Some polls contact cell phone users, but most are not getting enough respondents.
Federal law bars pollsters from using automated dialers to contact cell phones, so pollsters that rely solely on automated cold calls will miss the nearly one-third of Americans now living in cell-phone-only households.
For excellent reviews regarding Hippo regulation by cell-cell contact and cell polarity see [91],[104].
This is facilitated by cell-cell contact and cell-substrate contact [31].
