they stop growing
Cells can respond to contact with other cells through a process called cell-cell communication. This communication can involve direct contact between cell surface molecules or the release of signaling molecules that can bind to receptors on neighboring cells. These interactions can trigger a variety of responses, such as changes in gene expression, cell growth, differentiation, or cell death.
Cancer cells do NOT exhibit contact inhibition, meaning that when they come in contact with another cell, the do NOT stop growing.
If cells become too confluent, they may stop growing or dividing due to contact inhibition, a phenomenon where cells cease dividing when they come into contact with neighboring cells. This can affect experimental outcomes in cell culture studies. Additionally, overcrowding can lead to nutrient and oxygen deprivation, compromising cell health and survival.
The cell grow bigger
No, only plant cells have cell walls! Animal cells have a cell membrane.
Cytokinesis happens at the cell plate in the plant cell It happens at the ceavage furrow in the animal cell.... The only similarity is that it is the microtubules shortening and tightning until itll eventually pinch the mother cell into two identical daughter cells
Wherever ever there are cells, cell divisions will occur.
The new cells enter into interphase.
the stages of cell divsion are mitosis and cytokinsis... this happens when a parent cell divides into genetically identical cells called daugther cells.
Cell theory is a principle in Biology the states what happens in a cell. Cell theory states that every living organisms consists of cells, and everything needs cells to survive.
So cell energy requirement will not be filled. Cell will stop functioning.
After a cell divides, two daughter cells are formed, each with a complete set of genetic material. These cells undergo growth and maturation to eventually perform their specific functions in the organism. The process of cell division ensures the growth, development, and repair of tissues in multicellular organisms.