you get cancer
Genes called proto-oncogenes stop a cell from dividing too often.
Then the cell colony and the organism it is associated with will die
Cells have mechanisms that sense signals from their environment to determine when to start dividing (such as growth factors) or stop dividing (such as DNA damage or contact inhibition). These signals help regulate the cell cycle and ensure proper cell division. Dysregulation of these processes can lead to diseases like cancer.
everybody is born with cancer cell. No cancer does not start when cells have stoped growing and dividing. it is simply because the cancer cells are getting agrrivated witch makes it start.
Cells stop dividing when your energy source is depleted. That's why you die when you don't eat.
True. Cells typically stop dividing at a point in late G1 phase called the G1 checkpoint. At this checkpoint, the cell assesses its internal and external conditions to determine whether conditions are favorable for cell division to proceed. If conditions are not optimal, the cell may enter a non-dividing state called G0 phase.
The phase of interphase when cells leave the cell cycle and stop dividing is called G0 phase. In G0 phase, cells are in a non-dividing state where they carry out their specialized functions. It is a resting phase before potentially re-entering the cell cycle.
contact inhibition and "go, no-go" switches
False. Normal cells typically stop dividing at various points in the cell cycle, not necessarily after metaphase in mitosis. When cells receive signals to stop dividing, they can exit the cell cycle at any stage, such as during G1, S, G2, or even after metaphase in mitosis.
Cells stop dividing because the telomeres, protective bits of DNA on the end of a chromosome required for replication, shorten with each copy, eventually being consumed, as described in the article on telomere shortening.
No, liver cells can continue to divide and regenerate throughout life. However, the rate of cell division decreases with age and liver damage can affect the regenerative capacity of the liver cells.