During the healing process, damaged cells capable of proliferation regenerate.
When p53 is mutated, damaged cells continue dividing and sometimes become cancerous.
This short-lived reaction rids the body of harmful intruders and repairs damaged cells.
There is a remote possibility that they damaged cells that control Meyer's memory.
However, macrophages play a major role in the recognition and clearance of foreign, aged, and damaged cells.
The inability of XP-C engrafted skin to remove DNA damaged cells was confirmed in vivo.
When the tissue is badly damaged, cells could be unable to replicate themselves in animal experiments.
These cells stop dividing after some form of stress,which is an anti-cancer mechanism that keeps damaged cells from dividing and growing out of control.
When DNA, the intelligent blueprint of our cells, is damaged, cells go out of control.
It increases the flow of oxygen, which is needed to fuel and heal damaged cells.
Moreover, failure of damaged cells to undergo apoptosis contributes to the progression of cancer as it allows the persistence of DNA damaged cells.
