Cell cycle regulation is really important for stopping cancer. Here are a few reasons why:
DNA Damage Repair: About 10% of our genes help fix DNA when it gets damaged. If cells can't fix their DNA, mistakes can build up, which might cause cancer.
Checkpoint Proteins: There are special proteins, like p53 and Rb, that act like safety checks during the cell cycle. Around 50% of tumors have changes in the p53 gene, showing how important it is for controlling cell division.
Controlled Division: A healthy human cell usually divides around 50 times in its life. When cells divide uncontrollably, it can result in tumors.
Keeping a close watch on the cell cycle makes sure that damaged or weird cells don’t multiply, which helps to prevent cancer from happening.
Cell cycle regulation is really important for stopping cancer. Here are a few reasons why:
DNA Damage Repair: About 10% of our genes help fix DNA when it gets damaged. If cells can't fix their DNA, mistakes can build up, which might cause cancer.
Checkpoint Proteins: There are special proteins, like p53 and Rb, that act like safety checks during the cell cycle. Around 50% of tumors have changes in the p53 gene, showing how important it is for controlling cell division.
Controlled Division: A healthy human cell usually divides around 50 times in its life. When cells divide uncontrollably, it can result in tumors.
Keeping a close watch on the cell cycle makes sure that damaged or weird cells don’t multiply, which helps to prevent cancer from happening.