Answer:
If these proteins turned on indefinitely than the cell will divide uncontrollably and will become a cancerous cell.
Explanation:
The cell cycle is controlled by many proteins which helps in the regulation of cell cycle and cell cycle completion. So these proteins are inactive when cell is not dividing but become active when cell is dividing which means they are needed to be active to divide the cell.
Therefore if they remained turned on indefinitely than the cell will continue to divide indefinitely like cancerous cells and due to overproduction of cell it will cause tumors or cancer in the body.
It could be biome or habitat, but I'm gonna say it's a biome because biomes are ecosystems were habitats meet. and a habitat is a place were a different species live. so yes, it's a biome.
Answer:
The best answer to the question: What would happen if these pairs formed during DNA replication and the inappropriate bases were incorporated? Discuss why this does not happen, would be:
1. The direct result of the formation of bonds between incorrect bases would be the formation of kinks in the chain that would lead to clumping of the molecule and the possible rupture and disassembling of the helix. The reason for this is that these base pairings are coordinated in such a way that their molecular structure allows the DNA molecule to assume its double-helical formation. If the base pairings were changed, then the structure would not be assumed and DNA would not be fully functional.
2. This does not happen because when DNA is synthesized, and the bases are paired up, there are several enzymes and mechanisms that constantly monitor the correct base pairing and when an abnormal one is formed, it is corrected and taken out of the formation. If more than one base pairing is abnormal, then, these mechanisms will ensure the destruction and re-formation of DNA strands that can be fully functional.
Sometimes, however, errors in DNA formation can be made and base pairs may be mismatched, which will produce a cell´s genetic material to malfunction. This is the beginning stage of such diseases as cancer.