Final answer:
The starter sequence in the cell cycle cannot be aborted and must be allowed to complete its cycle.
Step-by-step explanation:
The statement is true.
Once a starter sequence has been initiated during the cell cycle, it cannot be aborted and must be permitted to complete its cycle. The starter sequence, also known as the cell cycle initiation point, is a crucial step in the cell cycle process. It signifies the beginning of interphase and sets in motion the events that lead to cell division.
Throughout the cell cycle, various internal checkpoints ensure that the cell meets all the necessary requirements before progressing to the next phase. These checkpoints help prevent errors and maintain the integrity of the cell's DNA. If the cell fails to meet these requirements, the cycle will pause and attempt to correct any abnormalities before moving forward.