Answer:
Due to its many activities, interphase is crucial to cell division. It permits cell development and maturation, checks DNA integrity, fixes any damage, and makes sure DNA replication is accurate. By creating the required proteins and organelles, interphase also gets the cell ready to divide. Errors in DNA replication and distribution could arise in the absence of a healthy interphase, resulting in genetic instability and associated health problems.
Step-by-step explanation:
The critical cell cycle phase known as interphase is essential for cell division. It spans the time between two successive divisions and is the longest phase of the cell cycle. Gap 1, Synthesis, and Gap 2 are the three separate steps that make up interphase. The cell grows, replicates its DNA, and gets ready to divide during interphase, which ensures that genetic material is distributed properly to daughter cells. To give the cell time to develop and mature before moving on to the division phase is one of the main purposes of interphase. Due to the fact that DNA replication occurs during the S phase of interphase, it is essential. Each chromosome duplicates itself at this stage to create two sister chromatids that are identical to one another and are connected by centromeres. Additionally, interphase is essential for controlling the synchronisation and timing of cell division. It guarantees that every stage of the cell cycle happens in a predictable and ordered fashion.