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Interphase has to happen first. Interphase is where the cell grows and the nuclear DNA duplicates. The cells either leave the cycle of interphase for division, or stays and replicate more.

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Mitosis is important for the creation of new cells. Mitosis makes diploid cells and meiosis make haploid cells.

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when the cyclin levels in the cell hit their peak, mitosis is triggered

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Mitosis is important for growth, development, and healing.
while mitosis involves creating new general cells, meiosis involves the production of reproductive cells

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Cyclins and the levels of cyclin regulates cell division. If cells continue to divide after they've run out of room they'll become cancer cells

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cells are told to stop dividing through multiple factors including density of surrounding cells, and nutrient availability. if cells continue to divide unregulated they can become cancerous

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Cells are no longer able to divide. Nerve and muscle cells stay in G0 because like muscle cells they form again if they are torn some where in the body

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Mitosis is important for replicating cells for constant development. Meiosis involves reproductive cells and Mitosis replicates the same cell.

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cyclins are proteins that regulate cell division.
Cyclin dependent kinases are the enzymes that interact with cyclin to trigger division
If cdk didn't degrade cyclin afterwards then the levels would never decrease after mitosis begins

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Cyclin is an enzyme that's important for cell division. If CDK didn't degrade cyclin then they'd become cancer cells.

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Mitosis is significant for growth and  developing, healing, and regeneration and health. Meiosis involves reproductive cells and has a total of four cells while mitosis divides any cell that is not a sex cell and ends up producing 2 cells

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G0 involves the cell staying in interphase until otherwise told. cells like muscles and brains stay here because they aren't meant to divide and replicate unless under certain circumstances

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G0 is a phase where cells will no longer divide. Examples of cells in this phase are nerve and muscle cells.

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Cyclin are the proteins and cyclin dependent kinases are the enzymes. Mitosis levels would never decrease and began anaphase