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Extends the cleavage furrow to completely seperate the newly formed daughter cells each containing one nucleus.

Cell plate grows outwards until it meets the existing wall resulting in two daughter cells.

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Chromosomes cluster at opposite poles and begins to decoyal as the nuclear envelope reforms along with nucleoli. The splinder apparatus disassembles as the microtubules are broken down into tubulin monomers that can be used to form the cytoskeleton of the daughter cells. A cleavage furrow forms in the center of the cell. This indentation is made from constricting belt of actin filaments surrounding the inside of the cells circumference.

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Begins with the degradation of proteins that holds sister chromatids separate at the kinetochore, freeing individual chromosomes. Chromosomes are then pulled but to opposite poles. When the chromosomes separate into sets, one at each pole, anaphase is considered complete.

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Microtubules of the spindle interact with the chromosomes, this causes the chromosomes so move and align in the middle. All chromosomes are aligned at the equator of the cell called the equatorial/metaphase plate. Sister chromitides are held at the centromere informing the presence of protein structures called kinetochore which holds the chromosomes and attaches them to the spindle.

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Chromatin condense to form Chromosomes which are two sister chromatids held together at the centromere and nucleolus disappears. Cytoskeleton disassembles as the spindle begins to form.Towards the end of prophase chromosomes attached by proteins in their centromeres called kinetic horse to microtubules from each pole moving the chromosomes toward the equator of the cell.

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Primary point that decides if the cell cycle continues or stops. External signals and growth factors can influence the cell cycle and affect the progress at or before this checkpoint.

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This checkpoint ensures that cells that have successfully completed all 3 phases of interphase to begin Mitosis. The G2 to mitosis transition is the last checkpoint before the cell commits to entering mitosis.

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All the enzymes needed to aid in the process of cell division have been produced. The cell has to grow some more and produce any molecules before it divides. G2 is the last chance for the cell to make more protein in preparation for division. The cell has twice the amount of DNA during G2 than it did during G1. G2 is necessary for the cell to make sure that all of the DNA is in intact.

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Cell synthesizes a copy of the DNA in its nucleus. The  copy must be accurate and copied exactly once. This is known as chromosome duplication. A structure called the centrosome also duplicates. The centrosomes help separate DNA during M phase.

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Cell synthesizes various enzymes and nutrients  needed later for DNA replication and cell division. Cells produce the  most proteins in this phase.

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Cell's DNA replicates

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Cell is almost ready to divide

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Growth phase --> Cell's get bigger in size

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Mitosis