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G0 phase occurs when the cell does not have the necessary materials (as in nutrients, proteins, or energy) in order to achieve division. It is a phase that lies outside of the cell cycle and it is a resting phase for the cell.

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A chromosome disorder also known as trisomy 13. Chromosome 13, which carries the genes you inherit from your parents are divided into 3

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different segments in the chromosome are exchanged with each other in order to achieve genetic diversity.

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A disorder where the X chromosome for females is affected by monosomy resulting in only X for the sex chromosome

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A chromosome disorder where chromosome X for females is affected by trisomy resulting in XXX sex chromosome

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A chromosome disorder where chromosome X for males is affected by trisomy resulting in XXY sex chromosome

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a chromosome disorder where chromosome 18 is affected by trisomy

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A chromosome disorder where chromosome 21 is affected by trisomy

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The division of the cytoplasm

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The nucleus (nucleolus and nuclear membrane) reforms on both sides on the cell around the chromosomes and prepares for cytokinesis (cleavage furrow begins to form)

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The chromosomes move to the equatorial plane and the spindle fibers move towards opposite sides of the cell

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The division of the cytoplasm

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- Prophase 2
- Metaphase 2
- Anaphase 2
- Telophase 2

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Spindle fibers appear, the nuclear membrane and the nucleolus disappear, the DNA and proteins inside the nucleus condense

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The error which fails to divide the chromatid which results in only one copy of a chromosome

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The error which divides the chromatid into 3 chromosomes into the usual 2

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Trisomy or Monosomy

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The nucleus (nucleolus and nuclear membrane) reforms on both sides on the cell around the chromosomes and prepares for cytokinesis (cleavage furrow begins to form)

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The sister chromatids separate into daughter chromosomes and begin to move towards the poles

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The chromosomes move to the equatorial plane and the spindle fibers move towards opposite sides of the cell

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Spindle fibers appear, the nuclear membrane and the nucleolus disappear, the DNA and proteins inside the nucleus condense

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- Prophase
- Metaphase
- Anaphase
- Telophase

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Creates more organelles proteins and prepares for M phase

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Replicates DNA

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Replicates organelles and is the longest phase in the interphase sequence.

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- G1 phase
- S phase
- G2 phase

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The sister chromatids separate into daughter chromosomes and begin to move towards the poles