The DNA will not replicate.

The organelles will not duplicate.

The nucleus will not divide evenly.

The cytoplasm will not split correctly.

The DNA will not replicate.

The organelles will not duplicate.

The nucleus will not divide evenly.

The cytoplasm will not split correctly.

The chromosomes will not be able to align for metaphase or separate in anaphase.

The chromosomes will moves into metaphase and anaphase without the spindle fibers.

The cytoplasm will slowly start to dissolve the chromosomes.

The nuclear membranes will not form due to a lack of proteins.

The amount of DNA for each daughter cell would be identical and healthy daughter cells will form.

The amount of DNA for each daughter cell would not be even. The daughter cells will not be identical.

The chromosomes will start to mutate and create missing pieces of the DNA to make healthy daughter cells.

The chromosomes do not need to separate evenly to create identical daughter cells.

Uncontrolled / unregulated division of cells.

Controlled / regulated division of cells.

Fusion / joining of sex cells.

Programmed cell death.

Cancer causing substances

Substances that prevent cancer

Cancer curing supplements

Another name for cancer cells

Genetics from her mother made her have a higher level of the estrogen hormone. Hormone imbalance can lead to cancer.

She had a genetic mutation from an improper diet and exercise routine that gave her breast cancer.

She had previously been exposed to a carcinogen, like UV sunlight or smoking, increasing the likelihood of cancer.

Her knowledge that some of her cells had skipped a checkpoint in the cell cycle made her worry that breast cancer is contageous.

Malignant tumors often exhibit rapid and uncontrolled cell division and they spread to other parts of the body, while benign tumors grow slowly and maintain normal growth regulation and do not spread.

Malignant tumors are usually encapsulated and well-defined, whereas benign tumors invade nearby tissues and spread to distant organs.

Cells in malignant tumors seldom mutate and remain genetically stable, while cells in benign tumors frequently undergo genetic changes.

Benign tumors often metastasize through the bloodstream, while malignant tumors remain localized.