What are two places in the human body that you would expect to have high rates of mitosis?

What parts of the body have high rates of mitosis?

Skin cells, hair follicles and the cells lining our intestines (epithelial cells) all have high rates of mitosis as these tissues constantly need to be replaced.

Where in your body would you most likely find cells in active mitosis?

The cells of the skin and bone marrow are sites of active mitosis replacing skin cells and red blood cells that only have a limited life. Repair. When an area of tissue is damaged internally or externally, mitosis is used to repair the damage.

What are some examples of places in the human body where one would expect to find lots of cells undergoing mitosis?

Your body needs to generate more muscle cells in order to fill in those tears. So muscle cells go through mitosis, produce copies of muscle cells, and the muscle tears are filled in. Your skin is constantly going through mitosis as it generates layer after layer of fresh skin cells. Your hair does the same thing.

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Where in the human body would you most likely find meiosis occurring?

Meiosis occurs in the sex cells, so the sperm and egg cells in the human body, to create even more of themselves.

Where you would expect to see mitosis occurring on your body?

Explanation: Cell division by mitosis occurs in all human body cells except the gonads (sex cells).

Where does mitosis usually occur?

Mitosis occurs in every cell of the body except in germ cells which are produced from meiotic cell division.

Where might you find mitosis occurring in your body quizlet?

Mitosis occurs during growth and repair of tissues. Mitosis is constantly taking place in your body, particularly in skin cells since they are continually replaced. It also occurs during healing of an injured body tissue.

Where can we find mitosis and meiosis in our body?

In the Body

Because mitosis takes place throughout your lifetime and in multiple organs, it occurs more often than meiosis, which is limited to the reproductive organs during gamete formation.