Which of the Following Is True of Stem Cells

B No 1. C Their use is highly controversial.


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They can differentiate to produce many different kinds of specialized cells.

. You may also see the term somatic stem cell used to refer to adult stem cells. B They can reproduce indefinitely in culture. Which of the following statements is true about the process of specialization.

All of the above. A The cells from the two sources exhibit different patterns of DNA methylation. They normally differentiate into only eggs and sperm.

They can continue to reproduce for an indefinite period. They are found in adults. The term somatic refers to non-reproductive cells in the body eggs or sperm.

Specialized cells blood skin nervous etc cannot be produced from a single stem cell. A stem cell divides to make another stem cell and a progenitor cell. A cell that has the ability to divide only once and stay the same as other kinds of cells.

Their use is highly controversial. Up to 256 cash back Which of the following is true of stem cells. Stem cells are only found in the brain.

Adult stem cells undergo mitosis in the process of differentiating into mature cells. Which of the following statements about stem cells is TRUE. They can become any cell type in the body.

Stem cells can be triggered to undergo self-renewal divisions where they divide to form more stem cells but do not. Which of the following is true of stem cells. Stem cells are defined as.

Which of the following is true of stem cells. Which of the following statements is true about the process of specialization. They no longer divide.

They can reproduce indefinitely in culture. They are able to differentiate into a variety of cell types. Stem cells are found in embryos and are not present in adult tissues or organs.

Specialized cells are produced immediately following fertilization. Which of the following is a likely finding. A stem cell is specialized and differentiated.

A stem cell is predestined to become specific tissues. Embryonic stem ES cells differentiate into pluripotent cells. Totipotent stem cells differentiate into embryonic stem cells.

A They can differentiate to produce many different kinds of specialized cells. A stem cell always becomes a nerve cell. Which of the following statements is true of embryonic stem cells.

They can be found in both embryonic and adult tissues. E All of the above. A cell that has the ability to continuously divide and differentiate into various other kinds of cellstissues.

Adult Stem Cells ASCs. Some of the time stem cells are quiescent and are not dividing or differentiating. Which of the following is true of stem cells.

All of the following statements regarding stem cells are true EXCEPT. A stem cell is an undifferentiated cell of a multicellular organism that is capable of giving rise to in definitely more cells of the same type and from which certain other kinds of cell arise by differentiation. Specilized cells are produced immediately following fertilization.

Any cell of a living organism other than the reproductive cells. They can give rise to all cell types in the organism. ASCs are undifferentiated cells found living within specific differentiated tissues in our bodies that can renew themselves or generate new cells that can replenish dead or damaged tissue.

Specilized cells blood skin nervous etc cannot be produced from a single stem cell. Their cell type is set and cannot change. Pluripotent stem may be reverse-engineered from adult stem cells.

They no longer divide. Totipotent stem cells can develop into any type of human cell. The cells that give rise to sperm and egg cells are unipotent stem cells.

They can provide enormous amounts of information about the process of gene regulation. The diagram shows the process of cell specialization from a single stem cell. D They can be found in both embryonic and adult tissues.

Which is true about embryonic stem cells. They can develop into only one type of cell. Asked Jan 6 in Biology Microbiology by Meowmix.

A researcher is using adult stem cells and comparing them to other adult cells from the same tissue. The diagram shows the process of cell specialization from a single stem cell. Their cell type is set and cannot change.


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