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muscle stem cells - so-called statellie cells

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adult (somatic) lymphoid or myeloid stem cells

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blood cells

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Induced pluripotent stem cells were discovered by a research from Shinya Yamamaka in Japan in 2006, that indicates some specialised adult somatic (skin) cells could be genetically reprogrammed to return to an undifferentiated embryonic state for maintaining the essential properties of embryonic stem cells.

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It is more accurately called somatic stem cell. Various sources through out the body can obtain them such as bone marrow, skin, the liver, the brain, adipose tissue and blood. Those stem cells multiply by cell division to replenish dying cells and regenerate damaged tissues.

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Pathenotes are another potential source of embryonic stem cells, which produced from an unfertilised ovum. development. They are not able to develop beyond the early embryonic stages.

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cells from inner cell mass of the embryonic blastocyst
as are the cells of primary germ layer

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the fertilised egg

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Embryotic stem cells is the primary stem cells from early embryo period that are able to differentiate to all other types of stem cells

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Unipotent cells can be used to treat health conditions. They have the lowest differentiation potential. They have therapeutic potential to treat injuries and diseases.

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Oligopotent stem cells have the ability to differentiate to a few types of cells

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They have the same basic features of all stem cells. They can give rise to other types of cells but is limited in its ability to differentiate.

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Like totipotent cells, pluripotent cells can self-re-new and give rise to trillions of cells in the body.

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Totipotent cells have the potential to develop into any cell found in the human body. They are the most versatile out of all the types of stem cells.