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Cells are able to differentiate because they have a complete set of chromosomes but they are able to turn off certain ones that they do not need, activating the ones that they do. This specializes the genes because they are only using cetain chromosomes that specify their use.

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All cells contain the same set of DNA but they are able to use certain parts of genes, allowing them to differentiate and became specialized. The cells then pertain to the specific function that they are needed for.

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Even though all cells start off with the same set of DNA, cells are able to "turn off" sections of those genes, which allows them to specialize in certain areas using the genes left turned on, and therefore differentiate from one another.

# data[].attributes.body
Each cell has the complete set of genes. they differentiate and become specialized because all cells have the selective ability to turn off to turn the cell into what it needs to be.

# data[].attributes.body
All cells contain all of the organism's DNA. However, certain sections of this DNA (genes) are "turned off", allowing the cell to specialize by focusing on/using the remaining activated DNA. (This DNA is used as a sort of instruction manual for the production of proteins/enzymes and other items relating to cell function.)

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All Cells contain the same set of DNA but the cells are able to differentiate by deactivating certain genes

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Although all cells in an organism have the same set of DNA, cells differentiate by turning off genes they don't need and that don't pertain to their function. Once these cells become more specialized, they usually can't change into another gene.

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Each individual cell has a set of DNA and each cell is able to control the activation of each gene for a specific purpose in the cell.

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Cells are able to differentiate because they are able to turn off certain sects of their genes to become more specific, however once in the specialized gene most cells are unable to change into an other gene.

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Each  cell  contains a full set of DNA, but when needed,   can turn off or deactivate certain  genes for a specific purpose or function.

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All cells contain a complete set of genes where some are activated while others remain inactive which allows them to appear distinct from one another.

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Stem cells can activate and deactivate certain genes in order to give them specific purposes.

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Each cell has a full set of DNA but is able to differentiate because they can turn off certain genes and activate others based on the function of the cell.

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All cells in an organism have the same set of DNA when it is first created the embryonic stem cells has abilities to differentiate into any specialized cell by deactivating certain genes

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cells are made up of a complete set of genes and to specialize, they turn off certain genes that are not needed for their specific function

# data[].attributes.body
All cells have a complete set of DNA. Cells are differentiated because only some of the DNA is activated and the other parts are not

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Cells are able to differentiate because they have the abililty to turn off certain genes that they do not need, and activate the ones they do. Because the cells have a complete set of chromosomes, they do not need all of them to function.

# data[].attributes.body
Cells are able to differentiate because they contain a complete set of genes and can turn off certain genes to specialize the cell.

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Due to all cells possessing a full set of DNA, the function of the cells is determined by which part of the DNA is activated.

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Because cells have the complete set of genes, certain genes have to be turned off so that the only ones that are activated tell the cell what to be.