Cancer cells

... 16 and 18 produces a protein (E6) which is also responsible for many cancers (as will be discussed later) targets p53 (tumor supressor pathway) ... senesence which deprives the cell of its function and when many immune cells are put into this state, immune function becomes highly degraded (DNA-Damage-Response ...

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... genetically homogeneous. A mutating organism will still have some cells that carry more harmful mutations than others. The organism could pass ... of being carried all the way to fertilization. This does imply that cancererous cells would have better chances of passing on their DNA, but ...

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... mutated, it can be replicated as usual in mitosis. Thus, the neighbor cells which are previously normal will be affected too. Current way to stop the cancer progression is chemotherapy. it kills the cancer cells to spread or replicate. http://www.ask4biology.com/cell-biology/mutation ...

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... mutated, it can be replicated as usual in mitosis. Thus, the neighbor cells which are previously normal will be affected too. Current way to stop the cancer progression is chemotherapy. it kills the cancer cells to spread or replicate. http://www.ask4biology.com/cell-biology/mutation ...

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... mutated, it can be replicated as usual in mitosis. Thus, the neighbor cells which are previously normal will be affected too. Current way to stop the cancer progression is chemotherapy. it kills the cancer cells to spread or replicate. http://www.ask4biology.com/cell-biology/mutation ...

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