Replicated

... be caused by many factors such as chemical (DDT, CCL4), radiation, ionizing etc. It mutate the DNA in cell. If only a single is 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 ...

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... be caused by many factors such as chemical (DDT, CCL4), radiation, ionizing etc. It mutate the DNA in cell. If only a single is 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 ...

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... be caused by many factors such as chemical (DDT, CCL4), radiation, ionizing etc. It mutate the DNA in cell. If only a single is 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 ...

See entire post

... be caused by many factors such as chemical (DDT, CCL4), radiation, ionizing etc. It mutate the DNA in cell. If only a single is 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 ...

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Actually, I'm only certain that the DNA is replicated during interphase, not necessarily S-phase. Interphase = G1 + S + G2 The law of independent assortment wouldn't apply to mitosis because the alleles aren't be separated (see above).

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