Relate histopath criteria of cancer to H nana cell cycle & chromosomal instability. Analyze the image attached and discuss how many of the mutations in cancer affect the normal regulation of the cell cycle, particularly the G2 checkpoint where mutations are supposed to be caught and not passed on. If there's a mutation in this checkpoint - notably p53 - then mutations are passed on and accumulate and we see bizarre chromosomes in cancer. Refer to original question to discuss how the histopathy criteria of cancer (unifrom population of pleimorphic cells, variable cytoplasmic nuclear ratio, multiple/bizarre nucleoli and frequent/bizarre mitotic figures) these relate to H nana cell cycle and chromosomal instability.
Relate histopath criteria of cancer to H nana cell cycle & chromosomal instability. Analyze the image attached and discuss how many of the mutations in cancer affect the normal regulation of the cell cycle, particularly the G2 checkpoint where mutations are supposed to be caught and not passed on. If there's a mutation in this checkpoint - notably p53 - then mutations are passed on and accumulate and we see bizarre chromosomes in cancer. Refer to original question to discuss how the histopathy criteria of cancer (unifrom population of pleimorphic cells, variable cytoplasmic nuclear ratio, multiple/bizarre nucleoli and frequent/bizarre mitotic figures) these relate to H nana cell cycle and chromosomal instability.
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