Incorrect DNA copying during interphase can lead to gene mutations, production of faulty proteins, disruptions in cellular functions, accumulation of errors in daughter cells, uncontrolled cell growth, and tumor formation.
In the cell cycle, if DNA is copied incorrectly during interphase, a gene mutation can result, leading to the production of a faulty protein that plays a key role in cell reproduction. This change can cause disruptions in various cellular functions, such as delays in cell cycle processes or detachment of proteins from their target DNA.
Uncorrected errors in DNA replication get passed on to daughter cells, accumulating as the cells divide, leading to uncontrolled growth of mutated cells. Eventually, this can result in the formation of a tumor as mutated cells outpace normal cell growth in the area.
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