a cell in g1 phase has 6 unreplicated chromosomes. how many dna double helices does the cell have after chromosome replication? a cell in g1 phase has 6 unreplicated chromosomes. how many dna double helices does the cell have after chromosome replication? 6 12 3 too many to count

Respuesta :

Six chromosomes are not duplicated when a cell enters the G1 phase. S, G2, and M phases are experienced by this cell. i.e. After chromosome replication, the cell has 12 double helices of DNA.

The M phase is the mitotic phase, while the G1, S, and G2 phases are frequently referred to as the interphase. Chromosomes are reproduced during interphase, and after becoming extremely condensed during mitosis, they are subsequently divided and distributed to the two daughter nuclei. The term "mitotic chromosomes" refers to the tightly packed chromosomes found in dividing cells.

Given that a cell grows during the G1 phase, this phase is frequently referred to as the "growth phase." The cell produces a variety of nutrients and enzymes during this stage that are later required for DNA replication and cell division. The amount of time that a cell spends in the G1 phase varies and frequently depends on the nutrients that are available to it. Cells produce the most proteins during the G1 phase.

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