Answer:
Yes, Since the interphase cells in G2 would have twice the DNA as the interphase cells in G1 phase or start of S phase.
Explanation:
Interphase has three stages: G1, S and G2 phase. DNA replication occurs in the S phase and doubles the DNA content of the cell. So, the DNA content of the interphase cells of the same tissue depends on stages of interphase.
The interphase cells which are in the G1 phase has half the DNA content as it is present in the interphase that has entered the G2 phase after completion of DNA replication in S phase.
Yes, some interphase cells contain twice as much DNA as other interphase cells within the same tissue sample. It is normal.
It is the resting phase between the mitotic and meiotic divisions of cells. It is also known as Interkinesis.
Interphase is divided into three stages i.e. G1, S, and G2. In the G1 phase, the amount of DNA is actual with reference to organisms, while the S-phase is the phase of duplication where the amount of DNA gets doubled, the G2 phase is the shortest phase of interphase where the rest of the proteins are formed and cell is prepared for M-phase.
Therefore, some interphase cells contain twice as much DNA as other interphase cells within the same tissue sample. It is normal.
To learn more about Cell-cycle, refer to the link:
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