Respuesta :
Answer:
G1 phase
Explanation:
The cell cycle is divided into 2 major phases
1. The interphase
2. The m phase
The interphase, in chronological order, is further subdivided into
- G1 phase
- S phase
- G2 phase
Cells grow and develop at the G1 phase while the G2 phase is characterized by protein synthesis in addition to continued growth.
The DNA of a cell in interphase is doubled at the S phase. This means that if a cell has a 2N amount of DNA at the beginning of the S phase, the amount of DNA at the end would have become 4N. This amount of DNA is shared into 2 daughter cells in equal amounts during mitosis or the m phase, meaning that each daughter cell would have a 2N amount of DNA before entering the interphase.
Hence, cells will have 2N DNA content in a period that spans through the end of the m phase of the cell cycle to the beginning of the S phase of the same cycle. This means that cells at the G1 phase would be the ones with 2N DNA contents.
Cell grows and prepare itself for replication in the G1 phase cell cycle. In G1 phase of cell cycle, cell is in 2n state.
Cell Cycle:
Cell cycle is the life cycle of the cell in which cell grow and divide. This completes in 2 phases,
- Interphase
- M- phase
Interphase:
Cell grows in this phase and prepare to divide. This includes 3 phases,
- G1 phase In this phase cell, grow and prepare for replication.
- S- phase : Cell synthesizes its DNA via replication. In S- phase cell is in 4n stage.
- G-2 phase: Cell prepares itself for division.
M- phase:
- Cell condenses its chromosome and divide into 2 cell.
- Since, cell replicates its DNA in S-phase.
Therefore, in G1 phase of cell cycle, cell is in 2n state.
To know more about the cell cycle, refer to the link:
https://brainly.com/question/11009129