A cell that passes the restriction point in `G_(1)` will most likely.

Options

A. Undergo chromosome duplication
B. Have just completed cytokinesis.
C. Continue to divide only if it is a cancer
D. Move into the `G_(0)` phase

Answer

To solve the question, "A cell that passes the restriction point in G1 will most likely...", we will follow these steps:

### Step-by-Step Solution:

1. **Understanding the Restriction Point in G1**:
- The restriction point (R point) in the G1 phase is a critical checkpoint that determines whether a cell will proceed to the next phase of the cell cycle. If a cell passes this point, it is committed to continuing through the cell cycle.

2. **Progression to S Phase**:
- Once a cell has passed the restriction point in G1, it will most likely enter the S phase (Synthesis phase) of the cell cycle. This is where DNA replication occurs.

3. **DNA Replication**:
- During the S phase, the cell undergoes chromosome duplication. Each chromosome is replicated, resulting in two sister chromatids for each chromosome. However, the overall chromosome number remains the same.

4. **Subsequent Phases**:
- After the S phase, the cell will progress to the G2 phase (Gap 2 phase), where it prepares for mitosis, and then to the M phase (Mitosis), where cell division occurs.

5. **Conclusion**:
- Therefore, a cell that passes the restriction point in G1 will most likely proceed to the S phase, where it will replicate its DNA.

### Final Answer:
A cell that passes the restriction point in G1 will most likely enter the S phase and undergo DNA replication.

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