QuestionJune 14, 2025

A bacterial cell has a mutation in the ter site. The most likely result would be that DNA replication would continue past where it was supposed to stop. the cell could not detect whether conditions were favorable for replication. the initiation of DNA replication would be hindered. the cell could not undergo meiosis. the cell would become multinucleated.

A bacterial cell has a mutation in the ter site. The most likely result would be that DNA replication would continue past where it was supposed to stop. the cell could not detect whether conditions were favorable for replication. the initiation of DNA replication would be hindered. the cell could not undergo meiosis. the cell would become multinucleated.
A bacterial cell has a mutation in the ter site. The most likely result would be that
DNA replication would continue past where it was supposed to stop.
the cell could not detect whether conditions were favorable for replication.
the initiation of DNA replication would be hindered.
the cell could not undergo meiosis.
the cell would become multinucleated.

Solution
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Answer

DNA replication would continue past where it was supposed to stop. Explanation 1. Identify the function of the ter site The ter site is a termination sequence in bacterial DNA replication. It signals where replication should stop. 2. Analyze the effect of a mutation in the ter site A mutation in the ter site would likely prevent proper termination, causing DNA replication to continue past its normal stopping point.

Explanation

1. Identify the function of the ter site<br /> The ter site is a termination sequence in bacterial DNA replication. It signals where replication should stop.<br /><br />2. Analyze the effect of a mutation in the ter site<br /> A mutation in the ter site would likely prevent proper termination, causing DNA replication to continue past its normal stopping point.
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