Binary fission is observed in unicellular organisms, primarily prokaryotes (like bacteria and archaea), and some single-celled eukaryotes (like amoeba and paramecium).

Here are the steps of binary fission:

1. DNA Replication: The DNA of the cell is copied in response to a replication signal. This results in two identical copies of DNA.

2. Cell Elongation: The cell increases in size and the two DNA copies move to opposite ends (poles) of the cell.

3. Septum Formation: A partition known as a septum starts to form in the middle of the cell.

4. Completion of Septum: The septum completely divides the cell into two compartments, each containing a copy of the DNA.

5. Cell Separation: The two new cells, known as daughter cells, separate. Each daughter cell is a clone of the parent cell.

This process allows these organisms to reproduce rapidly and efficiently.

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Binary fission is observed in unicellular organisms, primarily prokaryotes (like bacteria and archaea), and some single-celled eukaryotes (like amoeba and paramecium).

Here are the steps of binary fission:

1. DNA Replication: The DNA of the cell is copied in response to a replication signal. This results in two identical copies of DNA.

2. Cell Elongation: The cell increases in size and the two DNA copies move to opposite ends (poles) of the cell.

3. Septum Formation: A partition known as a septum starts to form in the middle of the cell.

4. Completion of Septum: The septum completely divides the cell into two compartments, each containing a copy of the DNA.

5. Cell Separation: The two new cells, known as daughter cells, separate. Each daughter cell is a clone of the parent cell.

This process allows these organisms to reproduce rapidly and efficiently.

Knowee AI · Accepted Answer

Binary fission is observed in unicellular organisms, primarily prokaryotes (like bacteria and archaea), and some single-celled eukaryotes (like amoeba and paramecium).

Here are the steps of binary fission:

1. DNA Replication: The DNA of the cell is copied in response to a replication signal. This results in two identical copies of DNA.

2. Cell Elongation: The cell increases in size and the two DNA copies move to opposite ends (poles) of the cell.

3. Septum Formation: A partition known as a septum starts to form in the middle of the cell.

4. Completion of Septum: The septum completely divides the cell into two compartments, each containing a copy of the DNA.

5. Cell Separation: The two new cells, known as daughter cells, separate. Each daughter cell is a clone of the parent cell.

This process allows these organisms to reproduce rapidly and efficiently.

Binary fission is observed in

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