1. DNA Helicase: This enzyme unwinds the double helix of DNA, breaking the hydrogen bonds between the base pairs, to create a replication fork.

2. DNA Polymerase: This enzyme synthesizes new DNA strands using the existing strand as a template. There are different types of DNA polymerase, each with a specific function:

* DNA Polymerase III: The primary enzyme responsible for replicating most of the DNA.

* DNA Polymerase I: Removes RNA primers and fills in the gaps between Okazaki fragments.

3. DNA Primase: This enzyme synthesizes short RNA primers to initiate DNA synthesis. DNA polymerase can only add nucleotides to an existing strand, so a primer is required to start the process.

4. DNA Ligase: This enzyme joins the Okazaki fragments on the lagging strand into a continuous strand.

5. Topoisomerase: This enzyme relieves the strain on the DNA molecule as it unwinds. The unwinding process creates tension in the DNA, and topoisomerase helps to prevent this tension from breaking the DNA.

6. Single-stranded Binding Proteins (SSBs): These proteins bind to the single-stranded DNA after the strands are separated by helicase, preventing them from re-annealing.

These enzymes work together in a coordinated fashion to ensure accurate and efficient DNA replication.