There are a large number of different DNA polymerases in eukaryotic cells. DNA polymerases $\alpha, \delta$, and $ \varepsilon$ carry out replication on the leading and lagging strands. Other DNA polymerases carry out DNA repair. Specialized translesion polymerases are used to bypass distortions of the DNA template that normally stall the main DNA polymerases.
-Some of the eukaryotic DNA polymerases have a tendency to make errors in replication. Why would a cell use an error-prone DNA polymerase instead of one that is more accurate?

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The Answer of There are a large number of different DNA polymerases in eukaryotic cells. DNA polymerases $\alpha, \delta$, and $ \varepsilon$ carry out replication on the leading and lagging strands. Other DNA polymerases carry out DNA repair. Specialized translesion polymerases are used to bypass distortions of the DNA template that normally stall the main DNA polymerases.
-Some of the eukaryotic DNA polymerases have a tendency to make errors in replication. Why would a cell use an error-prone DNA polymerase instead of one that is more accurate?

There Are a Large Number of Different DNA Polymerases in Eukaryotic