Question

The 5' \rightarrow 3' exonuclease activity allows \newline O DNA polymerase II to synthesize RNA \newline O DNA polymerase I to synthesize DNA \newline O DNA polymerase III to synthesize DNA \newline O DNA polymerase III to excise RNA primers \newline O DNA polymerase I to excise RNA primers

          The 5' \rightarrow 3' exonuclease activity allows
\newline O DNA polymerase II to synthesize RNA
\newline O DNA polymerase I to synthesize DNA
\newline O DNA polymerase III to synthesize DNA
\newline O DNA polymerase III to excise RNA primers
\newline O DNA polymerase I to excise RNA primers

The 5' →3' exonuclease activity allows
O DNA polymerase II to synthesize RNA
O DNA polymerase I to synthesize DNA
O DNA polymerase III to synthesize DNA
O DNA polymerase III to excise RNA primers
O DNA polymerase I to excise RNA primers

Added by Josep L.

Biology for AP Courses

Julianne Zedalis, John Eggebrecht

Instant Answer

Solved by Expert Adi S

06/23/2022

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Step 1: The 5'->3' exonuclease activity allows DNA polymerase III to excise RNA primers. Show more…

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The 5^(')->3^(') exonuclease activity allows. DNA polymerase II to synthesize RNA DNA polymerase I to synthesize DNA DNA polymerase III to synthesize DNA DNA polymerase III to excise RNA primers DNA polymerase I to excise RNA primers The 5->3'exonuclease activity allows O DNA polymerase II to synthesize RNA O DNA polymerase I to synthesize DNA O DNA polymerase III to synthesize DNA O DNA polymerase III to excise RNA primers O DNA polymerase I to excise RNA primers