Respuesta :

saraeliss
it would be A, DNA polymerase. you can automatically eliminate okazaki fragments since they aren’t considered an enzyme. dna ligase is like glue-like and it’s a RESTRICTION enzyme so that’s out. that leaves helicase and polymerase. dna helicase unzips genes. lol i always remember the role of dna helicase by this pickup line; are you a dna helicase? cause i wanna unzip your “genes”

OMAY HAHA ANYWAYS PLS NO ONE REPORT MY ANSWER

so anyways that leaves polymerase.
faithyudoufia

Answer:

DNA polymerase

Explanation:

DNA POLYMERASE:This is an enzyme that *synthesizes DNA molecules from deoxybonucleotides, which are the building blocks of DNA*. It functions to *pair free molecules to complementary strands of DNA*. These enzymes are *essential for DNA replication*.

PROOF READING ACTIVITY OF DNA POLYMERASE :During the replication process,a mismatch of bases may occur. This is a situation where a C (cystine monophosphate) may be brought into pair with Sam A (adenosine monophosphate) The C may be added to the 5'to3' nucleotide elongation but the hydrogen bond may not form since it is complementary to A. This mismatch C would be hydrolysed by the 3'-5' exonuclease of DNA polymerase. Experiments have shown that base pairs are usually crosschecked at least twice to ensure DNA replication is very accurate.

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