Answer
Primase: synthesizes one nucleotide at a time
DNA polymerase: elongates the new DNA strand at a replication fork and adds consecutive nucleotides to the growing DNA strand
DNA helicase: uses ATP to separate the DNA strands, making each of the 2 template strands available for base pairing.
DNA ligase: glues the Okazaki fragments and makes the lagging strand whole
Telomerase: catalyzes the addition of lost telomeric sequences in these cells. It contains an RNA sequence template for the telomeric DNA repeat sequence.
Work Step by Step
Primase: synthesizes one nucleotide at a time
DNA polymerase: elongates the new DNA strand at a replication fork and adds consecutive nucleotides to the growing DNA strand
DNA helicase: uses ATP to separate the DNA strands, making each of the 2 template strands available for base pairing.
DNA ligase: glues the Okazaki fragments and makes the lagging strand whole
Telomerase: catalyzes the addition of lost telomeric sequences in these cells. It contains an RNA sequence template for the telomeric DNA repeat sequence.
