Assertion: dna polymerase | /r/HasProperty | iii
Facets:
Source sentences:
text: This enzyme functions in the bacterial cell to repair DNA, while the DNA polymerase III is responsible for replicating the genome.
text: In the paper, according to RSAS, "Modrich demonstrated the requirement of DNA polymerase III, exo-nuclease I, and DNA ligase for mismatch repair.
text: DNA polymerase III is a highly processive, replicative polymerase
text: DNA polymerase III is the required replicase of E. coli.
text: Once primers have been synthesized, DNA polymerase III can synthesize Okazaki fragments from them, the primers are excised and gaps repaired by DNA polymerase I, and then the fragments are ligated together.
text: As the two parental (template) DNA strands separate at a replication fork, each of the strands is separately copied by a DNA polymerase III (orange), producing two new daughter strands (light blue), each complementary to its respective parental strand.
text: Tth: Thermus thermophilus Pol III: DNA polymerase III (α
text: DNA polymerase III has a highly complex protein composed of 10 different polypeptides.
text: DNA polymerase III is the principle replicative DNA polymerase of E.Coli.
text: DNA polymerase III (with subunits)”
text: DNA polymerase III is the main replicative enzyme.
text: DNA polymerase III is a highly processive, replicative polymerase.
text: Genetic evidence clearly shows that DNA polymerase III is used to replicate the E. coli chromosome.
text: It does not unload the clamp while DNA polymerase III is catalyzing polymerization.
text: When the g-complex in the ATP-bound form binds the b 2 clamp, the DNA polymerase III holoenzyme is in a conformation that allows it to find a primer-template.
text: The enzyme primase makes a primer in the enlarging single stranded loop, while the DNA polymerase III core catalyzes extension of the Okazaki fragment.
text: Once primers have been synthesized, DNA polymerase III can synthesize Okazaki fragments from them, the primers are excised and gaps repaired by DNA polymerase I, and then the fragments are ligated together.
text: DNA polymerase III can only extend in the 5′ to 3′ direction, which poses a problem at the replication fork.