ライフサイエンスコーパス: DNA polymerase II

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1 f the SOS response, we actually rediscovered DNA polymerase II, albeit in a new role.

2 ain, found in the small subunits of archaeal DNA polymerase II and eukaryotic DNA polymerases alpha a

3 ase, RNase T, and the exonuclease domains of DNA polymerase II and III.

4 nucleolytic proofreading by Escherichia coli DNA polymerase II and inhibits proofreading by E. coli D

5 o be determined why this new pathway prefers DNA polymerase II and why there are two pathways to repa

6 The SOS-induced DNA polymerases II and IV (pol II and pol IV, respective

7 DNA polymerases II and IV are responsible for misalignme

8 ia coli beta clamp is known to function with DNA polymerases II and V, indicating that beta also inte

9 om the cap guanosine 3'-OH primer by E. coli DNA polymerase II (B family) and E. coli DNA polymerase

10 ymerases tested, only DNA polymerase IV, not DNA polymerase II, could engage productively with the Es

11 of the 3' --> 5' proofreading exonuclease of DNA polymerase II did not enable bypass.

12 acids are also conserved across the archaeal DNA polymerase II DP1 protein family.

13 The intein that interrupts the DNA polymerase II DP2 subunit in Pyrococcus abyssi can b

14 The intein that interrupts the DNA polymerase II DP2 subunit in Pyrococcus abyssi can b

15 We show that the intein interrupting the DNA polymerase II DP2 subunit in Pyrococcus abyssi, whic

16 Neither polA (DNA polymerase I) nor polB (DNA polymerase II) genes are required for the mutA pheno

17 e polA (encoding DNA polymerase I) and polB (DNA polymerase II) genes on inducible and constitutive s

18 p and differentially affects the activity of DNA polymerases II, III, and IV.

19 receive lesion-free homologous DNA.) Herein, DNA polymerase II is shown to be in this new pathway, si

20 Three of the five E.coli DNA polymerases (II, IV, and V) are regulated as part of

21 ding clamp, with one of three damage-induced DNA polymerases II, IV, or V.

22 .e., DeltarecR), or impair the activities of DNA polymerase II or DNA polymerase V (i.e., DeltapolB o

23 re multiple copies of the genome) and an NER/DNA polymerase II pathway.

24 f the first clearly defined pathway in which DNA polymerase II plays a role in E. coli.

25 We find that Escherichia coli translesion DNA polymerase II (Pol II) and polymerase IV (Pol IV) fu

26 ave investigated a role for Escherichia coli DNA polymerase II (Pol II) in copying chromosomal and ep

27 Escherichia coli DNA polymerase II (Pol II) is a member of the group B, "

28 DNA polymerase II (pol II), encoded by the dinA (polB) g

29 posite result was found for Escherichia coli DNA polymerase II (pol II).

30 deficient in either recombination (recA) or DNA polymerase II (polB) are hypersensitive to nitrogen

31 i) the conventional reagent system using Taq DNA polymerase; (ii) the hot-start reagent system based

32 DNA polymerase II, the product of the damage-inducible p

33 DNA polymerase II was required neither for cSDR nor for

34 ibed DPB3 gene, which codes for a subunit of DNA polymerase II, with both transcripts showing peak ab

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