To generate reporter constructs, the following oligonucleotides were used: 5'-CCGGTACCGG GTTGTGGCAG CCAGTCACCT GCCCGCCGCG TAGCCACACC TCTGCTCCTC AGAGCAATGT CAAGCGGTCA CCTGTGATAG CAACAGATCA CCTGGCTGCC ATCGCCCCTC-3' [Oligo C , for mutant MBS1-3]; 5'-ATGAATTCCG GACGTTCTGG GCACGTGACC GCCACCCATG CGCTGAGGGG CGGACAGGAG GTGCTTCGAC TGGGAGGAGG GCGAAGAGTG TAAGGGGGCG GAGGGGCGAT GGCAGCC-3' [Oligo B, for wild-type MBS4].
Different combinations of oligonucleotide pairs (A+B, A+D, C+B, C+D) were annealed and converted to double-stranded fragments through one PCR cycle. These promoter fragments were subcloned into pBV-luc. Further polymerase-derived mutants were identified while sequencing the reporter constructs.
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16568" in your Materials and Methods section.
To generate reporter constructs, the following oligonucleotides were used:
5'-CCGGTACCGG GTTGTGGCAG CCAGTCACCT GCCCGCCGCG TAGCCACACC TCTGCTCCTC AGAGCAATGT CAAGCGGTCA CCTGTGATAG CAACAGATCA CCTGGCTGCC ATCGCCCCTC-3' [Oligo C , for mutant MBS1-3];
5'-ATGAATTCCG GACGTTCTGG GCACGTGACC GCCACCCATG CGCTGAGGGG CGGACAGGAG GTGCTTCGAC TGGGAGGAGG GCGAAGAGTG TAAGGGGGCG GAGGGGCGAT GGCAGCC-3' [Oligo B, for wild-type MBS4].
Different combinations of oligonucleotide pairs (A+B, A+D, C+B, C+D) were annealed and converted to double-stranded fragments through one PCR cycle. These promoter fragments were subcloned into pBV-luc. Further polymerase-derived mutants were identified while sequencing the reporter constructs.