TABLE 2.
Oligonucleotide | Sequence (5′ to 3′) | Description and position |
---|---|---|
abrB-F | CCATCGATCGGCATCTTGAAACCTCCTA | ClaI; 5′ end of PabrB |
abrB-R | GGAATTCCTTCATAAACATTCTCCTCCC | EcoRI; 3′ end of PabrB |
spoIIE-F | CCCAAGCTTGGCGGTGTAGCTCAGCTGGC | HindIII; 5′ end of PspoIIE |
spoIIE-R | TTCTGCAGTTCCATTCCTCTCATCTCCCACCTG | PstI; 3′ end of PspoIIE |
cotC-F | GGGGTACCCAGAATTTAAACAAGCAACAAGCGG | KpnI; 5′ end of PcotC |
cotC-R-transl | CCCAAGCTTGTAGTGTTTTTTATGCTTTTTATACTCTAC | HindIII; 3′ end of cotC |
kinA-F | GCGGATCCGATGACGATGACAAAATGGAACAGGATACGCAGCATGTTAAC | BamHI; 5′ end of kinA |
kinA-R | GCGCAAGCTTATTTTTTTGGAAATGAAATTTTAAACGC | HindIII; 3′ end of kinA |
PDG-F | AAGGAGGAAGCAGGTATGAGAGGATCGCATCACCATCACCATCAC | LIC; 5′ end of pQE30-kinA |
PDG-R | GACACGCACGAGGTTATTTTTTTGGAAATGAAATTTTAAACGCTG | LIC; 3′ end of pQE30-kinA |
Relevant restriction sites are underlined. Abbreviations: F, forward; R, reverse; LIC, ligation-independent cloning. Note that the use of the primers for abrB and spoIIE resulted in transcriptional GFP fusions; the primer for cotC resulted in a C-terminal translational GFP fusion under the control of its own promoter; and the primer for kinA resulted in a GFP fusion under the control of an IPTG-inducible promoter.