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. 2018 Apr 16;35(8):1855–1868. doi: 10.1093/molbev/msy075

Table 3.

Plasmids.

Plasmid Relevant Properties Derivation
pTA95 Integrative plasmid for trpA gene deletion (Allers et al. 2004)
pTA131 Integrative plasmid based on pBluescript II, with pyrE2+ marker (Allers et al. 2004)
pTA298 pUC19 with trpA+ marker flanked by BamHI sites (Lestini et al. 2010)
pTA333 pUC19 with SacI-NspI chromosomal fragment containing orc4 gene This study
pTA415 pBluescript II SK+ with MluI chromosomal fragment containing hel308 helicase gene This study
pTA416 pBluescript II with SacI chromosomal fragment containing orc5 and oriC2 (Norais et al. 2007)
pTA419 pTA131 with NheI-EcoRI fragment of pTA416 containing orc5 and oriC2 This study
pTA1100 pBluescript II with AciI chromosomal fragment containing orc2 and oriC3 (Hawkins, Malla, et al. 2013)
pTA1329 pTA131 with Δori-pHV4 construct (Hawkins, Malla, et al. 2013)
pTA1343 pTA131 with p.tnaA-radA+:: hdrB+ construct flanked by upstream and downstream radA regions (Hawkins, Malla, et al. 2013)
pTA1370 pBluescript II SK+ with HindIII-KpnI chromosomal fragment containing orc1 gene and oriC1 origin This study
pTA1371 pBluescript II SK+ with BstBI chromosomal fragment containing orc3 gene This study
pTA1373 pTA131 with Δorc3 construct, comprising ClaI-BamHI fragment of upstream flanking region of orc3 and BamHI-XbaI fragment of downstream flanking region of orc3, PCR amplified from pTA1371 This study
pTA1375 pTA131 with Δorc5 construct, comprising KpnI-BamHI fragment of downstream flanking region of orc5 and BamHI-XbaI fragment of upstream flanking region of orc5, PCR amplified from pTA416 This study
pTA1379 pTA131 with Δorc2 construct, comprising KpnI-BamHI upstream flanking region of orc2 and BamHI-XbaI fragment of downstream flanking region of orc2, PCR amplified from pTA1100 This study
pTA1431 pTA131 with inactivation of unique BamHI site in MCS by filling-in with Klenow This study
pTA1432 pBluescript II SK+ with NotI chromosomal fragment containing orc9 gene This study
pTA1433 pTA1431 with Δorc9 construct, comprising XbaI-BstXI upstream flanking region of orc9 and XbaI-BstXI fragment of downstream flanking region of orc9, PCR amplified from pTA1432 This study
pTA1610 pTA131 with Δorc1 construct, comprising KpnI-BamHI upstream flanking region of orc1 and BamHI-XhoI fragment of downstream flanking region of orc1, PCR amplified from pTA1370 This study
pTA1631 Δorc3 Δori-pHV4 construct, where orc3 upstream region of pTA1373 was replaced by KpnI-BamHI fragment of ori-pHV4 upstream region from pTA1329 This study
pTA1632 pTA1379 with insertion of BamHI trpA+ fragment from pTA298 This study
pTA1633 pTA1375 with insertion of BamHI trpA+ fragment from pTA298 This study
pTA1691 pTA131 with Δorc1 ΔoriC1 construct, comprising StuI-BamHI upstream flanking region of oriC1 and BamHI-XbaI fragment of downstream flanking region of orc1, PCR amplified from pTA1370 This study
pTA1692 pTA131 with Δorc2 ΔoriC3 construct, comprising AatII-BamHI upstream flanking region of oriC3 and BamHI-KpnI fragment of downstream flanking region of orc2, PCR amplified from pTA1100 This study
pTA1712 pTA131 with Δorc5 ΔoriC2 construct, comprising XbaI-BamHI upstream flanking region of oriC2 and BamHI-XbaI fragment of downstream flanking region of orc5, PCR amplified from pTA416 This study
pTA1837 pTA131 with p.tnaA-radA+ construct. XbaI-BamHI fragment of hdrB+ marker was removed from pTA1343, and 890 bp EcoRV-PvuII fragment of radA upstream flanking region (PCR amplified from H26 genomic DNA) was used to replace 315 bp EcoRV-PvuII fragment of radA upstream flanking region in pTA1343 This study
pID19T-HVO_2042 pTA131 with Δorc4:: trpA+ construct, comprising XhoI-HindIII fragment of upstream flanking region of orc4 and BamHI-XbaI fragment of downstream flanking region of orc4, PCR amplified from H26 genomic DNA, joined using HindIII-BamHI trpA+fragment Jerry Eichler