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. 2015 Mar 20;4:29–44. doi: 10.1016/j.mgene.2015.03.001

Table 1.

Plasmids and primers used in this study.

Plasmid or oligonucleotide Relevant features or sequence Source, reference or purpose
Plasmids
pET20b Expression vector, pelB leader sequence for potential periplasmic localization, AmpR Laboratory stock
pOrf8H orf8 in pET20b, expression for Orf8 (8×His-tagged) fused to pelB leader sequence, AmpR This study
pOrf8F orf8 in pET20b, expression for Orf8 (FLAG-tagged) fused to pelB leader sequence, AmpR This study
pOrf16H orf8 in pET20b, expression for Orf8 (8×His-tagged) fused to pelB leader sequence, AmpR This study
pOrf16F orf8 in pET20b, expression for Orf8 (FLAG-tagged) fused to pelB leader sequence, AmpR This study
pOrf8H2 Plasmid which removed pelB leader sequence from pOrf8H, AmpR This study
pOrf8F2 Plasmid which removed pelB leader sequence from pOrf8F, AmpR This study
pOrf16H2 Plasmid which removed pelB leader sequence from pOrf16H, AmpR This study
pOrf16F2 Plasmid which removed pelB leader sequence from pOrf16F, AmpR This study
pBBR1MCS2 Cloning vector, KmR Kovach et al. (1995)
pIR1 IR1 in pBBR1MCS2 at SacI and Asp718 sites, KmR This study
pIR2 IR2 in pBBR1MCS2 at SacI and Asp718 sites, KmR This study
pIR3 IR3 in pBBR1MCS2 at SacI and Asp718 sites, KmR This study
pIR4 IR4 in pBBR1MCS2 at SacI and Asp718 sites, KmR This study



Oligonucleotides
652R CGCTAAAGTTGAAAGGCAGA Gap closure
5036F ATATCCCTCCTTTGGTTTGG Gap closure
7489R TGGTTACTCTCGGTTTGCTC Gap closure
14243F GGGACCCCTATAAATCCTCA Gap closure
20bf CATGGCCATCGCCGGCTGGG Linearization of pET20b
20br-8His CACCACCACCACCACCACCACCACTGAGAT Linearization of pET20b
20br-FLAG GATTACAAGGATGACGACGATAAGTGAGATCCGGCTGCTAACAAA Linearization of pET20b
orf8f(-327) CATCCGTCTGTGGGAGGTAG Amplification of orf8
orf8r1692 GCTGACATCGTTATAGACAACACA Amplification of orf8
orf16f(-233) ATTGCTGCTCGTCTCCAGTT Amplification of orf16
orf16r1549 CGGGACCCCTATAAATCCTC Amplification of orf16
orf8F CCGGCGATGGCCATGGCAGGAGTAGCAAAAATCACG Amplification for In-Fusion substrate
orf8-16RHis GTGGTGGTGGTGGTGTGACTTTTCCTCACCCTTATTAATAGACTT Amplification for In-Fusion substrate
orf16F CCGGCGATGGCCATGGCAGGAGTAGCACGGATTAC Amplification for In-Fusion substrate
orf8-16RFlag GTCATCCTTGTAATCTGACTTTTCCTCACCCTTATTAATAGACTT Amplification for In-Fusion substrate
orf8Fpeldel ATGGCAGGAGTAGCAAAAATCAC Removal of pelB leader sequence
orf16Fpeldel ATGGCAGGAGTAGCACGG Removal of pelB leader sequence
orf8-16Rpeldel ATGTATATCTCCTTCTTAAAGTTAAACAAAATTATTTC Removal of pelB leader sequence
orf8(-476)f CGCGCTGGAGAGATTAAGG Amplification of orf8 upstream region
orf16(-570)f GGGGTGCTATATGTCGAGGA Amplification of orf16 upstream region
orf8-16(71)r TTACCCTCTTGTAACAACTTTTCTG Amplification of orf8 and orf16 upstream regions
IR1f CATGAAAAAATCATG Creation of IR1
IR1r GTACCATGATTTTTTCATGAGCT Creation of IR1
IR2f CATATTGTAGTATG Creation of IR2
IR2r GTACCATACTACAATATGAGCT Creation of IR2
IR3f CATACTACATATTACATATTACATACTACATACTACAATATGGAGGGTG Creation of IR3
IR3r GTACCACCCTCCATATTGTAGTATGTAGTATGTAATATGTAATATGTAGTATGAGCT Creation of IR3
IR4f CATACTACATACAATATACAACATACTACAATATGGAGGGTG Creation of IR4
IR4r GTACCACCCTCCATATTGTAGTATGTTGTATATTGTATGTAGTATGAGCT Creation of IR4
FITC-UnivF (FITC)-CGCCAGGGTTTTCCCAGTCACGAC Preparation of FITC-labeled fragment
UnivR TCACACAGGAAACAGCTATGAC Preparation of FITC-labeled fragment