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. 2018 Jan 24;8:1489. doi: 10.1038/s41598-018-20050-8

Table 1.

PCR primers used in this study.

Primers Targeted genes Sequences (5′-3′) Annealing temperature (°C) Amplicon size (bp) Reference
tetA-FW tetA GCGCGATCTGGTTCACTCG 61 164 57
tetA-RV AGTCGACAGYRGCGCCGGC
tetB-FW tetB TACGTGAATTTATTGCTTCGG 59 206 58
tetB-RV ATACAGCATCCAAAGCGCAC
tetC-FW tetC GCGGGATATCGTCCATTCCG 68 207 59
tetC-RV GCGTAGAGGATCCACAGGACG
tetD-FW tetD GGAATATCTCCCGGAAGCGG 68 187 57
tetD-RV CACATTGGACAGTGCCAGCAG
tetE-FW tetE GTTATTACGGGAGTTTGTTGG 61 199 57
tetE-RV AATACAACACCCACACTACGC
tetG-FW tetG GCAGAGCAGGTCGCTGG 65 134 59
tetG-RV CCYGCAAGAGAAGCCAGAAG
tetH-FW tetH CAGTGAAAATTCACTGGCAAC 61 185 57
tetH-RV ATCCAAAGTGTGGTTGAGAAT
tetJ-FW tetJ CGAAAACAGACTCGCCAATC 61 184 57
tetJ-RV TCCATAATGAGGTGGGGC
tetK-FW tetK TCGATAGGAACAGCAGTA 55 169 60
tetK-RV CAGCAGATCCTACTCCTT
tetL-FW tetL TCGTTAGCGTGCTGTCATTC 55 267 60
tetL-RV GTATCCCACCAATGTAGCCG
tetV-FW tetV GCCTACGGTTTCATCCTGGC 65 351 61
tetV-RV CGAGACCACCTTCGACAGCG
tetY-FW tetY ATTTGTACCGGCAGAGCAAAC 68 181 57
tetY-RV GGCGCTGCCGCCATTATGC
tetZ-FW tetZ CCTTCTCGACCAGGTCGG 61 204 57
tetZ-RV ACCCACAGCGTGTCCGTC
tetA(P)-FW tetA(P) CTTGGATTGCGGAAGAAGAG 55 676 60
tetA(P)-RV ATATGCCCATTTAACCACGC
tet30-FW tet30 CATCTTGGTCGAGGTGACTGG 68 210 57
tet30-RV ACGAGCACCCAGCCGAGC
tet31-FW tet31 CAATCACGCCCAAAAGAA 53 564 62
tet31-RV TGTGCCATCCCAGTTTGT
tet33-FW tet33 ATGCGGTTCCGCTGAA 54 784 63
tet33-RV GGAAAATGCGTCAGTGACAA
tet35-FW tet35 ATGCGCAAGACCGTCCTAC 54 64
tet35-RV CACACACTAGTAACGGTCGAA
tet38-FW tet38 ATGAATGTTGAATATTCTAA 42 106 65
tet38-RV TGGCTACAGAAATCAAT
tet39-FW tet39 CTCCTTCTCTATTGTGGCTA 47 701 66
tet39-RV CACTAATACCTCTGGACATCA
tet40-FW tet40 CGGAGGAAGAGGACAAACCC 56 446 67
tet40-RV TAAGCCGCTGCCGATAAGAC
tet41-FW tet41 AATGCGATCAATTTCCGCCG 55 166 This study
tet41-RV CGGCGAACAGCAGATTAACG
tet42-FW tet42 TCTCGAGGATCACGAACCCT 55 128 This study
tet42-RV ACTGGGACTCGATACACCCA
tet45-FW tet45 GCTGAGCCATCCACTCATTT 63 107 68
tet45-RV TTTCCTCTTGAGCGTTTATGC
tetAB(46)-FW tetAB(46) GCTTCTTGGACCTTGACGGA 55 580 This study
tetAB(46)-RV GTTCCTGACTCATGGCCACA
tet47-FW tet47 GCGTTTGGCGTGGGTTTAAT 55 627 This study
tet47-RV GACCCCTGTGGCATTGGTTA
tcr3-FW tcr3 CGCTCAGTTCGACAAGACCT 54 399 This study
tcr3-RV GTCTCCATCGAGTTCGCCAT
otrB-FW otrB CCGACATCTACGGGCGCAAGC 55 947 69
otrB-RV GGTGATGACGGTCTGGGACAG
otrC-FW otrC ATGAAGTTCCGCCGAATGNA 55 1860 70
otrC-RV TCAGGTCTTCTTGCGGAACTT
tetM-FW tetM ACAGAAAGCTTATTATATAAC 55 171 59
tetM-RV TGGCGTGTCTATGATGTTCAC
tetO-FW tetO ACGGARAGTTTATTGTATACC 60 171 59
tetO-RV TGGCGTATCTATAATGTTGAC
tetQ-FW tetQ AGAATCTGCTGTTTGCCAGTG 56 169 59
tetQ-RV CGGAGTGTCAATGATATTGCA
tetS-FW tetS GAAAGCTTACTATACAGTAGC 50 169 59
tetS-RV AGGAGTATCTACAATATTTAC
tetT-FW tetT AAGGTTTATTATATAAAAGTG 46 169 71
tetT-RV AGGTGTATCTATGATATTTAC
tetW-FW tetW GAGAGCCTGCTATATGCCAGC 64 168 59
tetW-RV GGGCGTATCCACAATGTTAAC
tetB(P)-FW tetB(P) AAAACTTATTATATTATAGTG 46 169 59
tetB(P)-RV TGGAGTATCAATAATATTCAC
tet32-FW tet32 GAACCAGATGCTGCTCTT 57 620 72
tet32-RV CATAGCCACGCCCACATGAT
tet36-FW tet36 TTTCTGGCAGAGGTAGAACG 57 250 73
tet36-RV TTAATTCCTTGCCTTCAACG
tet44-FW tet44 AAAATAATCAACATTGGTATTCTTGCTCA 56 1927 74
tet44-RV TAGTAACTTAATTTTCTTTTTTATTAAACATATGGCG
otrA-FW otrA GAACACGTACTGACCGAGAAG 55 778 69
otrA-RV CAGAAGTAGTTGTGCGTCCG
tetX-FW tetX GAAAGAGACAACGACCGAGAG 56.5 131 75
tetX-RV ACACCCATTGGTAAGGCTAAG
tet34-FW tet34 ATACGGGGATGCAAACTTCA 53 729 63
tet34-RV ACGAGTGAGCTCTGATGTCTCTT
tet37-FW tet37 ATGGTTCGCTATTACTCTAAC 45 177 76
tet37-RV ATCAGTCTCATATTTCGACA
tetU-FW tetU ATGCAGCTAAGACGTGGC 54 317 77
tetU-RV TTATTCGGTATCACTTCTCTGTC