Skip to main content
. 2013 Dec;159(Pt 12):2558–2570. doi: 10.1099/mic.0.069534-0

Table 5.

In silico-detected and not corroborated large insertions, deletions, and structural variations

PCR amplifications were performed using genomic DNA from both NCIMB 8052 (reference strain) and SA-1 as template. CDS, Coding sequence; COG, clusters of orthologous groups. Primer positions are indicated by the number followed by the direction F (forward) or R (reverse).

Large indels
Location Size (bp) Position Primer
Between hypothetical protein CDS and hypothetical protein CDS 49 3 829 123–3 829 172 3828725F 5′-ATGCAGCCAAATAATGAC-3′
Between hypothetical protein CDS and hypothetical protein CDS 29 3 829 172–3 829 201 3829751R 5′-GAGCTCGATAATTACTAAG-3′
Between hydroxylamine reductase CDS and heavy metal transport detoxification protein CDS 37 1 685 323–1 685 360 1685136F 5′-TATATGCAGCAGAGCTAC-3′ 1685848R 5′-TCTTACCCCTGATGTTTC-3′
Between EmrB/QacA family drug resistance transporter CDS and CBS domain-containing protein CDS 35 1 797 550–1 797 585 1797141F 5′-GCTATGATGCCTATTAGC-3′ 1798121R 5′-CGCCTCTACTAATAACTCC-3′
Between MATE efflux family protein CDS and TPR repeat-containing protein CDS 30 2 039 733–2 039 763 2039609F 5′-TGGCATAAGGATATAATCG-3′ 2040035R 5′-AATGCCTTATCTAGCTTTC-3′
Between GCN5-related N-acetyltransferase CDS and hypothetical protein CDS 26 2 961 163–2 961 189 2960642F 5′-TCGGATTTATCTAGCAAAG-3′ 2961396R 5′-CTTTTATCGCACGAATATG-3′
Between glycosyltransferase family protein CDS and triple helix repeat-containing collagen CDS 26 3 001 786–3 001 812 3001353F 5′-CCAGTATGTAGCTAAGTTTC-3′ 3002219R 5′- CTTCTAAATAGGTCATTAGG-3′
Between thioredoxin reductase CDS and hypothetical protein CDS 28 3 117 231–3 117 259 3117006F 5′-CCAGGATAATTTTCCACTTC-3′ 3002219R 5′-AGACCTAGGCTATAGTTTTG-3′
Between metal-dependent phosphohydrolase CDS and sulfate adenyltransferase large subunit CDS 37 4 819 865–4 819 902 4819453F 5′-GTTAGGCTCATCTAAATAC-3′ 4820145R 5′-GAAAACTCTAGGAGATTTC-3′
Structural variations
ORF number Associated COG/type Size (bp) Position Primer
cbs_4437 COG4974L/prophage inversion 27 5 120 090–5 120 520 5119799F 5′-CACCCTTTCTACAATTAAC-3′ 5120810R 5′-TGCCATTGAGAAATATTGC-3′
cbs_4182 COG1352NT/deletion 483 4 812 971–4 814 517 4812830F 5′-AAGTTATCTGTGGTTCTATC-3′
cbs_4182 COG1352NT/deletion 529 4 814 951–4 814 980 4813942R 5′-ATTGAAGAAATGGGTGTATC-3′
cbs_0060 S (unknown function)/insertion 149 79 389–79 831 79067F 5′-TGCTATATGTAGGGTAAAAG-3′ 80063R 5′-CACGTCATTCAATTTATCC-3′
cbs_0878–cbs_0932 COG1476K/internal translocation (prophage ITX1) 39 411 1 071 995–1 111 510 1071556F 5′-GACCAGAACAAACTATTTAC-3′ 1072303R 5′-TAAGGCTACAGATGATAAAG-3′ 1111245F 5′-AGATGGCACATTGTTTTG-3′ 1111872R 5′-ACTGCTGACCTTTATAGATAG-3′
cbs_1605–cbs_1680 COG1961L/internal translocation (prophage ITX2) 75 644 1 881 845–1 957 557 1881067F 5′-AAAATTGGACGAGGTAATAG-3′ 1958001R 5′-CAGTGAATAGTGCTATATAC-3′ 1957306F 5′-TATGAAAAGGAGCATATCAG-3′ 1883070R 5′-ATGAACTTCAGGTCTATGG-3′