Table 2. Homologous regions in Acinetobacter spp.
Acinetobacter non-bereziniae strains | ||||||||
HPC229 plasmids | Strain, plasmid or chromosome (chr) | Position in plasmid (bp) | Length (bp) | % identity | Accession number | Region |
Functional regionsa |
|
pAbe229-114 | A. venetianus VE-C3, pAV3 | 111,696–1,554 | 3,868 | 99 | NZ_ALIG01000010.1 | 1 | R and S | |
A. lwoffii ZS207, pmZS | 7,297–12,565 | 5,268 | 95 | NZ_CP019144.1 | 2 | A | ||
A. baumannii LAC-4, chr | 14,413–20,503 | 6,091 | 95 | NZ_CP007712.1 | 3 | A | ||
A. venetianus VE-C3, pAV3 | 20,504–36,960 | 16,457 | 99 | NZ_ALIG01000010.1 | 4 | S and A | ||
Acinetobacter sp. WCHA45, chr | 37,327–48,798 | 11,472 | 99 | NZ_CP028561.1 | 5 | A | ||
A. lwoffii ED9-5a, pALWED3.1 | 51,114–58,084 | 6,971 | 99 | KX528687.1 | 6 | S and A | ||
58,075–59,688 | 1,614 | 98 | ||||||
A. venetianus VE-C3, pAV3 | 61,877–71,694 | 9,818 | 95 | NZ_ALIG01000010.1 | 7 | A | ||
A. venetianus VE-C3, pAV3 | 72,546–78,258 | 5,713 | 92 | 8 | A | |||
A. pittii AP_882, pOXA58-AP_882 | 81,384–82,478 | 1,097 | 98 | CP014479.1 | 9 | S | ||
A. johnsonii XBB1, pXBB1-9 | 85,054–96,889 | 11,836 | 99 | NZ_CP010351.1 | 10 | A | ||
A. lwoffii ED23-35, pALWED1.1 | 102,998–106,433 | 3,436 | 99 | KX426227.1 | 11 | A | ||
A. venetianus VE-C3, pAV3 | 106,430–108,753 | 1,140 | 99 | NZ_ALIG01000010.1 | 12 | S | ||
pAbe229-15 | A. baumannii, pMMD | 13,048–2,229 | 4,545 | 98 | GQ904226.1 | 1 | R and T | |
A. baumannii ABNIH28, pABA-2f10 | 2,176–6,882 | 4,706 | 99 | NZ_CP026129.1 | 2 | A | ||
A. baumannii AR_0052, unnamed4 plasmid | 7,000–9,169 | 2,169 | 92 | CP027186.1 | 3 | S and A | ||
A. pittii WCHAP005046, pOXA58_005046 | 9,748–10,203 | 455 | 96 | NZ_CP028573.1 | 4 | U | ||
A. nosocomialis 6411, chr | 11,351–13,008 | 1,657 | 78 | NZ_CP010368.1 | 5 | U | ||
pAbe229-9s | A. venetianus VE-C3, pAV1 | 1–2,132 | 2,132 | 79 | DQ278485.1 | 1 | R | |
A. baumannii ABNIH28, chr | 2,252–3,632 | 1,380 | 82 | NZ_CP026125.1 | 2 | A | ||
A. venetianus VE-C3, pAV1 | 3,621–4,516 | 895 | 88 | NC_010309.1 | 3 | S | ||
A. baumannii D36, pD36-4 | 3,712–5,541 | 1,829 | 99 | NZ_CP012956.1 | 4 | S | ||
A. baumannii D36, pD36-4 | 5,533–6,799 | 1,266 | 81 | 5 | ||||
A. baumannii, pMMD | 6,830–313 | 2,637 | 94 | GQ904226.1 | 6 | T | ||
pAbe229-4 | A. schindleri ACE, p3AsACE | 1–692 | 691 | 70 | NZ_CP015618.1 | 1 | U | |
Acinetobacter sp. ACNIH2, pACI-235c | 745–1,227 | 482 | 82 | NZ_CP026414.1 | 2 | U | ||
A. johnsonii XBB1, pXBB1-4 | 1,246–2,378 | 1,132 | 87 | NZ_CP010355.1 | 3 | S | ||
A. pittii YMC2010/8/T346, chr | 3,034–4,104 | 1,070 | 70 | NZ_CP017938.1 | 4 | A | ||
pAbe229-1 | Acinetobacter sp., pM131-11 | 330–795 | 465 | 87 | NC_025117.1 | 1 | U | |
A. bereziniae strains | ||||||||
HPC229 plasmids | Strainb | Position in plasmid (bp) | Length (bp)c | % identity | Accession number | Regiond |
Functional regions |
Total cover (bp) |
pAbe229-114 | A. bereziniae NIPH3 | 20,504–36,960 | 16,456 | 99 | APPK01000003.1 | Abe4 | S and A | 47,779 |
37,431–40,931 | 3,500 | 86 | APPK01000060.1 | Abe5* | A | |||
51,114–53,896 | 2,782 | 97 | APPK01000003.1 | Abe6* | A | |||
54,413–71,707 | 17,593 | 98 | APPK01000004.1 | Abe6*; Abe6-7; Abe7* | A | |||
73,566–81,014 | 7,448 | 99 | APPK01000004.1 | Abe8; Abe8-10 | A | |||
A. bereziniae CHI-40-1 | 20,504–36,960 | 16,456 | 94 | CDEL01000167.1 | Abe4 | S and A | 42,386 | |
37,431–40,929 | 3,498 | 86 | CDEL01000296.1 | Abe5* | A | |||
51,114–53,998 | 2,884 | 99 | CDEL01000167.1 | Abe6* | A | |||
53,998–58,165 | 4,167 | 98 | CDEL01000167.1 | Abe6* | S and A | |||
59,646–61,052 | 1,406 | 97 | CDEL01000305.1 | Abe6*; Abe6-7 | A | |||
61,089–63,912 | 2,823 | 99 | CDEL01000063.1 | Abe6-7; abe7* | A | |||
63,854–71,428 | 7,574 | 92 | CDEL01000026.1 | Abe7* | A | |||
72,538–74,328 | 1,790 | 90 | CDEL01000300.1 | Abe8* | A | |||
76,598–78,386 | 1,788 | 92 | CDEL01000225.1 | Abe8* | A | |||
A. bereziniae WC-743 | 8,638–11,719 | 3,081 | 77 | AMFQ01000090.1 | Abe2* | A | 33,324 | |
20,504–23,881 | 3,377 | 98 | AMFQ01000055.1 | Abe4* | S | |||
23,875–34,350 | 10,475 | 98 | AMFQ01000007.1 | Abe4* | S and A | |||
37,431–40,929 | 3,498 | 86 | AMFQ01000023.1 | Abe5* | A | |||
52,562–61,354 | 8,792 | 97 | AMFQ01000126.1 | Abe6*; Abe6-7; Abe7* | S and A | |||
61,348–65,449 | 4,101 | 99 | AMFQ01000094.1 | Abe7* | A | |||
A. bereziniae CIP 70.12 | 7,847–9,642 | 1,795 | 99 | APQG01000008.1 | Abe2* | A | 30,050 | |
36,962–50,325 | 13,363 | 99 | APQG01000004.1 | Abe5 | A | |||
84,864–96,322 | 11,458 | 96 | APQG01000007.1 | Abe10* | A | |||
102,999–106,433 | 3,434 | 99 | APQG01000007.1 | Abe11 | A | |||
A. bereziniae 507_ABAU | 8,107–11,787 | 3,680 | 94 | JVEK01000235.1 | Abe2* | A | 26,037 | |
23,104–36,960 | 13,856 | 97 | JVEK01000235.1 | Abe4* | S and A | |||
37,431–40,929 | 3,494 | 86 | JVEK01000265.1 | Abe5* | A | |||
51,114–56,121 | 5,007 | 99 | JVEK01000235.1 | Abe6* | S and A | |||
A. bereziniae KCTC23199 | 7,847–9,641 | 1,794 | 99 | BBLJ01000102.1 | Abe2* | A | 23,722 | |
36,962–50,325 | 13,363 | 99 | BBLJ01000069.1 | Abe5 | A | |||
84,864–86,792 | 1,928 | 99 | BBLJ01000081.1 | Abe10* | A | |||
91,925–96,322 | 4,397 | 96 | BBLJ01000078.1 | Abe10* | A | |||
104,193–106,433 | 2,240 | 99 | BBLJ01000078.1 | Abe11 | A | |||
A. bereziniae Ag2 | 34,737–36,634 | 1,897 | 86 | LBNA01000036.1 | Abe4* | A | 5,430 | |
37,431–40,964 | 3,533 | 86 | LBNA01000006.1 | Abe5* | A | |||
pAbe229-15 | A. bereziniae WC-743 | 2,176–6,882 | 4,706 | 97 | AMFQ01000126 | Abe2 | A | 4,706 |
A. bereziniae 507_ABAU | 107–1,383 | 1,276 | 81 | JVEK01000173.1 | Abe1* | R | 3,556 | |
1,900–2204 | 304 | 74 | JVEK01000173.1 | Abe1* | A | |||
13,128–15,104 | 1,976 | 76 | JVEK01000173.1 | Abe1* | T | |||
A. bereziniae CHI-40-1 | 1,458–2,107 | 649 | 71 | CDEL01000197.1 | Abe1* | A | 2,571 | |
6,904–7,384 | 480 | 87 | CDEL01000201.1 | Abe2-3; Abe3* | A | |||
7,361–8,047 | 686 | 82 | CDEL01000088.1 | Abe3* | S | |||
9,479–10,235 | 756 | 98 | CDEL01000195.1 | Abe3-4; Abe4 | U | |||
A. bereziniae CIP 70.12 | 8,157–9,170 | 1,013 | 78 | APQG01000012.1 | Abe3* | A | 1,013 | |
A. bereziniae KCTC23199 | 8,157–9,171 | 1,013 | 78 | BBLJ01000051.1 | Abe3* | A | 1,013 | |
pAbe229-9 | A. bereziniae 507_ABAU | 3,760–4,445 | 685 | 84 | JVEK01000068.1 | Abe3* | S | 2,652 |
6,902–8,869 | 1,967 | 75 | JVEK01000173.1 | Abe6* | T | |||
A. bereziniae CHI-40-1 | 1,539–2,170 | 631 | 77 | CDEL01000197.1 | Abe1* | U | 1,422 | |
3,713–4,504 | 791 | 91 | CDEL01000314.1 | Abe3* | S | |||
A. bereziniae WC-743 | 3,760–4,445 | 685 | 84 | AMFQ01000013.1 | Abe3* | S | 685 | |
A. bereziniae NIPH3 | 3,780–4,445 | 665 | 84 | APPK01000024.1 | Abe3* | S | 665 | |
A. bereziniae CIP 70.12 | 1–315 | 315 | 71 | APQG01000002.1 | Abe1*; Abe6* | U | 315 | |
A. bereziniae KCTC23199 | 1–315 | 315 | 71 | BBLJ01000084.1 | Abe1*; Abe6* | U | 315 | |
pAbe229-4 | A. bereziniae Ag2 | 31–2,383 | 2,352 | 90 | LBNA01000007.1 | Abe1; Abe1-2; Abe2; Abe2-3; Abe3 | S | 2,352 |
A. bereziniae CHI-40-1 | 248–692 | 444 | 74 | CDEL01000176.1 | Abe1* | U | 444 |
aAbbreviations: Replication: R; Stability: S; Adaptive: A; Transfer: T; and unknow: U.
bA. bereziniae XH901 genomic data (GenBank accession number CP018259.1) was not included in this analysis since no plasmid sequences are available for this strain in databases.
cHits with high similarity, at least 70% nucleotide identity, and a minimum alignment length of 1000 bp (for the case of pAbe229-114) or 300 bp (for pAbe229-15, pAbe229-9, pAbe229-4) are shown. These parameters were arbitrary chosen.
dA segment located between two given Abe regions is indicated by the flanking regions separated with a hyphen (e.g. Abe1-2 is the segment between Abe1 and Abe2). Abe regions with asterisks (*) imply that the query coverage is partial.