Adding to Yersinia enterocolitica Gene Pool Diversity: Two Cryptic Plasmids from a Biotype 1A Isolate
Table 2
ORFs identified on plasmid pYe4449-2.
Position (bp)
Strand
Size (aa)
(kDa)
Identities
Expect
Best BlastP /function
Accession
ORF 1
446–913
+
155
16.8
5.3
hypothetical protein
ORF 2
957–3410
+
817
86.4
9.9
hypothetical protein
ORF 3 (yltA)
3933–4511
192
20.9
6.2
protein with unknown function expressed at low temperature
ORF 4
4511–5146
211
23.2
5.4
hypothetical protein
tnpR
5371–5997
+
208
23.3
9.6
92/208 (44%)
2e-46
Resolvase, N-terminal domain (Marinobacter aquaeolei VT8); TnpR-like protein
refYP_957859.1
ORF 6
6107–6301
+
64
7.1
10.8
hypothetical protein
ORF 7 (ysrA)
6361–6744
+
127
13.5
4.2
42/113 (37%)
3e-10
hypothetical protein BACOVA_04330 (Bacteroides ovatus ATCC 8483); putative repeat protein
refZP_02067325.1
ORF8
6795–7478
227
25.3
5.3
52/127 (40%)
8e-18
hypothetical protein (Aeromonas hydrophila)
gbAAR06625.1
ORF 9
7643–8119
+
158
17.6
10.2
hypothetical protein
ORF 10
8637–9917
426
48.6
8
157/386 (40%)
2e-80
predicted P-loop ATPase (Bacteriophage APSE-3)
gbACJ10118.1
ORF 11
10971–11462
+
163
18.2
6.1
hypothetical protein
ORF 12
11798–12250
-
150
16.5
5.8
hypothetical protein
ORF 13
12247–12534
95
9.9
4.5
72/95 (75%)
1e-28
hypothetical protein pKlebpneu12_p49 (Klebsiella pneumoniae)
refYP_002286974.1
traC
12592–13803
403
44.8
6.3
345/401 (86%)
0
hypothetical protein pKlebpneu12_p48 (Klebsiella pneumoniae)
refYP_002286973.1
ene names according to putative conserved protein domains if available.olecular weights and isoelectric points are calculated using the algorithm from ExPASy’s Compute pI/Mw program.nly significant BlastP matches with e-values below e-10 are listed; all others show e-values above 0.1 and are either indicated as “hypothetical protein” or experimental confirmation is specified.