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. Author manuscript; available in PMC: 2017 Sep 1.
Published in final edited form as: Virology. 2016 Jun 30;496:255–276. doi: 10.1016/j.virol.2016.05.022

Table 1.

Tailed phage MCP matches in Enterobacteriaceae genomes

Phage cluster1 Prototype phages Four most closely related Enterobacteriaceae genera with >50% MCP matches4
Lytic 1–7 T1, T4, Vi01, T5, T7, SP6, KP34 None
Lytic 8 LIMEzero Enterobacter-53%, Cronobacter-52%, Escherichia-51%
Lytic 9 – 25 ∅KT, GAP227, N4, 9NA, Chi, ∅Eco32, Felix-O1, SETP3 * K1-dep(1) 2), SO-1, ECO1230-10, Gj1, PY100, ∅92, rV5, SPN3US, RaK2, ∅R1–37, None
Lytic 26 E1 Klebsiella-54%, Enterobacter-54%, Escherichia-53%, Salmonella-52%
Lytic 27 – 32 EMCL-117, KF-1, MSW-3, Ea35–70, ∅EaH1, 9g None
Lytic 33 IME-EC2 Pectobacterium-73%, Escherichia-72%, Salmonella-72%, Leclercia-71%
Lytic 34 – 35 Ss1, CVT22 None
Temperate 1 Lambda Escherichia-100%, Shigella-100%, Salmonella-99%, Enterobacter-90%
Temperate 2 & 32 ∅80 & N15 Escherichia-100%, Enterobacter-96%, Citrobacter-93%, Klebsiella-92%
Temperate 3 PY542 Yersinia-80%, Klebsiella-78%, Enterobacter-77%, Cirobacter-76%
Temperate 4 HK97 Enterobacter-99%, Escherichia-98%, Citrobacter-96%, Pantoea-93%
Temperate 4 mEp2352 Enterobacter-99%, Escherichia-98%, Cronobacter-98%, Klebsiella-91%
Temperate 5 ES18 Salmonella-100%, Cronobacter-94%, Escherichia-92%, Enterobacter-92%
Temperate 6 Gifsy-2 Salmonella-100%, Edwardsiella-73%, Hafnia-73%, Escherichia-70%
Temperate 7 BP-4795 Escherichia-100%, Shigalla-97%, Salmonella-77%, Enterobacter-78%
Temperate 8 SfV2 Escherichia-100%, Salmonella-99%, Enterobacter-94%, Citrobacter-91%
Temperate 8 SfI Shigella-100%, Escherichia-100%, Salmonella-100%, Edwardsiella-97%
Temperate 9 P22 Salmonella-100%, Tautumella-77%, Serratia-76%, Enterobacter-76%
Temperate 9 Sf62 Escherichia-99%, Salmonella-99%, Serratia-92%, Shimwellia-89%
Temperate 10 APSE-13 Hamiltonella-99%, Arsenophonus-91%, Providencia-85%, Sodalis-82%
Temperate 11 933W Escherichia-99%, Salmonella-85%, Pectobacterium-75%, Yersinia-75%
Temperate 12 HK639 Enterobacter-97%, Cronobacter-93%, Escherichia-94%, Leclercia-92%
Temperate 13 ∅ES15 Cronobacter-100%, Enterobacter-73%, Morganella-72%; Salmonella-71%
Temperate 14 HS23 Sodalis-100%, Leminorella-85%, Erwinia-84%
Temperate 15 ENT47670 Cronobacter-98%, Escherichia-78%; Enterobacter-78%, Klebsiella-77%
Temperate 16 ZF40 Brenneria-97%, Pectobacterium-96%, Kosakonia-84%, Serratia-84%
Temperate 17 ∅Et88 Enterobacter-76%, Hafnia-75%
Temperate 18 ε15 Salmonella-100%, Klebsiella-99%, Enteroobacter-99%, Citrobacter-98%
Temperate 19 P1 Escherichia-100%, Salmonella-100%, Klebsiella-99%
Temperate 20 P2 Escherichia-100%, Salmonella-100%, Shigella-99%, Klebsiella-99%
Temperate 21 ESSI-2 Cronobacter-100%, Yokenella-84%, Escherichia-83%, Salmonella-82%
Temperate 22 Mu Escherichia-100%, Salmonella-99%, Citrobacter-73%, Enterobacter-71%
Temperate 23 SSU5 Salmonella-100%, Enterobacter-100%, Yersinia-99%, Escherichia-99%
Temperate 24 PEp14 None
Temperate 25 GF-2 Edwardsiella-99%, Enterobacter-84%, Dickeya-84%, Escherichia-81%
Temperate 26 SEN34 Salmonella-99%, Escherichia-97%, Citrobacter-97%, Enterobacter-97%%
1

See Grose and Casjens (2014) for cluster definitions.

2

N15 and ∅80 MCPs are similar in spite of different overall cluster relationship; phage K1-dep(1), PY54, mEp235, Sf6 and SfV MCPs are exceptionally different from those of the other phages in their clusters.

3

Virions produced but not yet shown to be infective.

4

The few database hits to entries with only “WP_” accession numbers that did not allow access to MCP gene context were ignored. Percent identity values are from BLASTp (Altschul et al., 1997) searches and so cover most of the target proteins but may be slightly higher than direct comparison of whole protein sequences.