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. 2010 Nov 19;77(2):669–683. doi: 10.1128/AEM.01952-10

TABLE 3.

Phages and prophage elements related to Rhodococcus phage Pepy6, Poco6, Pine5, or DocB7

Phage or prophage (host)a Genome length (kb)b Genomic terminic No. of CDSd No. of CDS with TMD (%)e Relationship to Rhodococcus phage (no. of shared proteins)f
1706 (Lactococcus lactis) 55 3′ cos GCCCTGTCT 76 12 (16) 21 proteins shared with Pepy6
BRYFOR.phiA (Bryantella formatexigens DSM 14469) 57 3′ cos (based on TerL similarity to Pine5 gp14) 73 17 (23) 23 proteins shared with Pepy6; 21 proteins shared with 1706
CLOSS21 (Clostridium sp. strain SS2/1) 66 3′ cos (based on TerL similarity to Pine5 gp14) 89 18 (20) 24 proteins shared with Pepy6; 22 proteins shared with 1706
CLOLEP (Clostridium leptum DSM 753) 52 3′ cos (based on TerL similarity to Pine5 gp14) 78 11 (14) 34 proteins shared with Pepy6; 21 proteins shared with 1706
Mycobacteriophage Rosebush-like phages 67-71 pac (based on TerL related to Rosebush gp7) 81-104 (∼10) 31 proteins shared with Pine5
a

1706, Lactococcus lactis phage 1706 (NC_010576); BRYFOR, Bryantella formatexigens DSM 14469 prophage (derived from GenBank entry NZ_ACCL02000018.1 and includes coding region for locus tags BRYFOR_08569 to BRYFOR_08504); CLOSS21, Clostridium sp. strain SS2/1 prophage (derived from GenBank entry NZ_ABGC03000034 and includes locus tags CLOSS21_01580 to CLOSS21_01492); CLOLEP, Clostridium leptum DSM 753 (derived from GenBank entry NZ_ABCB02000017 and includes locus tags CLOLEP_01347 to CLOLEP_01425). Mycobacteriophage Rosebush-like phages (with GenBank entries in parentheses) included Rosebush (NC_004684), Qyrzula (NC_008204), Cooper (NC_008195), PG1 (NC_005259), Orion (NC_008197), Pipefish (NC_008199), Chah (NC_011284), Colbert (GQ303259.1), Nigel (NC_011044), Puhltonio (GQ303264.1), Phaedrus (NC_011057), Phlyer (NC_012027), and UncleHowie (GQ303266.1).

b

Genome length, genome nucleotide kilobase pair length.

c

The structure of the packaged genomic termini is shown. pac, headful packaging.

d

The number of protein-coding genes (CDS) is shown.

e

The numbers and percentages of the proteins encoded by the element that are predicted to have transmembrane domains (CDS with TMD) are shown.

f

Maximum E values of 1e−10 and scores over 50 were used to define shared proteins.