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. 2007 May 4;73(13):4226–4233. doi: 10.1128/AEM.00455-07

TABLE 3.

List of ORFs from CTnBST that have identical homologs in Arcanobacterium pyogenes OX-7

Locus taga CDS (bp)b No. of amino acids Database match % Amino acid identityc Putative function Organism Accession no.
BST057 55339-55884 182 orf181 98 (71/72) Hypothetical Campylobacter coli AAQ94626.1
BST058 55981-56346 121 UbiE 68 (83/121) N-Methyltransferasee Clostridium thermocellum ZP_00510925.1
BST059 57368-56346 341 IS4 52 (179/341) IS4d transposase Chlorobium phaeobacteroides EAM62306.1
BST060g 57567-57848 94 UbiE 67 (63/94) N-Methyltransferasee Clostridium thermocellum ZP_00510925.1
BST061 57849-58025 59 TrsK 100 (55/55) Conjugation proteinh Enterococcus faecalis CAC29188.1
BSTermB 58061-58798 246 ErmB 99 (244/245) Methyltransferase Streptococcus pyogenes CAI99373.1
BST063 58803-58934 44 ORF3 100 (43/43) Hypothetical Enterococcus faecalis AAA27453.1
BST064 58968-59213 85 Top beta 97 (80/82) Topoisomerase IAh Enterococcus faecalis AAC38606.1
BST065 59197-59280 28 ORF298 88 (24/27) ATPase involved in chromosome segregationh Clostridium perfringens AAC43479.1
BSTPalB 59282-59301 PalB PalB sequence
BST066 59372-59587 72 Omega 97 (69/71) Transcriptional repressor Streptococcus pyogenes YP_232757.1
BST067 59604-59876 91 Epsilon 100 (90/90) Antidote of killing systemf Streptococcus pyogenes 63021992
BST068 59878-60087 70 Zeta 91 (64/70) Toxin of killing systemh Streptococcus pyogenes YP_232759.1
BST069 60073-60744 224 UbiE 68 (99/145) N-Methyltransferaseh Clostridium thermocellum ZP_00510925.1
BST070 60768-60980 71 RacX 41 (29/70) Aspartate racemaseh Thermosinus carboxydivorans ZP_01665795.1
a

Name designated by coding sequence (CDS) translated into amino acid sequence.

b

CDS of the given ORF from the starting base pair to the ending base pair.

c

Numbers in parentheses indicate the total numbers of identical amino acids/total numbers of amino acids in the region of homology.

d

This IS is not found in the A. pyogenes OX-7 sequence.

e

Encoded by a continuous ORF that has been disrupted by an IS (BST059).

f

CDS has identifiable start and stop codons but, based on homology, does not encode a complete protein.

g

BST060 has no start codon.

h

CDS lacks an identifiable stop or start codon or both and represents regions of homology.