Arch. Virol.

Lactobacillus delbrueckii phages are a great source of genetic diversity. Here, the genome sequences of Lb. delbrueckii phages LL-Ku, c5 and JCL1032 were analyzed in detail, and the genetic diversity of Lb. delbrueckii phages belonging to different taxonomic groups was explored. The lytic isometric group b phages LL-Ku (31,080 bp) and c5 (31,841 bp) showed a minimum nucleotide sequence identity of 90% over about three-fourths of their genomes. The genomic locations of their lysis modules were unique, and the genomes featured several putative overlapping transcription units of genes. LL-Ku and c5 virions displayed peptidoglycan hydrolytic activity associated with a ~36-kDa protein similar in size to the endolysin. Unexpectedly, the 49,433-bp genome of the prolate phage JCL1032 (temperate, group c) revealed a conserved gene order within its structural genes. Lb. delbrueckii phages representing groups a (a phage LL-H), b and c possessed only limited protein sequence homology. Genomic comparison of LL-Ku and c5 suggested that diversification of Lb. delbrueckii phages is mainly due to insertions, deletions and recombination. For the first time, the complete genome sequences of group b and c Lb. delbrueckii phages are reported.

Source:http://purl.uniprot.org/citations/21465086

Download in:

Named Graph Language Inference

Statements in which the resource exists as a object.
Subject	Predicate
uniprot-protein:F8J1C5, uniprot-protein:F8J1D1, uniprot-protein:F8J1G8, uniprot-protein:F8J1E8, uniprot-protein:F8J1F0, uniprot-protein:F8J1B1, uniprot-protein:F8J1B2, uniprot-protein:F8J1B5, uniprot-protein:F8J1B7, uniprot-protein:F8J1C2, uniprot-protein:F8J1C3, uniprot-protein:F8J1C7, uniprot-protein:F8J1C9, uniprot-protein:F8J1D0, uniprot-protein:F8J1D6, uniprot-protein:F8J1D7, uniprot-protein:F8J1D9, uniprot-protein:F8J1E3, uniprot-protein:F8J1E5, uniprot-protein:F8J1F1, uniprot-protein:F8J1F2, uniprot-protein:F8J1F7, uniprot-protein:F8J1G3, uniprot-protein:F8J1G4, uniprot-protein:F8J1G5, uniprot-protein:F8J1H1, uniprot-protein:F8J1H2, uniprot-protein:F8J1H5, uniprot-protein:F8J1H7, uniprot-protein:F8J1I1, uniprot-protein:F8J1C8, uniprot-protein:A9UJV1, uniprot-protein:F8J1F9, uniprot-protein:F8J1B0, uniprot-protein:F8J1G2, uniprot-protein:F8J1C1, uniprot-protein:A9UJV4, uniprot-protein:F8J1B6, uniprot-protein:F8J1H6, uniprot-protein:F8J1D5, uniprot-protein:F8J1E1, uniprot-protein:F8J1E6, uniprot-protein:Q9AZD2, uniprot-protein:F8J1E7, uniprot-protein:F8J1F8, uniprot-protein:F8J1E4, uniprot-protein:F8J1G1, uniprot-protein:F8J1G6, uniprot-protein:F8J1H8, uniprot-protein:F8J1G0, uniprot-protein:F8J1E0, uniprot-protein:F8J1G7, uniprot-protein:F8J1E9, uniprot-protein:F8J1F6, uniprot-protein:F8J1C4, uniprot-protein:F8J1B3, uniprot-protein:F8J1B4, uniprot-protein:F8J1B8, uniprot-protein:F8J1C0, uniprot-protein:F8J1F5, uniprot-protein:F8J1A8, uniprot-protein:F8J1D8, uniprot-protein:F8J1F3, uniprot-protein:F8J1H4, uniprot-protein:F8J1E2, uniprot-protein:F8J1H9, uniprot-protein:F8J1B9, uniprot-protein:F8J1G9, uniprot-protein:F8J1H3, uniprot-protein:F8J1I0, uniprot-protein:F8J1A9, uniprot-protein:F8J1A7, uniprot-protein:F8J1F4, uniprot-protein:F8J1D2, uniprot-protein:F8J1H0, uniprot-protein:F8J1D3, uniprot-protein:F8J1D4, uniprot-protein:F8J189, uniprot-protein:F7V9D2, uniprot-protein:F8J185, uniprot-protein:F7V9C8, uniprot-protein:F8J173, uniprot-protein:F8J1A5, uniprot-protein:F7V9F0, uniprot-protein:F8J161, uniprot-protein:F7V9A5, uniprot-protein:F8J1A6, uniprot-protein:F7V9F1, uniprot-protein:F8J195, uniprot-protein:F7V9D6, uniprot-protein:F8J155, uniprot-protein:F8J196, uniprot-protein:F8J163, uniprot-protein:F7V9A7, uniprot-protein:F7V9D1, uniprot-protein:F7V9C2, uniprot-protein:F8J179, uniprot-protein:F8J188, uniprot-protein:F7V9A3, uniprot-protein:F8J1A1	uniprot:citation

More...