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The Defective Prophage Pool of Escherichia coli O157: Prophage-Prophage Interactions Potentiate Horizontal Transfer of Virulence Determinantsidentifier:oai:t2r2.star.titech.ac.jp ...
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Prophage Finder: A Prophage Loci Prediction Tool for Prokaryotic Genome Sequences
In Silico Biology, 2006 Prophage loci often remain under-annotated or even unrecognized in prokaryotic genome sequencing projects. A PHP application, Prophage Finder, has been developed and implemented to predict prophage loci, based upon clusters of phage-related gene products encoded within DNA sequences.
M, Bose, Robert D, Barber
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Virology, 1973
The temperate bacteriophage Mu can integrate into the chromosome of Escherichia coli in opposite orientations. Both orientations are frequent among Mu insertions in the lacZ gene. The method for determining the prophage orientation described here can be used to orient a Mu prophage located at any site on the host chromosome and to produce F ...
J B, Zeldis, A I, Bukhari, D, Zipser
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The temperate bacteriophage Mu can integrate into the chromosome of Escherichia coli in opposite orientations. Both orientations are frequent among Mu insertions in the lacZ gene. The method for determining the prophage orientation described here can be used to orient a Mu prophage located at any site on the host chromosome and to produce F ...
J B, Zeldis, A I, Bukhari, D, Zipser
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Research in Microbiology, 2003
Insertion of viral DNA into host chromosomes is an ancient process essential for propagation in the proviral form. Many present-day bacteriophages insert at specific sites on the host chromosome. Insertion by two coliphage families (lambdoid and P4-like) is compared. For both families, insertion sites frequently lie within tRNA genes.
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Insertion of viral DNA into host chromosomes is an ancient process essential for propagation in the proviral form. Many present-day bacteriophages insert at specific sites on the host chromosome. Insertion by two coliphage families (lambdoid and P4-like) is compared. For both families, insertion sites frequently lie within tRNA genes.
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Prophage mapping by transformation
Virology, 1969Abstract A procedure is described for the preparation and isolation of defectively lysogenic strains of Hemophilus influenzae carrying prophage HP1. A quantitative technique for the assay of wild-type lysogenic transformants has been developed. A number of defective prophage mutants have been mapped by transformation in reciprocal two-point crosses ...
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Prophage distribution in coryneform bacteria
Research in Microbiology, 1995Four temperate bacteriophages of corynebacteria were isolated after UV induction. Phages phi 304L and phi 304S were both induced from Corynebacterium glutamicum ATCC 13058, ATCC 21488, ATCC 21649 and ATCC 21650 strains, and have no known sensitive host. Phages phi 15 and phi 16 were both induced from ATCC 14020 and ATCC 21792.
S, Moreau +7 more
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Prophages and Cryptic Prophages
1998A large group of natural bacteriophages (called temperate) can establish a permanent relationship with their hosts (lysogeny), where most viral functions are repressed and the phage genome (prophage) is transmitted vertically from mother to daughters at cell division.
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Defective prophages of bacteriophage Mu
Molecular and General Genetics MGG, 1976A method is described for the isolation of thermoinducible defective Mu lysogens. Four of these defective lysogens were studied more extensively. By marker-rescue experiments it was shown that the strain harbouring the smallest defective prophage contains the immunity gene cts and the genes A and B; the strain with the largest defective prophage still ...
G C, Westmaas +2 more
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