Results 271 to 280 of about 27,115 (280)

Mechanism of action of Salmonella phage P22 antirepressor

Journal of Molecular Biology, 1975
On the basis of genetic evidence, Botstein et al. (1975) and Levine et al. (1975) proposed that phage P22 specifies an antirepressor which interferes with the synthesis or activity of the P22 c 2 repressor. In this paper, we show that P22 anti-repressor interferes with phage λ cI repressor (which is analogous in function to P22 c 2 ...
Miriam M. Susskind, David Botstein
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Morphology of phages of a general Salmonella typing set

Research in Virology, 1992
The typing set includes 27 tailed phages belonging to three families, the Myoviridae (contractile tails, 4 phages), Siphoviridae (long, non-contractile tails, 21 phages) and Podoviridae (short tails, 2 phages). Heads are isometric or elongated. The phages fall into 10 morphological groups, seven of which correspond to known enterobacterial phage ...
H.-W. Ackermann, M. Gershman
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The Sero-fermentative-phage Types of Salmonella weltevreden

Zentralblatt für Bakteriologie. 1. Abt. Originale A, Medizinische Mikrobiologie, Infektionskrankheiten und Parasitologie, 1980
A biotyping scheme has been described which is based on the biochemical behaviour of S. weltevreden strains towards 5 substrates (sorbitol, dextrin, malonate, rhamnose, starch). The 228 S. weltevreden strains examined were grouped into 25 of the 32 theoretical biotypes.
D.N. Bhargava, D.N. Garg, V.K. Sharma
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Mutation in the Type-determining Phages of Salmonella typhi

Nature, 1959
THE appearance of a communication on clear-plaque mutation in the type-determining phages of Salmonella typhi 1 prompts me to publish a brief account of observations which commenced in 1953 and on which work is still in progress. With the exception of phage d1, clear-plaque mutants of all the phages described by Read and Ferguson were isolated in this ...
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Chapter IV Phage Typing of Salmonella

1978
Publisher Summary This chapter discusses the phage typing of Salmonella. Phage typing is primarily used as a method to establish the epidemiological relation of bacterial strains that cause outbreaks of disease. Phages occur abundantly in sewage, sewage-contaminated surface water, and in faeces.
P. A. M. Guinée, W.J. Van Leeuwen
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New Phage Types of Salmonella Typhi

Journal of Infectious Diseases, 1957
Virginia R. Wilson, P. R. Edwards
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Replication and Lysogeny with Phage P22 in Salmonella typhimurium

1972
The bacterial viruses have a long history of usefulness in the analysis of fundamental genetic problems. Vegetative replication of temperate phage requires the controlled and orderly expression of most of the phage genes. An intricate regulatory system must be evoked for the establishment of lysogeny. Virtual shut-down of all vegetative phage functions
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Preservation of Multivalent Salmonella Phage with Chloroform

American Journal of Clinical Pathology, 1955
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SALMONELLA PHAGE P22 (PODOVIRIDAE)

1999
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Phage Therapy of Salmonella infected broilers

2006
van Bergen, M.A.P., Atterbury, R.J., de Boer, A.G., Allen, V.M., Bolder, N.M., Barrow, P.A., Wagenaar, J.   +6 more
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