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Genomic and Biological Characterization of a Novel <i>Proteus mirabilis</i> Phage with Anti-Biofilm Activity. [PDF]
VirusesLiang Y, Li N, Wan S, Li Y, Li Y, Qu Y.
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Modeling and analysis of a marine bacteriophage infection
Mathematical Biosciences, 1998A mathematical model for the marine bacteriophage infection is proposed and its essential mathematical features are analyzed. Since bacteriophage infection induces bacterial lysis which releases into the marine environment, on the average, 'b' viruses per cell, the parameter b epsilon (1, t infinity) or 'virus replication factor' is chosen as the main ...
BERETTA, EDOARDO, Y. KUANG
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Nature, 1955
ONE of the main difficulties in the study of marine bacteria, and particularly of those types which constitute the flora of fresh and spoiling fish, is that of identification and classification. This is due to the negative results given by these bacteria in most common biochemical tests.
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ONE of the main difficulties in the study of marine bacteria, and particularly of those types which constitute the flora of fresh and spoiling fish, is that of identification and classification. This is due to the negative results given by these bacteria in most common biochemical tests.
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Bacteriophage can drive virulence in marine pathogens
2020The roles of prophages in disease have mainly considered human pathogens, while their role in marine pathogens has only recently been considered. This chapter reviews the relevant literature on what is known of prophages in marine ecosystems and provides a meta-analysis of the abundance and function of prophages in marine pathogenic bacteria. According
Mark Little +2 more
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A Model of Marine Bacteriophage Evolution
2018In this paper we introduce a reasonably simple mechanistic model of aquatic bacteriophage evolution based upon the Beretta–Kuang bacteriophage dynamics model.
Andrei Korobeinikov, Silvia Pagliarini
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Antibiotic resistance genes in bacteriophages from diverse marine habitats
Science of The Total Environment, 2019Although antibiotic resistance represents a significant and growing threat to human and environmental health worldwide, the contribution of bacteriophages (phages) to the acquisition and spread of antibiotic resistance genes (ARGs) in the environment has not been extensively explored.
William Calero-Cáceres +1 more
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Isolation and characterization of a marine bacteriophage
Marine Biology, 1968A bacteriophage active against a marine Aeromonas sp. was isolated from surface sediments of the North Pacific Ocean at 825 m depth. The sensitive Aeromonas sp. grew between 0° and 33°C but plaques were formed only between 0° and 23°C with a maximum zone of lysis at 5° to 12°C. The phage was rapidly inactivated at temperatures above 45°C.
W. J. Wiebe, J. Liston
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Marine Microbe Stress Responses to Bacteriophage Infection
2019Bacteriophages are bacteria-specific viral predators and exist wherever bacteria thrive. In order to evade phage infection and killing, bacteria have evolved diverse defense strategies. Phages rapidly coevolve with their hosts to overcome the obstacles of host defense systems, resulting in a constant molecular arms race.
Min Jin, Tianliang He, Xiaobo Zhang
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