Results 311 to 320 of about 373,043 (334)
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Clinical Infectious Diseases, 1979
Sixty-eight bacteriophages specific for nine species (DNA homology groups) of Bacteroides were isolated from sewage. Four distinct morphological types were isolated, three of which had not previously been described. Attempts to use these phages to transduce Bacteroides fragilis were unsuccessful.
S J, Booth +3 more
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Sixty-eight bacteriophages specific for nine species (DNA homology groups) of Bacteroides were isolated from sewage. Four distinct morphological types were isolated, three of which had not previously been described. Attempts to use these phages to transduce Bacteroides fragilis were unsuccessful.
S J, Booth +3 more
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Nanotechnology for bacteriophages, bacteriophages for nanotechnology
2023The first uses of nanotechnology were incidental, like in the cases of the first human-made nanostructures dating back to 600 BC when coatings of carbon nanotubes were made in ancient pottery shards or the famous 4th-century Lycurgus cup. Now, we carefully design functional nanostructures.
Sada Raza, Jan Paczesny
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The Properties of Bacteriophages
1953Publisher Summary Intensive study of bacteriophages during the past 15 years has shown fairly conclusively that the phages are the most promising objects of study for virologists seeking basic information about the life cycle of viruses. The rather well-known evidence for the preceding statement rests upon the fact that: (1) the host, the bacterium ...
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Multiplication of Bacteriophage
Nature, 1948As part of a study of how viruses grow, we have been, making series of electron micrographs which demonstrate essential steps in the multiplication of the virus-like bacteriophages.
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CRC Critical Reviews in Microbiology, 1975
(1975). The T-Odd Bacteriophages. CRC Critical Reviews in Microbiology: Vol. 4, No. 2, pp. 101-159.
D. J. McCorquodale, J. M. Buchanan
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(1975). The T-Odd Bacteriophages. CRC Critical Reviews in Microbiology: Vol. 4, No. 2, pp. 101-159.
D. J. McCorquodale, J. M. Buchanan
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Nature, 1954
MANY lysogenic bacteria re-adsorb the phage which they produce. Strains of Salmonella typhi-murium carrying phages A1, A2 and A51,2 act in this way: strains infected with phages A3 and A4 do not. Several strains infected with these types have been examined, and all have this property. Curves illustrating these facts are given in Figs.
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MANY lysogenic bacteria re-adsorb the phage which they produce. Strains of Salmonella typhi-murium carrying phages A1, A2 and A51,2 act in this way: strains infected with phages A3 and A4 do not. Several strains infected with these types have been examined, and all have this property. Curves illustrating these facts are given in Figs.
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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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Australian Journal of Experimental Biology and Medical Science, 1953
N, ATKINSON, H G, GEYTENBEEK
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N, ATKINSON, H G, GEYTENBEEK
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