Results 331 to 340 of about 124,414 (356)
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2005
Abstract Mu was the first mobile genetic element identified in prokaryotes. Since its first isolation, in 1963, it has attracted the interest of many biologists. This interest is a consequence of its double nature: Mu is both a bacteriophage and a transposon. Studies on Mu began when L.
Paolozzi L, Ghelardini P
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Abstract Mu was the first mobile genetic element identified in prokaryotes. Since its first isolation, in 1963, it has attracted the interest of many biologists. This interest is a consequence of its double nature: Mu is both a bacteriophage and a transposon. Studies on Mu began when L.
Paolozzi L, Ghelardini P
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A BACTERIOPHAGE FOR AZOTOBACTER [PDF]
Journal of Bacteriology, 1955 Orville Wyss +2 more
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1960
Structural components of bacteriophages T 2, T 4 and T 6 have been isolated and purified. The components have been characterized by their physical, chemical and serological properties. Each phage consists of a hexagonal head, which encloses the DNA, and a tail. The tails are constructed of three components : tail fibres, sheaths and cores.
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Structural components of bacteriophages T 2, T 4 and T 6 have been isolated and purified. The components have been characterized by their physical, chemical and serological properties. Each phage consists of a hexagonal head, which encloses the DNA, and a tail. The tails are constructed of three components : tail fibres, sheaths and cores.
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Australian Journal of Experimental Biology and Medical Science, 1953
Nancy Atkinson, Heather G. Geytenbeek
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Nancy Atkinson, Heather G. Geytenbeek
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2009
There is currently a handful of genome sequences available for tailed bacteriophages with genomes of more than 200 kbp of DNA, designated here as giant or jumbo phages. The majority of the proteins predicted from the genome sequences of these phages have no matches in the current sequence databases, and the genomes themselves are diverse enough to ...
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There is currently a handful of genome sequences available for tailed bacteriophages with genomes of more than 200 kbp of DNA, designated here as giant or jumbo phages. The majority of the proteins predicted from the genome sequences of these phages have no matches in the current sequence databases, and the genomes themselves are diverse enough to ...
openaire +2 more sources