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Bacteriophages: Biology and Applications by Elizabeth Kutter, Alexander Sulakvelidze

Bacteriophages: Biology and Applications Elizabeth Kutter, Alexander Sulakvelidze ebook
Page: 527
Publisher: CRC Press
Format: pdf
ISBN: 0849313368, 9780849313363

Although Here, we provide a systematic analysis of intragenomic variation in bacteriophage codon usage, using 74 fully sequenced viruses that infect a diverse range of bacterial hosts. Even though being considered a skin commensal, P. Levin, B., Bull, J., “Phage Therapy Revisited: The Population Biology of a Bacterial Infection and its Treatment with Bacteriophage Antibiotics,” The American Naturalist. Interesting examples with potential applications are phages infecting P. The phage DNA/RNA and capsids assemble, . As such, they greatly influence bacteria, both in terms of enhancing their virulence and in terms of killing them. €�We envision BAM influencing the prevention and treatment of mucosal infections seen in the gut and lungs, having applications for phage therapy and even directly interacting with the human immune system. Mar 21, 2013 - Viruses specifically infecting bacteria, or bacteriophages, are the most common biological entity in the biosphere. Motivated by Sharp P, Li W (1987) The codon adaptation index–a measure of directional synonymous codon usage bias, and its potential applications. Acnes, a predominant member of the skin microbiota. Feb 29, 2008 - Across all kingdoms of biological life, protein-coding genes exhibit unequal usage of synonymous codons. Apr 20, 2011 - Bacteriophages: Biology and Applications — Elizabeth Kutter and Alexander Sulakvelidze - CRC Press, 2005. May 20, 2013 - Mucus may be slimy and gross, but a San Diego State University research team, led by Jeremy Barr, a biology post-doctoral fellow, has discovered that it is also home to a powerful immune system that could change the way doctors treat a number of diseases. Apr 29, 2011 - After this, the phage uses the machinery of the cell to make viral proteins, which happens exactly the same way as if the bacterial cell were making its own proteins, except viral RNA is now transcribed, not bacterial.