Krouza bergman, Natalie, 1982-
Hemolýza streptomycet [rukopis] / Natalie Krouza bergman. -- 2020. -- 31s (53111 znaku). -- Oponent Milan Gryndler. -- Ved. práce Jan Bobek. -- Abstract: The thesis addresses the role Streptomyces might play in human disease via its genetic adaptations to the environment of the human lungs; namely, its employment of hemolysins. It does so by providing a literature overview of what is known about the lungs' microbiome and pathogens, and adds to the evidence regarding Streptomyces' hemolytic potential by proving that hemolysin-related genes are expressed in TR42's genome. The thesis? aim is to add to the evidence regarding Streptomyces? hemolytic potential by proving that hemolysin- related genes are expressed in the genome of TR42, a strain of Streptomyces extracted from the lungs of miners. The thesis does so by searching for the homologues of hemolysis activating genes in TR42, using PCR and electrophoresis.. -- Abstract: The thesis addresses the role Streptomyces might play in human disease via its genetic adaptations to the environment of the human lungs; namely, its employment of hemolysins. It does so by providing a literature overview of what is known about the lungs' microbiome and pathogens, and adds to the evidence regarding Streptomyces' hemolytic potential by proving that hemolysin-related genes are expressed in TR42's genome.
Gryndler, Milan, 1962-. Bobek, Jan. Univerzita J.E. Purkyně v Ústí nad Labem. Katedra biologie
Streptomyces. hemolysis. virulence. Hemolysins. Actomycetes. Streptomycetes. bakalářské práce
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