Bacteriophage S-CRM01 has been isolated from a freshwater strain of Synechococcus and shown to
be present in the upper Klamath River valley in northern California and Oregon. The genome of this
lytic T4-like phage has a 178,563 bp circular genetic map with 297 predicted protein-coding genes
and 33 tRNA genes...
Bacteriophage S-CRM01 has been isolated from a freshwater strain of Synechococcus and shown to
be present in the upper Klamath River valley in northern California and Oregon. The genome of this
lytic T4-like phage has a 178,563 bp circular genetic map with 297 predicted protein-coding genes
and 33 tRNA genes...
Bacteriophage S-CRM01 has been isolated from a freshwater strain of Synechococcus and shown to
be present in the upper Klamath River valley in northern California and Oregon. The genome of this
lytic T4-like phage has a 178,563 bp circular genetic map with 297 predicted protein-coding genes
and 33 tRNA genes...
Freshwater cyanobacterial blooms are a nuisance and health threat in the Pacific Northwest. The accepted methods of characterizing these blooms by microscopic cell counts cannot differentiate between toxic and non-toxic strains of the cyanobacterium Microcystis. Also, there is limited understanding of freshwater cyanophage that may control bloom dynamics. In order...
Cyanobacterial blooms are a growing concern in the Pacific Northwest because of their
threat to watershed health and drinking water supplies. Bacteriophages are pathogens of
bacteria and may contribute to the growth and decline of seasonal blooms. Bacteriophage
S-CRM01, a lytic T4-type myophage, has been isolated from a freshwater strain...
Cyanobacterial blooms are a growing concern in the Pacific Northwest because of their
threat to watershed health and drinking water supplies. Bacteriophages are pathogens of
bacteria and may contribute to the growth and decline of seasonal blooms. Bacteriophage
S-CRM01, a lytic T4-type myophage, has been isolated from a freshwater strain...
