Index Catalog // ScholarsArchive@OSU

Creator:: Driscoll, Connor B., Meyer, Kevin A., Gasiunas, Giedrius, Timinskas, Albertas, Yin, Yanbin, Landry, Zachary C., Otten, Timothy G., Davis, Timothy W., Watson, Susan B., Dreher, Theo W., Sulcius, Sigitas, Brown, Nathan M., Dick, Gregory J., and Cao, Huansheng
Abstract:: In order to better understand the relationships among current Nostocales cyanobacterial blooms, eight genomes were sequenced from cultured isolates or from environmental metagenomes of recent planktonic Nostocales blooms. Phylogenomic analysis of publicly available sequences placed the new genomes among a group of 15 genomes from four continents in a distinct...
Resource Type:: Article

Creator:: Brown, Nathan M., Mueller, Ryan S., Shepardson, Jonathan W., Landry, Zachary C., Morré, Jeffrey T., Maier, Claudia S., Hardy, F. Joan, and Dreher, Theo W.
Abstract:: Background: Very few closed genomes of the cyanobacteria that commonly produce toxic blooms in lakes and reservoirs are available, limiting our understanding of the properties of these organisms. A new anatoxin-a-producing member of the Nostocaceae, Anabaena sp. WA102, was isolated from a freshwater lake in Washington State, USA, in 2013...

Creator:: Brown, Nathan M., Mueller, Ryan S., Shepardson, Jonathan W., Landry, Zachary C., Morré, Jeffrey T., Maier, Claudia S., Hardy, F. Joan, and Dreher, Theo W.
Abstract:: Background: Very few closed genomes of the cyanobacteria that commonly produce toxic blooms in lakes and reservoirs are available, limiting our understanding of the properties of these organisms. A new anatoxin-a-producing member of the Nostocaceae, Anabaena sp. WA102, was isolated from a freshwater lake in Washington State, USA, in 2013...

Creator:: Brown, Nathan M., Mueller, Ryan S., Shepardson, Jonathan W., Landry, Zachary C., Morré, Jeffrey T., Maier, Claudia S., Hardy, F. Joan, and Dreher, Theo W.
Abstract:: Background: Very few closed genomes of the cyanobacteria that commonly produce toxic blooms in lakes and reservoirs are available, limiting our understanding of the properties of these organisms. A new anatoxin-a-producing member of the Nostocaceae, Anabaena sp. WA102, was isolated from a freshwater lake in Washington State, USA, in 2013...
Resource Type:: Article

ScholarsArchive@OSU