Index Catalog // ScholarsArchive@OSU

Creator:: Dreher, Theo W., Brown, Nathan, Bozarth, Connie S., Schwartz, Andrew D., Riscoe, Erin, Thrash, Cameron, Bennett, Samuel E., Tzeng, Shin-Cheng, and Maier, Claudia S.
Abstract:: 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...

Creator:: Dreher, Theo W., Brown, Nathan, Bozarth, Connie S., Schwartz, Andrew D., Riscoe, Erin, Thrash, Cameron, Bennett, Samuel E., Tzeng, Shin-Cheng, and Maier, Claudia S.
Abstract:: 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...

Creator:: Dreher, Theo W., Brown, Nathan, Bozarth, Connie S., Schwartz, Andrew D., Riscoe, Erin, Thrash, Cameron, Bennett, Samuel E., Tzeng, Shin-Cheng, and Maier, Claudia S.
Abstract:: 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...
Resource Type:: Article

Creator:: Val, Romain, Wyszko, Eliza, Valentin, Clarisse, Szymanski, Maciej, Cosset, Anne, Alioua, Malek, Dreher, Theo W., Barciszewski, Jan, and Dietrich, Andre
Abstract:: With the expansion of the RNA world, antisense strategies have become widespread to manipulate nuclear gene expression but organelle genetic systems have remained aside. The present work opens the field to mitochondria. We demonstrate that customized RNAs expressed from a nuclear transgene and driven by a transfer RNA-like (tRNA-like) moiety...
Resource Type:: Article

ScholarsArchive@OSU