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Full-Text Articles in Organisms
The Effects Of Light Intensity And Cell Structure On The Cultivation Of Arthrospira Platensis, Taylor Barnhart
The Effects Of Light Intensity And Cell Structure On The Cultivation Of Arthrospira Platensis, Taylor Barnhart
Honors Theses
As scientists explore further into space, more cost-effective resources are needed for long-term space travel. An interesting solution is Arthrospira platensis, a filamentous cyanobacteria high in proteins and nutrients, and known for its helical structure. In unfavorable conditions, coiled spirulina cells become straight. Spirulina converts carbon dioxide gas into pure oxygen and the different cell structures stimulate different responses in oxygen production and cultivation. In these experiments, 2.3 L containers of pure coiled spirulina and mixed (coiled and straight) spirulina were placed into 3 incubators with different light intensities: 51μmol/m2/s, 25μmol/m2/s, 12μmol/m2/s. Each experiment length was 72 hours and the …
Bacteriophages: Paving The Road For The Future Of Medicine, Luke Brinkerhoff
Bacteriophages: Paving The Road For The Future Of Medicine, Luke Brinkerhoff
Honors Theses
Bacteriophages are a possible solution to antibiotic resistance, which is predicted to be detrimental world-wide by the year 2050. Personal field research was also conducted for a project studying the characteristics of two bacteriophages on a single bacterial host.
Genome Sequences Of Four Cluster P Mycobacteriophages, Erin L. Doyle, Christy L. Fillman, Nathan S. Reyna, Ruth C. Plymale, Deborah M. Tobiason, Daniel E. Westholm, Jonathan L. Askins, Brittany P. Backus, Ashlynn C. Baker, Harrison S. Ballard, Paul J. Bisesi, Logan Bond, Deanna Byrnes, Hannah Carlstedt, Kinnon S. Dodson, Megan J. Fallert, Kyla J. Foster, Daniel N. Games, Tristan R. Grams, Nancy A. Guild, Autumn Hurd, Nicholas Iwata, Cassidy R. Kepler, Lucinda R. Krenzke, Kelly Luekens, Jackie Lewis, Cali Mcentee, Justin C. Mcgee, Noah Nalley, Jade Prochaska, Reid G. Rogers, Jessica B. Schipper, Kelsey Snyder
Genome Sequences Of Four Cluster P Mycobacteriophages, Erin L. Doyle, Christy L. Fillman, Nathan S. Reyna, Ruth C. Plymale, Deborah M. Tobiason, Daniel E. Westholm, Jonathan L. Askins, Brittany P. Backus, Ashlynn C. Baker, Harrison S. Ballard, Paul J. Bisesi, Logan Bond, Deanna Byrnes, Hannah Carlstedt, Kinnon S. Dodson, Megan J. Fallert, Kyla J. Foster, Daniel N. Games, Tristan R. Grams, Nancy A. Guild, Autumn Hurd, Nicholas Iwata, Cassidy R. Kepler, Lucinda R. Krenzke, Kelly Luekens, Jackie Lewis, Cali Mcentee, Justin C. Mcgee, Noah Nalley, Jade Prochaska, Reid G. Rogers, Jessica B. Schipper, Kelsey Snyder
Articles
Four bacteriophages infecting Mycobacterium smegmatis mc2155 (three belonging to subcluster P1 and one belonging to subcluster P2) were isolated from soil and sequenced. All four phages are similar in the left arm of their genomes, but the P2 phage differs in the right arm. All four genomes contain features of temperate phages.