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Filtering by: Creator Johnson, K. S. Academic Affiliation Chemistry Non-Academic Affiliation Oregon State University. Celebration of Undergraduate Excellence

Development of a Antibacterial Disc Diffusion Assay to Differentiate Fusarin C from Non-Fusarin C activity in Early Screening of Mutant Fusarium graminearum Extracts

Creator:

Svendsen, Molly, Luelling, Sarah, Adpressa, D., Godbey, Aly, Belizi, Peter, Carlson, Caleb, Loesgen, S., Freitag, M., Smith, Kristina, and Gautschi, Jeff

Abstract:

The discovery of novel compounds with antibacterial properties continues to be critically important.3 One potential source of such compounds is the cryptic genome of fungi known to produce biologically active molecules. A kmt6 mutant of the cereal pathogen Fusarium graminearum was previously developed through a histone H3 lysine 27 methyltransferase...

Resource Type:

Poster

Full Text:

Carlson, C.,1 Loesgen, S.,2 Freitag, M.,3 Smith, K.,1, 3 Gautschi, J.1, 2 1 Oregon State University
Molecular Structures of Gases by Electron-Diffraction: Improved Methods and Study of 1,1,3,3-tetramethylcyclobutane and spiropentane molecules

Creator:

Sandwisch, Jason W., Nibler, Joseph, and Hedberg, Kenneth

Abstract:

The gas phase electron-diffraction (GED) technique has been the primary method used to expand our knowledge and understanding of gas-phase molecular structures. The technique yields interatomic distances and bond angles that are of use in both theoretical and experimental studies. The GED structural parameters are thermal averages over all vibrational...

Resource Type:

Poster

Full Text:

defines the scattered intensity: sIm (s) ≈ sin[s(ra + k s 2)]/sra (1) Here s is equal to 4πλ-1 sin(/2

ScholarsArchive@OSU

Development of a Antibacterial Disc Diffusion Assay to Differentiate Fusarin C from Non-Fusarin C activity in Early Screening of Mutant Fusarium graminearum Extracts

Molecular Structures of Gases by Electron-Diffraction: Improved Methods and Study of 1,1,3,3-tetramethylcyclobutane and spiropentane molecules

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