Danny Catts and Dr. Johnson After we successfully characterized our virus, we proceeded to investigate the variant’s viral behavior in hopes of finding a difference in comparison to that of the standard. After preliminary steps showed little variation, we took a different direction with the project. Dr. Johnson who focuses in virology is studying an […]
Humanized Mouse Model for the Study of Human herpesvirus 6 Infections
Stephanie Carlson and Dr. Bradford Berges, Molecular and Microbiology While working on this project, we had several unforeseen setbacks. Human herpesvirus 6 (HHV- 6) proved much more difficult to work with than we had supposed. It was tricky to propagate (make it replicate) and hard to quantify. It does not behave like other viruses we […]
Determining Nucleosome Positioning in Varying Developmental Stages of Caenorhabditis elegans
Kellie Bollenbach and Dr. Steve Johnson, Microbiology and Molecular Biology This project consisted of four main parts. The first was to isolate mononucleosome cores from C. elegans that had been pelleted and flash frozen in liquid nitrogen using micrococcal nuclease. The second part was to use an antibody specific to GFP, which was expressed in […]
Identification of a Consensus DNA Binding Sequence for Nuclear Gdf5
Michael Baldwin and Dr. Laura Bridgewater, Department of Microbiology and Molecular Biology Introduction Nuclear Gdf5 (nGdf5) and nuclear Bmp2 (nBmp2) are newly discovered proteins (1); however, their function has not been determined. They were first found while studying enhancer elements of the Col11a2 gene, and a yeast-one hybrid screen suggested that they could bind to […]
Conservation Of The Che And Pho Systems In Escherichia Coli
Kimberly B. Zumbrennen and Dr. William R. McCleary, Microbiology Bacteria live in a continuously changing environment. In order to survive, bacteria must monitor nutrients, acidity, temperature, osmolarity, etc. The use of two-component systems to sense and respond to these environmental changes is a common motif observed in a wide variety of organisms. A two-component system […]
Determining The Mechanism Of How The 2,4-Dichlorophenoxyacetic Acid Pathway Of Plasmid pJP4 In Ralstonia Eutropha Evolves To Degrade Phenoxyacetic Acid As A Sole Carbon Source
David Schlesinger and Dr. Alan R. Harker, Microbiology Being that the scope of this project was much larger than anticipated I was unable to complete my research in its entirety. However I did make substantial progress and was able to answer many of my original questions. Originally the intent of my research was to recreate […]
Bacterial Fingerprints
Kristilyn Rogers and Dr. Ron W. Leavitt, Microbiology Bordetellosis, or turkey coryza, is a highly contagious respiratory disease in poultry caused by Bordetella avium. Turkey growers worldwide are concerned with this disease which results in millions of dollars in losses annually to the turkey industry. Bordetellosis is readily transmitted through close contact with those already […]
Random Mutagenesis in Phob: a Proposed Study of The Effects of Mutations in Phosphate Regulation
Chad C. Lowe and Dr. William R. McCleary, Microbiology Within the prokaryotic cell, the intake of essential nutrients is continuously regulated by intracellular mechanisms. When fundamental nutrients become scarce, cellular stress responses are activated to enable the cell to survive in a harsh environment. Recent studies have shown a two-component regulatory mechanism which enhances Escherichia […]
Measles Virus And Its Interactions With Follicular Dendritic Cells
Michael J. Lloyd and Dr. Gregory F. Burton, Microbiology Measles virus continues to be a major cause of death in most third-world countries and a considerable threat to the health of every country. Infection with measles is thought to be associated with the fatal, late-infection disease subacute sclerosing panencephalitis (SSPE) (3). It is thought that […]
Effects of Reverse Transcriptase and Protease Inhibitors on Lymphoid Tissue Viral Load in Murine Retrovirus Infection
Eric R. Griffiths and Dr. Greg Burton, Microbiology During HIV infection, blocking viral replication has drastic effects on HIV immune complexes maintained on follicular dendritic cells (FDCs): HIV immune complexes quickly drop off FDCs to undetectable levels (1). This was a remarkable and unexpected finding since FDCs typically preserve trapped antigen for months to years. […]
- « Previous Page
- 1
- …
- 8
- 9
- 10
- 11
- 12
- …
- 31
- Next Page »