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Filtering by: Creator Stephenson, Jerry D. Degree Field Microbiology Rights Statement In Copyright Subject Biosensors

The role of Salmonella typhimurium type three secretion system (T3SS) and effector proteins in chromatophore cell response.

Creator:

Farhad, Mohammad

Abstract:

Bacterial contamination of food poses a great risk to human health worldwide. A chromatophore cell-based biosensor, utilizing B. splendens erythrophore cells, is an emerging technology that has shown potential to detect bacterial toxicity based on function-dependent mechanisms. Previous studies have investigated the response of erythrophore cells to foodborne pathogens, pesticides,...

Resource Type:

Masters Thesis

Full Text:

Geller, Dr. Martin Schuster and Dr. Jerry Heidel. It was an honor to work with Dr. Karen P. Dierksen
A comparative study of fish coloration and toxicant responses in a chromatophore cell-based biosensor

Creator:

Roach, Holly B.

Abstract:

Detection of both biological and chemical environmental toxicants is essential in the assessment of risk to human health. Cell-based biosensors are capable of activity- based detection of toxicity. Chromatophore cells, responsible for the pigmentation of poikilothermic animal, have shown immense potential as cell-based biosensors in the detection of a broad...

Resource Type:

Masters Thesis

Full Text:

. Tony Amandi, and Dr. Jerry Heidel for their advice and interest in my success. I especially want
Analysis of Betta splendens erythrophore responses to Bacillus cereus cultured in different media

Creator:

Austin, Melissa J.

Abstract:

Biological agents and their products commonly cause foodborne illnesses. In the United States it is estimated that there are over 76 million cases of foodborne illnesses each year, resulting in an economic loss of approximately $40 billion. These high figures demonstrate the need for bioassays that display a rapid and...

Resource Type:

Masters Thesis

Full Text:

nonribosomal pathway (i.e. enzymatically synthesized) by the peptide synthase ces gene (26). Cereulide [(D