Microbiology

The course in two sequential semesters of 9 credits each engages advanced graduate students to undertake experimental research of interest under the guidance and supervision and in the laboratory of a faculty member. *Note: A maximum of 9 research credits may be taken per semester. In addition, a maximum of 18 research credits may be counted toward the 79 required for program completion.

Review of factors and mechanisms utilized by pathogenic bacteria, fungi and protozoan parasites as determinants of their pathogenicity. Roles of plasmids, exotoxins, extracellular enzymes and outer wall components that mediate virulence and microbial adherence.

A continuation of MICR-300. Review of factors and mechanisms utilized by pathogenic bacteria, fungi and protozoan parasites as determinants of their pathogenicity. Roles of plasmids, exotoxins, extracellular enzymes and outer wall components that mediate virulence and microbial adherence.

This course focuses on mechanisms of immunological processes and emphasizes skills in problem-solving and experimental design.

Review of the molecular and biochemical structure and function of eukaryotic cells.

Review the basic principles of virology, including assays of viral infectivity and analysis of biosynthesis of viral gene products.

This course focuses on recombinant DNA technology and instrumentation, utilizing current molecular techniques to study selected recombinant molecules.

A facilitation course imparting skill of communication of scientific information to a body of peers.

Discusses laboratory experiences for students on various methodologies and techniques employed in research laboratories. See page 577 for additional information related to Special Topics courses.

The purpose of this course is for the design and performance of research leading to a Ph.D. See note on page 577 related to dissertation hours.