Discusses case studies using problem-solving techniques to analyze and interpret relevant clinical and laboratory data. A comprehensive examination covers all program coursework.

Explores theoretical and applied aspects of urinalysis and body fluids.

Discusses the basic biochemistry needed to understand Mendelian genetics, basic techniques used in molecular biology, practical uses of molecular biotechnology in diagnosis, research and industry, and ethical issues surrounding the use of biotechnology. Laboratory consists of hands-on and demonstration exercises illustrating techniques used in biomolecular technology and diagnosis.

Covers managerial theory and practice, resume writing and interviewing, influence of regulatory agencies, and current issues affecting health care.

Covers the multiple styles of presentation that are required for effective technical communication, emphasizing the ability to accurately analyze and present data and technical information. Formats that are emphasized include writing abstracts, materials and methods, introductions with references, standard operating protocols, figure legends, and patent applications. Additional lectures cover avoiding common errors in grammar and usage, accessing library resources, and use of molecular biology databases. Expects graduate students to complete a grant application and generate a completed bibliography to be used in their thesis research. The course also covers the correct usage of multiple software packages used in science writing, including Adobe Phtotshop, SPSS, and EndNote.

Introduces the field of forensic science, including the general areas of forensic serology, DNA analysis, chemistry/drug analysis, firearms/tool marks, arson, and trace evidence.

Comprehensive study of the classification, etiology, pathogenicity, diagnosis and treatment of fungal infections. Emphasizes techniques and methods used to isolate and identify fungal pathogens. The laboratory consists of microscopic and biochemical procedures to identify molds and yeasts from clinical specimens.

Introduces the biochemistry of selected laboratory experiments designed to provide the student experience with common analytical techniques associated with the isolation, quantification, and characterization of biomolecules emphasizing instrumentation. Practices multiple bioseparation techniques including thin layer, classical column, high performance liquid, and gas chromatography as well as electrophoretic separation. Also employs automated and semi-automated chemistry systems.

Comprehensive study of hemostasis including an in-depth examination of the components of coagulation and fibrinolytic systems and related disorders. Emphasizes the clinical and diagnostic features of the disorders of coagulation and fibrinolysis, and the selection and performance of appropriate laboratory tests.

Discusses the basic principles of medical genetics, including basic Mendelian genetics, the molecular and biochemical basis of genetics, developmental genetics, genetics of complex diseases, genetics of cancer, genetic counseling, and prenatal diagnosis.

Introduces the concepts of cell and tissue culture, with specific laboratory exercises designed to expose the student, through the use of primary and established cell lines, to sterile technique, media preparation, quality control and cell line validation, passaging of nonadherent and adherent cells, cryopreservation, and microscopy and digital photography. Cellular assays for viability, proliferation, invasion, and apoptosis are performed.

Discussions of the application of recombinant DNA technology to create various products and to solve problems. Topics include the manipulation of prokaryotic and eukaryotic cells to produce recombinant proteins, directed mutatgenesis/protein engineering, production of therapeutic agents and vaccines, gene therapy, commercial product production by recombinant microorganisms, bioremediation and biomass utilization, genetic engineering of plants, transgenic animals and the regulation and patenting of molecular biotechnology.

Explores the various careers in biotechnology with participation by individuals from various biotechnology companies. Discusses career options such as research and development, quality control and quality assurance, regulatory affairs, marketing, management, patent development, and sales. Teaches written skills including preparation of a resume and a curriculum vitae. Oral skills include preparing for and experiencing a mock interview.

Application of the Integrated Microbial Genomics Annotation Collaboration Toolkit (IMG-ACT) to perform annotation of genes in a microbe with a sequenced genome. A series of online modules will be demonstrated by the instructor, followed by student application of the modules to genes assigned to them for analysis.

A one-semester, variable credit internship at a biotechnology site. includes participation in one or more projects selected to integrate the materials learned in academic courses. Placement is accomplished by the program director, based on the coursework completed and interest of the student. Generally requires an interview at the biotechnology site before placement.

Involves method and equipment evaluations or other short-term projects, arranged in consultation with individual faculty members.