Edition ID
31
Start Date
End Date
Years
2122

Molecular Biology

BI 418 Molecular Biology 4 cr.  (2-0-4)

Prokaryotic and eukaryotic gene structure and expression. Laboratories explore some of the techniques used for manipulating genes in vitro, including DNA isolation, DNA electrophoresis, subcloning and work with the bacteriophage. This course covers some of the theory and applications of biotechnology.

Evolutionary Analysis

BI 415 Evolutionary Analysis 4 cr.  (3-1-0)

This course examines the details of evolutionary theory as it explains the complexities of biodiversity. Lecture topics include sexual selection, evolutionary genetics, natural selection and speciation. Discussions cover the application of analytical techniques to biological systems and require critical analysis of primary literature.

Biostatistics

BI 412 Biostatistics 4 cr.  (3-2-0)

Application of statistics to biological data, with emphasis on experimental design, sampling distributions, hypothesis testing and inferential statistics. Topics include elementary parametric and nonparametric statistical analyses, various ANOVA designs, analysis of covariance, correlation, linear and non-linear regression, multiple regression, categorical analysis, and an introduction to multivariate statistics. This course emphasizes problem-solving using SPSS and other statistical software. 

Notes:

Formerly Biometrics

Limnology

BI 411 Limnology 4 cr.  (3-0-3)

Physical, chemical and biological aspects of lakes and streams. Laboratory work includes methods and instruments of field studies.

Notes:

Field work may be required. Contact instructor for more information.

Ecology of the Great Lakes

BI 410 Ecology of the Great Lakes 4 cr.

Lectures on the ecology of the Laurentian Great Lakes. Core subjects include biogeochemistry, community ecology and the ecological consequences of human activities including exotic species introductions, environmental pollution and natural resource management practices.

Advanced Cell Biology

BI 406 Advanced Cell Biology 4 cr.  (3-0-3)

Structure and function of eukaryotic cells and organelles, with comparisons to selected features of prokaryotic cells. Topics include methods of study, compartmentalization of cells, cellular energetics, cell signaling, cytoskeletal proteins and the cell cycle. Laboratory work includes microscopy, tissue culture and isolation of cellular components.

Immunology

BI 405 Immunology 3 cr.

Introduction to immunology, considering basic immunological mechanisms including humoral and cell-mediated immunity, immunity of infectious disease, immunogenetics and tumor immunology.

Virology

BI 404 Virology 3 cr.

An introductory course in virology integrating some of the biochemical, genetic and medical implications of viruses with general virology.

Microbial Ecology

BI 402 Microbial Ecology 4 cr.  (3-0-3) The study of microbial population and community interactions. Microbial activities in natural systems and the interactions of microbes with plants and animals will also be studied. Laboratories consist of a mixture of microbiological techniques and independent research projects.
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