BIO-402 |
Molecular Biology of the Cell |
An investigation into the components that comprise cells, how those components are formed as well as how cells function individually and as part of a multicellular whole. Topics will include organelle structure and function, molecular signaling, membrane transport, the cytoskeleton and the cell cycle, as well as control mechanisms in gene expression and loss of control in cancer. 3 lecture hours per week. Offered in the fall semester. |
BIO-402L |
Molecular Biology of the Cell |
This is a project-driven laboratory course that introduces students to the world of mammalian cell culture. In addition to learning basic cell culture techniques, students will use cell viability assays, spectrophotometry, RNA isolation, reverse transcription PCR, and DNA gel electrophoresis to investigate important research questions in cell biology. Students will also gain experience in experimental design, data analysis, presentation of experimental results, and maintenance of a detailed laboratory notebook. 3 laboratory hours per week. |
BIO-414 |
Infectious Diseases |
A mixed lecture and case study approach to human infectious disease. The |
course explores the processes of transmission, pathogenesis, interaction |
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with the immune response, and evolution of infectious microorganisms. |
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Specifically, the course is focused upon host-pathogen relationships, |
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transmission dynamics, and mechanism of disease emergence. 3 lecture |
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hours per week. Offered in alternate spring semesters. |
BIO-415 |
Developmental Biology |
A study into the biochemical, molecular and genetic factors that regulate organismal growth and development. The field of classical embryology will be combined with molecular biology to investigate the mechanisms by which DNA dictates organism form and function. The course will cover topics including cell fate determination and differentiation, fertilization, embryogenesis, pattern formation, the regulation of gene expression during development, plant and animal cell lineages, tissue and organ formation, gene rearrangements in adult cells, aging, and developmental responses to the environment. Molecular mechanisms of development will be examined in species ranging from bacteria to higher plants and animals. Offered in the spring semester. 3 lecture hours per week. |
BIO-415L |
Developmental Biology |
The laboratory is designed to supplement the material presented in the |
developmental biology lecture by introducing students to the fundamental |
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model systems utilized in the study of developmental processes. Patterns of |
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development will be investigated in both plant and animal species using both |
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prepared specimens and living models. 3 laboratory hours per week. Offered |
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in the spring semester. |